### Background:

**Data Element Dictionary:** The final version of the non-CBI Steam Electric Technical Questionnaire database has been sanitized and therefore does not contain CBI or CBI

deducible information. CBI information was removed for any information associated with a CBI checkbox marked "True". CBIdeducible data is that which could be combined with non-CBI information or data to determine (or back calculate) CBI information. EPA determined CBI deducible data elements in the database as a data set where only one or two companies claimed information as CBI . For those elements, EPA also stripped all responses in the database, even if the CBI checkbox was not marked "True".

Please note the following codes, inserted into the surveys during the technical review or entered to cover CBI or CBIdeducible information, throughout the database:

-1: code that represents a "True" answer; -999: code that represents blank answers not required to be filled in according to the nature of plant data or skip patterns in the survey; -111: code that represents missing data that should have been completed in the survey; -555: true zero values entered by respondents; -777: code that represents a data ty pe mismatch error, such as text being entered into a numeric field; -9999: code that represents redacted CBI data in a numeric field; and Redacted: code that represents redacted CBI data in text or memo fields.

Additionally, redacted CBI data in date/time fields are shown as blank. **Steam Electric Technical Questionnaire Data Element Dictionary - Summary 4/19/2013** 

The Questionnaire for the Steam Electric Power Generating Effluent Guidelines collects general plant information and selected technical information about the plant processes and the electric generating units. The requested information includes economic data and technical information about flue gas desulfurization (FGD) wastewater, ash handling, flue gas mercury control, combustion residual leachate from landfills and surface impoundments, nonchemical metal cleaning wastes, and gasification of fuels such as coal and petroleum coke. The questionnaire also requires certain power plants to collect and analy

ze samples of leachate from surface impoundments and landfills containing coal combustion residues.

There are four different categories of respondents for the questionnaire. These categories include coal- and petroleum coke-fired power plants included in the statistical subset, coal- and petroleum coke-fired power plants not included in the statistical subset, oil-fired and combination power plants, and gas-fired and nuclear power plants. EPA distributed four different versions of questionnaire, corresponding to the categories stated above.

The coal- and petroleum coke-fired power plants included in the statistical subset received Version 1 of the questionnaire which includes Parts A through I . Version 2 of the questionnaire includes Parts A through D, H, and I and was distributed to the coal- and petroleum coke-fired power plants not included in the statistical subset. Oil-fired and combination power plants received Version 3 which includes Parts A through E, H, and I of the questionnaire. Gas-fired and nuclear power plants received Version 4 which consists of Parts A, E, H, and I of the questionnaire.

This MS Excel file is the data element dictionary that cross references the Steam Electric Questionnaire with the sanitized version of the Steam Electric Technical Questionnaire Database (NonCBI _SteamElectricTechQDB_04192013). This database includes information from Parts A through H of the questionnaire. The elements of the dictionary include:

### Part: Identifies the part of the questionnaire (A through H).

Section: Identifies the section of the questionnaire within a specific part. Question Number: Identifies the question number or corresponding ID associated with a specific section and part. Questionnaire Table Number: Table number in the questionnaire that corresponds to a specific question number in a section and part. Database Table Name: Table name in the database that corresponds to the information in a specific set of questions in the questionnaire. Database Field Name:

Field Ty pe: Specified data ty pe of the field name (e.g., text, numeric, memo). Field Description: Description of the field name that corresponds to a questionnaire answer field.

The sanitized version of the Steam Electric Technical Questionnaire Database (NonCBI _SteamElectricTechQDB_04192013) also includes one additional table, 00_Read Me_04192013. This table briefly describes the content of database and the different codes used throughout the data tables. Three different sorts are included in this file to allow the user to reference the database table or field name and find the corresponding questionnaire location, or reference the questionnaire and find the corresponding database location. Please find a summary of each sort below:

**DB Table Name** : Data dictionary sorted alphabetically

by database table name. This is the order that the tables are found in the database. The dictionary

is then sorted by

section and question number within each database table name.

**DB Field Name** : Data dictionary sorted alphabetically

by database field name. Use this data dictionary sort to determine how many times a certain field (i.e., Plant_ID) is used throughout the questionnaire. Within each database field name, the dictionary is sorted by

section and

**Part_Section_Q#** : Data dictionary sorted by part. Use this data dictionary sort when searching the questionnaire and looking for a corresponding database table or field name. Within each part, the dictionary is sorted by

section and question number. Field name within a database table that corresponds to a specific answer field to a question in the questionnaire. All responses in the questionnaire correspond to a field name in the database. Field names can be repeated for the same ty

pe of information being entered (i.e., SE Unit IDs, Plant_ID).

### The final version of the non-CBI Steam Electric Technical Questionnaire database has been sanitized and therefore does not contain CBI or CBI

deducible information. CBI information was removed for any information associated with a CBI checkbox marked "True". CBIdeducible data is that which could be combined with non-CBI information or data to determine (or back calculate) CBI information. EPA determined CBI deducible data elements in the database as a data set where only one or two companies claimed information as CBI . For those elements, EPA also stripped all

Please note the following codes, inserted into the surveys during the technical review or entered to cover CBI or CBIdeducible information, throughout

-999: code that represents blank answers not required to be filled in according to the nature of plant data or skip patterns in the survey;

-777: code that represents a data ty pe mismatch error, such as text being entered into a numeric field; **Steam Electric Technical Questionnaire Data Element Dictionary - Summary**

The Questionnaire for the Steam Electric Power Generating Effluent Guidelines collects general plant information and selected technical information about the plant processes and the electric generating units. The requested information includes economic data and technical information about flue gas desulfurization (FGD) wastewater, ash handling, flue gas mercury control, combustion residual leachate from landfills and surface impoundments, nonchemical metal cleaning wastes, and gasification of fuels such as coal and petroleum coke. The questionnaire also requires certain power plants to collect and analy

ze samples of leachate from surface impoundments and landfills containing coal combustion residues.

There are four different categories of respondents for the questionnaire. These categories include coal- and petroleum coke-fired power plants included in the statistical subset, coal- and petroleum coke-fired power plants not included in the statistical subset, oil-fired and combination power plants, and gas-fired and nuclear power plants. EPA distributed four different versions of questionnaire, corresponding to the categories stated above.

The coal- and petroleum coke-fired power plants included in the statistical subset received Version 1 of the questionnaire which includes Parts A through I . Version 2 of the questionnaire includes Parts A through D, H, and I and was distributed to the coal- and petroleum coke-fired power plants not included in the statistical subset. Oil-fired and combination power plants received Version 3 which includes Parts A through E, H, and I of the questionnaire. Gas-fired and nuclear power plants received Version 4 which consists of Parts A, E, H, and I of the questionnaire.

This MS Excel file is the data element dictionary that cross references the Steam Electric Questionnaire with the sanitized version of the Steam Electric Technical Questionnaire Database (NonCBI _SteamElectricTechQDB_04192013). This database includes information from Parts A through H of the

### Identifies the section of the questionnaire within a specific part. Identifies the question number or corresponding ID associated with a specific section and part. Table number in the questionnaire that corresponds to a specific question number in a section and part. Table name in the database that corresponds to the information in a specific set of questions in the questionnaire.

Specified data ty

pe of the field name (e.g., text, numeric, memo). Description of the field name that corresponds to a questionnaire answer field.

The sanitized version of the Steam Electric Technical Questionnaire Database (NonCBI _SteamElectricTechQDB_04192013) also includes one additional table, 00_Read Me_04192013. This table briefly describes the content of database and the different codes used throughout the data tables. Three different sorts are included in this file to allow the user to reference the database table or field name and find the corresponding questionnaire location, or reference the questionnaire and find the corresponding database location. Please find a summary of each sort below:

: Data dictionary

sorted alphabetically

by database table name. This is the order that the tables are found in the database. The dictionary

is then sorted by

section and question number within each database table name.

: Data dictionary

sorted alphabetically

by database field name. Use this data dictionary sort to determine how many times a certain field (i.e., Plant_ID) is used throughout the questionnaire. Within each database field name, the dictionary is sorted by

section and

: Data dictionary

sorted by part. Use this data dictionary sort when searching the questionnaire and looking for a corresponding database table or field name. Within each part, the dictionary is sorted by

section and question number. Field name within a database table that corresponds to a specific answer field to a question in the questionnaire. All responses in the questionnaire correspond to a field name in the database. Field names can be repeated for the same ty

pe of information being entered (i.e., SE Unit IDs, Plant_ID).**Database Table Name Part**  **Section**

Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Chem_Addn D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1Act_Pond_Unit D 4.1

Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Dimensions D 4.1 Act_Pond_Unit_Liner D 4.1 Act_Pond_Unit_Liner D 4.1 Act_Pond_Unit_Liner D 4.1 Act_Pond_Unit_Liner D 4.1 Act_Pond_Unit_Liner D 4.1 Act_Pond_Unit_Liner D 4.1 Act_Pond_Unit_Liner D 4.1 Act_Pond_Unit_Liner D 4.1 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2Active_Pond_Systems D 2

Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Active_Pond_Systems D 2 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Air_Heater_Ash C 5 Ash_General C 1Ash_General C 1

Ash_General C 1 Ash_General C 1 Ash_General C 1

Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 Ash_General C 1 BMPs_Kickout F 1 BMPs_Kickout F 1 BMPs_Kickout F 1 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2

BMPs_Pond_Info F 2 BMPs_Pond_Info F 2 BMPs_Pond_Info F 2

Btm _Ash_Dry

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Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mech_Drag C 3.1 Btm _Ash_Mkt_General C 3.2 Btm _Ash_Mkt_General C 3.2 Btm _Ash_Mkt_General C 3.2 Btm _Ash_Mkt_General C 3.2 Btm _Ash_Mkt_General C 3.2 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1Btm _Ash_Outages C 3.1

Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Outages C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Sluicing C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1Btm _Ash_Solids_Rmvl C 3.1

Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1 Btm _Ash_Solids_Rmvl C 3.1Btm _Ash_Storage C 3.2

Btm _Ash_Storage C 3.2 Btm _Ash_Storage C 3.2 Btm _Ash_Storage C 3.2 Btm _Ash_Storage C 3.2 Btm _Ash_Storage C 3.2 Btm _Ash_Storage C 3.2 Btm _Ash_Storage C 3.2 Btm _Ash_Storage C 3.2 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_Storage_Dest C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1Btm _Ash_System C 3.1

Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Ash_System C 3.1 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Capital_Cost C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_Cmpnts C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3

Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3

Btm _Cnvy

_General C 3.3

Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3 Btm _Cnvy

_General C 3.3

Btm _Cnvy

_General C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Cnvy

_OM_Cost C 3.3 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _Dry _Market C 3.2 Btm _storage_Capital_Cost C 3.4 Btm _storage_Capital_Cost C 3.4 Btm _storage_Capital_Cost C 3.4 Btm _storage_Capital_Cost C 3.4 Btm _storage_Capital_Cost C 3.4 Btm _storage_Capital_Cost C 3.4 Btm _storage_Capital_Cost C 3.4 Btm _storage_Capital_Cost C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4 Btm _storage_Cmpnts C 3.4Btm _storage_General C 3.4

Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_General C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4 Btm _storage_OM_Cost C 3.4Btm _storage_OM_Cost C 3.4

Btm _Trspt_Disp_Capital_Cost C 3.5 Btm _Trspt_Disp_Capital_Cost C 3.5 Btm _Trspt_Disp_Capital_Cost C 3.5 Btm _Trspt_Disp_Capital_Cost C 3.5 Btm _Trspt_Disp_Capital_Cost C 3.5 Btm _Trspt_Disp_Capital_Cost C 3.5 Btm _Trspt_Disp_Capital_Cost C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_General C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5Btm _Trspt_Disp_OM_Cost C 3.5

Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _Trspt_Disp_OM_Cost C 3.5 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Btm _W et_Market C 3.2 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11Carbon_Capture A 11

Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11

Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11

Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Carbon_Capture_Studies A 11 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2Clsd_Pond_Unit D 4.2

Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Cap D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Unit_Liner D 4.2 Clsd_Pond_Unit_Liner D 4.2 Clsd_Pond_Unit_Liner D 4.2 Clsd_Pond_Unit_Liner D 4.2 Clsd_Pond_Unit_Liner D 4.2 Clsd_Pond_Unit_Liner D 4.2 Clsd_Pond_Unit_Liner D 4.2 Clsd_Pond_Unit_Liner D 4.2 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13Coal_Processing A 13

Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13Coal_Processing A 13

Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13

Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13

Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13Coal_Processing A 13

Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13 Coal_Processing A 13

Cooling_Systems A 7 Cooling_Systems A 7

Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7 Cooling_Systems A 7Cooling_Systems A 7

Cooling_Systems A 7 Cooling_Systems A 7 CS_General A 7 CS_General A 7 CS_General A 7

CS_General A 7 CS_General A 7

CS_General A 7

CS_General A 7 CS_General A 7

CS_General A 7 CS_General A 7 CS_General A 7 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4Economizer_Ash C 4

Economizer_Ash C 4 Economizer_Ash C 4 Economizer_Ash C 4 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Additives B 3 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8

FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8

FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_General B 8 FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 TablesFGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Cost B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Dest B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 TablesFGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_Solids_Mkt_Sold B 8 Tables FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8

FGD_Dry

_W astewater B 8

FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8 FGD_Dry

_W astewater B 8FGD_General B 1

FGD_General B 1 FGD_General B 1 FGD_General B 1 FGD_General B 1 FGD_General B 1 FGD_General B 1 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Gy psum_Related_W ater B 7 FGD_Monitoring_Data B 6 FGD_Monitoring_Data B 6 FGD_Monitoring_Data B 6

FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 TablesFGD_Monitoring_Data_ID B 6 Tables

FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_ID B 6 Tables FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Monitoring_Data_Results B 6 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2 FGD_Pl_Systems B 2

FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1FGD_Systems B 1

FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_Systems B 1 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7FGD_W astewater_Treatment B 7

FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7

FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W astewater_Treatment B 7 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4FGD_W et_General B 4

FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4

FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4FGD_W et_General B 4

FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4FGD_W et_General B 4

FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_General B 4 FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Cost B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 TablesFGD_W et_Solids_Dest B 4 Tables

FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Dest B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 TablesFGD_W et_Solids_Mkt_Sold B 4 Tables

FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5FGD_W et_Sources_Flow B 5

FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_Sources_Flow B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W et_W ater_Gen B 5 FGD_W WT_Purchase D 6.1 FGD_W WT_Purchase D 6.1 FGD_W WT_Purchase D 6.1 FGD_W WT_Purchase D 6.1 FGD_W WT_Purchase D 6.1 FGD_W WT_Purchase D 6.1 Fly _Ash_Dry

_Installation C 2.1 Fly _Ash_Dry

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Fly _Ash_Dry

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_Retrofit C 2.1 Fly _Ash_Dry

_Retrofit C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Handling_Changes C 2.1 Fly _Ash_Mgmt C 2.2 Fly _Ash_Mgmt C 2.2 Fly _Ash_Mgmt C 2.2 Fly _Ash_Mgmt C 2.2Fly

_Ash_Mgmt C 2.2 Fly _Ash_Mgmt C 2.2 Fly _Ash_Mgmt C 2.2 Fly _Ash_Mgmt C 2.2 Fly _Ash_Mgmt C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Moisten_W ater C 2.2 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1

Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1Fly

_Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Outages C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Sluicing C 2.1 Fly _Ash_Storage C 2.2 Fly _Ash_Storage C 2.2 Fly _Ash_Storage C 2.2 Fly _Ash_Storage C 2.2 Fly _Ash_Storage C 2.2Fly

_Ash_Storage C 2.2 Fly _Ash_Storage C 2.2 Fly _Ash_Storage C 2.2 Fly _Ash_Storage C 2.2 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_Storage_Dest C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_System C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1Fly

_Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W et_Vacuum C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1

Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1

Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1 Fly _Ash_W etAndDry C 2.1Fly

_Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Capital_Cost C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _Cmpnts C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3

Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3

Fly _Cnvy _General C 2.3

Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _General C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3Fly

_Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Cnvy _OM_Cost C 2.3 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Dry _Market C 2.2 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Capital_Cost C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_Cmpnts C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4Fly

_Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4

Fly _Storage_General C 2.4

Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_General C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Storage_OM_Cost C 2.4 Fly _Trspt_Disp_Capital_Cost C 2.5 Fly _Trspt_Disp_Capital_Cost C 2.5 Fly _Trspt_Disp_Capital_Cost C 2.5Fly

_Trspt_Disp_Capital_Cost C 2.5 Fly _Trspt_Disp_Capital_Cost C 2.5 Fly _Trspt_Disp_Capital_Cost C 2.5 Fly _Trspt_Disp_Capital_Cost C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5

Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_General C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5Fly

_Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _Trspt_Disp_OM_Cost C 2.5 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fly _W et_Market C 2.2 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8Fuel_Usage A 8

Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8Fuel_Usage A 8

Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8 Fuel_Usage A 8

Fuel_Usage A 8 Fuel_Usage A 8

GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5

GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5

GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr F 5 GW _Montr_W ell F 5GW _Montr_W ell F 5

GW _Montr_W ell F 5 GW _Montr_W ell F 5 GW _Montr_W ell F 5 GW _Montr_W ell F 5 Landfill_Cap F 3.1 Landfill_Cap F 3.1 Landfill_Cap F 3.1 Landfill_Cap F 3.1

Landfill_Cap F 3.1 Landfill_Cap F 3.1 Landfill_Cap F 3.1 Landfill_Cap F 3.1 Landfill_Capital_Cost F 3.2 Landfill_Capital_Cost F 3.2 Landfill_Capital_Cost F 3.2 Landfill_Capital_Cost F 3.2 Landfill_Capital_Cost F 3.2 Landfill_Capital_Cost F 3.2 Landfill_Capital_Cost_Info F 3.2 Landfill_Capital_Cost_Info F 3.2 Landfill_Capital_Cost_Info F 3.2 Landfill_Capital_Cost_Info F 3.2

Landfill_Dim F 3.1 Landfill_Dim F 3.1 Landfill_Dim F 3.1 Landfill_Dim F 3.1 Landfill_Dim F 3.1 Landfill_Dim F 3.1 Landfill_Dim F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_Expansion F 3.1 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4Landfill_General A 4

Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_General A 4 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Info F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Dest F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1Landfill_Leachate_Info F 3.1

Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1

Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1

Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Leachate_Info F 3.1 Landfill_Liner F 3.1 Landfill_Liner F 3.1 Landfill_Liner F 3.1 Landfill_Liner F 3.1

Landfill_Liner F 3.1 Landfill_Liner F 3.1 Landfill_Liner F 3.1 Landfill_Liner F 3.1 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2Landfill_OM_Cost F 3.2

Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_OM_Cost F 3.2 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4Landfill_Storage A 4

Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storage A 4 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1

Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Landfill_Storm_Dest F 3.1 Leach_General G 3 Leach_General G 1 Leach_General G 1 Leach_General G 3 Leach_General G 3 Leach_General G 3 Leach_General G 3 Leach_General G 3 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Pond_Landfill G 2 Leach_Rainfall G 4 Leach_Rainfall G 4 Leach_Rainfall G 4 Leach_Rainfall G 4 Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple ResultsLeach_Smpl_Data G Sam ple Results

Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Data G Sam ple Results Leach_Smpl_Info G 4 Leach_Smpl_Info G 4 Leach_Smpl_Info G 4 Leach_Smpl_Info G 4 Leach_Smpl_Info G 4 Leach_Smpl_Info G 4 Leach_Smpl_Info G 4 Leach_Smpl_Lab G Sam ple Results Leach_Smpl_Lab G Sam ple Results Leach_Smpl_Lab G Sam ple Results Leach_Smpl_Lab G Sam ple Results Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 Leach_W aste_Info G 5 LTS_Anc_Eq F 4.6 LTS_Anc_Eq F 4.6 LTS_Anc_Eq F 4.6 LTS_Anc_Eq F 4.6 LTS_Anc_Eq F 4.6LTS_Capital F 4.5

LTS_Capital F 4.5 LTS_Capital F 4.5 LTS_Capital F 4.5 LTS_Capital F 4.5 LTS_Capital F 4.5 LTS_Capital_Info F 4.5 LTS_Capital_Info F 4.5 LTS_Capital_Info F 4.5 LTS_Capital_Info F 4.5

LTS_Diagram F 4.1 LTS_Diagram F 4.1 LTS_Diagram F 4.1 LTS_Flow F 4.3 LTS_Flow F 4.3 LTS_Flow F 4.3 LTS_Flow F 4.3 LTS_Flow F 4.3 LTS_Flow F 4.3 LTS_Flow F 4.3 LTS_Flow F 4.3 LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2

LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2 LTS_Influent_Flows F 4.2

LTS_Influent_Flows F 4.2

LTS_Lim_Chgs F 4.3 LTS_Lim_Chgs F 4.3 LTS_Lim_Chgs F 4.3 LTS_Lim_Chgs F 4.3 LTS_Lim_Chgs F 4.3 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5LTS_OM_Cost F 4.5

LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_OM_Cost F 4.5 LTS_Opr F 4.1 LTS_Opr F 4.1 LTS_Opr F 4.1 LTS_Opr F 4.1 LTS_Opr F 4.1 LTS_Opr F 4.1 LTS_Opr F 4.1LTS_Opr F 4.1

LTS_Opr F 4.1 LTS_Opr F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Pln F 4.1 LTS_Treat_Units F 4.3 LTS_Treat_Units F 4.3 LTS_Treat_Units F 4.3 LTS_Treat_Units F 4.3

LTS_Treat_Units F 4.3 LTS_Treat_Units F 4.3 LTS_Treat_Units F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTS_Treat_Units_Improv F 4.3 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4

LTU_Add_Chem F 4.4 LTU_Add_Chem F 4.4LTU_Design F 4.4

LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Design F 4.4 LTU_Plant_Species F 4.4 LTU_Plant_Species F 4.4 LTU_Plant_Species F 4.4 LTU_Plant_Species F 4.4 LTU_Plant_Species F 4.4 LTU_Plant_Species F 4.4 LTU_Plant_Species F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 LTU_Trgtd_Pollutants F 4.4 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2

MCW _Chem E 2 MCW _Chem E 2

MCW _Chem E 2 MCW _Chem E 2

MCW _Chem E 2 MCW _Chem E 2

MCW _Chem E 2 MCW _Chem E 2

MCW _Chem E 2 MCW _Chem E 2

MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2MCW _Chem E 2

MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Chem E 2 MCW _Kickout E 1 MCW _Kickout E 1 MCW _Kickout E 1 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _No_Chem E 2 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3MCW _Slds_Res_Gen E 3

MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _Slds_Res_Gen E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3MCW _W W_Treatment E 3

MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 MCW _W W_Treatment E 3 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10

Mercury _Control_Studies A 10 Mercury _Control_Studies A 10

Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10

Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Control_Studies A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10Mercury

_Controls A 10 Mercury _Controls A 10 Mercury _Controls A 10 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 NOx_Controls A 9 Nuc_General H 1 Nuc_General H 1 Nuc_General H 1

Nuc_General H 1 Nuc_General H 1

Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1Nuc_W astewaters H 1

Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W astewaters H 1 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Generation H 2 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3Nuc_W W_Treat H 3

Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3Nuc_W W_Treat H 3

Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W W_Treat H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3Nuc_W WT S_Technology H 3

Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 Nuc_W WT S_Technology H 3 PartA_Comments A Comments PartA_Comments A Comments PartA_Comments A Comments PartA_Comments A Comments PartB_Comments B Comments PartB_Comments B Comments PartB_Comments B Comments PartB_Comments B Comments PartC_Comments C Comments PartC_Comments C Comments PartC_Comments C Comments PartC_Comments C Comments PartD_Comments D Comments PartD_Comments D Comments PartD_Comments D Comments PartD_Comments D Comments PartE_Comments E Comments PartE_Comments E Comments PartE_Comments E Comments PartE_Comments E Comments PartF_Comments F Comments PartF_Comments F Comments PartF_Comments F Comments PartF_Comments F Comments PartG_Comments G Comments PartG_Comments G Comments PartG_Comments G Comments PartG_Comments G CommentsPartH_Comments H Comments

PartH_Comments H Comments PartH_Comments H Comments PartH_Comments H Comments Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Planned_Pond_Systems D 2 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1Plant_Contact_Info A 1.1

Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_Contact_Info A 1.1 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2

Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2Plant_General A 1.2

Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 1.2 Plant_General A 2.1 Plant_General A 2.1

Plant_General A 2.1 Plant_General A 2.1 Plant_General A 2.1 Plant_General A 5 Plant_General A 5 Plant_General A 5Plant_General A 5

Plant_General A 5

Plant_General A 5

Plant_General A 5

Plant_General A 5

Plant_General A 5 Plant_General A 5

Plant_General A 5 Plant_General A 5 Plant_General A 5 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1

Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_IDs_Pend_Permits A 2.1 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2Plant_Outfalls A 2.2

Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Outfalls_Flow A 2.2 Plant_Perm its A 2.1 Plant_Perm its A 2.1 Plant_Perm its A 2.1 Plant_Perm its A 2.1 Plant_Perm its A 2.1 Plant_Perm its A 2.1 Plant_Perm its A 2.1 Plant_Perm its A 2.1 Plant_Systems_Summary A 3 Plant_Systems_Summary A 3 Plant_Systems_Summary A 3

Plant_Systems_Summary A 4 Plant_Systems_Summary A 4

Plant_Systems_Summary A 9 Plant_Systems_Summary A 9

Plant_Systems_Summary A 10 Plant_Systems_Summary A 10

Plant_Systems_Summary A 11 Plant_Systems_Summary A 11

Plant_Systems_Summary A 12 Plant_Systems_Summary A 12Pond_General A 3

Pond_General A 3

Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_General A 3 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2Pond_Leachate_Coll_Sys F 2

Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Leachate_Coll_Sys F 2 Pond_Mntor_Inspct F 2 Pond_Mntor_Inspct F 2 Pond_Mntor_Inspct F 2 Pond_Mntor_Inspct F 2

Pond_Mntor_Inspct F 2

Pond_Mntor_Inspct F 2 Pond_Mntor_Inspct F 2 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3

Pond_Storage A 3

Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3

Pond_Storage A 3

Pond_Storage A 3

Pond_Storage A 3Pond_Storage A 3

Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_Storage A 3 Pond_W WT_Capital D 6.1 Pond_W WT_Capital D 6.1 Pond_W WT_Capital D 6.1 Pond_W WT_Capital D 6.1

Pond_W WT_Capital D 6.1 Pond_W WT_Capital D 6.1 Pond_W WT_Capital_Info D 6.1 Pond_W WT_Capital_Info D 6.1 Pond_W WT_Capital_Info D 6.1 Pond_W WT_Capital_Info D 6.1 Pond_W WT_Capital_Info D 6.1 Pond_W WT_Capital_Info D 6.1 Pond_W WT_Capital_Info D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1Pond_W WT_OandM D 6.1

Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Pond_W WT_OandM D 6.1 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 Retired_Pond_Systems D 2 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9

SCR_Catalyst_Regen_Plant A 9SCR_Catalyst_Regen_Plant A 9

SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Plant A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_Regen_Unit A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9SCR_Catalyst_W ash A 9

SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SCR_Catalyst_W ash A 9 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6SE_Units_Operating A 6

SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Operating A 6 SE_Units_Planned A 6 SE_Units_Planned A 6

SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 SE_Units_Planned A 6 Treatment_Diagram D 3.1 Treatment_Diagram D 3.1 Treatment_Diagram D 3.1 Treatment_Diagram D 3.1 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2Treatment_Effluents D 3.2

Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_Effluents D 3.2 Treatment_General D 1 Treatment_General D 1 Treatment_General D 1

Treatment_General D 1 Treatment_General D 1 Treatment_General D 1 Treatment_General D 1

Treatment_General D 1 Treatment_General D 1

Treatment_General D 1 Treatment_General D 1

Treatment_General D 1 Treatment_General D 1

Treatment_General D 1 Treatment_General D 1

Treatment_General D 1 Treatment_General D 1 Treatment_General D 1 Treatment_General D 1 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2 Treatment_Influents D 3.2We t_ESP A 12

We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12

We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12We t_ESP_W W A 12

We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12

We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12

We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 We t_ESP_W W A 12 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1WWT_Pollutants D 5.1

WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Pollutants D 5.1 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_Study D 2 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1WWT_System_Information D 5.1

WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_System_Information D 5.1 WWT_Systems D 2 WWT_Systems D 2 WWT_Systems D 2 WWT_Systems D 2 WWT_Systems D 2 WWT_Systems D 2 WWT_Systems D 2 WWT_Systems D 2 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT_Units D 5.1 WWT S_Ancillary

_Equip D 6.2 WWT S_Ancillary

_Equip D 6.2 WWT S_Ancillary

_Equip D 6.2 WWT S_Ancillary

_Equip D 6.2 WWT S_Ancillary

_Equip D 6.2 WWT S_Pld_Im provements D 5.1WWT S_Pld_Im provements D 5.1

WWT S_Pld_Im provements D 5.1 WWT S_Pld_Im provements D 5.1 WWT S_Pld_Im provements D 5.1 WWT S_Pld_Im provements D 5.1 WWT S_Pld_Im provements D 5.1 WWT S_Pld_Im provements D 5.1 WWT S_Pld_Im provements D 5.1 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn D 5.2 WWT U_Chem_Addn_Info D 5.2 WWT U_Chem_Addn_Info D 5.2 WWT U_Chem_Addn_Info D 5.2 WWT U_Chem_Addn_Info D 5.2**Question Questionnaire**  **Table Number** Plant_ID Table D-7 Pond_ID Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 D4-12 Table D-7 Plant_ID Pond_ID D4-2 D4-2 D4-2 D4-2 D4-4 D4-4 D4-5 D4-5 D4-5 D4-5 D4-5 D4-5 D4-5 D4-5 D4-6 D4-6 D4-6 D4-7 D4-7 D4-8 D4-8 D4-9 D4-9 D4-9 D4-10 D4-10 D4-10 D4-10D4-10

D4-10 D4-10 D4-10 D4-10 D4-10 D4-10 D4-11 D4-11 D4-11 D4-11 D4-11 D4-11 D4-11 D4-11 D4-11 D4-11 D4-12 D4-12 Plant_ID Table D-5 Pond_ID Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 D4-3 Table D-5 Plant_ID Table D-6 Pond_ID Table D-6 D4-4 Table D-6 D4-4 Table D-6 D4-4 Table D-6 D4-4 Table D-6 D4-4 Table D-6 D4-4 Table D-6 Plant_ID Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1D2-6 Table D-1

D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 Plant_ID SE_Unit_ID C5-1 C5-1 C5-1 C5-2 C5-2 C5-2 C5-3 C5-3 C5-3 C5-4 C5-4 C5-4 C5-4 C5-4 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 C5-5 Plant_IDC1-1

C1-1 C1-2 Table C-1 C1-2 Table C-1

C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-2 Table C-1 C1-3 C1-3 Plant_ID F1-1 F1-1 Plant_ID Pond_ID F2-1 F2-1 F2-1 F2-2 F2-2 F2-2 F2-3 F2-3

F2-3 F2-9 F2-9

Plant_ID seunit_ID C3-16 C3-16 C3-17 C3-17 C3-17 C3-17

C3-17C3-17

C3-17 C3-17

C3-17

C3-17 C3-17 C3-17 C3-18 C3-18 C3-18 C3-18 C3-18 C3-18 C3-18 C3-18 C3-18 C3-18 C3-18 C3-19 C3-19 C3-19 C3-19 C3-19 C3-19 C3-19 C3-19 C3-19 Plant_ID seunit_ID C3-24 C3-24 C3-24 C3-25 C3-25 C3-25 C3-26 C3-26 C3-26 C3-26 C3-27 C3-27 C3-27 C3-27C3-27

C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-27 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-28 C3-29 C3-29 C3-29C3-29

Plant_ID seunit_ID C3-20 C3-20 C3-20 C3-20 C3-20

C3-21 C3-21 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-22 C3-23 C3-23 Plant_ID seunit_ID C3-11 C3-11C3-11

C3-12 C3-12 C3-13 C3-13 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 C3-14 Plant_ID C3-33 C3-33 C3-34 C3-34 Plant_ID seunit_ID C3-30 C3-30 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22C3-31 Table C-22

C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 C3-31 Table C-22 Plant_ID Table C-19 seunit_ID Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-3 Table C-19 C3-4 C3-4 C3-4 C3-4 C3-4 C3-4 C3-4 C3-4 C3-5 C3-5 C3-5 C3-6 C3-6 Plant_ID seunit_IDC3-7

C3-7 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-8 Table C-20 C3-9 C3-9 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10 C3-10Plant_ID Table C-23

C3-32 Table C-23 C3-32 Table C-23 C3-32 Table C-23 C3-32 Table C-23 C3-32 Table C-23 C3-32 Table C-23 C3-32 Table C-23 C3-32 Table C-23 Plant_ID Table C-21 seunit_ID Table C-21 C3-15 Table C-21 C3-15 Table C-21 C3-15 Table C-21 C3-15 Table C-21 C3-15 Table C-21 C3-15 Table C-21 Plant_ID seunit_ID C3-1 C3-1 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18C3-2 Table C-18

C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 C3-2 Table C-18 Plant_ID Table C-27 seunit_ID Table C-27 C3-39 Table C-27 C3-39 Table C-27 C3-39 Table C-27 C3-39 Table C-27 C3-39 Table C-27 C3-39 Table C-27 Plant_ID Table C-26 seunit_ID Table C-26 C3-35 Table C-26 C3-35 Table C-26 C3-35 Table C-26 C3-35 Table C-26 C3-35 Table C-26 C3-35 Table C-26 C3-35 Table C-26 Plant_ID seunit_ID Status C3-36 C3-36 C3-37 C3-37

C3-37 C3-38 C3-38

C3-38

C3-39 C3-39 C3-40 C3-40

C3-40 Plant_ID Table C-28 seunit_ID Table C-28 C3-41 Table C-28 C3-41 Table C-28C3-41 Table C-28

C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 C3-41 Table C-28 Plant_ID Table C-24 C3-33 Table C-24 C3-33 Table C-24 C3-33 Table C-24 C3-33 Table C-24 C3-33 Table C-24 C3-33 Table C-24 C3-33 Table C-24 C3-33 Table C-24 C3-33 Table C-24 Plant_ID Table C-30 Storage_ID Table C-30 C3-47 Table C-30 C3-47 Table C-30 C3-47 Table C-30 C3-47 Table C-30 C3-47 Table C-30 C3-47 Table C-30 Plant_ID Table C-29 Storage_ID Table C-29 C3-44 Table C-29 C3-44 Table C-29 C3-44 Table C-29 C3-44 Table C-29 C3-44 Table C-29 C3-44 Table C-29 C3-44 Table C-29Plant_ID

Storage_ID Status C3-42 C3-42 C3-42 C3-43 C3-43 C3-45 C3-45 C3-45 C3-46 C3-46 C3-46 C3-47 C3-47 C3-48 C3-48 C3-48 Plant_ID Table C-31 Storage_ID Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31 C3-49 Table C-31C3-49 Table C-31

Plant_ID Table C-32 C3-55 Table C-32 C3-55 Table C-32 C3-55 Table C-32 C3-55 Table C-32 C3-55 Table C-32 C3-55 Table C-32 Plant_ID C3-50 C3-50 C3-50 C3-51 C3-51 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-52 C3-53 C3-53 C3-53 C3-54 C3-54 C3-54 C3-55 C3-55 C3-56 C3-56 C3-56 Plant_ID Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33C3-57 Table C-33

C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 C3-57 Table C-33 Plant_ID Table C-25 C3-34 Table C-25 C3-34 Table C-25 C3-34 Table C-25 C3-34 Table C-25 C3-34 Table C-25 C3-34 Table C-25 C3-34 Table C-25 C3-34 Table C-25 C3-34 Table C-25 Plant_ID Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15A11-1 Table A-15

A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 A11-1 Table A-15 Plant_ID A11-2 A11-2

A11-3 A11-3

A11-4 A11-4 A11-4 A11-4 A11-4 A11-4 A11-4 A11-5 A11-5 A11-5 A11-5 A11-6 A11-6 A11-6 A11-6 A11-6 Plant_ID Pond_ID D4-14 D4-14 D4-14 D4-14 D4-16 D4-16 D4-17 D4-17 D4-18 D4-18 D4-19 D4-19D4-20

D4-20 D4-20 D4-21 D4-21 D4-22 D4-22 D4-22 D4-23 D4-23 D4-23 D4-24 D4-24 D4-24 Plant_ID Table D-10 Pond_ID Table D-10 D4-17 Table D-10 D4-17 Table D-10 D4-17 Table D-10 D4-17 Table D-10 D4-17 Table D-10 D4-17 Table D-10 Plant_ID Table D-8 Pond_ID Table D-8 D4-15 Table D-8 D4-15 Table D-8 D4-15 Table D-8 D4-15 Table D-8 D4-15 Table D-8 D4-15 Table D-8 D4-15 Table D-8 D4-15 Table D-8 D4-15 Table D-8 Plant_ID Table D-9 Pond_ID Table D-9 D4-16 Table D-9 D4-16 Table D-9 D4-16 Table D-9 D4-16 Table D-9 D4-16 Table D-9 D4-16 Table D-9 Plant_ID A13-1 A13-1 A13-2A13-2

A13-2 A13-3 A13-3 A13-3 A13-3 A13-3 A13-4 A13-4 A13-4 A13-4 A13-4 A13-4 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-5 A13-6 A13-6 A13-6 A13-6 A13-6 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7A13-7

A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-7 A13-8 A13-8 A13-9 A13-9

A13-9 A13-9 A13-9 A13-10 A13-10 A13-11 A13-11

A13-11 A13-11 A13-11 A13-12 A13-12 A13-12 A13-12 A13-12 A13-13 A13-13 A13-14 A13-14 A13-15 A13-15 A13-15 A13-15 A13-15 A13-15 A13-15 A13-15A13-15

A13-15 A13-15 A13-15 A13-15 A13-16 A13-16 A13-17 A13-17

Plant_ID Table A-10 A7-1 Table A-10

A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10 A7-1 Table A-10A7-1 Table A-10

A7-1 Table A-10 A7-1 Table A-10 Plant_ID A7-2 A7-2

A7-2 A7-2

A7-2

A7-2 A7-2

A7-2 A7-3 A7-3 Plant_ID SE_Unit_ID C4-1 C4-1 C4-2 C4-2 C4-2 C4-3 C4-3 C4-3 C4-4 C4-4 C4-4 C4-5 C4-5 C4-5 C4-5 C4-5 C4-6 C4-6 C4-6 C4-6 C4-6 C4-6 C4-6 C4-6 C4-6 C4-6C4-6

C4-6 C4-6 C4-6 Plant_ID Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 B3-1 Table B-3 Plant_ID FGD_ID B8-2 B8-2 B8-2 B8-3 B8-3 B8-4 B8-4

B8-4 B8-4 B8-4 B8-4 B8-4 B8-5 B8-5 B8-5 B8-5 B8-6 B8-6 B8-6B8-6

B8-6 B8-6

B8-6 B8-6 B8-11 B8-11 B8-11 B8-11 B8-11 B8-11 B8-11 B8-11 B8-11 B8-11 Plant_ID Table B-12 FGD_ID Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12B8-14 Table B-12

B8-14 Table B-12 B8-14 Table B-12 B8-14 Table B-12 Plant_ID Table B-10 FGD_ID Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 B8-12 Table B-10 Plant_ID Table B-11 FGD_ID Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11B8-13 Table B-11

B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 B8-13 Table B-11 Plant_ID B8-7 B8-7 B8-8B8-8

B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-8 B8-9 B8-9 B8-9 B8-9 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10

B8-10

B8-10 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10 B8-10Plant_ID

B1-1 B1-1 B4-1 B4-1 B8-1 B8-1 Plant_ID B7-6 B7-6 B7-6 B7-6 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 B7-7 Plant_ID B6-1 B6-1

Plant_ID B6-2 B6-2 B6-2 B6-2 B6-2 B6-2 B6-2 B6-2B6-2

B6-2 B6-2 B6-2 B6-2 B6-2 B6-2 B6-2 B6-2 Plant_ID Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 B6-2 Table B-9 Plant_ID Table B-2 FGD_ID Table B-2 B2-1 Table B-2 B2-1 Table B-2 B2-1 Table B-2 B2-1 Table B-2 B2-1 Table B-2 B2-1 Table B-2 B2-1 Table B-2 B2-1 Table B-2

Plant_ID Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1B1-2 Table B-1

B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 B1-2 Table B-1 Plant_ID B5-3 B5-3 B5-3 B5-3 B5-3 B7-1 B7-1 B7-2 B7-2 B7-2 B7-2 B7-2 B7-2 B7-2 B7-2 B7-2 B7-2 B7-2 B7-3 B7-3B7-3

B7-3 B7-3

B7-3 B7-3 B7-4 B7-4 B7-4 B7-4 B7-4 B7-4 B7-4 B7-4 B7-4 B7-4 B7-4 B7-5 B7-5 B7-5 B7-5 B7-5 B7-5 B7-5 B7-5 B7-5 Plant_ID FGD_ID B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-3 B4-4 B4-4 B4-4B4-4

B4-4 B4-4 B4-4 B4-4 B4-5 B4-5 B4-5 B4-5 B4-5 B4-5 B4-5

B4-6 B4-6 B4-6 B4-6 B4-7 B4-7 B4-7 B4-7 B4-8 B4-8 B4-8 B4-8 B4-9 B4-9 B4-9 B4-9 B4-10 B4-10 B4-10 B4-10 B4-10 B4-10 B4-10 B4-10 B4-11 B4-11 B4-11 B4-11 B4-11 B4-11 B4-11 B4-11B4-12

B4-12 B4-12 B4-12 B4-12 B4-12 B4-12 B4-12 B4-13 B4-13 B4-13 B4-13 B4-13 B4-13 B4-13 B4-13 B4-13 B4-13 B4-13 B4-14 B4-14 B4-15 B4-15 B4-16 B4-16 B4-16 B4-16 B4-16 B4-16 B4-16 B4-16 B4-17 B4-17 B4-17 B4-17 B4-17 B4-17 B4-18 B4-18 B4-18 B4-18 B4-19 B4-19 B4-19 B4-19B4-19

B4-19 B4-19 B4-19 B4-19 B4-19 B4-2 B4-2 B4-2 Plant_ID Table B-6 FGD_ID Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 B4-22 Table B-6 Plant_ID Table B-4 FGD_ID Table B-4 B4-20 Table B-4B4-20 Table B-4

B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 B4-20 Table B-4 Plant_ID Table B-5 FGD_ID Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5B4-21 Table B-5

B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 B4-21 Table B-5 Plant_ID Table B-7 FGD_ID Table B-7 B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7B5-1 Table B-7

B5-1 Table B-7 B5-1 Table B-7 B5-1 Table B-7 Plant_ID Table B-8 FGD_ID Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 B5-2 Table B-8 Plant_ID System_ID D6-5 D6-5 D6-6 D6-6 Plant_ID seunit_ID C2-17 C2-17 C2-17 C2-18 C2-18 C2-18 C2-19 C2-19

C2-19 C2-19 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20C2-20

C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-20 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-21 C2-22 C2-22 C2-22 C2-22 Plant_ID seunit_ID C2-14 C2-14 C2-14 C2-14C2-14

C2-15 C2-15 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 C2-16 Plant_ID seunit_ID C2-13 C2-13 C2-13 C2-13 C2-13 C2-13 C2-13 C2-13 C2-13 Plant_ID C2-26 C2-26 C2-27C2-27

C2-28 C2-28 C2-29 C2-29 Plant_ID Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 C2-26 Table C-7 Plant_ID seunit_ID C2-23 C2-23

C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5C2-24 Table C-5

C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 C2-24 Table C-5 Plant_ID Table C-3 seunit_ID Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-2 Table C-3 C2-3 C2-3 C2-3 C2-3 C2-3 C2-3 C2-3 C2-3 C2-4 C2-4 C2-4 C2-5 C2-5 Plant_ID Table C-6 C2-25 Table C-6 C2-25 Table C-6 C2-25 Table C-6 C2-25 Table C-6C2-25 Table C-6

C2-25 Table C-6 C2-25 Table C-6 C2-25 Table C-6 Plant_ID Table C-4 seunit_ID Table C-4 C2-9 Table C-4 C2-9 Table C-4 C2-9 Table C-4 C2-9 Table C-4 C2-9 Table C-4 C2-9 Table C-4 Plant_ID Table C-2 seunit_ID Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 C2-1 Table C-2 Plant_ID seunit_ID C2-6 C2-6 C2-7 C2-7C2-7

C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 C2-8 Plant_ID seunit_ID C2-10 C2-10 C2-11 C2-11 C2-11 C2-11

C2-11 C2-11 C2-11 C2-11

C2-11 C2-11 C2-11 C2-11 C2-12 C2-12 C2-12 C2-12 C2-12 C2-12 C2-12 C2-12 C2-12 C2-12 C2-12Plant_ID Table C-11

seunit_ID Table C-11 C2-34 Table C-11 C2-34 Table C-11 C2-34 Table C-11 C2-34 Table C-11 C2-34 Table C-11 C2-34 Table C-11 Plant_ID Table C-10 seunit_ID Table C-10 C2-30 Table C-10 C2-30 Table C-10 C2-30 Table C-10 C2-30 Table C-10 C2-30 Table C-10 C2-30 Table C-10 C2-30 Table C-10 Plant_ID seunit_ID Status C2-31 C2-31 C2-32 C2-32

C2-32 C2-33 C2-33

C2-33

C2-34 C2-34 C2-35 C2-35 C2-35 Plant_ID Table C-12 seunit_ID Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12C2-36 Table C-12

C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 C2-36 Table C-12 Plant_ID Table C-8 C2-28 Table C-8 C2-28 Table C-8 C2-28 Table C-8 C2-28 Table C-8 C2-28 Table C-8 C2-28 Table C-8 C2-28 Table C-8 C2-28 Table C-8 C2-28 Table C-8 Plant_ID Table C-14 Storage_ID Table C-14 C2-42 Table C-14 C2-42 Table C-14 C2-42 Table C-14 C2-42 Table C-14 C2-42 Table C-14 C2-42 Table C-14 Plant_ID Table C-13 Storage_ID Table C-13 C2-39 Table C-13 C2-39 Table C-13 C2-39 Table C-13 C2-39 Table C-13 C2-39 Table C-13 C2-39 Table C-13 C2-39 Table C-13 Plant_ID Storage_ID Status C2-37 C2-37 C2-37C2-38

C2-38 C2-40 C2-40 C2-40 C2-41 C2-41

C2-41

C2-42 C2-42 C2-43 C2-43 C2-43 Plant_ID Table C-15 Storage_ID Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 C2-44 Table C-15 Plant_ID Table C-16 C2-50 Table C-16 C2-50 Table C-16C2-50 Table C-16

C2-50 Table C-16 C2-50 Table C-16 C2-50 Table C-16 Plant_ID C2-45 C2-45 C2-45 C2-46 C2-46 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-47 C2-48 C2-48

C2-48 C2-49 C2-49 C2-49 C2-50 C2-50 C2-51 C2-51 C2-51 Plant_ID Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17C2-52 Table C-17

C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 C2-52 Table C-17 Plant_ID Table C-9 C2-29 Table C-9 C2-29 Table C-9 C2-29 Table C-9 C2-29 Table C-9 C2-29 Table C-9 C2-29 Table C-9 C2-29 Table C-9 C2-29 Table C-9 C2-29 Table C-9 Plant_ID Table A-11 SEunit_ID Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11A8-1 Table A-11

A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11A8-1 Table A-11

A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-1 Table A-11 A8-2 A8-2

A8-3 A8-3

Plant_ID Pond_Landfill_ID F5-1 F5-1 F5-1 F5-1 F5-1 F5-2 F5-2

F5-3 F5-3 F5-4 F5-4

F5-5 F5-5 F5-6 F5-6 Plant_IDPond_Landfill_ID Table F-14

F5-6 Table F-14 F5-6 Table F-14 F5-6 Table F-14 F5-6 Table F-14 Plant_ID Table F-2 Landfill_ID Table F-2 F3-9 Table F-2 F3-9 Table F-2

F3-9 Table F-2 F3-9 Table F-2 F3-9 Table F-2 F3-9 Table F-2 Plant_ID Table F-4 Landfill_ID Table F-4 F3-21 Table F-4 F3-21 Table F-4 F3-21 Table F-4 F3-21 Table F-4 F3-21 Table F-4 F3-21 Table F-4 F3-21 Table F-4 F3-21 Table F-4

Plant_ID Landfill_ID F3-1, F3-2, F3-3 F3-1, F3-2, F3-3 F3-1, F3-2, F3-3 F3-1, F3-2, F3-3 F3-1, F3-2, F3-3 Plant_ID Landfill_ID F3-4 F3-4 F3-5 F3-5 F3-6 F3-6 F3-7 F3-7 Plant_ID Table A-6 A4-2 Table A-6 A4-2 Table A-6A4-2 Table A-6

A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 A4-2 Table A-6 Plant_ID Landfill_ID F3-1 F3-1 F3-3 F3-3 F3-3 F3-8 F3-8 F3-9 F3-9 F3-10 F3-10 F3-10 Plant_ID Landfill_ID F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 F3-14 Plant_ID Landfill_IDF3-11

F3-11 F3-11 F3-11 F3-11 F3-11 F3-12 F3-12 F3-12 F3-12 F3-12

F3-13 F3-13

F3-13 F3-13 F3-13 F3-13 F3-13 F3-13 F3-13 F3-13 F3-15 F3-15 F3-15 F3-15 F3-15 F3-15 F3-15 Plant_ID Table F-1 Landfill_ID Table F-1 F3-8 Table F-1 F3-8 Table F-1

F3-8 Table F-1 F3-8 Table F-1 F3-8 Table F-1 F3-8 Table F-1 Plant_ID Table F-3 Landfill_ID Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3F3-20 Table F-3

F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 F3-20 Table F-3 Plant_ID Table A-7 A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7A4-3 Table A-7

A4-3 Table A-7 A4-3 Table A-7 A4-3 Table A-7 Plant_ID Plant_ID Landfill_ID Landfill_ID F3-16 F3-16

F3-16

F3-17 F3-17

F3-17 F3-17

F3-17 F3-17

F3-17 F3-17

F3-17

F3-17

F3-17 F3-17

F3-17 F3-17 F3-17 F3-18 F3-18

F3-18

F3-19 F3-19

F3-19 F3-19

F3-19F3-19

F3-19 F3-19

F3-19

F3-19

F3-19 F3-19

F3-19 F3-19 F3-19 Plant_ID G1-1 G1-1 G3-2 G3-2 G3-2 G3-3 G3-3 Plant_ID Pond/Landfill ID G2-1 G2-1 G2-2 G2-2 G2-3 G2-3 G2-4 G2-4 Plant_ID Table G-2 G4-2 Table G-2 G4-2 Table G-2 G4-2 Table G-2 Plant_ID Table G-4 Pond/Landfill ID Table G-4 Sm pl_Data Table G-4 Sm pl_Loc_Desc Table G-4 Sm pl_Location Table G-4 Sm pl_results Table G-4 Sm pl_results Table G-4 Sm pl_results Table G-4 Sm pl_results Table G-4 Sm pl_results Table G-4Sm pl_results Table G-4

Sm pl_results Table G-4 Sm pl_results Table G-4 Sm pl_results Table G-4 Sm pl_results Table G-4 Plant_ID Table G-1 Pond/Landfill ID Table G-1 Sm pl_Pt Table G-1 G4-1 Table G-1 G4-1 Table G-1 G4-1 Table G-1 G4-1 Table G-1 Plant_ID Sm pl_Lab Sm pl_lab Sm pl_lab Plant_ID Table G-3 Pond/Landfill ID Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 G5-1 Table G-3 Plant_ID Table F-13 LTS_ID Table F-13 F4-18 Table F-13 F4-18 Table F-13 F4-18 Table F-13Plant_ID Table F-12

LTS_ID Table F-12 F4-17 Table F-12 F4-17 Table F-12 F4-17 Table F-12 F4-17 Table F-12 Plant_ID Landfill_ID F3-21 F3-21

Plant_ID F4-2 F4-2 Plant_ID LTS_ID F4-7 F4-7 F4-7 F4-7 F4-7 F4-7 Plant_ID Table F-6 LTS_ID Table F-6 F4-3 Table F-6 F4-3 Table F-6

F4-3 Table F-6 F4-3 Table F-6 F4-3 Table F-6 F4-3 Table F-6 F4-3 Table F-6 F4-3 Table F-6

F4-3 Table F-6

Plant_ID LTS_ID F4-6 F4-6 F4-6 Plant_ID Table F-11 LTS_ID Table F-11 F4-16 Table F-11 F4-16 Table F-11F4-16 Table F-11

F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 F4-16 Table F-11 Plant_ID Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5F4-1 Table F-5

F4-1 Table F-5 F4-1 Table F-5 Plant_ID Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 F4-1 Table F-5 Plant_ID Table F-7 LTS_ID Table F-7 F4-4 Table F-7 F4-4 Table F-7

F4-4 Table F-7 F4-4 Table F-7 F4-4 Table F-7 Plant_ID Table F-8 LTS_ID Table F-8 F4-5 Table F-8 F4-5 Table F-8 F4-5 Table F-8 F4-5 Table F-8 F4-5 Table F-8 F4-5 Table F-8 F4-5 Table F-8 Plant_ID Table F-9 LTS_ID Table F-9 LTU_ID Table F-9 F4-14 Table F-9 F4-14 Table F-9 F4-14 Table F-9 F4-14 Table F-9 F4-14 Table F-9 F4-14 Table F-9 F4-14 Table F-9 F4-14 Table F-9 F4-14 Table F-9

F4-14 Table F-9 F4-14 Table F-9Plant_ID

LTS_ID LTU_ID F4-8 F4-8 F4-8 F4-9 F4-9 F4-10 F4-10 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-11 F4-14 F4-14 F4-15 F4-15 Plant_ID Table F-10 LTS_ID Table F-10 LTU_ID Table F-10 F4-15 Table F-10 F4-15 Table F-10 F4-15 Table F-10 F4-15 Table F-10 Plant_ID LTS_ID LTU_ID F4-12 F4-12 F4-12 F4-12F4-12

F4-12 F4-12 F4-12 F4-12 F4-12 F4-13 F4-13 F4-13 F4-13 F4-13 F4-13 F4-13 F4-13 F4-13 F4-13 Plant_ID Table E-1 seunit_ID Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1

E2-1 Table E-1 E2-1 Table E-1

E2-1 Table E-1 E2-1 Table E-1

E2-1 Table E-1 E2-1 Table E-1

E2-1 Table E-1 E2-1 Table E-1

E2-1 Table E-1 E2-1 Table E-1

E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1E2-1 Table E-1

E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 E2-1 Table E-1 Plant_ID E1-1 E1-1 Plant_ID Table E-2 seunit_ID Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 E2-2 Table E-2 Plant_ID seunit_ID Operation_ID E3-4 E3-4 E3-5 E3-5 E3-6 E3-6E3-7

E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-7 E3-8 E3-8 E3-8 E3-8 E3-8 E3-8 E3-8 E3-8 Plant_ID seunit_ID Operation_ID E3-1 E3-1 E3-2 E3-2 E3-2 E3-2 E3-2 E3-2 E3-2 E3-2 E3-2 E3-3 E3-3 E3-3 E3-3 E3-3 E3-3 E3-3E3-3

E3-3 E3-3 E3-3 E3-3 E3-3 E3-3 E3-3 E3-3 Plant_ID A10-2 A10-2

A10-3 A10-3

A10-3 A10-4 A10-4

A10-5 A10-5 A10-5 A10-5 A10-5 A10-5 A10-5 Plant_ID Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14 A10-1 Table A-14A10-1 Table A-14

A10-1 Table A-14 A10-1 Table A-14 Plant_ID Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 Plant_ID H1-1 H1-1

H1-2 H1-2

Plant_ID Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1H1-3 Table H-1

H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 H1-3 Table H-1 Plant_ID Table H-2 Wa stewater_ID Table H-2 H2-1 Table H-2 H2-1 Table H-2 H2-1 Table H-2 H2-1 Table H-2 H2-1 Table H-2 H2-1 Table H-2 H2-1 Table H-2 H2-1 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 H2-2 Table H-2 Plant_ID WWT S_nam e H3-1 H3-1 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2H3-2

H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-2 H3-3 H3-3 H3-3 H3-3 H3-3 H3-6 H3-6 H3-6 H3-6 H3-6 H3-6 H3-6 H3-6 H3-6 H3-6 H3-6H3-6

H3-6 H3-6 H3-6 H3-7 H3-7 H3-7 H3-7 H3-7 Plant_ID Table H-3 Plant_ID Table H-5 Status Table H-3 Status Table H-5 WWT S_nam e Table H-3 WWT S_nam e Table H-5 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-4 Table H-3 H3-5 Table H-5 H3-5 Table H-5H3-5 Table H-5

H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 H3-5 Table H-5 Plant_ID Comment_CBI Comment_# Comment Plant_ID Comment_CBI Comment_# Comment Plant_ID Comment_CBI Comment_# Comment Plant_ID Comment_CBI Comment_# Comment Plant_ID Comment_CBI Comment_# Comment Plant_ID Comment_CBI Comment_# Comment Plant_ID Comment_CBI Comment_# CommentPlant_ID

Comment_CBI Comment_# Comment Plant_ID Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 Plant_ID A1-1 A1-1 A1-1 A1-1 A1-1 A1-1 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-2 A1-3 A1-3 A1-3 A1-3 A1-3 A1-3 A1-3 A1-3 A1-3A1-3

A1-3 A1-3 A1-3 A1-3 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-4 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 A1-5 Plant_ID A1-6 A1-6 A1-7 A1-7

A1-8 A1-8 A1-8 A1-8 A1-8 A1-8A1-8

A1-9 A1-9 A1-9 A1-9 A1-9 A1-9 A1-9 A1-9 A1-10 A1-10 A1-10 A1-10 A1-11 A1-11 A1-11 A1-12 A1-12 A1-12 A1-12 A1-12 A1-12 A1-12 A1-12 A1-13 A1-13 A1-13 A1-13 A1-14 Table A-1 A1-14 Table A-1 A1-14 Table A-1 A1-14 Table A-1 A1-14 Table A-1 A1-14 Table A-1 A1-14 Table A-1 A2-3 A2-3

A2-3 A2-3 A2-3 A5-1 A5-1 A5-1A5-1

A5-1

A5-1

A5-1

A5-1

A5-2 A5-2

A5-2 A5-3 A5-3 Plant_ID A2-1 A2-1 A2-2 A2-2 A2-4 Table A-2 A2-4 Table A-2

A2-4 Table A-2 A2-4 Table A-2 A2-4 Table A-2 A2-4 Table A-2 Plant_ID Outfall_Number A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-5 A2-6 A2-6 A2-7 A2-7A2-8

A2-8 A2-8 A2-8 A2-8 A2-9 A2-9 Plant_ID Table A-3 Outfall_Number Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 A2-10 Table A-3 Plant_ID Table A-2 A2-4 Table A-2 A2-4 Table A-2 A2-4 Table A-2 A2-4 Table A-2 A2-4 Table A-2 A2-4 Table A-2 A2-4 Table A-2 Plant_ID A3-1 A3-1

A4-1 A4-1

A9-1 A9-1

A10-1 A10-1

A11-1 A11-1

A12-1 A12-1Plant_ID Table A-4

A3-2 Table A-4

A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 A3-2 Table A-4 Plant_ID Pond_ID F2-4 F2-4 F2-4 F2-4 F2-4 F2-4 F2-5 F2-5 F2-5 F2-5 F2-5 F2-6 F2-6 F2-6 F2-6 F2-6 F2-6 F2-6 F2-6 F2-6 F2-6 F2-7 F2-7 F2-7 F2-7F2-7

F2-7 F2-7 F2-7 F2-7 F2-7 F2-7 F2-7 F2-7 F2-7 F2-7 F2-7 F2-8 F2-8 F2-8 F2-8 F2-8 F2-8 F2-8 Plant_ID Pond_ID F2-10 F2-10

F2-10

F2-10 F2-10 Plant_ID Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5

A3-3 Table A-5

A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5

A3-3 Table A-5

A3-3 Table A-5

A3-3 Table A-5A3-3 Table A-5

A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 A3-3 Table A-5 Plant_ID Table D-15 System_ID Table D-15 D6-3 Table D-15 D6-3 Table D-15

D6-3 Table D-15 D6-3 Table D-15 Plant_ID System_ID D6-3 D6-3 D6-4 D6-4 D6-4 Plant_ID Table D-14 System_ID Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14D6-2 Table D-14

D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 D6-2 Table D-14 Plant_ID Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 D2-6 Table D-1 Plant_ID Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-2 Table A-13 A9-3 A9-3

A9-4A9-4

A9-4 A9-4 A9-5 A9-5 A9-5 A9-5 A9-5 A9-5 A9-5 A9-5 A9-5 A9-5 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-6 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 A9-1 Table A-12 Plant_ID A9-7 A9-7 A9-8 A9-8 A9-9A9-9

A9-9 A9-9 A9-10 A9-10 A9-10 A9-10 A9-10 A9-10 A9-10 A9-10 A9-10 A9-10 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 A9-11 Plant_ID Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8A6-1 Table A-8

A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 A6-1 Table A-8 Plant_ID Table A-9 A6-2 Table A-9

A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 A6-2 Table A-9 Plant_ID System_ID D3-1 D3-1 Plant_ID Table D-4 System_ID Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4D3-3 Table D-4

D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 D3-3 Table D-4 Plant_ID D1-1 D1-1

D1-2 D1-2 D2-5 D2-5

D2-6 D2-6

D2-7 D2-7

D4-1 D4-1

D4-13 D4-13

D5-1 D5-1 D6-1 D6-1 Plant_ID Table D-3 System_ID Table D-3 D3-2 Table D-3 D3-2 Table D-3 D3-2 Table D-3 D3-2 Table D-3 D3-2 Table D-3 D3-2 Table D-3 D3-2 Table D-3 D3-2 Table D-3 D3-2 Table D-3Plant_ID Table A-16

A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 A12-1 Table A-16 Plant_ID A12-2 A12-2 A12-2 A12-2 A12-3 A12-3 A12-3 A12-3 A12-3 A12-3

A12-3 A12-3 A12-4 A12-4 A12-4 A12-4 A12-4 A12-4 A12-4 A12-5 A12-5 A12-5A12-5

A12-5 A12-5 A12-5 A12-5 A12-5 A12-5

A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-5 A12-6 A12-6

A12-7 A12-7 A12-7 A12-7 A12-7 A12-7 A12-7 A12-8 A12-8 A12-8 A12-8 A12-8 Plant_ID WWT S_ID D5-4 D5-4 D5-4D5-4

D5-4 D5-4 D5-4 D5-4 D5-4 D5-4 D5-4 D5-5 D5-5 D5-5 D5-5 D5-5 D5-5 D5-5 D5-5 D5-5 D5-5 D5-12 D5-12 D5-12 Plant_ID D2-1 D2-1 D2-2 D2-2 D2-3 D2-3 D2-3 D2-4 D2-4 Plant_ID WWT S_ID D5-3 D5-3 D5-3 D5-3 D5-3 D5-3 D5-3 D5-3 D5-6 D5-6 D5-7 D5-7D5-8

D5-8 D5-9 D5-9 D5-10 D5-10 D5-10 Plant_ID Table D-2 D2-7 Table D-2 D2-7 Table D-2 D2-7 Table D-2 D2-7 Table D-2 D2-7 Table D-2 D2-7 Table D-2 D2-7 Table D-2 Plant_ID Table D-11 WWT S_ID Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 D5-2 Table D-11 Plant_ID Table D-16 System_ID Table D-16 D6-7 Table D-16 D6-7 Table D-16 D6-7 Table D-16 Plant_ID Table D-12WWT S_ID Table D-12

D5-11 Table D-12 D5-11 Table D-12 D5-11 Table D-12 D5-11 Table D-12 D5-11 Table D-12 D5-11 Table D-12 D5-11 Table D-12 Plant_ID Table D-13 WWT S_ID Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 D5-13 Table D-13 Plant_ID WWT S_ID D5-13 D5-13**Database Field Name Field Type** 

plant_id Number (Double) Pond_ID Text cbi_Act_Chem_Addn Yes/No Act_Chem_Ty pe Text Act_Chem_Trade Text Act_Chem_Manu Text Act_Chem_Purpose Text Act_Chem_Location Text Act_Chem_Avg_Dose Number (Double) Act_Chem_Add_Rate Number (Double) Act_Chem_Add_Rate_Unit Text Act_Chem_Add_Rate_Ty pe Text Act_Chem_Freq Number (Double) plant_id Number (Double) Pond_ID Text cbi_Act_Pond_Res_Time Yes/No Act_Pond_Res_Time Number (Double) Act_Pond_Life Number (Double) Act_Pond_Cells Number (Double) cbi_Act_Pond_Liner Yes/No Act_Pond_Liner Text cbi_Pond_Drdg Yes/No Act_Pond_Drdg Text Act_Pond_Drdg_Yr Number (Double) Act_Pond_Drdg_Freq_Yr Number (Double) Act_Pond_Drdg_AmtRem_Yr Number (Double) Act_Pond_Drdg_NmbrTimes_5Yr Number (Double) Act_Pond_Drgd_NmbrDays_5Yr Number (Double) Act_Pond_Drgd_AmtRem_5Yr Number (Double) cbi_Act_Drdg_Transfer Yes/No Act_Drdg_Transfer Text Act_Drdg_Transfer_Other Text cbi_Act_Pond_Expand Yes/No Act_Pond_Expand Text cbi_Act_Expand_Ty pe Yes/No Act_Expand_Ty pe Text cbi_Act_Expand_Desc Yes/No Act_Expand_Desc Text Act_Expand_Cost Number (Double) cbi_Act_Trgtd_Pollutants Yes/No Act_Trgtd_Metals Text Act_Trgtd_Metals_Specify Text Act_Trgtd_TSS TextAct_Trgtd_Ntr Text

Act_Trgtd_Org_Acids Text Act_Trgtd_Chlor_Oxidizing Text Act_Trgtd_OandG Text Act_Trgtd_Other Text Act_Trgtd_Other_Specify Text Act_Trgtd_NA Text cbi_Act_Poll_Lim _Driver Yes/No Act_Poll_1 Text Act_Lim_1 Number (Double) Act_Lim_Unit_1 Text Act_Poll_2 Text Act_Lim_2 Number (Double) Act_Lim_Unit_2 Text Act_Poll_3 Text Act_Lim_3 Number (Double) Act_Lim_Unit_3 Text Act_cbi_Add_Chem_Pond Yes/No Act_Add_Chem_Pond Text plant_id Number (Double) Pond_ID Text cbi_Act_Pond_Dimensions Yes/No Act_Status Text Act_Volum e Number (Double) Act_SA Number (Double) Act_Bot_Elevation Number (Double) Act_Top_Elevation Number (Double) Act_Freeboard Number (Double) Act_Max_Ht_Berms Number (Double) Act_Tot_Solids Text Act_Exp_Close Text plant_id Number (Double) Pond_ID Text cbi_Act_Pond_Liner Yes/No Act_Liner_Nmbr Number (Double) Act_Liner_Ty pe Text Act_Liner_Ty pe_Other Text Act_Liner_Thick Number (Double) Act_Liner_Perm Number (Double) plant_id Number (Double) cbi_Pond_ID Yes/No System_ID Text Pond_Status Text Pond_Initial_Yr Number (Double) Plant_Desig TextSPD-01 Text

SPD-02 Text SPD-03 Text SPD-04 Text SPD-05 Text SPD-06 Text SPD-07 Text SPD-08 Text SPD-09 Text SPD-010 Text SPD-011 Text SPD-012 Text SPD-013 Text SPD-014 Text plant_id Number (Double) seunit_id Text cbi_aha_handle Yes/No aha_handle Text aha_handle_segregated_desc Text cbi_aha_how_cmbn Yes/No aha_how_cm bn Text aha_cmbn_other_desc Text cbi_aha_gen_amt Yes/No aha_gen_tpd Number (Double) aha_gen_dpy Number (Double) cbi_aha_gen_W W Yes/No aha_gen_W W Text aha_W W_gpd Number (Double) aha_W W_days Number (Double) aha_W W_dest Text cbi_aha_fnl_dest Yes/No aha_dest_landfill_report Text aha_dest_landfill_report_per Number (Double) aha_dest_pond_report Text aha_dest_pond_report_per Number (Double) aha_dest_landfill_not_report Text aha_dest_landfill_not_report_per Number (Double) aha_dest_mkt Text aha_dest_mkt_per Number (Double) aha_dest_gv_awy Text aha_dest_gv_awy

_per Number (Double) aha_dest_other Text aha_dest_other_desc Text aha_dest_other_per Number (Double) plant_id Number (Double)cbi_generate_ash Yes/No

generate_ash Text cbi_total_acre Yes/No total_acre Number (Double)

parking_acre Number (Double) buildings_acre Number (Double) ponds_acre Number (Double) landfills_acre Number (Double) closed_pond_land_acre Number (Double) unusable_ty pe Text unusable_acre Number (Double) other_ty pe_1 Text other_acre_1 Number (Double) other_ty pe_2 Text other_acre_2 Number (Double) cbi_generate_fly Yes/No generate_fly Text plant_id Number (Double) cbi_Ponds_Landfills Yes/No Ponds_Landfills Text plant_id Number (Double) pond_ID Text cbi_Pond_Hydr_Dsgn Yes/No Pond_Hydr_Dsgn Text Pond_Hydr_Dsgn_Other_desc Text cbi_Pond_Ovrflw Yes/No Pond_Ovrflw Text Pond_Ovrflw_desc Text cbi_Pond_Ovrflw_Dsch Yes/No Pond_Ovrflw_Dsch Text

Pond_Ovrflw_Dsch_RW Text cbi_Pond_Mon Yes/No Pond_Mon Text

plant_id Number (Double) seunit_id Text cbi_btm_wetanddry Yes/No btm_wetanddry Text cbi_btm_why

_wetanddry Yes/No btm_not_marketable Text btm_not_marketable_days Number (Double) btm_maintenance Text

btm_maintenance_dry Textbtm_backup Text

btm_backup_days Number (Double) btm_capacity Text

btm_capacity

_days Number (Double)

btm_both_other Text btm_both_other_desc Text btm_both_other_days Number (Double) cbi_btm_modifications Yes/No btm_no_mods Text btm_increase_silo_cap Text btm_increase_silo_nmbr Text btm_moisture_condition Text btm_increase_landfill Text btm_increase_dry

_convey Text btm_new_infrastructure Text btm_new_infra_desc Text btm_mod_other Text btm_mod_other_desc Text cbi_btm_change_operations Yes/No btm_expand_capacity Text btm_decrease_wet Text btm_decrease_wet_days Number (Double) btm_end_wet Text btm_end_wet_date Date/Time btm_no_change Text btm_change_other Text btm_change_other_desc Text plant_id Number (Double) seunit_id Text cbi_btm_dry

_install Yes/No btm_dry _install Text btm_dry _install_days Number (Double) cbi_btm_dry

_plan Yes/No btm_dry _plan Text btm_dry _plan_days Number (Double) cbi_btm_dry

_cost_est_instl Yes/No btm_dry _cost_est_instl Text btm_dry _cost_est_instl_attch Text btm_dry _cost_est_instl_explain Mem o cbi_btm_install_mods Yes/No btm_install_physical Text btm_install_install_mech_drag Text btm_install_altr_boiler Textbtm_install_complete_dry Text

btm_install_silos Text btm_install_silo_mc Text btm_install_silo_ashtransfer Text btm_install_silo_market Text btm_install_haul_roads Text btm_install_rail Text btm_install_landfill Text btm_install_landfill_ID Text btm_install_inc_landfill Text btm_install_inc_landfill_ID Text btm_install_air_permit Text btm_install_phys_other Text btm_install_phys_other_desc Text btm_install_personnel Text btm_install_personnel_desc Text btm_install_ashdisposal Text btm_install_starge_landfills Text btm_install_storage_landfills_ID Text btm_install_market_ash Text btm_install_haul_off Text btm_install_dust Text btm_install_disposal_other Text btm_install_disposal_other_desc Text cbi_btm_dry

_exp_dest Yes/No btm_dry _exp_marketed Text btm_dry _exp_mark_dest_1 Text btm_dry _exp_mark_dest_other_1 Text btm_dry _exp_mark_perc_1 Number (Double) btm_dry _exp_mark_dest_2 Text btm_dry _exp_mark_dest_other_2 Text btm_dry _exp_mark_perc_2 Number (Double) btm_dry _exp_mark_dest_3 Text btm_dry _exp_mark_dest_other_3 Text btm_dry _exp_mark_perc_3 Number (Double) btm_dry _exp_landfills_A-6 Text btm_dry _exp_landfills_A-6_perc Number (Double) btm_dry _exp_ landfill_noA-6 Text btm_dry _exp_ landfill_noA-6_perc Number (Double) btm_dry _exp_other Text btm_dry _exp_other_desc Text btm_dry _exp_other_perc Number (Double) cbi_btm_dry

_cost_est_not_instl Yes/No btm_dry _cost_est_not_instl Text btm_dry _cost_est_not_instl_attch Textbtm_dry

_cost_est_not_instl_explain Mem o plant_id Number (Double) seunit_id Text cbi_btm_dry

_retrofit Yes/No btm_dry _retrofit Text btm_dry _retrofit_y r Number (Double) btm_dry _retrofit_shutdown Text btm_dry _retrofit_outages Text

cbi_btm_dry

_retrofit_ty pe Yes/No btm_dry _retrofit_ty pe Text cbi_btm_ret_mods Yes/No btm_retrofit_physical Text btm_retrofit_install_pv_system Text btm_retrofit_altr_boiler Text btm_retrofit_expand_pv_system Text btm_retrofit_silos Text btm_retrofit_silo_mc Text btm_retrofit_silo_ashtransfer Text btm_retrofit_silo_market Text btm_retrofit_haul_roads Text btm_retrofit_rail Text btm_retrofit_landfill Text btm_retrofit_landfill_ID Text btm_retrofit_inc_landfill Text btm_retrofit_inc_landfill_ID Text btm_retrofit_air_permit Text btm_retrofit_phys_other Text btm_retrofit_phsy

_other_desc Text btm_retrofit_personnel Text btm_retrofit_personnel_desc Text btm_retrofit_ashdisposal Text btm_retrofit_storage_landfills Text btm_retrofit_storage_landfills_ID Text btm_retrofit_market_ash Text btm_retrofit_haul_off Text btm_retrofit_dust Text btm_retrofit_disposal_other Text btm_retrofit_disposal_other_desc Text cbi_btm_dry

_retrofit_diagram Yes/No btm_dry _retrofit_diagram Text plant_id Number (Double) seunit_id Text cbi_btm_use_mech_drag Yes/No btm_use_mech_drag Textbtm_mech_drag_desc Text

cbi_btm_mech_drag_gen_W W Yes/No btm_mech_drag_gen_W W Text cbi_btm_mech_drag_W W_gpd Yes/No btm_mech_drag_W W_gpd Number (Double) cbi_btm_mech_drag_dest Yes/No btm_mech_drag_recycle Text btm_mech_drag_recycle_gpd Number (Double) btm_mech_drag_recycle_desc Text btm_mech_drag_treat Text btm_mech_drag_treat_pond Text btm_mech_drag_treat_pH Text btm_mech_drag_treat_wetlands Text btm_mech_drag_treat_other Text btm_mech_drag_treat_other_desc Text btm_mech_drag_surf_water Text Outfall_number Text btm_mech_drag_POTW Text btm_mech_drag_other Text btm_mech_drag_other_desc Text plant_id Number (Double) cbi_btm_dry

_m kt Yes/No btm_dry _m kt Text cbi_btm_wet_mkt Yes/No btm_wet_mkt Text plant_id Number (Double) seunit_id Text cbi_btm_unscdld_outages Yes/No btm_unscdld_outages Text cbi_btm_out Yes/No btm_out_2005_wet_days Date/Time btm_out_2005_wet_resn Text btm_out_2005_wet_reslvd Text btm_out_2005_dry

_days Number (Double) btm_out_2005_dry

_resn Text btm_out_2005_dry

_reslvd Text btm_out_2006_wet_days Number (Double) btm_out_2006_wet_resn Text btm_out_2006_wet_reslvd Text btm_out_2006_dry

_days Number (Double) btm_out_2006_dry

_resn Text btm_out_2006_dry

_reslvd Text btm_out_2007_wet_days Number (Double) btm_out_2007_wet_resn Text btm_out_2007_wet_reslvd Textbtm_out_2007_dry _days Number (Double) btm_out_2007_dry

_resn Text btm_out_2007_dry

_reslvd Text btm_out_2008_wet_days Number (Double) btm_out_2008_wet_resn Text btm_out_2008_wet_reslvd Text btm_out_2008_dry

_days Number (Double) btm_out_2008_dry

_resn Text btm_out_2008_dry

_reslvd Text btm_out_2009_wet_days Number (Double) btm_out_2009_wet_resn Text btm_out_2009_wet_reslvd Text btm_out_2009_dry

_days Number (Double) btm_out_2009_dry

_resn Text btm_out_2009_dry

_reslvd Text plant_id Number (Double) seunit_id Text cbi_btm_ash_sluice Yes/No btm_ash_sluice Text btm_sluice_avg_flow Number (Double) btm_sluice_duration Number (Double) btm_sluice_freq Number (Double) btm_sluice_source_1 Text btm_sluice_source_2 Text btm_sluice_source_3 Text btm_sluice_source_other_desc Text btm_sluice_percent_1 Number (Double) btm_sluice_percent_2 Number (Double) btm_sluice_percent_3 Number (Double) btm_sluice_percent_other Number (Double) cbi_btm_sluice_criteria Yes/No btm_sluice_chlorides Text btm_sluice_chlorides_ppm Number (Double) btm_sluice_solids Text btm_sluice_solids_percent Number (Double) btm_sluice_other Text btm_sluice_other_desc Text btm_sluice_other_ppm Number (Double) cbi_btm_sluice_recyc Yes/No btm_sluice_recyc Text btm_sluice_recyc_decs Text cbi_btm_sluice_POTW Yes/No btm_sluice_POTW Text plant_id Number (Double) seunit_id Textcbi_btm_plant_solids_rmvl Yes/No

btm_plant_solids_rmvl Text cbi_btm_slds_rmvl_tbl Yes/No btm_slds_rmvl_dewatering_bin Text btm_slds_rmvl_hydroclone Text btm_slds_rmvl_centrifuge Text btm_slds_rmvl_filter Text btm_slds_rmvl_other Text btm_slds_rmvl_other_desc Text btm_disp_sold_untrt Text btm_disp_sold_untrt_tons Number (Double) btm_disp_sold_untrt_H2O_per Number (Double) btm_disp_sold_trt Text btm_disp_sold_trt_tons Number (Double) btm_disp_sold_trt_H2O_per Number (Double) btm_disp_stor_pond Text btm_disp_stor_pond_tons Number (Double) btm_disp_stor_pond_H2O_per Number (Double) btm_disp_stor_landfill_A-06 Text btm_disp_stor_landfill_A-06_tons Number (Double) btm_disp_stor_landfill_A-06_H2O_per Number (Double) btm_disp_stor_landfill_not_A-06 Text btm_disp_stor_landfill_not_A-06_tons Number (Double) btm_disp_stor_landfill_not_A-06_H2O_per Number (Double) btm_disp_other Text btm_disp_other_desc Text btm_disp_other_tons Number (Double) btm_disp_other_H2O_per Number (Double) cbi_btm_slds_rmvl_overflow_gpd Yes/No btm_slds_rmvl_overflow_gpd Number (Double) cbi_btm_slds_rmvl_dest Yes/No btm_slds_rmvl_recycle Text btm_slds_rmvl_recycle_gpd Number (Double) btm_slds_rmvl_recycle_desc Text btm_slds_rmvl_treat Text btm_slds_rmvl_treat_pond Text btm_slds_rmvl_treat_pH Text btm_slds_rmvl_treat_wetlands Text btm_slds_rmvl_treat_other Text btm_slds_rmvl_treat_other_desc Text btm_slds_rmvl_surf_water Text Outfall_number Text btm_slds_rmvl_POTW Text btm_slds_rmvl_dest_other Text btm_slds_rmvl_dest_other_desc Textplant_id Number (Double)

cbi_btm_storage Yes/No storage_ID Text storage_ID_other Text btm_storage_miles Number (Double) btm_storage_tons Number (Double) btm_storage_trnspt Text btm_storage_trnspt_other Text btm_storage_per_H2O Number (Double) plant_id Number (Double) seunit_ID Text cbi_btm_ash_storage_tbl Yes/No btm_ash_ty pe Text storage_ID Text storage_ID_other Text btm_percent Number (Double) btm_destin_ty pe Text plant_id Number (Double) seunit_ID Text cbi_gen_btm_ash Yes/No gen_btm_ash Text cbi_btm_boiler_ty pe Yes/No btm_boiler_ty pe Text btm_boiler_ty pe_other Text btm_wet_sluicing Text btm_mech_drag Text btm_dry _vacuum Text btm_dry _pressure Text btm_other Text btm_other_desc Text btm_produced_wet_tpd Number (Double) btm_produced_wet_dpy Number (Double) btm_produced_dry

_tpd Number (Double) btm_produced_dry

_dpy Number (Double) btm_moisture_wet_per Text btm_moisture_dry

_per Text btm_design_wet_tpd Number (Double) btm_design_wet_dpy Number (Double) btm_design_dry

_tpd Number (Double) btm_design_dry

_dpy Number (Double) btm_wet_days Number (Double) btm_dry _days Number (Double) btm_LOI_wet_min Number (Double) btm_LOI_wet_max Number (Double) btm_LOI_wet_not_mntr Textbtm_LOI_wet_NA Text

btm_LOI_dry

_m in Number (Double) btm_LOI_dry

_m ax Number (Double) btm_LOI_dry

_not_mntr Text btm_LOI_dry

_NA Text plant_id Number (Double) seunit_ID Text cbi_btm_cnvy

_cap_tbl Yes/No btm_cnvy

_cap_project Text btm_cnvy

_cap_original Number (Double) btm_cnvy

_cap_mdfy Number (Double) btm_cnvy

_cap_original_y r_based Number (Double) btm_cnvy

_cap_mdfy

_yr_based Number (Double) plant_id Number (Double) seunit_ID Text cbi_btm_cnvy

_cmpnts_tbl Yes/No btm_cnvy

_cmpnts Text btm_cnvy

_cmpnts_other Text btm_cnvy

_cmpnts_nmbr Number (Double) btm_cnvy

_cmpnts_cpcty Number (Double) btm_cnvy

_cmpnts_cpcty

_unit Text btm_cnvy

_cmpnts_cpcty

_unit_other Text plant_id Number (Double) seunit_ID Text btm_cnvy

_planned Text cbi_btm_diagram Yes/No btm_diagram_attch Text cbi_btm_cnvy

_cntrctr_instl Yes/No btm_cnvy

_cntrctr_instl Mem o

btm_cnvy

_cntrctr_instl_all Text cbi_btm_cnvy

_cntrctr_oversee Yes/No btm_cnvy

_cntrctr_oversee Mem o

btm_cnvy

_cntrctr_oversee_all Text

cbi_btm_cnvy

_cap_tbl Yes/No btm_cnvy

_outside_firm_oversee Text cbi_btm_cnvy

_all_cmpnts_cap_costs Yes/No btm_cnvy

_all_cmpnts_cap_costs Text

btm_cnvy

_cmpnts_not_cap_costs Mem o plant_id Number (Double) seunit_ID Text cbi_btm_cnvy

_OM_tbl Yes/No btm_cnvy

_OM_OLbr_2009_cost Number (Double)btm_cnvy

_OM_OLbr_rate_hourly Number (Double) btm_cnvy

_OM_OLbr_staff_nmbr Number (Double) btm_cnvy

_OM_OLbr_staff_hpd Number (Double) btm_cnvy

_OM_OLbr_staff_dpy Number (Double) btm_cnvy

_OM_MLbr_2009_cost Number (Double) btm_cnvy

_OM_MLbr_rate_hourly Number (Double) btm_cnvy

_OM_MLbr_staff_nmbr Number (Double) btm_cnvy

_OM_MLbr_staff_hpd Number (Double) btm_cnvy

_OM_MLbr_staff_dpy Number (Double) btm_cnvy

_OM_MMtrls_2009_cost Number (Double) btm_cnvy

_OM_energy

_2009_cost Number (Double) btm_cnvy

_OM_energy

_rate_per_kW h Number (Double) btm_cnvy

_OM_energy

_kW h/hr Number (Double) btm_cnvy

_OM_other1_desc Text btm_cnvy

_OM_other1_2009_cost Number (Double) btm_cnvy

_OM_other2_desc Text btm_cnvy

_OM_other2_2009_cost Number (Double) btm_cnvy

_OM_total_2009_cost Number (Double) plant_id Number (Double) cbi_btm_dry

_m kt Yes/No btm_dry _m kt_dest Text btm_dry _m kt_per_H2O Number (Double) btm_dry _m kt_2005_tons Number (Double) btm_dry _m kt_2005_rev Number (Double) btm_dry _m kt_2007_tons Number (Double) btm_dry _m kt_2007_rev Number (Double) btm_dry _m kt_2009_tons Number (Double) btm_dry _m kt_2009_rev Number (Double) plant_id Number (Double) storage_ID Text cbi_btm_storage_cap_tbl Yes/No btm_storage_cap_project Text btm_cnvy

_storage_original Number (Double) btm_storage_cap_mdfy Number (Double) btm_storage_cap_original_y r_based Number (Double) btm_storage_cap_mdfy _yr_based Number (Double) plant_id Number (Double) storage_ID Text cbi_btm_storage_cmpnts_tbl Yes/No btm_storage_cmpnts Text btm_storage_cmpnts_other Text btm_storage_cmpnts_nmbr Number (Double) btm_storage_cmpnts_cpcty Number (Double) btm_storage_cmpnts_cpcty _unit Text btm_storage_cmpnts_cpcty _unit_other Textplant_id Number (Double)

storage_ID Text btm_storage_planned Text cbi_btm_fly

_share_storage Yes/No btm_fly _share_storage Text btm_fly _share_storage_cmpnts Text cbi_btm_storage_pond Yes/No btm_storage_pond Text cbi_btm_storage_cntrctr_instl Yes/No btm_storage_cntrctr_instl Mem o btm_storage_cntrctr_instl_all Text cbi_btm_storage_cntrctr_oversee Yes/No btm_storage_cntrctr_oversee Mem o btm_storage_cntrctr_oversee_all Text cbi_btm_storage_cap_tbl Yes/No btm_storage_outside_firm_oversee Text cbi_btm_storage_all_cmpnts_cap_costs Yes/No btm_storage_all_cmpnts_cap_costs Text btm_storage_cmpnts_not_cap_costs Mem o plant_id Number (Double) storage_ID Text cbi_btm_storage_OM_tbl Yes/No btm_storage_OM_OLbr_trks_2009_cost Number (Double) btm_storage_OM_OLbr_trks_rate_hourly Number (Double) btm_storage_OM_OLbr_trks_staff_nmbr Number (Double) btm_storage_OM_OLbr_trks_staff_hpd Number (Double) btm_storage_OM_OLbr_trks_staff_dpy Number (Double) btm_storage_OM_OLbr_othr_2009_cost Number (Double) btm_storage_OM_OLbr_othr_rate_hourly Number (Double) btm_storage_OM_OLbr_othr_staff_nmbr Number (Double) btm_storage_OM_OLbr_othr_staff_hpd Number (Double) btm_storage_OM_OLbr_othr_staff_dpy Number (Double) btm_storage_OM_MLbr_2009_cost Number (Double) btm_storage_OM_MLbr_rate_hourly Number (Double) btm_storage_OM_MLbr_staff_nmbr Number (Double) btm_storage_OM_MLbr_staff_hpd Number (Double) btm_storage_OM_MLbr_staff_dpy Number (Double) btm_storage_OM_MMtrls_2009_cost Number (Double) btm_storage_OM_energy _2009_cost Number (Double) btm_storage_OM_energy _rate_per_kW h Number (Double) btm_storage_OM_energy _kW h/hr Number (Double) btm_storage_OM_other1_desc Text btm_storage_OM_other1_2009_cost Number (Double) btm_storage_OM_other2_desc Text btm_storage_OM_other2_2009_cost Number (Double)btm_storage_OM_total_2009_cost Number (Double)

plant_id Number (Double) cbi_btm_trspt_disp_cap_tbl Yes/No btm_trspt_disp_cap_project Text btm_trspt_disp_original Number (Double) btm_trspt_disp_cap_mdfy Number (Double) btm_trspt_disp_cap_original_y r_based Number (Double) btm_trspt_disp_cap_mdfy _yr_based Number (Double) plant_id Number (Double) cbi_share_trspt_disp Yes/No btm_fly _share_trspt_disp Text btm_fly _share_trspt_disp_cmpnts Text cbi_btm_trspt_disp_pond Yes/No btm_trspt_disp_pond Text cbi_btm_trspt_disp_mthd Yes/No btm_trspt_disp_truck Text btm_trspt_disp_truck_nmbr Text btm_trspt_disp_truck_bought Text btm_trspt_disp_truck_lease Text btm_trspt_disp_truck_contract Text btm_trspt_disp_rail Text btm_trspt_disp_rail_nmbr Text btm_trspt_disp_rail_bought Text btm_trspt_disp_rail_lease Text btm_trspt_disp_rail_contract Text btm_trspt_disp_other Text btm_trspt_disp_other_desc Text cbi_btm_trspt_disp_cntrctr_pay _instl Yes/No btm_trspt_disp_cntrctr_pay _instl Mem o btm_trspt_disp_ctrctr_pay _instl_all Text cbi_btm_trspt_disp_cntrctr_pay _oversee Yes/No btm_trspt_disp_cntrctr_pay _oversee Mem o btm_trspt_disp_cntrctr_pay _oversee_all Text cbi_btm_trspt_disp_cap_tbl Yes/No btm_trspt_disp_outside_firm_oversee Text cbi_btm_trspt_disp_all_cmpnts_cap_costs Yes/No btm_trspt_disp_all_cmpnts_cap_costs Text btm_trspt_disp_cmpnts_not_cap_costs Mem o plant_id Number (Double) cbi_btm_trspt_disp_OM_tbl Yes/No btm_trspt_disp_OM_OLbr_tspt_2009_cost Number (Double) btm_trspt_disp_OM_OLbr_tspt_rate_hourly Number (Double) btm_trspt_disp_OM_OLbr_tspt_staff_nmbr Number (Double) btm_trspt_disp_OM_OLbr_tspt_staff_hpd Number (Double) btm_trspt_disp_OM_OLbr_tspt_staff_dpy Number (Double)btm_trspt_disp_OM_OLbr_tspt_rate_lds/da

y Number (Double)

btm_trspt_disp_OM_OLbr_tspt_rate_dpy Number (Double) btm_trspt_disp_OM_OLbr_othr_2009_cost Number (Double) btm_trspt_disp_OM_OLbr_othr_rate_hourly Number (Double) btm_trspt_disp_OM_OLbr_othr_staff_nmbr Number (Double) btm_trspt_disp_OM_OLbr_othr_staff_hpd Number (Double) btm_trspt_disp_OM_OLbr_othr_staff_dpy Number (Double) btm_trspt_disp_OM_MLbr_2009_cost Number (Double) btm_trspt_disp_OM_MLbr_rate_hourly Number (Double) btm_trspt_disp_OM_MLbr_staff_nmbr Number (Double) btm_trspt_disp_OM_MLbr_staff_hpd Number (Double) btm_trspt_disp_OM_MLbr_staff_dpy Number (Double) btm_trspt_disp_OM_MMtrls_2009_cost Number (Double) btm_trspt_disp_OM_energy _2009_cost Number (Double) btm_trspt_disp_OM_energy _rate_per_kW h Number (Double) btm_trspt_disp_OM_energy _staff_kW h/hr Number (Double) btm_trspt_disp_OM_ash_rmvl_2009_cost Number (Double) btm_trspt_disp_OM_other1_desc Text btm_trspt_disp_OM_other1_2009_cost Number (Double) btm_trspt_disp_OM_other2_desc Text btm_trspt_disp_OM_other2_2009_cost Number (Double) btm_trspt_disp_OM_total_2009_cost Number (Double) plant_id Number (Double) cbi_btm_wet_mkt Yes/No btm_wet_mkt_dest Text btm_wet_mkt_per_H2O Number (Double) btm_wet_mkt_2005_tons Number (Double) btm_wet_mkt_2005_rev Number (Double) btm_wet_mkt_2007_tons Number (Double) btm_wet_mkt_2007_rev Number (Double) btm_wet_mkt_2009_tons Number (Double) btm_wet_mkt_2009_rev Number (Double) plant_id Number (Double) CCS_id Text cbi_CCS_tbl Yes/No CCS_status Text CCS_ty pe Text CCS_seunit1 Text CCS_seunit2 Text CCS_seunit3 Text CCS_seunit4 Text CCS_seunit5 Text CCS_seunit6 Text CCS_seunit7 TextCCS_seunit8 Text

CCS_seunit9 Text CCS_seunit10 Text CCS_seunit_other Text CCS_install_m o Text CCS_install_y r Number (Double) CCS_scale Text CCS_per_FG Number (Double) plant_id Number (Double) cbi_CCS_process Yes/No CCS_process Mem o cbi_CCS_study

_W W Yes/No CCS_study

_W W Text

cbi_CCS_report Yes/No CCS_report_company Text CCS_report_start Text CCS_report_end Text CCS_report_attach Text CCS_report_notattach Text CCS_report_notattach_desc Text cbi_CCS_wastewater Yes/No CCS_wastewater_gpm Number (Double) CCS_wastewater_hpd Number (Double) CCS_wastewater_dpy Number (Double) cbi_CCS_characterize_W W Yes/No CCS_characterize_W W Text CCS_results_attach Text CCS_results_notattach Text CCS_results_notattach_desc Text plant_id Number (Double) Pond_ID Text cbi_Clsd_Pond_Date Yes/No Clsd_Pond_Date Date/Time Clsd_Pond_Life Number (Double) Clsd_Pond_Cells Number (Double) cbi_Clsd_Pond_Liner Yes/No Clsd_Pond_Liner Text cbi_Clsd_Pond_Cap Yes/No Clsd_Pond_Cap Text cbi_Clsd_Pond_Expand Yes/No Clsd_Pond_Expand Text cbi_Clsd_Expand_Ty pe Yes/No Clsd_Expand_Ty pe Textcbi_Clsd_Expand_Desc Yes/No

Clsd_Expand_Desc Text Clsd_Expand_Cost Number (Double) cbi_Close_Plan Yes/No Close_Plan Text cbi_Close_Desc Yes/No Close_Desc Mem o Close_Plan_Attached Text cbi_Build_On_Clsd Yes/No Build_On_Clsd Text Build_On_Clsd_Desc Text cbi_Long_Monitoring Yes/No Long_Monitoring Text Long_Monitoring_Plan Text plant_id Number (Double) Pond_ID Text cbi_Clsd_Pond_Cap Yes/No Clsd_Cap_Nmbr Number (Double) Clsd_Cap_Ty pe Text Clsd_Cap_Ty pe_Other Text Clsd_Cap_Thick Number (Double) Clsd_Cap_Perm Number (Double) plant_id Number (Double) Pond_ID Text cbi_Clsd_Pond_Dimensions Yes/No Clsd_Status Text Clsd_Volum e Number (Double) Clsd_SA Number (Double) Clsd_Bot_Elevation Number (Double) Clsd_Top_Elevation Number (Double) Clsd_Freeboard Number (Double) Clsd_Max_Ht_Berms Number (Double) Clsd_Tot_Solids Text plant_id Number (Double) Pond_ID Text cbi_Clsd_Pond_Liner Yes/No Clsd_Liner_Nmbr Number (Double) Clsd_Liner_Ty pe Text Clsd_Liner_Ty pe_Other Text Clsd_Liner_Thick Number (Double) Clsd_Liner_Perm Number (Double) plant_id Number (Double) cbi_coal_process Yes/No coal_process Text cbi_cpr_flow Yes/Nocpr_flow_gpy Number (Double)

cpr_flow_days Number (Double) cbi_cpr_pH Yes/No cpr_pH Text cpr_pH_min Number (Double) cpr_pH_max Number (Double) cpr_pH_med Number (Double) cbi_cpr_pond Yes/No cpr_pond Text cpr_pond_seg Text cpr_pond_seg_pondID Text cpr_pond_com Text cpr_pond_com_pondID Text cbi_cpr_dest Yes/No cpr_dest_recyc Text cpr_dest_recyc_ashsluice Text cpr_dest_recyc_fgd Text cpr_dest_recyc_other Text cpr_dest_recyc_other_desc Text cpr_dest_treat Text cpr_dest_treat_pond Text cpr_dest_treat_pH Text cpr_dest_treat_chemprec Text cpr_dest_treat_wetlands Text cpr_dest_treat_other Text cpr_dest_treat_other_desc Text cpr_dest_NPDES Text cpr_dest_NPDES_outfall Text cpr_dest_POTW Text cpr_dest_other Text cpr_dest_other_desc Text cbi_coal_wash Yes/No coal_wash Text coal_wash_gpm Number (Double) coal_wash_hpd Number (Double) coal_wash_dpy Number (Double) cbi_coal_wash_dest Yes/No coal_wash_dest_recyc Text coal_wash_dest_recyc_ashsluice Text coal_wash_dest_recyc_fgd Text coal_wash_dest_recyc_other Text coal_wash_dest_recyc_other_desc Text coal_wash_dest_pond Text coal_wash_dest_pond_IDs Text coal_wash_dest_treat Textcoal_wash_dest_treat_pond Text

coal_wash_dest_treat_bio_aer Text coal_wash_dest_treat_bio_anaer Text coal_wash_dest_treat_chemprec Text coal_wash_dest_treat_wetlands Text coal_wash_dest_treat_other Text coal_wash_dest_treat_other_desc Text coal_wash_dest_NPDES Text coal_wash_dest_NPDES_outfall Text coal_wash_dest_POTW Text coal_wash_dest_other Text coal_wash_dest_other_desc Text cbi_coal_blend Yes/No coal_blend Text cbi_cb_wastewater Yes/No cb_wastewater Text

cb_wastewater_amt Number (Double) cb_wastewater_unit Text cb_wastewater_day Number (Double) cbi_coal_pulv Yes/No coal_pulv Text cbi_cp_wastewater Yes/No cp_wastewater Text

cp_wastewater_amt Number (Double) cp_wastewater_unit Text cp_wastewater_day Number (Double) cbi_mill_sluice Yes/No mi ll_sluice Text mi ll_sluice_amt Number (Double) mi ll_sluice_unit Text mi ll_sluice_day Number (Double) cbi_mill_sluice_commingle Yes/No mi ll_sluice_commingle Text cbi_mill_py ritic Yes/No mi ll_py ritic Text cbi_mill_dispose Yes/No mi ll_dispose_pond Text mi ll_dispose_pond_tpd Number (Double) mi ll_dispose_pond_fa Text mi ll_dispose_pond_ba Text mi ll_dispose_pond_no_ash Text mi ll_dispose_landfill Text mi ll_dispose_landfill_tpd Number (Double)mi ll_dispose_offsite Text

mi ll_dispose_offsite_tpd Number (Double) mi ll_dispose_other Text mi ll_dispose_other_desc Text mi ll_dispose_other_tpd Number (Double) cbi_igcc_2009 Yes/No igcc_2009 Text cbi_igcc_pl Yes/No igcc_pl Text

plant_id Number (Double) cs_id Text

cbi_cs_tbl Yes/No cs_ty pe Text cs_ty pe_other Text cs_seunit1 Text cs_seunit2 Text cs_seunit3 Text cs_seunit4 Text cs_seunit5 Text cs_seunit6 Text cs_seunit7 Text cs_seunit8 Text cs_seunit9 Text cs_seunit10 Text cs_seunitA Text cs_seunitB Text cs_seunitC Text cs_seunitD Text cs_chem1_name Text cs_chem1_man Text cs_chem1_ingred Text cs_chem2_name Text cs_chem2_man Text cs_chem2_ingred Text cs_chem3_name Text cs_chem3_man Text cs_chem3_ingred Text cs_chem4_name Text cs_chem4_man Text cs_chem4_ingred Text cs_chem5_name Text cs_chem5_man Text cs_chem5_ingred Textcs_gpm Number (Double)

cs_hpd Number (Double) cs_dpy Number (Double) plant_id Number (Double) cbi_cs_comp Yes/No cs_comp_monitor Text

cs_comp_no_CT Text cs_comp_supplier Text

cs_comp_calc Text

cs_comp_no_limits Text cs_comp_other Text

cs_comp_other_desc Text cbi_POTW _effl_CS Yes/No POTW _effl_CS Text plant_id Number (Double) seunit_id Text cbi_ea_cllct_w_aha Yes/No ea_cllct_w_aha Text cbi_ea_handle Yes/No ea_handle Text ea_handle_segregated_desc Text cbi_ea_how_cmbn Yes/No ea_how_cm bn Text ea_cmbn_other_desc Text cbi_ea_gen_amt Yes/No ea_gen_tpd Number (Double) ea_gen_dpy Number (Double) cbi_ea_gen_W W Yes/No ea_gen_W W Text ea_W W_gpd Number (Double) ea_W W_days Number (Double) ea_W W_dest Text cbi_ea_fnl_dest Yes/No ea_dest_landfill_report Text ea_dest_landfill_report_per Number (Double) ea_dest_pond_report Text ea_dest_pond_report_per Number (Double) ea_dest_landfill_not_report Text ea_dest_landfill_not_report_per Number (Double) ea_dest_mkt Text ea_dest_mkt_per Number (Double) ea_dest_gv_awy Textea_dest_gv_awy _per Number (Double) ea_dest_other Text ea_dest_other_desc Text ea_dest_other_per Number (Double) plant_id Number (Double) cbi_additives_tbl Yes/No additive Text adtv_used_FGD1 Text adtv_used_FGD2 Text adtv_used_FGD3 Text adtv_used_FGD4 Text adtv_used_FGD5 Text adtv_used_FGD6 Text adtv_used_FGDA Text adtv_used_FGDB Text adtv_used_FGDC Text purpose_SO2_rem Text purpose_prvt_oxdtn Text purpose_Hg_rem Text purpose_scale_inhibit Text purpose_defoam Text purpose_other Text purpose_other_desc Text plant_id Number (Double) FGD_id Text cbi_DFGD_solid_removal Yes/No DFGD_solid_removal Text DFGD_solid_removal_other_desc Text cbi_DFGD_location Yes/No DFGD_location Text cbi_DFGD_source_rpw_parameters Yes/No DFGD_source_rpw_chlor Text

DFGD_source_rpw_chlor_ppm Number (Double) DFGD_source_rpw_solids Text DFGD_source_rpw_solid_per Number (Double) DFGD_source_rpw_params_other Text DFGD_source_rpw_params_other_desc Text cbi_DFGD_rpw_flow Yes/No DFGD_rpw_flow_gpm Number (Double) DFGD_rpw_flow_hpd Number (Double) DFGD_rpw_flow_dpy Number (Double) cbi_DFGD_source_rpw Yes/No DFGD_source_rpw_raw Text DFGD_source_rpw_treat TextDFGD_source_rpw_procW W Text

DFGD_source_rpw_procW W_desc Text DFGD_source_rpw_procW W_other Text

DFGD_source_rpw_other Text DFGD_source_rpw_other_desc Text cbi_DFGD_solids_mkt_parameters Yes/No DFGD_solids_mkt_chlor Text DFGD_solids_mkt_chlor_ppm Number (Double) DFGD_solids_mkt_H2O Text DFGD_solids_mkt_H2O_ppm Number (Double) DFGD_solids_mkt_other Text DFGD_solids_mkt_other_desc Text DFGD_solids_mkt_other_ppm Number (Double) DFGD_solids_mkt_none Text DFGD_solids_mkt_NA Text plant_id Number (Double) FGD_id Text cbi_DFGD_solids_cost_process_tbl Yes/No DFGD_cost_solid_sep_2005 Number (Double) DFGD_cost_solid_sep_2007 Number (Double) DFGD_cost_solid_sep_2009 Number (Double) DFGD_cost_solid_dwr_2005 Number (Double) DFGD_cost_solid_dwr_2007 Number (Double) DFGD_cost_solid_dwr_2009 Number (Double) DFGD_cost_haul_2005 Number (Double) DFGD_cost_haul_2007 Number (Double) DFGD_cost_haul_2009 Number (Double) DFGD_cost_onsite_disp_2005 Number (Double) DFGD_cost_onsite_disp_2007 Number (Double) DFGD_cost_onsite_disp_2009 Number (Double) DFGD_cost_offsite_disp_2005 Number (Double) DFGD_cost_offsite_disp_2007 Number (Double) DFGD_cost_offsite_disp_2009 Number (Double) DFGD_cost_other1_desc Text DFGD_cost_other1_2005 Number (Double) DFGD_cost_other1_2007 Number (Double) DFGD_cost_other1_2009 Number (Double) DFGD_cost_other2_desc Text DFGD_cost_other2_2005 Number (Double) DFGD_cost_other2_2007 Number (Double) DFGD_cost_other2_2009 Number (Double) DFGD_cost_other3_desc Text DFGD_cost_other3_2005 Number (Double) DFGD_cost_other3_2007 Number (Double)DFGD_cost_other3_2009 Number (Double)

DFGD_cost_total_2005 Number (Double) DFGD_cost_total_2007 Number (Double) DFGD_cost_total_2009 Number (Double) plant_id Number (Double) FGD_id Text cbi_DFGD_solids_dest_tbl Yes/No DFGD_solids_landfill_perm_2005 Number (Double) DFGD_solids_landfill_perm_2007 Number (Double) DFGD_solids_landfill_perm_2009 Number (Double) DFGD_solids_landfill_temp_2005 Number (Double) DFGD_solids_landfill_temp_2007 Number (Double) DFGD_solids_landfill_temp_2009 Number (Double) DFGD_solids_pond_perm_2005 Number (Double) DFGD_solids_pond_perm_2007 Number (Double) DFGD_solids_pond_perm_2009 Number (Double) DFGD_solids_pond_temp_2005 Number (Double) DFGD_solids_pond_temp_2007 Number (Double) DFGD_solids_pond_temp_2009 Number (Double) DFGD_solids_landfill_offsite_2005 Number (Double) DFGD_solids_landfill_offsite_2007 Number (Double) DFGD_solids_landfill_offsite_2009 Number (Double) DFGD_solids_pond_offsite_2005 Number (Double) DFGD_solids_pond_offsite_2007 Number (Double) DFGD_solids_pond_offsite_2009 Number (Double) DFGD_solids_sold_2005 Number (Double) DFGD_solids_sold_2007 Number (Double) DFGD_solids_sold_2009 Number (Double) DFGD_solids_gv_awy

_2005 Number (Double) DFGD_solids_gv_awy

_2007 Number (Double) DFGD_solids_gv_awy

_2009 Number (Double) DFGD_solids_dest_other1_desc Text DFGD_solids_dest_other1_2005 Number (Double) DFGD_solids_dest_other1_2007 Number (Double) DFGD_solids_dest_other1_2009 Number (Double) DFGD_solids_dest_other2_desc Text DFGD_solids_dest_other2_2005 Number (Double) DFGD_solids_dest_other2_2007 Number (Double) DFGD_solids_dest_other2_2009 Number (Double) plant_id Number (Double) FGD_id Text cbi_DFGD_solids_dest_mkt_tbl Yes/No DFGD_mkt_dest1_desc Text DFGD_mkt_dest1_ton_2005 Number (Double) DFGD_mkt_dest1_rev_2005 Number (Double)DFGD_mkt_dest1_ton_2007 Number (Double)

DFGD_mkt_dest1_rev_2007 Number (Double) DFGD_mkt_dest1_ton_2009 Number (Double) DFGD_mkt_dest1_rev_2009 Number (Double) DFGD_mkt_dest2_desc Text DFGD_mkt_dest2_ton_2005 Number (Double) DFGD_mkt_dest2_rev_2005 Number (Double) DFGD_mkt_dest2_ton_2007 Number (Double) DFGD_mkt_dest2_rev_2007 Number (Double) DFGD_mkt_dest2_ton_2009 Number (Double) DFGD_mkt_dest2_rev_2009 Number (Double) DFGD_mkt_dest3_desc Text DFGD_mkt_dest3_ton_2005 Number (Double) DFGD_mkt_dest3_rev_2005 Number (Double) DFGD_mkt_dest3_ton_2007 Number (Double) DFGD_mkt_dest3_rev_2007 Number (Double) DFGD_mkt_dest3_ton_2009 Number (Double) DFGD_mkt_dest3_rev_2009 Number (Double) DFGD_mkt_dest4_desc Text DFGD_mkt_dest4_ton_2005 Number (Double) DFGD_mkt_dest4_rev_2005 Number (Double) DFGD_mkt_dest4_ton_2007 Number (Double) DFGD_mkt_dest4_rev_2007 Number (Double) DFGD_mkt_dest4_ton_2009 Number (Double) DFGD_mkt_dest4_rev_2009 Number (Double) DFGD_mkt_dest5_desc Text DFGD_mkt_dest5_other_desc Text DFGD_mkt_dest5_ton_2005 Number (Double) DFGD_mkt_dest5_rev_2005 Number (Double) DFGD_mkt_dest5_ton_2007 Number (Double) DFGD_mkt_dest5_rev_2007 Number (Double) DFGD_mkt_dest5_ton_2009 Number (Double) DFGD_mkt_dest5_rev_2009 Number (Double) DFGD_mkt_dest6_desc Text DFGD_mkt_dest6_other_desc Text DFGD_mkt_dest6_ton_2005 Number (Double) DFGD_mkt_dest6_rev_2005 Number (Double) DFGD_mkt_dest6_ton_2007 Number (Double) DFGD_mkt_dest6_rev_2007 Number (Double) DFGD_mkt_dest6_ton_2009 Number (Double) DFGD_mkt_dest6_rev_2009 Number (Double) plant_id Number (Double) cbi_DFGD_ww_gen Yes/No DFGD_ww_gen Text cbi_dest_DFGD_ww Yes/Nodest_DFGD_ww_recyc Text

dest_DFGD_ww_recyc_desc Text dest_DFGD_ww_treat Text dest_DFGD_ww_treat_pond Text dest_DFGD_ww_treat_chemprecip Text dest_DFGD_ww_treat_bio_aer Text dest_DFGD_ww_treat_bio_anaer Text dest_DFGD_ww_treat_wetlands Text dest_DFGD_ww_treat_mvc Text dest_DFGD_ww_treat_mvc_spray Text dest_DFGD_ww_treat_mvc_cryst Text dest_DFGD_ww_treat_other Text dest_DFGD_ww_treat_other_desc Text dest_DFGD_ww_NPDES Text dest_DFGD_ww_NPDES_outfall Text dest_DFGD_ww_POTW Text dest_DFGD_ww_DW I Text dest_DFGD_ww_other Text dest_DFGD_ww_other_desc Text cbi_DFGD_gen_ww_clean Yes/No DFGD_gen_ww_clean Text DFGD_ww_clean_gpd Number (Double) DFGD_ww_clean_days Number (Double) cbi_dest_DFGD_clean Yes/No dest_DFGD_clean_recyc Text dest_DFGD_clean_recyc_desc Text dest_DFGD_clean_treat Text dest_DFGD_clean_treat_pond Text dest_DFGD_clean_treat_chemprecip Text dest_DFGD_clean_treat_bio_aer Text dest_DFGD_clean_treat_bio_anaer Text dest_DFGD_clean_treat_wetlands Text dest_DFGD_clean_treat_mvc Text dest_DFGD_clean_treat_mvc_spray Text

dest_DFGD_clean_treat_mvc_cryst Text

dest_DFGD_clean_treat_other Text dest_DFGD_clean_treat_other_desc Text dest_DFGD_clean_NPDES Text dest_DFGD_clean_NPDES_outfall Text dest_DFGD_clean_POTW Text dest_DFGD_clean_DW I Text dest_DFGD_clean_other Text dest_DFGD_clean_other_desc Textplant_id Number (Double)

cbi_FGD Yes/No FGD Text cbi_FGD_wet Yes/No FGD_wet Text cbi_FGD_dry Yes/No FGD_dry Text plant_id Number (Double) cbi_gen_gy psum_waters Yes/No gen_gy psum_waters Text gy psum_waters_gpd Number (Double) gy psum_waters_dpy Number (Double) cbi_dest_gy psum_waters Yes/No dest_gw_reuse_fgd Text dest_gw_resuse_other Text dest_gw_resuse_other_desc Text dest_gw_treat Text dest_gw_treat_pond Text dest_gw_treat_chemprecip Text dest_gw_treat_bio_aer Text dest_gw_treat_bio_anaer Text dest_gw_treat_wetlands Text dest_gw_treat_mvc Text dest_gw_treat_mvc_spray Text dest_gw_treat_mvc_cryst Text dest_gw_treat_other Text dest_gw_treat_other_desc Text dest_gw_NPDES Text Outfall_number Text dest_gw_POTW Text dest_gw_other Text dest_gw_other_desc Text plant_id Number (Long Integer) cbi_mon_data_scrub_purge Yes/No

mo n_data_scrub_purge Text

plant_id Number (Double) cbi_mon_data_sp_FGDsystem_SEunit Yes/No data_assoc_FGD_1 Text data_assoc_FGD_2 Text data_assoc_FGD_3 Text data_assoc_FGD_4 Text data_assoc_FGD_5 Text data_assoc_FGD_6 Text data_assoc_SE_unit_1 Textdata_assoc_SE_unit_2 Text

data_assoc_SE_unit_3 Text data_assoc_SE_unit_4 Text data_assoc_SE_unit_5 Text data_assoc_SE_unit_6 Text data_assoc_SE_unit_7 Text data_assoc_SE_unit_8 Text data_assoc_SE_unit_9 Text data_assoc_SE_unit_10 Text plant_id Number (Double) cbi_FGD_monitoring_data_tbl Yes/No FGD_data_analy

te Text FGD_data_CASNo Text FGD_data_non_detect Text FGD_data_msrd_value Number (Double) FGD_data_msrd_unit Text FGD_data_method Text FGD_data_MDL_value Number (Double) FGD_data_MDL_unit Text FGD_data_RL_value Number (Double) FGD_data_RL_unit Text FGD_data_date_collect Text FGD_data_loc Text FGD_data_grab_comp Text FGD_data_qualifier Text FGD_data_tot_diss Text FGD_data_purge_flow Number (Double) plant_id Number (Double) FGD_id Text cbi_FGD_W WT_tbl Yes/No FGD_slds_handling Text FGD_gen_purge Text FGD_W WT S_old_new Text FGD_W WT S Text FGD_W WT_m ax Number (Double) FGD_W WT_24avg Number (Double) FGD_W WT_date_online Text

plant_id Number (Double) FGD_id Text cbi_FGD_tbl Yes/No FGD_online_date Text FGD_seunit1 Text FGD_seunit2 Text FGD_seunit3 TextFGD_seunit4 Text

FGD_seunit5 Text FGD_seunit6 Text FGD_seunit7 Text FGD_seunit8 Text FGD_seunit9 Text FGD_seunit10 Text FGD_seunitA Text FGD_seunitB Text FGD_seunitC Text FGD_seunitD Text FGD_slurry Text FGD_oxidation Text FGD_ty pe Text FGD_ty pe_other Text sorbent_1 Text sorbent_1_other Text sorbent_2 Text sorbent_2_other Text sorbent_3 Text sorbent_3_other Text sorbent_4 Text sorbent_4_other Text FGD_SO2 Text plant_id Number (Double) cbi_W FGD_purge_params Yes/No WF GD_purge_chlor Text WF GD_purge_chlor_ppm Number (Double) WF GD_purge_TSS Text WF GD_purge_TSS_ppm Number (Double) cbi_FGD_purge_pond Yes/No FGD_purge_pond Text cbi_FGD_purge_cmngl Yes/No FGD_purge_cmngl_fa Text FGD_purge_cmngl_ba Text FGD_purge_cmngl_mcw Text FGD_purge_cmngl_mill Text FGD_purge_cmngl_boiler_bd Text FGD_purge_cmngl_other1 Text FGD_purge_cmngl_other1_desc Text FGD_purge_cmngl_other2 Text FGD_purge_cmngl_other2_desc Text FGD_purge_cmngl_none Text cbi_FGD_purge_cmngl_pond Yes/No FGD_purge_cmngl_one_pond TextFGD_purge_cmngl_after_FGD_pond Text

FGD_purge_not_cmngl Text FGD_purge_cmngl_after_W WT S Text

FGD_purge_cmngl_pond_other Text FGD_purge_cmngl_pond_other_desc Text cbi_FGD_wwts_tech Yes/No FGD_wwts_tech_pond Text FGD_wwts_tech_bio_aer Text FGD_wwts_tech_bio_anaer Text FGD_wwts_tech_chemprecip Text FGD_wwts_tech_wetlands Text FGD_wwts_tech_mvc Text FGD_wwts_tech_mvc_spray Text FGD_wwts_tech_mvc_crys Text FGD_wwts_tech_other Text FGD_wwts_tech_other_desc Text cbi_dest_treat_purge Yes/No dest_treat_purge_recyc Text dest_treat_purge_recyc_desc Text dest_treat_purge_NPDES Text Outfall_number Text dest_treat_purge_POTW Text dest_treat_purge_DW I Text dest_treat_purge_other Text dest_treat_purge_other_desc Text plant_id Number (Double) FGD_id Text cbi_W FGD_sys_chlor Yes/No WF GD_sys_chlor_max Number (Double) WF GD_equip1 Text WF GD_equip1_mat Text WF GD_equip1_mat_other Text WF GD_equip2 Text WF GD_equip2_mat Text WF GD_equip2_mat_other Text WF GD_equip3 Text WF GD_equip3_mat Text WF GD_equip3_mat_other Text WF GD_equip4 Text WF GD_equip4_mat Text WF GD_equip4_mat_other Text cbi_W FGD_bd_params Yes/No WF GD_bd_chlor Text WF GD_bd_chlor_ppm Number (Double)WF GD_bd_solids Text

WF GD_bd_solids_low Number (Double) WF GD_bd_solids_high Number (Double) WF GD_bd_other Text WF GD_bd_other_desc Text cbi_W FGD_source_H2O_params Yes/No WF GD_source_H2O_chlor Text WF GD_source_H2O_chlor_ppm Number (Double) WF GD_source_H2O_solids Text WF GD_source_H20_%solids Number (Double) WF GD_source_H2O_other Text WF GD_source_H2O_other_desc Text

cbi_W FGD_mist_flow Yes/No WF GD_mist_flow_gpm Number (Double) WF GD_mist_flow_hpd Number (Double) WF GD_mist_flow_dpy Number (Double) cbi_W FGD_rpw_flow Yes/No WF GD_rpw_flow_gpm Number (Double) WF GD_rpw_flow_hpd Number (Double) WF GD_rpw_flow_dpy Number (Double) cbi_W FGD_rgnt_slry

_flow Yes/No WF GD_rgnt_slry

_flow_gpm Number (Double) WF GD_rgnt_slry

_flow_hpd Number (Double) WF GD_rgnt_slry

_flow_dpy Number (Double) cbi_W FGD_abs_mkup_flow Yes/No WF GD_abs_mkup_flow_gpm Number (Double) WF GD_abs_mkup_flow_hpd Number (Double) WF GD_abs_mkup_flow_dpy Number (Double) cbi_W FGD_source_mist Yes/No WF GD_source_mist_raw Text WF GD_source_mist_treat Text WF GD_source_mist_procW W Text WF GD_source_mist_procW W_desc Text WF GD_source_mist_procW W_other Text WF GD_source_mist_other Text WF GD_source_mist_other_desc Text cbi_W FGD_source_rpw Yes/No WF GD_source_rpw_raw Text WF GD_source_rpw_treat Text WF GD_source_rpw_procW W Text WF GD_source_rpw_procW W_desc Text WF GD_source_rpw_procW W_other Text WF GD_source_rpw_other Text WF GD_source_rpw_other_desc Textcbi_W FGD_source_abs_mkup Yes/No

WF GD_source_abs_mkup_raw Text WF GD_source_abs_mkup_treat Text WF GD_source_abs_mkup_procW W Text WF GD_source_abs_mkup_procW W_desc Text WF GD_source_abs_mkup_procW W_other Text WF GD_source_abs_mkup_other Text WF GD_source_abs_mkup_other_desc Text cbi_W FGD_gen_solids Yes/No WF GD_solids_gy psum Text WF GD_solids_gy psum_per Number (Double) WF GD_solids_CaSO3 Text WF GD_solids_CaSO3_per Number (Double) WF GD_solids_other1 Text WF GD_solids_other1_desc Text WF GD_solids_other1_per Number (Double) WF GD_solids_other2 Text WF GD_solids_other2_desc Text WF GD_solids_other2_per Number (Double) cbi_W FGD_solids_comb Yes/No WF GD_solids_comb Text cbi_W FGD_gen_pozz Yes/No WF GD_gen_pozz Text cbi_W FGD_solids_sep Yes/No WF GD_sep_hdrclne Text WF GD_sep_cntrfge Text WF GD_sep_Thknr Text WF GD_sep_other Text WF GD_sep_other_desc Text WF GD_sep_bd_pond Text WF GD_sep_bd_W WT S Text cbi_W FGD_solids_dwr Yes/No WF GD_solids_dwr_drmfltr Text WF GD_solids_dwr_bltfltr Text WF GD_solids_dwr_gy p_stk Text WF GD_solids_dwr_other Text WF GD_solids_dwr_other_desc Text cbi_W FGD_solids_chlor Yes/No WF GD_solids_chlor_ty p Number (Double) WF GD_solids_chlor_min Number (Double) WF GD_solids_chlor_max Number (Double) cbi_W FGD_solids_mkt_params Yes/No WF GD_solids_mkt_chlor Text WF GD_solids_mkt_chlor_ppm Number (Double) WF GD_solids_mkt_H2O TextWF GD_solids_mkt_H2O_per Number (Double)

WF GD_solids_mkt_other Text WF GD_solids_mkt_other_desc Text WF GD_solids_mkt_other_ppm Number (Double) WF GD_solids_mkt_none Text WF GD_solids_mkt_NA Text cbi_W FGD_chlor_abs Yes/No WF GD_chlor_abs_min Number (Double) WF GD_chlor_abs_max Number (Double) plant_id Number (Double) FGD_id Text cbi_W FGD_solids_cost_tbl Yes/No WF GD_cost_solid_sep_2005 Number (Double) WF GD_cost_solid_sep_2007 Number (Double) WF GD_cost_solid_sep_2009 Number (Double) WF GD_cost_solid_dwr_2005 Number (Double) WF GD_cost_solid_dwr_2007 Number (Double) WF GD_cost_solid_dwr_2009 Number (Double) WF GD_cost_haul_2005 Number (Double) WF GD_cost_haul_2007 Number (Double) WF GD_cost_haul_2009 Number (Double) WF GD_cost_onsite_disp_2005 Number (Double) WF GD_cost_onsite_disp_2007 Number (Double) WF GD_cost_onsite_disp_2009 Number (Double) WF GD_cost_offsite_disp_2005 Number (Double) WF GD_cost_offsite_disp_2007 Number (Double) WF GD_cost_offsite_disp_2009 Number (Double) WF GD_cost_other1_desc Text WF GD_cost_other1_2005 Number (Double) WF GD_cost_other1_2007 Number (Double) WF GD_cost_other1_2009 Number (Double) WF GD_cost_other2_desc Text WF GD_cost_other2_2005 Number (Double) WF GD_cost_other2_2007 Number (Double) WF GD_cost_other2_2009 Number (Double) WF GD_cost_other3_desc Text WF GD_cost_other3_2005 Number (Double) WF GD_cost_other3_2007 Number (Double) WF GD_cost_other3_2009 Number (Double) WF GD_cost_total_2005 Number (Double) WF GD_cost_total_2007 Number (Double) WF GD_cost_total_2009 Number (Double) plant_id Number (Double) FGD_id Text cbi_W FGD_solids_dest_tbl Yes/NoWF GD_solids_landfill_perm_2005 Number (Double)

WF GD_solids_landfill_perm_2007 Number (Double) WF GD_solids_landfill_perm_2009 Number (Double) WF GD_solids_landfill_temp_2005 Number (Double) WF GD_solids_landfill_temp_2007 Number (Double) WF GD_solids_landfill_temp_2009 Number (Double) WF GD_solids_pond_perm_2005 Number (Double) WF GD_solids_pond_perm_2007 Number (Double) WF GD_solids_pond_perm_2009 Number (Double) WF GD_solids_pond_temp_2005 Number (Double) WF GD_solids_pond_temp_2007 Number (Double) WF GD_solids_pond_temp_2009 Number (Double) WF GD_solids_landfill_offsite_2005 Number (Double) WF GD_solids_landfill_offsite_2007 Number (Double) WF GD_solids_landfill_offsite_2009 Number (Double) WF GD_solids_pond_offsite_2005 Number (Double) WF GD_solids_pond_offsite_2007 Number (Double) WF GD_solids_pond_offsite_2009 Number (Double) WF GD_solids_sold_2005 Number (Double) WF GD_solids_sold_2007 Number (Double) WF GD_solids_sold_2009 Number (Double) WF GD_solids_gv_awy _2005 Number (Double) WF GD_solids_gv_awy _2007 Number (Double) WF GD_solids_gv_awy _2009 Number (Double) WF GD_solids_dest_other1_desc Text WF GD_solids_dest_other1_2005 Number (Double) WF GD_solids_dest_other1_2007 Number (Double) WF GD_solids_dest_other1_2009 Number (Double) WF GD_solids_dest_other2_desc Text WF GD_solids_dest_other2_2005 Number (Double) WF GD_solids_dest_other2_2007 Number (Double) WF GD_solids_dest_other2_2009 Number (Double) plant_id Number (Long Integer) FGD_id Text cbi_W FGD_solids_dest_mkt_tbl Yes/No WF GD_mkt_dest1_desc Text WF GD_mkt_dest1_ton_2005 Number (Double) WF GD_mkt_dest1_rev_2005 Number (Double) WF GD_mkt_dest1_ton_2007 Number (Double) WF GD_mkt_dest1_rev_2007 Number (Double) WF GD_mkt_dest1_ton_2009 Number (Double) WF GD_mkt_dest1_rev_2009 Number (Double) WF GD_mkt_dest2_desc Text WF GD_mkt_dest2_ton_2005 Number (Double) WF GD_mkt_dest2_rev_2005 Number (Double)WF GD_mkt_dest2_ton_2007 Number (Double)

WF GD_mkt_dest2_rev_2007 Number (Double) WF GD_mkt_dest2_ton_2009 Number (Double) WF GD_mkt_dest2_rev_2009 Number (Double) WF GD_mkt_dest3_desc Text WF GD_mkt_dest3_ton_2005 Number (Double) WF GD_mkt_dest3_rev_2005 Number (Double) WF GD_mkt_dest3_ton_2007 Number (Double) WF GD_mkt_dest3_rev_2007 Number (Double) WF GD_mkt_dest3_ton_2009 Number (Double) WF GD_mkt_dest3_rev_2009 Number (Double) WF GD_mkt_dest4_desc Text WF GD_mkt_dest4_ton_2005 Number (Double) WF GD_mkt_dest4_rev_2005 Number (Double) WF GD_mkt_dest4_ton_2007 Number (Double) WF GD_mkt_dest4_rev_2007 Number (Double) WF GD_mkt_dest4_ton_2009 Number (Double) WF GD_mkt_dest4_rev_2009 Number (Double) WF GD_mkt_dest5_desc Text WF GD_mkt_dest5_other_desc Text WF GD_mkt_dest5_ton_2005 Number (Double) WF GD_mkt_dest5_rev_2005 Number (Double) WF GD_mkt_dest5_ton_2007 Number (Double) WF GD_mkt_dest5_rev_2007 Number (Double) WF GD_mkt_dest5_ton_2009 Number (Double) WF GD_mkt_dest5_rev_2009 Number (Double) WF GD_mkt_dest6_desc Text WF GD_mkt_dest6_other_desc Text WF GD_mkt_dest6_ton_2005 Number (Double) WF GD_mkt_dest6_rev_2005 Number (Double) WF GD_mkt_dest6_ton_2007 Number (Double) WF GD_mkt_dest6_rev_2007 Number (Double) WF GD_mkt_dest6_ton_2009 Number (Double) WF GD_mkt_dest6_rev_2009 Number (Double) plant_id Number (Double) FGD_id Text cbi_W FGD_sources_flow_tbl Yes/No WF GD_water_source1 Text WF GD_water_source1_per Number (Double) WF GD_water_source1_gpd Number (Double) WF GD_water_source2 Text WF GD_water_source2_per Number (Double) WF GD_water_source2_gpd Number (Double) WF GD_water_source3 Text WF GD_water_source3_per Number (Double)WF GD_water_source3_gpd Number (Double)

WF GD_water_source_other_desc Text WF GD_water_source_other_per Number (Double) WF GD_water_source_other_gpd Number (Double) plant_id Number (Double) FGD_id Text cbi_W FGD_water_gen_tbl Yes/No WF GD_absorb_ty pe Text WF GD_slurry

_bd_gpd Number (Double) WF GD_%solids_lwr Number (Double) WF GD_%solids_upr Number (Double) WF GD_slds_sep_recyc_gpd Number (Double) WF GD_purge_W WT S_gpm Number (Double) WF GD_purge_W WT S_gpd Number (Double) WF GD_purge_gen_hpd Number (Double) WF GD_purge_gen_dpy Number (Double) plant_id Number (Double) System_ID Text cbi_FGDW WT S_Retrofit Yes/No FGDW WT S_Retrofit Text cbi_FGDW WT S_Scrubber_Pkg Yes/No FGDW WT S_Scrubber_Pkg Text plant_id Number (Double) seunit_ID Text cbi_fly _dry _install Yes/No fly _dry _install Mem o fly _dry _install_days Number (Double) cbi_fly _dry _plan Yes/No fly _dry _plan Text fly _dry _plan_days Number (Double) cbi_fly _dry _cost_est_instl Yes/No fly _dry _cost_est_instl Text

fly _dry _cost_est_instl_attch Text fly _dry _cost_est_instl_explain Mem o cbi_fly _install_m ods Yes/No fly _install_physical Text fly _install_install_pv_system Text fly _install_expand_pv_system Text fly _install_silos Text fly _install_silo_m c Text fly _install_silo_ashtransfer Text fly _install_silo_m arket Text fly _install_haul_roads Text fly _install_rail Textfly

_install_landfill Text fly _install_landfill_ID Text fly _install_inc_landfill Text fly _install_inc_landfill_ID Text fly _install_air_permit Text fly _install_phys_other Text fly _install_phys_other_desc Text fly _install_personnel Text fly _install_personnel_desc Text fly _install_ashdisposal Text fly _install_storage_landfills Text fly _install_storage_landfills_ID Text fly _install_m arket_ash Text fly _install_haul_off Text fly _install_dust Text fly _install_disposal_other Text fly _install_disposal_other_desc Text cbi_fly _dry _exp_dest Yes/No fly _dry _exp_marketed Text fly _dry _exp_mark_dest_1 Text fly _dry _exp_mark_dest_other_1 Text fly _dry _exp_mark_perc_1 Number (Double) fly _dry _exp_mark_dest_2 Text fly _dry _exp_mark_dest_other_2 Text fly _dry _exp_mark_perc_2 Number (Double) fly _dry _exp_mark_dest_3 Text fly _dry _exp_mark_dest_other_3 Text fly _dry _exp_mark_perc_3 Number (Double) fly _dry _exp_landfills_A-6 Text fly _dry _exp_landfills_A-6_perc Number (Double) fly _dry _exp_ landfill_noA-6 Text fly _dry _exp_ landfill_noA-6_perc Number (Double) fly _dry _exp_other Text fly _dry _exp_other_desc Text fly _dry _exp_other_perc Number (Double) cbi_fly _dry _cost_est_not_instl Yes/No fly _dry _cost_est_not_instl Text fly _dry _cost_est_not_instl_attch Text fly _dry _cost_est_not_instl_explain Mem o plant_id Number (Double) seunit_ID Text cbi_fly _dry _retrofit Yes/No fly _dry _retrofit Text fly _dry _retrofit_y r Number (Double) fly _dry _retrofit_shutdown Textfly

_dry _retrofit_outages Text cbi_fly _dry _retrofit_ty pe Yes/No fly _dry _retrofit_ty pe Text cbi_fly _ret_mods Yes/No fly _retrofit_physical Text fly _retrofit_install_pv_system Text fly _retrofit_expand_pv_system Text fly _retrofit_silos Text fly _retrofit_silo_mc Text fly _retrofit_silo_ashtransfer Text fly _retrofit_silo_market Text fly _retrofit_haul_roads Text fly _retrofit_rail Text fly _retrofit_landfill Text fly _retrofit_landfill_ID Text fly _retrofit_inc_landfill Text fly _retrofit_inc_landfill_ID Text fly _retrofit_air_permit Text fly _retrofit_phys_other Text fly _retrofit_phys_other_desc Text fly _retrofit_personnel Text fly _retrofit_personnel_desc Text fly _retrofit_ashdisposal Text fly _retrofit_storage_landfills Text fly _retrofit_storage_landfills_ID Text fly _retrofit_market_ash Text fly _retrofit_haul_off Text fly _retrofit_dust Text fly _retrofit_disposal_other Text fly _retrofit_disposal_other_desc Text plant_id Number (Double) seunit_ID Text cbi_fly _change_operations Yes/No fly _expand_capacity Text fly _decrease_wet Text fly _decrease_days Number (Double) fly _end_wet Text fly _end_wet_date Date/Time fly _no_change Text fly _change_other Text fly _change_desc Text plant_id Number (Double) cbi_fly _m oisten_H2O Yes/No fly _m oisten_H2O Text cbi_fly _H2O_unacpt_criteria Yes/Nofly

_H2O_unacpt_criteria Text cbi_fly _dry _m kt Yes/No fly _dry _m kt Text cbi_fly _wet_m kt Yes/No fly _wet_m kt Text plant_id Number (Double) cbi_fly _m oisten_H2O Yes/No storage_ID Text storage_ID_other Text fly _H2O_raw_intake Text fly _H2O_trt_intake Text fly _H2O_W W1 Text fly _H2O_W W1 _desc Text fly _H2O_W W1 _other Text fly _H2O_W W2 Text fly _H2O_W W2_desc Text fly _H2O_W W2_other Text fly _H2O_max_cl_ppm Number (Double) fly _H2O_max_solids_per Number (Double) fly _H2O_criteria Text plant_id Number (Double) seunit_ID Text cbi_fly _unscdld_outages Yes/No fly _unscdld_outages Text

cbi_fly _out Yes/No fly _out_2005_wet_days Number (Double) fly _out_2005_wet_resn Text fly _out_2005_wet_reslvd Text fly _out_2005_dry

_days Number (Double) fly _out_2005_dry

_resn Text fly _out_2005_dry

_reslvd Text fly _out_2006_wet_days Number (Double) fly _out_2006_wet_resn Text fly _out_2006_wet_reslvd Text fly _out_2006_dry

_days Number (Double) fly _out_2006_dry

_resn Text fly _out_2006_dry

_reslvd Text fly _out_2007_wet_days Number (Double) fly _out_2007_wet_resn Text fly _out_2007_wet_reslvd Text fly _out_2007_dry

_days Number (Double) fly _out_2007_dry

_resn Text fly _out_2007_dry

_reslvd Text fly _out_2008_wet_days Number (Double)fly

_out_2008_wet_resn Text fly _out_2008_wet_reslvd Text fly _out_2008_dry

_days Number (Double) fly _out_2008_dry

_resn Text fly _out_2008_dry

_reslvd Text fly _out_2009_wet_days Number (Double) fly _out_2009_wet_resn Text fly _out_2009_wet_reslvd Text fly _out_2009_dry

_days Number (Double) fly _out_2009_dry

_resn Text fly _out_2009_dry

_reslvd Text plant_id Number (Double) seunit_ID Text cbi_fly _ash_sluice Yes/No fly _ash_sluice Text fly _sluice_avg_flow Number (Double) fly _sluice_duration Number (Double) fly _sluice_freq Number (Double) fly _sluice_source_1 Text fly _sluice_source_2 Text fly _sluice_source_3 Text fly _sluice_source_other_desc Text fly _sluice_percent_1 Number (Double) fly _sluice_percent_2 Number (Double) fly _sluice_percent_3 Number (Double) fly _sluice_percent_other Number (Double) cbi_fly _sluice_criteria Yes/No fly _sluice_chlorides Text fly _sluice_chlorides_ppm Number (Double) fly _sluice_solids Text fly _sluice_solids_percent Number (Double) fly _sluice_other Text fly _sluice_other_desc Text fly _sluice_other_ppm Number (Double) cbi_fly _sluice_recyc Yes/No fly _sluice_recyc Text fly _sluice_recyc_desc Text cbi_fly _sluice_POTW Yes/No fly _sluice_POTW Text plant_id Number (Double) cbi_fly _storage Yes/No storage_ID Text storage_ID_other Text fly _storage_miles Number (Double)fly

_storage_tons Number (Double) fly _storage_trnspt Text fly _storage_trnspt_other Text fly _storage_per_H2O Text plant_id Number (Double) seunit_ID Text cbi_fly _ash_storage Yes/No fly _ash_ty pe Text storage_ID Text storage_ID_other Text fly _percent Number (Double) fly _destin_ty pe Text plant_id Number (Double) seunit_ID Text cbi_fly _collection_ty pe Yes/No fly _collection Text fly _collection_other Text fly _wet_sluicing Text fly _wet_vacuum Text fly _dry _vacuum Text fly _pressure Text fly _combined Text fly _m echanical Text fly _other Text fly _other_desc Text fly _produced_wet_tpd Number (Double) fly _produced_wet_dpy Number (Double) fly _produced_dry

_tpd Number (Double) fly _produced_dry

_dpy Number (Double) fly _design_wet_tpd Number (Double) fly _design_wet_dpy Number (Double) fly _design_dry

_tpd Number (Double) fly _design_dry

_dpy Number (Double) fly _wet_days Number (Double) fly _dry _days Number (Double) fly _LOI_wet_m in Number (Double) fly _LOI_wet_m ax Number (Double) fly _LOI_dry

_m in Number (Double) fly _LOI_dry

_m ax Number (Double) plant_id Number (Double) seunit_ID Text cbi_fly _wet_vac Yes/No fly _wet_vac Text cbi_fly _wet_vac_water Yes/No fly _wet_vac_gpy Number (Double)fly

_wet_vac_dpy Number (Double) cbi_fly _wet_vac_dest Yes/No fly _wet_vac_recyc Text fly _wet_vac_recyc_desc Text fly _wet_vac_transferred Text fly _wet_vac_pond Text fly _wet_vac_pH Text fly _wet_vac_chem_precip Text fly _wet_vac_wetland Text fly _wet_vac_wwt_other Text fly _wet_vac_wwt_other_desc Text fly _wet_vac_SW Text Outfall_number Text fly _wet_vac_POTW Text fly _wet_vac_other Text fly _wet_vac_desc Text plant_id Number (Double) seunit_ID Text cbi_fly _wetanddry Yes/No fly _wetanddry Text cbi_fly _why _wetanddry Yes/No fly _not_marketable Text fly _not_marketable_days Number (Double) fly _m aintenance Text

fly _m aintenance_days Number (Double) fly _backup Text fly _backup_days Number (Double) fly _capacity Text

fly _capacity

_days Number (Double) fly _both_other Text fly _both_other_desc Text fly _both_other_days Number (Double) cbi_fly _m odifications Yes/No fly _no_m ods Text fly _increase_silo_cap Text fly _increase_silo_nmbr Text fly _m oisture_condition Text fly _increase_landfill Text fly _increase_dry

_convey Text fly _new_infrastructure Text fly _new_infra_desc Text fly _m od_other Text fly _m od_desc Textplant_id Number (Double)

seunit_ID Text cbi_fly _cnvy _cap_tbl Yes/No fly _cnvy _cap_project Text fly _cnvy _cap_original Number (Double) fly _cnvy _cap_mdfy Number (Double) fly _cnvy _cap_original_y r_based Number (Double) fly _cnvy _cap_mdfy

_yr_based Number (Double) plant_id Number (Double) seunit_ID Text cbi_fly _cnvy _cmpnts_tbl Yes/No fly _cnvy _cmpnts Text fly _cnvy _cmpnts_other Text fly _cnvy _cmpnts_nmbr Number (Double) fly _cnvy _cmpnts_cpcty Number (Double) fly _cnvy _cmpnts_cpcty

_unit Text fly _cnvy _cmpnts_cpcty

_unit_other Text plant_id Number (Double) seunit_ID Text fly _cnvy _planned Text cbi_fly _diagram Yes/No fly _diagram_attch Text cbi_fly _cnvy _cntrctr_instl Yes/No fly _cnvy _cntrctr_instl Mem o fly _cnvy _cntrctr_instl_all Text cbi_fly _cnvy _cntrctr_oversee Yes/No fly _cnvy _cntrctr_oversee Mem o fly _cnvy _cntrctr_oversee_all Text

cbi_fly _cnvy _cap_tbl Yes/No fly _cnvy _outside_firm_oversee Text cbi_fly _cnvy _all_cmpnts_cap_costs Yes/No fly _cnvy _all_cmpnts_cap_costs Text fly _cnvy _cmpnts_not_cap_costs Mem o plant_id Number (Double) seunit_ID Text cbi_fly _cnvy _OM_tbl Yes/No fly _cnvy _OM_OLbr_2009_cost Number (Double) fly _cnvy _OM_OLbr_rate_hourly Number (Double) fly _cnvy _OM_OLbr_staff_nmbr Number (Double) fly _cnvy _OM_OLbr_staff_hpd Number (Double) fly _cnvy _OM_OLbr_staff_dpy Number (Double) fly _cnvy _OM_MLbr_2009_cost Number (Double) fly _cnvy _OM_MLbr_rate_hourly Number (Double)fly

_cnvy _OM_MLbr_staff_nmbr Number (Double) fly _cnvy _OM_MLbr_staff_hpd Number (Double) fly _cnvy _OM_MLbr_staff_dpy Number (Double) fly _cnvy _OM_MMtrls_2009_cost Number (Double) fly _cnvy _OM_energy

_2009_cost Number (Double) fly _cnvy _OM_energy

_rate_per_kW h Number (Double) fly _cnvy _OM_energy

_kW h/hr Number (Double) fly _cnvy _OM_other1_desc Text fly _cnvy _OM_other1_2009_cost Number (Double) fly _cnvy _OM_other2_desc Text fly _cnvy _OM_other2_2009_cost Number (Double) fly _cnvy _OM_total_2009_cost Number (Double) plant_id Number (Double) cbi_fly _dry _m kt Yes/No fly _dry _m kt_dest Text fly _dry _m kt_per_H2O Number (Double) fly _dry _m kt_2005_tons Number (Double) fly _dry _m kt_2005_rev Number (Double) fly _dry _m kt_2007_tons Number (Double) fly _dry _m kt_2007_rev Number (Double) fly _dry _m kt_2009_tons Number (Double) fly _dry _m kt_2009_rev Number (Double) plant_id Number (Double) storage_ID Text cbi_fly _storage_cap_tbl Yes/No fly _storage_cap_project Text fly _cnvy _storage_original Number (Double) fly _storage_cap_mdfy Number (Double) fly _storage_cap_original_y r_based Number (Double) fly _storage_cap_mdfy

_yr_based Number (Double) plant_id Number (Double) storage_ID Text cbi_fly _storage_cmpnts_tbl Yes/No fly _storage_cmpnts Text fly _storage_cmpnts_other Text fly _storage_cmpnts_nmbr Number (Double) fly _storage_cmpnts_cpcty Number (Double) fly _storage_cmpnts_cpcty _unit Text fly _storage_cmpnts_cpcty _unit_other Text plant_id Number (Double) storage_ID Text fly _storage_planned Text cbi_fly _btm_share_storage Yes/No fly _btm_share_storage Text fly _btm_share_storage_cmpnts Textcbi_fly

_storage_pond Yes/No fly _storage_pond Text cbi_fly _storage_cntrctr_instl Yes/No fly _storage_cntrctr_instl Mem o fly _storage_ctrctr_instl_all Text cbi_fly _storage_cntrctr_oversee Yes/No fly _storage_cntrctr_oversee Mem o fly _storage_cntrctr_oversee_all Text

cbi_fly _storage_cap_tbl Yes/No fly _storage_outside_firm_oversee Text cbi_fly _storage_all_cmpnts_cap_costs Yes/No fly _storage_all_cmpnts_cap_costs Text fly _storage_cmpnts_not_cap_costs Mem o plant_id Number (Double) storage_ID Text cbi_fly _storage_OM_tbl Yes/No fly _storage_OM_OLbr_trks_2009_cost Number (Double) fly _storage_OM_OLbr_trks_rate_hourly Number (Double) fly _storage_OM_OLbr_trks_staff_nmbr Number (Double) fly _storage_OM_OLbr_trks_staff_hpd Number (Double) fly _storage_OM_OLbr_trks_staff_dpy Number (Double) fly _storage_OM_OLbr_othr_2009_cost Number (Double) fly _storage_OM_OLbr_othr_rate_hourly Number (Double) fly _storage_OM_OLbr_othr_staff_nmbr Number (Double) fly _storage_OM_OLbr_othr_staff_hpd Number (Double) fly _storage_OM_OLbr_othr_staff_dpy Number (Double) fly _storage_OM_MLbr_2009_cost Number (Double) fly _storage_OM_MLbr_rate_hourly Number (Double) fly _storage_OM_MLbr_staff_nmbr Number (Double) fly _storage_OM_MLbr_staff_hpd Number (Double) fly _storage_OM_MLbr_staff_dpy Number (Double) fly _storage_OM_MMtrls_2009_cost Number (Double) fly _storage_OM_energy

_2009_cost Number (Double) fly _storage_OM_energy

_rate_per_kW h Number (Double) fly _storage_OM_energy

_kW h/hr Number (Double) fly _storage_OM_other1_desc Text fly _storage_OM_other1_2009_cost Number (Double) fly _storage_OM_other2_desc Text fly _storage_OM_other2_2009_cost Number (Double) fly _storage_OM_total_2009_cost Number (Double) plant_id Number (Double) cbi_fly _trspt_disp_cap_tbl Yes/No fly _trspt_disp_cap_project Textfly

_trspt_disp_original Number (Double) fly _trspt_disp_cap_mdfy Number (Double) fly _trspt_disp_cap_original_y r_based Number (Double) fly _trspt_disp_cap_mdfy

_yr_based Number (Double) plant_id Number (Double) cbi_fly _btm_share_trspt_disp Yes/No fly _btm_share_trspt_disp Text fly _btm_share_trspt_disp_cmpnts Text cbi_fly _trspt_disp_pond Yes/No fly _trspt_disp_pond Text cbi_fly _trspt_disp_mthd Yes/No fly _trspt_disp_truck Text fly _trspt_disp_truck_nmbr Number (Double) fly _trspt_disp_truck_bought Text fly _trspt_disp_truck_lease Text fly _trspt_disp_truck_contract Text fly _trspt_disp_rail Text fly _trspt_disp_rail_nmbr Number (Double) fly _trspt_disp_rail_bought Text fly _trspt_disp_rail_lease Text fly _trspt_disp_rail_contract Text fly _trspt_disp_other Text fly _trspt_disp_other_desc Text cbi_fly _trspt_disp_cntrctr_pay _instl Yes/No fly _trspt_disp_cntrctr_pay _instl Mem o fly _trspt_disp_ctrctr_pay

_instl_all Text cbi_fly _trspt_disp_cntrctr_pay _oversee Yes/No fly _trspt_disp_cntrctr_pay _oversee Mem o fly _trspt_disp_cntrctr_pay _oversee_all Text cbi_fly _trspt_disp_cap_tbl Yes/No fly _trspt_disp_outside_firm_oversee Text cbi_fly _trspt_disp_all_cmpnts_cap_costs Yes/No fly _trspt_disp_all_cmpnts_cap_costs Text fly _trspt_disp_cmpnts_not_cap_costs Mem o plant_id Number (Double) cbi_fly _trspt_disp_OM_tbl Yes/No fly _trspt_disp_OM_OLbr_tspt_2009_cost Number (Double) fly _trspt_disp_OM_OLbr_tspt_rate_hourly Number (Double) fly _trspt_disp_OM_OLbr_tspt_staff_nmbr Number (Double) fly _trspt_disp_OM_OLbr_tspt_staff_hpd Number (Double) fly _trspt_disp_OM_OLbr_tspt_staff_dpy Number (Double) fly _trspt_disp_OM_OLbr_tspt_rate_lds/day Number (Double) fly _trspt_disp_OM_OLbr_tspt_rate_dpy Number (Double) fly _trspt_disp_OM_OLbr_othr_2009_cost Number (Double)fly

_trspt_disp_OM_OLbr_othr_rate_hourly Number (Double) fly _trspt_disp_OM_OLbr_othr_staff_nmbr Number (Double) fly _trspt_disp_OM_OLbr_othr_staff_hpd Number (Double) fly _trspt_disp_OM_OLbr_othr_staff_dpy Number (Double) fly _trspt_disp_OM_MLbr_2009_cost Number (Double) fly _trspt_disp_OM_MLbr_rate_hourly Number (Double) fly _trspt_disp_OM_MLbr_staff_nmbr Number (Double) fly _trspt_disp_OM_MLbr_staff_hpd Number (Double) fly _trspt_disp_OM_MLbr_staff_dpy Number (Double) fly _trspt_disp_OM_MMtrls_2009_cost Number (Double) fly _trspt_disp_OM_energy _2009_cost Number (Double) fly _trspt_disp_OM_energy _rate_per_kW h Number (Double) fly _trspt_disp_OM_energy _staff_kW h/hr Number (Double) fly _trspt_disp_OM_ash_rmvl_2009_cost Number (Double) fly _trspt_disp_OM_other1_desc Text fly _trspt_disp_OM_other1_2009_cost Number (Double) fly _trspt_disp_OM_other2_desc Text fly _trspt_disp_OM_other2_2009_cost Number (Double) fly _trspt_disp_OM_total_2009_cost Number (Double) plant_id Number (Double) cbi_fly _wet_m kt Yes/No fly _wet_m kt_dest Text fly _wet_m kt_per_H2O Number (Double) fly _wet_m kt_2005_tons Number (Double) fly _wet_m kt_2005_rev Number (Double) fly _wet_m kt_2007_tons Number (Double) fly _wet_m kt_2007_rev Number (Double) fly _wet_m kt_2009_tons Number (Double) fly _wet_m kt_2009_rev Number (Double) plant_id Number (Double) seunit_id Text cbi_fuel_tbl Yes/No fuel_coal_btu Number (Double) fuel_gas_btu Number (Double) fuel_oil_btu Number (Double) fuel_nuclear_btu Number (Double) fuel_fos/nuc_btu Number (Double) fuel_other_btu Number (Double) fuel_unit_total_btu Number (Double) fuel_coal_anthr Text fuel_coal_anthr_amt Number (Double) fuel_coal_bit Text fuel_coal_bit_amt Number (Double) fuel_coal_lig Text fuel_coal_lig_amt Number (Double)fuel_coal_sub Text

fuel_coal_sub_amt Number (Double) fuel_coal_waste Text fuel_coal_waste_amt Number (Double) fuel_coal_sy n Text fuel_coal_sy n_am t Number (Double) fuel_coal_other Text fuel_coal_other_desc Text fuel_coal_other_amt Number (Double) fuel_coal_petcoke Text fuel_coal_petcoke_amt Number (Double) fuel_coal_none Text fuel_gas_nat Text fuel_gas_nat_amt Number (Double) fuel_gas_furn Text fuel_gas_furn_amt Number (Double) fuel_gas_prop Text fuel_gas_prop_amt Number (Double) fuel_gas_other Text fuel_gas_other_desc Text fuel_gas_other_amt Number (Double) fuel_gas_none Text fuel_oil_1 Text fuel_oil_1_amt Number (Double) fuel_oil_2 Text fuel_oil_2_amt Number (Double) fuel_oil_4 Text fuel_oil_4_amt Number (Double) fuel_oil_5 Text fuel_oil_5_amt Number (Double) fuel_oil_6 Text fuel_oil_6_amt Number (Double) fuel_oil_diesel Text fuel_oil_diesel_amt Number (Double) fuel_oil_jet Text fuel_oil_jet_amt Number (Double) fuel_oil_ker Text fuel_oil_ker_amt Number (Double) fuel_oil_waste Text fuel_oil_waste_am t Number (Double) fuel_oil_other Text fuel_oil_other_desc Text fuel_oil_other_amt Number (Double) fuel_oil_none Text fuel_nuclear Textfuel_nuclear_amt Number (Double)

fuel_nuclear_unit Text fuel_nuclear_none Text fuel_other_MSW Text fuel_other_MSW _am t Number (Double) fuel_other_MSW _unit Text fuel_other_wood Text fuel_other_wood_amt Number (Double) fuel_other_wood_unit Text fuel_other_lgas Text fuel_other_lgas_amt Number (Double) fuel_other_lgas_unit Text fuel_other_biomass Text fuel_other_biomass_amt Number (Double) fuel_other_biomass_unit Text fuel_other_other Text fuel_other_other_desc Text fuel_other_other_amt Number (Double) fuel_other_other_units Text fuel_other_none Text cbi_btu_fos_nuc Yes/No btu_fos_nuc Text

cbi_energy

_source Yes/No energy _source Text

plant_id Number (Double) Pond_Landfill_ID Text cbi_GW _Montr Yes/No GW _Montr Text GW _Montr_Yr Number (Double) GW _Montr_Freq Number (Double) GW _Montr_No Number (Double) cbi_GW _Exc Yes/No GW _Excd Text

cbi_Poll_Excd Yes/No Poll_Excd Text cbi_GW _Bkgd Yes/No GW _Bkgd Text

cbi_Poll_Excd_Bkgd Yes/No Poll_Excd_Bkgd Text cbi_GW _Mon_Diagram Yes/No GW _Mon_Diagram Text plant_id Number (Double)Pond_Landfill_ID Text

cbi_GW _Mon_W ell Yes/No GW _Mon_W ell_No Text GW _Mon_W ell_Dpth Number (Double) GW _Mon_W ell_DistToSW Number (Double) plant_id Number (Double) Landfill_ID Text cbi_Ldfl_Cap Yes/No Ldfl_Cap_Ty pe Text

Ldfl_Cap_Ty pe_Present Text Ldfl_Cap_Lyr_No Number (Double) Ldfl_Cap_Lyr_Thick Number (Double) Ldfl_Cap_Lyr_Perm Number (Double) plant_id Number (Double) Landfill_ID Text cbi_Ldfl_Cap Yes/No Ldfl_Cap_Project Text Ldfl_Cap_Cost Number (Double) Ldfl_Cap_Year_Based Number (Double) Plant_ID Number (Double) Landfill_ID Text cbi_Ldfl_Outside_Firm_Oversee Yes/No Ldfl_Outside_Firm_Oversee Text

plant_id Number (Double) Landfill_ID Text cbi_Ldfl_Dim Yes/No Ldfl_Status Text Ldfl_SA Number (Double) Ldfl_Vol Number (Double) Ldfl_Ht Number (Double) plant_id Number (Double) Landfill_ID Text cbi_Ldfl_Exp Yes/No Ldfl_Exp Text cbi_Ldfl_Exp_Ty pe Yes/No Ldfl_Exp_Ty pe Text cbi_Ldfl_Exp_desc Yes/No Ldfl_Exp_desc Text cbi_Ldfl_Exp_Cost Yes/No Ldfl_Exp_Cost Text plant_id Number (Double) landfill_id Text cbi_landfill_tbl Yes/Nolandfill_status Text

landfill_desc Text landfill_lat_deg Number (Double) landfill_lat_m in Number (Double) landfill_lat_sec Number (Double) landfill_long_deg Number (Double) landfill_long_m in Number (Double) landfill_long_sec Number (Double) landfill_lined Text landfill_leachate_collect Text landfill_dist Number (Double) landfill_online_y r Number (Double) landfill_inactive Text plant_id Number (Double) Landfill_ID Text cbi_Ldfl_Date Yes/No Ldfl_Date Text cbi_Ldfl_Clsd Yes/No Ldfl_Clsd Text Ldfl_Clsd_Date Text cbi_Ldfl_Liner Yes/No Ldfl_Liner Text cbi_Ldfl_Cap Yes/No Ldfl_Cap Text cbi_Ldfl_Struc Yes/No Ldfl_Struc Text Ldfl_Struc_desc Text plant_id Number (Double) Landfill_ID Text cbi_Ldfl_Leach_Dest Yes/No Ldfl_Leach_Dest_Pond Text Pond_ID Text Ldfl_Leach_Dest_OnsiteTS Text Ldfl_Leach_Dest_OnsiteTS_W WT Text System_ID Text Ldfl_Leach_Dest_StorTnk Text Ldfl_Leach_Dest_Indirect Text Ldfl_Leach_Dest_Recyc Text Ldfl_Leach_Dest_Recyc_desc Text Ldfl_Leach_Dest_SW Text Outfall_number Text Ldfl_Leach_Dest_Other Text Ldfl_Leach_Dest_Other_desc Text plant_id Number (Double) Landfill_ID Textcbi_Ldfl_Leach_Sys Yes/No

Ldfl_Leach_Sys_Present Text Ldfl_Leach_Sys_LCS Text Ldfl_Leach_Sys_LDS Text Ldfl_Leach_Sys_Other Text Ldfl_Leach_Sys_Other_desc Text cbi_Ldfl_Leach_Vol_Freq Yes/No Ldfl_Leach_Vol_GPD Number (Double) Ldfl_Leach_Vol_GPY Number (Double) Ldfl_Leach_Freq Number (Double) Ldfl_Leach_Desc Text

cbi_Ldfl_Leach_PW Yes/No Ldfl_Leach_ProcW W Text

Ldfl_Leach_ProcW W_Storm Text Ldfl_Leach_ProcW W_Storm_GPD Number (Double) Ldfl_Leach_ProcW W_ Rain Text Ldfl_Leach_ProcW W_ Rain_GPD Number (Double) Ldfl_Leach_ProcW W_Other Text Ldfl_Leach_ProcW W_Other_Code Text Ldfl_LeachProcW W_Other_desc Text Ldfl_LeachProcW W_Other_GPD Number (Double) cbi_Ldfl_Leach_Chem Yes/No Ldfl_Leach_Chem Text Ldfl_Leach_Chem_Lime Text Ldfl_Leach_Chem_NaOH Text Ldfl_Leach_Chem_H2SO4 Text Ldfl_Leach_Chem_Other Text Ldfl_Leach_Chem_Other_desc Text plant_id Number (Double) Landfill_ID Text cbi_Ldfl_Liner Yes/No Ldfl_Liner_Ty pe Text

Ldfl_Liner_Ty pe_Present Text Ldfl_Liner_Ly r_No Number (Double) Ldfl_Liner_Ly r_Thick Number (Double) Ldfl_Liner_Ly r_Perm Number (Double) plant_id Number (Double) Landfill_ID Text cbi_Ldfl_OandM Yes/No Ldfl_OM_Opr_Annual Number (Double) Ldfl_OM_Opr_Rate_Hours Number (Double) Ldfl_OM_Opr_Staffing_W orkers Number (Double) Ldfl_OM_Opr_Staffing_hpd Number (Double)Ldfl_OM_Opr_Staffing_dpy Number (Double)

Ldfl_OM_MLabor_Annual Number (Double) Ldfl_OM_MLabor_Rate_Hours Number (Double) Ldfl_OM_MLabor_Staffing_W orkers Number (Double) Ldfl_OM_MLabor_Staffing_hpd Number (Double) Ldfl_OM_MLabor_Staffing_dpy Number (Double) Ldfl_OM_MMaterials_Annual Number (Double) Ldfl_OM_Chemicals_Annual Number (Double) Ldfl_OM_Plants_Annual Number (Double) Ldfl_OM_Energy

_Pum p_Annual Number (Double) Ldfl_OM_Energy

_Pum p_kW h Number (Double) Ldfl_OM_Energy

_Pum p_Consump_kW h/h Number (Double) Ldfl_OM_Energy

_Other_Annual Number (Double) Ldfl_OM_Energy

_Other_kW h Number (Double) Ldfl_OM_Energy

_Other_Consump_kW h/h Number (Double) Ldfl_OM_Steam_Annual Number (Double) Ldfl_OM_Steam_pounds Number (Double) Ldfl_OM_Steam_Consump_pounds/hr Number (Double) Ldfl_OM_HazDrdg_Annual Number (Double) Ldfl_OM_HazDrgd_Rate Number (Double) Ldfl_OM_HazDrgd_Rate_Per Text Ldfl_OM_HazLandfill_Annual Number (Double) Ldfl_OM_HazLandfill_Rate Number (Double) Ldfl_OM_HazLandfill_Rate_Per Text Ldfl_OM_NonHazDrgd_Annual Number (Double) Ldfl_OM_NonHazDrgd_Rate Number (Double) Ldfl_OM_NonHazDrgd_Rate_Per Text Ldfl_OM_NonHazLandfill_Annual Number (Double) Ldfl_OM_NonHazLandfill_Rate Number (Double) Ldfl_OM_NonHazLandfill_Rate_Per Text Ldfl_OM_Other1 Text Ldfl_OM_Other1_Annual Number (Double) Ldfl_OM_Other2 Text Ldfl_OM_Other2_Annual Number (Double) Ldfl_OM_Total_Annual Number (Double) plant_id Number (Double) landfill_id Text cbi_landfill_stor_tbl Yes/No landfill_stor_slag Text landfill_stor_ba Text landfill_stor_fa Text landfill_stor_gy psum Text landfill_stor_Ca_Sulfite Text landfill_stor_pozz Text landfill_stor_dry FGD Textlandfill_stor_other1 Text

landfill_stor_other2 Text landfill_stor_other3 Text landfill_stor_other4 Text plant_id Number (Double) plant_id Number (Double) Landfill_ID Text Landfill_ID Text cbi_Ldfl_Storm_Src Yes/No Ldfl_Storm_Src Text

Ldfl_Storm_Comb_Leachate Text

cbi_Ldfl_Storm_Dest Yes/No Ldfl_Storm_Dest_Pond Text

Pond_ID Text Ldfl_Storm_Dest_OnsiteTS Text

WWT_ID Text Ldfl_Storm_Dest_OnsiteTS_Ty pe Text

Ldfl_Storm_Dest_OnsiteTS_Other_desc Text Ldfl_Storm_Dest_StorTnk Text

Ldfl_Storm_Dest_Indirect Text

Ldfl_Storm_Dest_Recyc Text

Ldfl_Storm_Dest_Recyc_desc Text Ldfl_Storm_Dest_SW Text

Outfall_number Text Ldfl_Storm_Dest_Other Text Ldfl_Storm_Dest_Other_desc Text cbi_Ldfl_Storm_Src Yes/No Ldfl_Storm_Src Text

Ldfl_Storm_Comb_Leachate Text

cbi_Ldfl_Storm_Dest Yes/No Ldfl_Storm_Dest_Pond Text

Pond_ID Text Ldfl_Storm_Dest_OnsiteTS Text

WWT_ID TextLdfl_Storm_Dest_OnsiteTS_Ty pe Text

Ldfl_Storm_Dest_OnsiteTS_Other_desc Text Ldfl_Storm_Dest_StorTnk Text

Ldfl_Storm_Dest_Indirect Text

Ldfl_Storm_Dest_Recyc Text

Ldfl_Storm_Dest_Recyc_desc Text Ldfl_Storm_Dest_SW Text

Outfall_number Text Ldfl_Storm_Dest_Other Text Ldfl_Storm_Dest_Other_desc Text plant_id Number (Double) cbi_generate_leachate Yes/No generate_leachate Text cbi_leach_aerial_photo Yes/No leach_aerial_photo Text leach_no_aerial_desc Text cbi_smple_pts_landfill_BD Yes/No smple_pts_landfill_BD Yes/No plant_id Number (Double) Pond_Landfill_ID Text cbi_leach_collected Yes/No leach_collected Text cbi_leach_offsite Yes/No leach_offsite Text cbi_leach_treated Yes/No leach_treated Text cbi_leach_combined Yes/No leach_combined Text plant_id Number (Double) cbi_Leach_Rain Yes/No Leach_Rain_Date Date/Time Leach_Rain_Inches Number (Double) plant_id Number (Double) Pond_Landfill_ID Text cbi_Smpl_Data Yes/No cbi_Smpl_Loc_Desc Yes/No Leach_Data_Smpl_Location Text Sm pl_Loc_Desc Text Leach_Analy

te Text Leach_CAS Text Leach_Non_Detect Text Leach_Conc Number (Double)Leach_Method Text

Leach_Method_Other Text Leach_Method_DL Number (Double) Leach_Method_RL Number (Double) Leach_Method_Qual Text plant_id Number (Double) Pond_Landfill_ID Text cbi_Leach_Smpl_Point_Info Yes/No Leach_Smpl_Location Text LTS_ID Text Leach_Smpl_Pt_Desc Text Leach_Smpl_Date Date/Time plant_id Number (Double) cbi_Smpl_Lab Yes/No Leach_Analy

tical_Lab Text Leach_Summary

_Attch Text plant_id Number (Double) Pond_Landfill_ID Text cbi_Leach_W aste_Info Yes/No Leach_FA Text Leach_FA_tons Number (Double) Leach_BA Text Leach_BA_tons Number (Double) Leach_Slag Text Leach_Slag_tons Number (Double) Leach_Gy psum Text Leach_Gy psum_tons Number (Double) Leach_Ca_Sulfite Text Leach_Ca_Sulfite_tons Number (Double) Leach_Pozz Text Leach_Pozz_tons Number (Double) Leach_Other1 Text Leach_Other1_Desc Text Leach_Other1_tons Number (Double) Leach_Other2 Text Leach_Other2_Desc Text Leach_Other2_tons Number (Double) Leach_Other3 Text Leach_Other3_Desc Text Leach_Other3_tons Number (Double) plant_id Number (Double) LTS_ID Text cbi_LTS_Anc_Eq Yes/No LTS_Anc_Equip Text LTS_Anc_Equip_No Number (Double)plant_id Number (Double)

LTS_ID Text cbi_LTS_Cap Yes/No LTS_Cap_Project Text LTS_Cap_Cost Number (Double) LTS_Cap_Year_Based Number (Double) plant_id Number (Double) LTS_ID Text cbi_LTS_Outside_Firm_Oversee Yes/No LTS_Outside_Firm_Oversee Text

plant_id Number (Double) cbi_LTS_Diagram Yes/No LTS_Diagram Yes/No plant_id Number (Double) LTS_ID Text cbi_LTS_Flow Yes/No LTS_Flow_Ty p Number (Double) LTS_Flow_Max Number (Double) LTS_Annual_Avg Number (Double) LTS_Eff_Trnsf_HPD Number (Double) LTS_Eff_Trnsf_DPY Number (Double) plant_id Number (Double) LTS_ID Text cbi_LTS_Infl Yes/No LTS_PW Text

LTS_PW _desc Text LTS_Ldfl Text LTS_PW _GPM Number (Double) LTS_PW _HPD Number (Double) LTS_PW _DPY_1 Number (Double) LTS_PW _GPD Number (Double)

LTS_PW _DPY_2 Number (Double)

plant_id Number (Double) LTS_ID Text cbi_LTS_Imp_Lim_Chgs Yes/No LTS_Imp_Lim_Chgs Text LTS_Imp_Lim_Chgs_desc Text plant_id Number (Double) LTS_ID Text cbi_LTS_OandM Yes/No LTS_OM_Opr_Annual Number (Double)LTS_OM_Opr_Rate_Hours Number (Double)

LTS_OM_Opr_Staffing_W orkers Number (Double) LTS_OM_Opr_Staffing_hpd Number (Double) LTS_OM_Opr_Staffing_dpy Number (Double) LTS_OM_MLabor_Annual Number (Double) LTS_OM_MLabor_Rate_Hours Number (Double) LTS_OM_MLabor_Staffing_W orkers Number (Double) LTS_OM_MLabor_Staffing_hpd Number (Double) LTS_OM_MLabor_Staffing_dpy Number (Double) LTS_OM_MMaterials_Annual Number (Double) LTS_OM_Chemicals_Annual Number (Double) LTS_OM_Plants_Annual Number (Double) LTS_OM_Energy

_Pum p_Annual Number (Double) LTS_OM_Energy

_Pum p_kW h Number (Double) LTS_OM_Energy

_Pum p_Consump_kW h/h Number (Double) LTS_OM_Energy

_Other_Annual Number (Double) LTS_OM_Energy

_Other_kW h Number (Double) LTS_OM_Energy

_Other_Consump_kW h/h Number (Double) LTS_OM_Steam_Annual Number (Double) LTS_OM_Steam_pounds Number (Double) LTS_OM_Steam_Consump_pounds/hr Number (Double) LTS_OM_HazDrdg_Annual Number (Double) LTS_OM_HazDrgd_Rate Number (Double) LTS_OM_HazDrgd_Rate_Per Text LTS_OM_HazLandfill_Annual Number (Double) LTS_OM_HazLandfill_Rate Number (Double) LTS_OM_HazLandfill_Rate_Per Text LTS_OM_NonHazDrgd_Annual Number (Double) LTS_OM_NonHazDrgd_Rate Number (Double) LTS_OM_NonHazDrgd_Rate_Per Text LTS_OM_NonHazLandfill_Annual Number (Double) LTS_OM_NonHazLandfill_Rate Number (Double) LTS_OM_NonHazLandfill_Rate_Per Text LTS_OM_Other1 Text LTS_OM_Other1_Annual Number (Double) LTS_OM_Other2 Text LTS_OM_Other2_Annual Number (Double) LTS_OM_Total_Annual Number (Double) plant_id Number (Double) cbi_LTS Yes/No LTS_ID Text LTS_Plant_Des Text LTS_Ftprt Number (Double) LTS_Init_Year Number (Double) LTS_NoOfLCS Number (Double)LTS_DistFromLCS Number (Double)

LTS_DistToOutfall Number (Double) Outfall_number Text plant_id Number (Double) cbi_Pln_LTS Yes/No LTS_ID Text Pln_LTS_Plant_Des Text Pln_LTS_Ftprt Number (Double) Pln_LTS_Init_Year Number (Double) Pln_LTS_NoOfLCS Number (Double) Pln_LTS_DistFromLCS Number (Double) Pln_LTS_DistToOutfall Number (Double) Outfall_number Text plant_id Number (Double) LTS_ID Text cbi_LTS_LTUs Yes/No LTU_ID Text

LTU_ID_other Text Pond_ID Text LTS_LTU_Plant_Des Text plant_id Number (Double) LTS_ID Text cbi_LTS_LTU_Improv Yes/No LTU_ID Text LTU_ID_other Text Pond_ID Text LTS_LTU_Improv_desc Text LTS_LTU_Improv_Date Date/Time LTS_LTU_Improv_CapCost Number (Double) plant_id Number (Double) LTS_ID Text cbi_LTU_Chem Yes/No LTU_ID Text LTU_Chem_Ty pe Text LTU_Chem_Trade_Nm Text LTU_Chem_Mftr Text LTU_Chem_Purp Text LTU_Chem_Loc Text LTU_Chem_Conc Number (Double) LTU_Chem_Rate Number (Double) LTU_Chem_Rate_Unit Text

LTU_Chem_Rate_Phase Text LTU_Chem_Freq Number (Double)plant_id Number (Double)

LTS_ID Text LTU_ID Text cbi_LTU_Vol Yes/No LTU_Vol_Ft3 Number (Double) LTU_Vol_Depth_Ft Number (Double) cbi_LTU_SA Yes/No LTU_SA Number (Double) cbi_LTU_ResTime Yes/No LTU_ResTime Number (Double) cbi_LTU_Mtrl Yes/No LTU_SS Text LTU_SS_316L Text LTU_SS_317LM Text LTU_SS_317LMN Text LTU_SS_2205 Text LTU_SS_255 Text LTU_SS_625 Text LTU_SS_Other Text LTU_SS_Other_desc Text LTU_CS Text LTU_CS_Lined Text LTU_CS_Lined_desc Text LTU_Fiberglass Text LTU_Titanium Text LTU_Mtrl_Other Text LTU_Mtrl_Other_desc Text cbi_LTU_Chem Yes/No LTU_Chem Text cbi_LTU_Plant Yes/No LTU_Plant Text plant_id Number (Double) LTS_ID Text cbi_LTU_Plant Yes/No LTU_ID Text LTU_Plant_Ty pe Text LTU_Plant_Nm Text LTU_Plant_Purp Text plant_id Number (Double) LTS_ID Text LTU_ID Text cbi_LTU_Trgtd Yes/No LTU_Trgtd_Metals Text LTU_Trgtd_Metals_Specify Text LTU_Trgtd_Hg TextLTU_Trgtd_Chlor Text

LTU_Trgtd_SO4 Text LTU_Trgtd_TDS Text LTU_Trgtd_TSS Text LTU_Trgtd_Other Text LTU_Trgtd_Other_Specify Text cbi_LTU_Poll_Lim_Driver Yes/No LTU_Poll_1 Text LTU_Lim_1 Number (Double) LTU_Lim_Unit_1 Text LTU_Poll_2 Text LTU_Lim_2 Number (Double) LTU_Lim_Unit_2 Text LTU_Poll_3 Text LTU_Lim_3 Number (Double) LTU_Lim_Unit_3 Text plant_id Number (Double) seunit_id Text cbi_MCW _Chem_Tbl Yes/No Operation_ID Text Operation Text Oprtn_ocurr_wChem Text MCW _Chem_1 Text MCW _Chem_1_other Text

MCW _Chem_2 Text MCW _Chem_2_other Text

MCW _Chem_3 Text MCW _Chem_3_other Text

MCW _Chem_4 Text MCW _Chem_4_other Text

MCW _Chem_5 Text MCW _Chem_5_other Text

MCW _Chem_6 Text MCW _Chem_6_other Text

MCW _Chem_Dose_1 Number (Double) MCW _Chem_Dose_2 Number (Double) MCW _Chem_Dose_3 Number (Double) MCW _Chem_Dose_4 Number (Double) MCW _Chem_Dose_5 Number (Double) MCW _Chem_Dose_6 Number (Double) MCW _Chem_Addn_1 Number (Double)MCW _Chem_Addn_2 Number (Double)

MCW _Chem_Addn_3 Number (Double) MCW _Chem_Addn_4 Number (Double) MCW _Chem_Addn_5 Number (Double) MCW _Chem_Addn_6 Number (Double) H2O_wChem_1 Text H2O_wChem_1_other Text H2O_wChem_2 Text H2O_wChem_2_other Text H2O_wChem_3 Text H2O_wChem_3_other Text H2O_wChem_Vol_1 Number (Double) H2O_wChem_Vol_2 Number (Double) H2O_wChem_Vol_3 Number (Double) H2O_wChem_Freq_Every Number (Double) H2O_wChem_Freq_Yrs Number (Double) plant_id Number (Double) cbi_generate_mcw Yes/No generate_mcw Text plant_id Number (Double) seunit_ID Text cbi_MCW _NoChem_Tbl Yes/No Operation_ID Text Operation Text Oprtn_ocurr_woChem Text H2O__NoChem_1 Text H2O__NoChem_1_other Text H2O__NoChem_2 Text H2O__NoChem_2_other Text H2O__NoChem_3 Text H2O__NoChem_3_other Text H2O__NoChem_Vol_1 Number (Double) H2O__NoChem_Vol_2 Number (Double) H2O__NoChem_Vol_3 Number (Double) H2O__NoChem_Freq_Every Number (Double) H2O__NoChem_Freq_Yrs Number (Double) plant_id Number (Double) seunit_ID Text Operation_ID Text cbi_MCW _Residues Yes/No MCW _Gen_Residues Text cbi_MCW _HazResidues Yes/No MCW _HazResidues Text cbi_MCW _Characteristics Yes/No MCW _Characteristics Textcbi_MCW _Handling Yes/No

MCW _Handling_Landfill Yes/No MCW _Handling_Landfill_Perm Yes/No MCW _LPerm_TPY Number (Double) MCW _Handling_Landfill_Temp Yes/No MCW _LTemp_TPY Number (Double) MCW _Handling_Pond Yes/No MCW _Handling_Pond_Perm Yes/No MCW _PPerm_TPY Number (Double) MCW _Handling_Pond_Temp Yes/No MCW _PTemp_TPY Number (Double) MCW _Handling_Haul Yes/No MCW _Haul_TPY Number (Double) MCW _Handling_Other Yes/No MCW _Handling_Other_desc Text MCW _Other_TPY Number (Double) cbi_MCW _CombinedStorage Yes/No MCW _CombinedStorage Text MCW _Combined_FA Yes/No MCW _Combined_BA Yes/No MCW _Combined_FGD Yes/No MCW _Combined_Mill Yes/No MCW _Combined_Other Yes/No MCW _Combined_Other_desc Text plant_id Number (Double) seunit_ID Text Operation_ID Text cbi_Clean_desc Yes/No Clean_desc Mem o cbi_MCW _Cmgld Yes/No MCW _Cmgld Text MCW _Cmgld_FA Yes/No MCW _Cmgld_BA Yes/No MCW _Cmgld_FGD Yes/No MCW _Cmgld_CTB Yes/No MCW _Cmgld_CW _Once Yes/No MCW _Cmgld_Other Yes/No MCW _Cmgld_Other_desc Text cbi_MCW _Dest Yes/No MCW _Dest_Recyc Yes/No MCW _Dest_Recyc_desc Text MCW _Dest_Onsite_TS Yes/No MCW _Onsite_TS_SP Yes/No MCW _Onsite_TS_pH Yes/No MCW _Onsite_TS_ChemP Yes/NoMCW _Onsite_TS_W etland Yes/No

MCW _Onsite_TS_Other Yes/No MCW _Onsite_TS_Other_desc Text MCW _Dest_SW Yes/No Outfall_number Text MCW _Dest_Indirect Yes/No MCW _Dest_Evap Yes/No MCW _Dest_Other Yes/No MCW _Dest_Other_desc Text plant_id Number (Double) cbi_FGMC_process Yes/No FGMC_process Mem o

cbi_FGMC_pilot Yes/No FGMC_pilot Text

FGMC_pilot_tech Text cbi_FGMC_W W Yes/No FGMC_W W Text

cbi_FGMC_report Yes/No FGMC_report_company Text FGMC_report_start Text FGMC_report_end Text FGMC_report_attach Text FGMC_report_notattach Text FGMC_report_notattach_desc Text plant_id Number (Double) FGMC_ID Text cbi_FGMC_tbl Yes/No FGMC_status Text FGMC_ty pe Text FGMC_seunit1 Text FGMC_seunit2 Text FGMC_seunit3 Text FGMC_seunit4 Text FGMC_seunit5 Text FGMC_seunit6 Text FGMC_seunit7 Text FGMC_seunit8 Text FGMC_seunit9 Text FGMC_seunit10 Text FGMC_other Text FGMC_install_mo Text FGMC_install_yr Number (Double)FGMC_loc Text

FGMC_swaste Text FGMC_per_eff Number (Double) plant_id Number (Double) seunit_id Text cbi_nox_tbl Yes/No nox_scr Text nox_scr_status Text nox_scr_install_mo Text nox_scr_install_y r Text nox_sncr Text nox_sncr_status Text nox_sncr_install_mo Text nox_sncr_install_y r Text nox_oa Text nox_oa_status Text nox_oa_install_mo Text nox_oa_install_y r Text nox_low Text nox_low_status Text nox_low_install_m o Text nox_low_install_y r Text nox_other Text nox_other_desc Text nox_other_status Text nox_other_install_mo Text nox_other_install_y r Text plant_id Number (Double) cbi_nuclear_fuel Yes/No nuclear_fuel Text

cbi_gen_nuc_wastewater Yes/No gen_nuc_wastewater Text

plant_id Number (Double) nuc_wastewater_ID Text cbi_nuc_wastewater_tbl Yes/No nuc_wastewater_desc Text nuc_wastewater_desc_other Text radioactive_W W Text WW_assoc_SE_unit_1 Text WW_assoc_SE_unit_2 Text WW_assoc_SE_unit_3 Text WW_assoc_SE_unit_4 Text WW_assoc_SE_unit_5 TextWW_assoc_SE_unit_6 Text

WW_assoc_SE_unit_7 Text WW_assoc_SE_unit_8 Text WW_assoc_SE_unit_9 Text WW_assoc_SE_unit_ID_other Text WW_assoc_SE_unit_ID_other_desc Text plant_id Number (Double) nuc_wastewater_ID Text cbi_untr_flow Yes/No untr_flow_ty pe Text untr_flow_rate Number (Double) untr_flow_volum e Number (Double) untr_flow_hpd Number (Double) untr_flow_dpy Number (Double) untr_flow_every Text untr_flow_years Text cbi_untr_handled Yes/No untr_handled_recyc Text untr_handled_recyc_ct Text untr_handled_recyc_rc Text untr_handled_recyc_pc Text untr_handled_recyc_sc Text untr_handled_recyc_other Text untr_handled_recyc_other_desc Text untr_handled_discharge_treat Text untr_handled_discharge_treat_outfall Text untr_handled_discharge_untreat Text untr_handled_discharge_untreat_outfall Text untr_handled_treatmentworks Text untr_handled_wasteprocessor Text untr_handled_burial Text untr_handled_other Text untr_handled_other_desc Text plant_id Number (Double) nuc_wwts_nam e Text cbi_treat_radioactive Yes/No treat_radioactive Text cbi_nuc_wastewater_ID Yes/No NUC_1 Text NUC_2 Text NUC_3 Text NUC_4 Text NUC_5 Text NUC_6 Text NUC_7 TextNUC_8 Text

NUC_9 Text NUC_10 Text NUC_11 Text NUC_12 Text NUC_13 Text NUC_14 Text NUC_15 Text NUC_16 Text NUC_17 Text NUC_18 Text NUC_19 Text NUC_20 Text NUC_21 Text NUC_22 Text NUC_23 Text NUC_24 Text NUC_25 Text NUC_26 Text NUC_27 Text NUC_28 Text NUC_29 Text NUC_30 Text NUC_31 Text NUC_32 Text NUC_33 Text NUC_34 Text NUC_35 Text NUC_36 Text cbi_treat_nuc_flow Yes/No treat_nuc_flow_ty p Number (Double) treat_nuc_flow_max Number (Double) treat_nuc_flow_hpd Number (Double) treat_nuc_flow_dpy Number (Double) cbi_treat_handled Yes/No treat_handled_recyc Text treat_handled_recyc_ct Text treat_handled_recyc_rc Text treat_handled_recyc_pc Text treat_handled_recyc_sc Text treat_handled_recyc_other Text treat_handled_recyc_other_desc Text treat_handled_discharge_treat Text Outfall_number Text treat_handled_treatmentworks Texttreat_handled_wasteprocessor Text

treat_handled_burial Text treat_handled_other Text treat_handled_other_desc Text cbi_treat_flow_recyc Yes/No treat_flow_recyc_ty p Number (Double) treat_flow_recyc_max Number (Double) treat_flow_recyc_hpd Number (Double) treat_flow_recyc_dpy Number (Double) plant_id Number (Double) plant_id Number (Double) technology

_status Text technology

_status Text nuc_wwts_nam e Text nuc_wwts_nam e Text technology Text technology

_other Text CBI_tech_table Yes/No pollutants_chlorine Text pollutants_nitrogen Text pollutants_carbohydrazine Text pollutants_hydrazine Text pollutants_organicacids Text pollutants_TSS Text pollutants_oilgrease Text pollutants_boron Text pollutants_tritium Text pollutants_strontium90 Text pollutants_cesium137 Text pollutants_other_radionuclides Text pollutants_other_metals Text pollutants_other_metals_desc Text pollutants_other Text pollutants_other_desc Text drive_pollutant_1 Text drive_lim itation_1 Text drive_unit_1 Text drive_pollutant_2 Text drive_lim itation_2 Text drive_unit_2 Text drive_pollutant_3 Text drive_lim itation_3 Text drive_unit_3 Text technology Text technology

_other TextCBI_tech_table Yes/No

pollutants_chlorine Text pollutants_nitrogen Text pollutants_carbohydrazine Text pollutants_hydrazine Text pollutants_organicacids Text pollutants_TSS Text pollutants_oilgrease Text pollutants_boron Text pollutants_tritium Text pollutants_strontium90 Text pollutants_cesium137 Text pollutants_other_radionuclides Text pollutants_other_metals Text pollutants_other_metals_desc Text pollutants_other Text pollutants_other_desc Text plant_id Number (Double) cbi_comment Yes/No comment_quest_nmbr Text comment Mem o plant_id Number (Double) cbi_comment Yes/No comment_quest_nmbr Text comment Mem o plant_id Number (Double) cbi_ash_comment Yes/No ash_comment_nmbr Text ash_comment Mem o plant_id Number (Long Integer) cbi_pond_wwt_com me nt Yes/No pond_wwt_com me nt_nmbr Text pond_wwt_com me nt Mem o plant_id Number (Double) cbi_comment Yes/No comment_quest_nmbr Text comment Mem o plant_id Number (Long Integer) cbi_Mgmt_Prac_comment Yes/No Mgm t_Prac_comment_nmbr Text Mgm t_Prac_comment Mem o plant_id Number (Double) cbi_comment Yes/No comment_quest_nmbr Text comment Mem oplant_id Number (Double)

cbi_comment Yes/No comment_quest_nmbr Text comment Mem o plant_id Number (Double) cbi_Pond_ID Yes/No System_ID Text Pond_Status Text Pond_Initial_Yr Number (Double) Plant_Desig Text SPD-0A Text SPD-0B Text SPD-0C Text SPD-0D Text SPD-0E Text plant_id Number (Double) cbi_address Yes/No plant_nam e Text plant_street Text plant_city Text plant_state Text plant_zip Number (Double) cbi_tech1 Yes/No tech1_name Text tech1_title Text tech1_email Text tech1_street Text tech1_city Text tech1_state Text tech1_zip Number (Double) tech1_telephone Text tech1_fax Text tech1_time_lower Date/Time tech1_time_lower_unit Text tech1_time_upper Date/Time tech1_time_upper_unit Text cbi_tech2 Yes/No tech2_name Text tech2_title Text tech2_email Text tech2_street Text tech2_city Text tech2_state Text tech2_zip Number (Double) tech2_telephone Texttech2_fax Text

tech2_time_lower Date/Time tech2_time_lower_unit Text tech2_time_upper Date/Time tech2_time_upper_unit Text cbi_econ1 Yes/No econ1_name Text econ1_title Text econ1_email Text econ1_street Text econ1_city Text econ1_state Text econ1_zip Number (Double) econ1_telephone Text econ1_fax Text econ1_time_lower Date/Time econ1_time_lower_unit Text econ1_time_upper Date/Time econ1_time_upper_unit Text cbi_econ2 Yes/No econ2_name Text econ2_title Text econ2_email Text econ2_street Text econ2_city Text econ2_state Text econ2_zip Number (Double) econ2_telephone Text econ2_fax Text econ2_time_lower Date/Time econ2_time_lower_unit Text econ2_time_upper Date/Time econ2_time_upper_unit Text plant_id Number (Double) cbi_retired Yes/No retired Text cbi_gen_elec Yes/No gen_elec Text

cbi_fuels Yes/No fuels_coal Text fuels_oil Text fuels_gas Text fuels_petcoke Text fuels_nuclear Textfuels_none Text

cbi_per_elec Yes/No elec_used Text elec_used_per Number (Double) elec_distributed Text elec_distributed_per Number (Double) elec_other Text elec_other_per Number (Double) elec_other_desc Mem o cbi_naics Yes/No naics_primary Text naics_secondary Text naics_tertiary Text cbi_prime_purpose Yes/No prime_purpose Text prime_purpose_desc Text cbi_steam_use Yes/No steam_elec Text steam_elec_per Number (Double) steam_heat_cool Text steam_heat_cool_per Number (Double) steam_use_other Text steam_use_other_per Number (Double) steam_use_other_desc Mem o cbi_capacity Yes/No capacity _nam eplate Number (Double) capacity _summer Number (Double) capacity _winter Number (Double) cbi_elec_gen Yes/No elec_net_2007 Number (Double) elec_net_2008 Number (Double) elec_net_2009 Number (Double) elec_gross_2007 Number (Double) elec_gross_2008 Number (Double) elec_gross_2009 Number (Double) cbi_EAreport Yes/No EAreport Text

EAreport_attach Text EAreport_notattach Text EAreport_notattach_desc Text cbi_coord Yes/No coord_eia Text coord_lat_deg Number (Double)coord_lat_min Number (Double)

coord_lat_sec Number (Double)

coord_long_deg Number (Double)

coord_long_min Number (Double)

coord_long_sec Number (Double)

cbi_map Yes/No

ma p_attach Text

nuc_unit_onsite Text cbi_W balance Yes/No Wb alance_attach Text plant_id Number (Double) cbi_EIA Yes/No EIA_ID Text cbi_RUS Yes/No RUS_ID Text cbi_permit_tbl Yes/No NPDES_pend Text

RCRA_pend Text Stormwater_pend Text Air_pend Text UIC_pend Text plant_id Number (Double) Outfall_number Text cbi_outfall Yes/No oufall_name Text outfall_lat_deg Number (Double) outfall_lat_min Number (Double) outfall_lat_sec Number (Double) outfall_long_deg Number (Double) outfall_long_min Number (Double) outfall_long_sec Number (Double) outfall_gpy Number (Double) outfall_gpd Number (Double) outfall_gpm Number (Double) outfall_hpd Number (Double) outfall_dpy Number (Double) cbi_outfall_ty pe Yes/No oufall_ty pe Text cbi_discharge_canal Yes/No discharge_canal Textcbi_surfwater Yes/No

surfwater_name Text surfwater_unnamed_desc Text surfwater_ty pe Text surfwater_ty pe_other Text cbi_mixzone Yes/No mi xzone Text plant_id Number (Double) Outfall_number Text cbi_outfall_flow_tbl Yes/No outfall_per_CW Number (Double) outfall_per_fa_sluice Number (Double) outfall_per_ba_sluice Number (Double) outfall_per_FGD_scrub Number (Double) outfall_per_leachate Number (Double) outfall_per_coal_runoff Number (Double) outfall_per_mcw Number (Double) outfall_per_stormwater Number (Double) outfall_per_other Number (Double)

em rgncy _outfall Text plant_id Number (Double) cbi_permit_tbl Yes/No permit_ty pe Text permit_ID Text permit_app_mo Text permit_app_y r Text permit_exp_mo Text permit_exp_y r Text plant_id Number (Double) cbi_has_pond Yes/No has_pond Text

cbi_has_landfill Yes/No has_landfill Text

cbi_has_nox Yes/No has_nox Text

cbi_has_FGMC Yes/No has_FGMC Text

cbi_has_CCS Yes/No has_CCS Text

cbi_has_W ESP Yes/No has_W ESP Textplant_id Number (Double)

pond_id Text

cbi_pond_tbl Yes/No pd_status Text pd_desc Text pd_lat_deg Number (Double) pd_lat_m in Number (Double) pd_lat_sec Number (Double) pd_long_deg Number (Double) pd_long_m in Number (Double) pd_long_sec Number (Double) pd_lined Text pd_leachate_collect Text pd_dist Number (Double) pd_online_y r Number (Double) pd_inactive Text plant_id Number (Double) pond_ID Text cbi_Pond_Leachate_Sys Yes/No Pond_Leach_Sys Text Pond_Leach_Sys_LCS Text Pond_Leach_Sys_LDS Text Pond_Leach_Sys_Other Text Pond_Leach_Sys_Other_desc Text cbi_Pond_Leach_Vol_Freq Yes/No Pond_Leach_Vol_GPD Number (Double) Pond_Leach_Vol_GPY Number (Double) Pond_Leach_Freq Number (Double) Pond_Leach_Est_Desc Mem o cbi_Pond_Leach_PW Yes/No Pond_Leach_procW W Text Pond_Leach_procW W_Storm Text Pond_Leach_procW W_Storm_GPY Number (Double) Pond_Leach_procW W_ Rain Text Pond_Leach_procW W_ Rain_GPY Number (Double) Pond_Leach_procW W_Other Text Pond_Leach_procW W_Other_Code Text Pond_Leach_procW W_Other_GPY Number (Double) Pond_Leach_procW W_Other_desc Text cbi_Pond_Leach_Dest Yes/No Pond_Leach_Dest_BackToPond Text Pond_Leach_Dest_CmbndPondEff Text Pond_Leach_Dest_OtherPond TextPond_Leach_Dest_OtherPond_ID Text

Pond_Leach_Dest_OnsiteTS Text Pond_Leach_Dest_OnsiteTS_W WT Text System_ID Text Pond_Leach_Dest_StorTnk Text Pond_Leach_Dest_Indirect Text Pond_Leach_Dest_Recyc Text Pond_Leach_Dest_Recyc_desc Text Pond_Leach_Dest_SW Text Outfall_number Text Pond_Leach_Dest_Other Text Pond_Leach_Dest_Other_desc Text cbi_Pond_Leach_Chem Yes/No Pond_Leach_Chem Text Pond_Leach_Chem_Lime Text Pond_Leach_Chem_NaOH Text Pond_Leach_Chem_H2SO4 Text Pond_Leach_Chem_Other Text Pond_Leach_Chem_Other_desc Text plant_id Number (Double) pond_ID Text cbi_Pond_YrInsp Yes/No Pond_YrInsp Text

Pond_YrInsp_Performed Text

Pond_YrInsp_Freq Number (Double) Pond_YrInsp_Hrs Number (Double) plant_id Number (Double) pond_id Text cbi_pd_stor_tbl Yes/No pd_stor_slag Text pd_stor_ba Text pd_stor_fa Text pd_stor_gy psum Text

pd_stor_Ca_Sulfite Text

pd_stor_pozz Text pd_stor_dry FGD Text pd_stor_other1 Text

pd_stor_other2 Text

pd_stor_other3 Text

pd_stor_other4 Textpd_stor_procW W1 Text

pd_stor_procW W2 Text pd_stor_procW W3 Text pd_stor_procW W4 Text pd_stor_procW W5 Text pd_stor_procW W6 Text pd_stor_ww_other1 Text pd_stor_ww_other2 Text pd_stor_ww_other3 Text pd_stor_ww_other4 Text plant_id Number (Double) System_ID Text cbi_Pond_W WT_Cap Yes/No Cap_Project Text

Cap_Cost Number (Double) Cap_Year_Based Number (Double) plant_id Number (Double) System_ID Text cbi_Pond_Hired_Contractor Yes/No Pond_Hired_Contractor Yes/No cbi_Pond_W WT_Components Yes/No Pond_W WT_Components_Incl Text Pond_W WT_Components_Incl_desc Mem o plant_id Number (Double) System_ID Text cbi_Pond_W WT_OandM Yes/No OM_Opr_Annual Number (Double) OM_Opr_Rate_Hours Number (Double) OM_Opr_Staffing_W orkers Number (Double) OM_Opr_Staffing_hpd Number (Double) OM_Opr_Staffing_dpy Number (Double) OM_MLabor_Annual Number (Double) OM_MLabor_Rate_Hours Number (Double) OM_MLabor_Staffing_W orkers Number (Double) OM_MLabor_Staffing_hpd Number (Double) OM_MLabor_Staffing_dpy Number (Double) OM_MMaterials_Annual Number (Double) OM_Chemicals_Annual Number (Double) OM_Energy

_Pum p_Annual Number (Double) OM_Energy

_Pum p_kW h Number (Double) OM_Energy

_Pum p_Consump_kW h/h Number (Double) OM_Energy

_Other_Annual Number (Double) OM_Energy

_Other_kW h Number (Double) OM_Energy

_Other_Consump_kW h/h Number (Double)OM_Steam_Annual Number (Double)

OM_Steam_pounds Number (Double) OM_Steam_Consump_pounds/hr Number (Double) OM_HazDrdg_Annual Number (Double) OM_HazDrgd_Rate Number (Double) OM_HazDrgd_Rate_Per Text OM_HazLandfill_Annual Number (Double) OM_HazLandfill_Rate Number (Double) OM_HazLandfill_Rate_Per Text OM_NonHazDrgd_Annual Number (Double) OM_NonHazDrgd_Rate Number (Double) OM_NonHazDrgd_Rate_Per Text OM_NonHazLandfill_Annual Number (Double) OM_NonHazLandfill_Rate Number (Double) OM_NonHazLandfill_Rate_Per Text OM_Other1 Text OM_Other1_Annual Number (Double) OM_Other2 Text OM_Other2_Annual Number (Double) OM_Total_Annual Number (Double) plant_id Number (Double) cbi_Pond_ID Yes/No System_ID Text Pond_Status Text Pond_Initial_Yr Number (Double) Plant_Desig Text RetSPD-01 Text RetSPD-02 Text RetSPD-03 Text RetSPD-04 Text plant_id Number (Double) cbi_company Yes/No SCR_regen_no_offsite Text SCR_regen_company 1_nam e Text SCR_regen_company 1_city Text SCR_regen_company 1_state Text SCR_regen_company 1_tele Text SCR_regen_company2_nam e Text SCR_regen_company2_city Text SCR_regen_company2_state Text SCR_regen_company2_tele Text cbi_SCR_regen_onsite_W W Yes/No SCR_regen_onsite_W W Text

cbi_SCR_regen_flow Yes/NoSCR_regen_flow_gpy Number (Double)

SCR_regen_flow_every Number (Double) SCR_regen_flow_yr Number (Double) cbi_SCR_regen_commingle Yes/No SCR_regen_commingle Text SCR_regen_commingle_fa Text SCR_regen_commingle_ba Text SCR_regen_commingle_FGD Text SCR_regen_commingle_CTB Text SCR_regen_commingle_CW Text SCR_regen_commingle_mcw Text SCR_regen_commingle_other Text SCR_regen_commingle_other_desc Text cbi_SCR_regen_dest Yes/No SCR_regen_dest_reuse Text SCR_regen_dest_reuse_desc Text SCR_regen_dest_treat Text SCR_regen_dest_treat_pond Text SCR_regen_dest_treat_pH Text SCR_regen_dest_treat_chemprec Text SCR_regen_dest_treat_wetlands Text SCR_regen_dest_treat_other Text SCR_regen_dest_treat_other_desc Text SCR_regen_dest_NPDES Text Outfall_number Text SCR_regen_dest_POTW Text SCR_regen_dest_other Text SCR_regen_dest_other_desc Text plant_id Number (Double) seunit_id Text cbi_nox_tbl Yes/No scr_regen_last_repl Text scr_regen_last_mo Text scr_regen_last_y r Text scr_regen_last_loc Text scr_regen_next_repl Text scr_regen_next_mo Text scr_regen_next_y r Text scr_regen_next_loc Text plant_id Number (Double) cbi_SCR_wash_onsite Yes/No SCR_wash_onsite Text cbi_SCR_wash_gen_W W Yes/No SCR_wash_gen_W W Text cbi_SCR_wash_flow Yes/NoSCR_wash_flow_gpy Number (Double)

SCR_wash_flow_every Number (Double) SCR_wash_flow_yr Number (Double) cbi_SCR_wash_commingle Yes/No SCR_wash_commingle Text SCR_wash_commingle_fa Text SCR_wash_commingle_ba Text SCR_wash_commingle_FGD Text SCR_wash_commingle_CTB Text SCR_wash_commingle_CW Text SCR_wash_commingle_mcw Text SCR_wash_commingle_other Text SCR_wash_commingle_other_desc Text cbi_SCR_wash_dest Yes/No SCR_wash_dest_reuse Text SCR_wash_dest_reuse_desc Text SCR_wash_dest_treat Text SCR_wash_dest_treat_pond Text SCR_wash_dest_treat_pH Text SCR_wash_dest_treat_chemprec Text SCR_wash_dest_treat_wetlands Text SCR_wash_dest_treat_other Text SCR_wash_dest_treat_other_desc Text SCR_wash_dest_NPDES Text Outfall_number Text SCR_wash_dest_POTW Text SCR_wash_dest_other Text SCR_wash_dest_other_desc Text plant_id Number (Double) seunit_id Text cbi_op_seunit_tbl Yes/No genID1 Text genID2 Text genID3 Text genID4 Text genID5 Text genID6 Text genID7 Text genID8 Text genID9 Text genID10 Text operate_2009 Text operate_2009_days Number (Double) ty pe_primemover Text 2009_generation Number (Double)ST_capacity Number (Double)

CC_capacity Number (Double) seunit_ty pe Text seunit_ty pe_other Text seunit_retired Text plant_id Number (Double) seunit_id Text

cbi_pl_seunit_tbl Yes/No genID1 Text genID2 Text genID3 Text genID4 Text genID5 Text genID6 Text genID7 Text genID8 Text genID9 Text genID10 Text boiler_tang Text boiler_wall Text boiler_cyc Text boiler_hrsg Text reactor_pwr Text reactor_bwr Text reactor_phwr Text boiler_other Text boiler_other_desc Text ty pe_primemover Text SE_unit_online_m o Text SE_unit_online_y r Text ST_capacity Number (Double) CC_capacity Number (Double) seunit_ty pe Text seunit_ty pe_other Text plant_id Number (Double) System_ID Text cbi_Attchd_Diagram Yes/No Attchd_Diagram Yes/No plant_id Number (Double) System_ID Text cbi_Effluents Yes/No Effluent Text Effluent_Other Text Effluent_gpm TextEffluent_hpd Text

Effluent_gpd Text Effluent_dpy Text Effluent_Slds_amt Text Effluent_Slds_unit Text Effluent_Slds_MC Text WWT U_ID Text WWT U_ID_Other Text Effluent_Dest Text Effluent_Dest_Other Text Effluent_NPDES Text plant_id Number (Double) cbi_Use_Ponds Yes/No Use_Ponds Text

cbi_Use_W WT Yes/No Use_W WT Text cbi_Op_System Yes/No Op_System Text

cbi_Op_Pond Yes/No Op_Pond Text

cbi_Op_W WT Yes/No Op_W WT Text

cbi_Act_Pond_Use Yes/No Act_Pond_Use Text

cbi_Clsd_Pond_Use Yes/No Clsd_Pond_Use Text

cbi_W WT_at_Plant Yes/No WWT_at_Plant Text cbi_Pond_After_2000 Yes/No Pond_After_2000 Text plant_id Number (Double) System_ID Text cbi_Influents Yes/No Influent Text Influent_Other Text Influent_gpm Text Influent_hpd Text Influent_gpd Text Influent_dpy Text WWT U_ID Text WWT U_ID_Other Textplant_id Number (Double)

WE SP_id Text cbi_W ESP_tbl Yes/No WE SP_status Text WE SP_seunit1 Text WE SP_seunit2 Text WE SP_seunit3 Text WE SP_seunit4 Text WE SP_seunit5 Text WE SP_seunit6 Text WE SP_seunit7 Text WE SP_seunit8 Text WE SP_seunit9 Text WE SP_seunit10 Text WE SP_seunit_other Text WE SP_install_m o Text WE SP_install_yr Number (Double) WE SP_loc Text WE SP_loc_other_desc Text WE SP_scale Text WE SP_per_FG Number (Double) plant_id Number (Double) cbi_W ESP_flow Yes/No WE SP_flow_gpm Number (Double) WE SP_flow_hpd Number (Double) WE SP_flow_dpy Number (Double) cbi_W ESP_source Yes/No WE SP_source_raw Text WE SP_source_intake Text WE SP_source_W W Text WE SP_source_W W_desc Text WE SP_source_W W_other_desc Text

WE SP_source_other Text WE SP_source_other_desc Text cbi_W ESP_criteria Yes/No WE SP_criteria_cl Text WE SP_criteria_cl_ppm Number (Double) WE SP_criteria_solids Text WE SP_criteria_solids_per Number (Double) WE SP_criteria_other Text WE SP_criteria_other_desc Text cbi_W ESP_dest Yes/No WE SP_dest_recyc Text WE SP_dest_recyc_desc TextWE SP_dest_ssep Text

WE SP_dest_ssep_dewtr Text WE SP_dest_ssep_centr Text WE SP_dest_ssep_hydro Text WE SP_dest_ssep_filter Text WE SP_dest_ssep_other Text WE SP_dest_ssep_other_desc Text

WE SP_dest_treat Text WE SP_dest_treat_pond Text WE SP_dest_treat_bioaer Text WE SP_dest_treat_bioanaer Text WE SP_dest_treat_chemprec Text WE SP_dest_treat_wetlands Text WE SP_dest_treat_mvc Text WE SP_dest_treat_mvc_spray Text WE SP_dest_treat_mvc_crys Text WE SP_dest_treat_other Text WE SP_dest_treat_other_desc Text WE SP_dest_NPDES Text Outfall_number Text WE SP_dest_POTW Text WE SP_dest_DW I Text WE SP_dest_other Text WE SP_dest_other_desc Text cbi_W ESP_study

_W W Yes/No WE SP_study

_W W Text

cbi_W ESP_report Yes/No WE SP_report_company Text WE SP_report_start Text WE SP_report_end Text wESP_report_attach Text WE SP_report_notattach Text WE SP_report_notattach_desc Text cbi_W ESP_characterize_W W Yes/No WE SP_characterize_W W Text WE SP_results_attach Text WE SP_results_notattach Text WE SP_results_notattach_desc Text plant_id Number (Double) System_ID Text cbi_W WT S_Trgtd_Pollutants Yes/No WWT S_Trgtd_Metals Text WWT S_Trgtd_Metals_Specify TextWWT S_Trgtd_TSS Text

WWT S_Trgtd_Ntr Text WWT S_Trgtd_Org_Acids Text WWT S_Trgtd_Chlor_Oxidizing Text WWT S_Trgtd_OandG Text WWT S_Trgtd_Other Text WWT S_Trgtd_Other_Specify Text WWT S_Trgtd_NA Text cbi_W WT S_Poll_Lim _Driver Yes/No WWT S_Poll_1 Text WWT S_Lim _1 Number (Double) WWT S_Lim _Unit_1 Text WWT S_Poll_2 Text WWT S_Lim _2 Number (Double) WWT S_Lim _Unit_2 Text WWT S_Poll_3 Text WWT S_Lim _3 Number (Double) WWT S_Lim _Unit_3 Text cbi_Fut_Lim_Chng Yes/No Fut_Lim_Chng Text Fut_Lim_Chng_Desc Text plant_id Number (Double) cbi_W WT Studies Yes/No WWT Studies Text cbi_OngoingStudies Yes/No OngoingStudies Text cbi_SummaryStudies Yes/No Sum ma ryStudies Text Sum ma ryStudiesDesc Mem o cbi_OtherStudies Yes/No OtherStudies Mem o plant_id Number (Double) System_ID Text cbi_W WT S_Info Yes/No WWT S_Info_Avg_Des_Flow Number (Double) WWT S_Info_Max_Des_Flow Number (Double) WWT S_Info_Ty p_Flow Number (Double) WWT S_Info_Max_Daily _GPM Number (Double) WWT S_Info_Max_Daily _GPD Number (Double) WWT S_Info_Duration Number (Double) WWT S_Info_Frequency Number (Double) cbi_Sulf_Addn_Capbl Yes/No Sulf_Addn_Capbl Text cbi_Current_Sulf_Addn Yes/No Current_Sulf_Addn Textcbi_Clim ate Yes/No

Clim ate Mem o cbi_Space_Avail Yes/No Space_Avail Mem o cbi_Bid_Proposal Yes/No Bid_Proposal Text No_Bid_Explanation Text plant_id Number (Double) cbi_W WT_ID Yes/No System_ID Text Plant_Desig Text Footprint_ft2 Number (Double) Initial_Yr Number (Double) Length_FGD_Scr Number (Double) Length_FGD_DSCH Number (Double) plant_id Number (Double) System_ID Text cbi_W WT S_Units Yes/No WWT U_ID Text WWT U_ID_Other Text Pond_ID Text WWT U_Plant_Desig Text WWT U_Date_Add Date/Time WWT U_Volum e Number (Double) WWT U_Footprint Number (Double) WWT U_Res_Time Number (Double) WWT U_MOC_316L Text WWT U_MOC_317LM Text WWT U_MOC_317MN Text WWT U_MOC_255 Text WWT U_MOC_2205 Text WWT U_MOC_625 Text WWT U_MOC_CarbonStl Text WWT U_MOC_Carbon_Lined Text WWT U_MOC_Carbon_Liner Text WWT U_MOC_Fiberglass Text WWT U_MOC_Titanium Text WWT U_MOC_Other Text WWT U_MOC_Other Desc Text plant_id Number (Double) System_ID Text cbi_W WT_Anc_Equip Yes/No WWT_Anc_Equip Text WWT_Nmbr_Anc_Equip Number (Double) plant_id Number (Double)System_ID Text

cbi_W WT S_Pld_Im prvts Yes/No WWT U_ID Text WWT U_ID_Other Text Pond_ID Text Pld_W WT S_Desc Text Pld_W WT S_Exp_Date Text Pld_W WT S_Cap_Cost Number (Double) plant_id Number (Double) WWT S_id Text cbi_W WT U_Chem_Addn Yes/No WWT U_ID Text WWT U_ID_Other Text WWT U_Chem_Ty pe Text WWT U_Chem_Trade Text WWT U_Chem_Manu Text WWT U_Chem_Purpose Text WWT U_Chem_Avg_Dose Number (Double) WWT U_Chem_Add_Rate Number (Double) WWT U_Chem_Add_Rate_Unit Text WWT U_Chem_Add_Rate_Ty pe Text WWT U_Chem_Freq Number (Double) plant_id Number (Double) WWT S_id Text cbi_W WT U_Chem_Add Yes/No WWT U_Chem_Add Text**Field Description**

Plant identification number Pond/im poundm ent unit identification. CBI designation checkbox for QD4-12 Chemical ty pe Trade name of chemical being added Manufacturer of chemical Purpose of chemical addition Location of chemical addition Average dose concentration (g/L) of chemical Average addition rate (value) Average addition rate (gpd or lb/day) Average addition rate (solid or liquid) Frequency

of addition (dpy) Plant identification number. Pond/im poundm ent unit identification. CBI designation checkbox for QD4-2. Pond unit residence time in hours. Life of pond unit in years. Number of cells in pond unit. CBI designation checkbox for QD4-4. Yes/no/na if the pond unit has a liner. CBI designation checkbox for QD4-5. Yes/no/na if pond unit has ever been dredged. Year of last dredging. Frequency

of dredging in the year it was last dredged, days per year. Am ount removed in last year of dredging, tons. Number of dredgings in last 5 years. Number of days dredged in last 5 years. Am ount removed in last 5 years, tons. CBI designation checkbox for QD4-6. Indication of where dredged solids are transferred, used in construction, landfill, sold, or other. Plant explanation of location for dredged solids. CBI designation checkbox for QD4-7. Yes/no/na if the pond has been expanded since being built. CBI designation checkbox for QD4-8. Indication of type of expansion, lateral, vertical, or both. CBI designation checkbox for QD4-9. Plant description of any expansions since 1/1/2000. Total cost of any

expansion since 1/1/2000. CBI designation checkbox for QD4-10. Checkbox to indicate metal as targeted pollutant. Specific ty pe of metal targeted. Checkbox to indicate TSS as targeted pollutant.Checkbox to indicate nitrogen compounds as targeted pollutant.

Checkbox to indicate organic acids as targeted pollutant. Checkbox to indicate chlorine and other oxidizing agents as targeted pollutants. Checkbox to indicate oil and grease as targeted pollutant. Checkbox to indicate plant targets other pollutants not listed. Other targeted pollutants not in listed on survey

. Checkbox to indicate no pollutants are targeted for removal by pond. CBI designation checkbox for QD4-11. Name of first pollutant driving operation of pond. Lim itation of first pollutant. Units for limitation of first pollutant. Name of second pollutant driving operation of pond. Lim itation of second pollutant. Units for limitation of second pollutant. Name of third pollutant driving operation of pond. Lim itation of third pollutant. Units for limitation of third pollutant. CBI designation checkbox for QD4-12. Yes/no/na if plant added chemicals to pond in 2009. Plant identification number. Pond/im poundm ent system identification. CBI designation checkbox for QD4-3. Status of dimension: original, current, or expected close. Volum e of pond unit in ft3. Surface area of pond in ft2. Bottom elevation of pond in ft. Top elevation of pond in ft, height of berm/dam. Freeboard height in ft. Maximum height of berms/dams above grade in ft. Total amount of solids placed in the pond in tons. Expected year of closure/retirement for pond. Plant identification number. Pond/im poundm ent identification. CBI designation checkbox for QD4-4. Liner layer number (numbered from inner to outer layer). Ty pe of liner: compacted clay , geosy nthetic clay , HPDE, or other. Plant provided explanation for 'other'. Thickness of liner layer in cm. Permeability

of liner layer in cm/sec. Plant identification number. CBI designation checkbox for QD2-6. Pond/Im poundm ent system identification. Status of pond, active/inactive/open or retired/closed or planned. Year pond system initially brought online. Plant's name for pond system.Checkbox to indicate SPD-1 included in pond system.

Checkbox to indicate SPD-2 included in pond system. Checkbox to indicate SPD-3 included in pond system. Checkbox to indicate SPD-4 included in pond system. Checkbox to indicate SPD-5 included in pond system. Checkbox to indicate SPD-6 included in pond system. Checkbox to indicate SPD-7 included in pond system. Checkbox to indicate SPD-8 included in pond system. Checkbox to indicate SPD-9 included in pond system. Checkbox to indicate SPD-10 included in pond system. Checkbox to indicate SPD-11 included in pond system. Checkbox to indicate SPD-12 included in pond system. Checkbox to indicate SPD-13 included in pond system. Checkbox to indicate SPD-14 included in pond system. Plant identification number Steam electric generating unit ID CBI designation checkbox for QC5-1 Method of handling air heater ash If segregated from FA/BA, how is it handled CBI designation checkbox for QC5-2 How the air heater ash is combined with FA and/or BA Other method for combining air heater ash with FA and/or BA CBI designation checkbox for QC5-3 Am ount of air heater ash produced (tpd - dry weight basis) Frequency

of air heater ash production (dpy) CBI designation checkbox for QC5-4 Is process wastewater generated from the handling of air heater ash Volum e of wastewater produced (gpd) Frequency

of wastewater (Over ____ days) Destination of air heater ash wastewater generated CBI designation checkbox for QC5-5 Economizer ash stored in a landfill in Table A-6 Percentage of economizer ash stored in a landfill in Table A-6 Economizer ash stored in a pond reported in Table A-4 Percentage of economizer ash stored in a pond reported in Table A-4 Economizer ash is stored in a landfill not reported in Table A-6 Percentage of economizer ash not stored in a landfill reported in Table A-6 Economizer ash is hauled off site (to be marketed) Percentage of economizer ash hauled off site to be marketed Economizer ash is hauled of site (to be given away) Percentage of economizer ash hauled off site to be given away Other destination of economizer ash Description of other destination of economizer ash Percentage of economizer ash in other destination Plant identification numberCBI designation checkbox for any ash generation Does facility

generate any

ash answer CBI designation checkbox for total acreage Total acreage of the plant including all contiguous and non-adjoining property within 20 m iles under the operational control of the plant or operated by the same ultimate parent, and receiving the plant's waste Total acreage of parking lots Total acreage of buildings and other developed areas Total acreage of active/inactive/open ash ponds Total acreage of active/inactive/open landfills Total acreage of closed ponds/impoundments and landfills Description of ty pe of unusable land Total acreage of unusable land Description of first additional type of unusable land Total acreage of first additional ty pe of unusable land Description of second additional type of unusable land Total acreage of second additional ty pe of unusable land CBI designation checkbox for fly ash generation Does facility

generate any

fly ash answer Plant identification number. CBI designation checkbox for QF1-1. The yes/no answer to whether the plant has one or more pond/impoundments or landfills. Plant identification number. EPA-assigned pond/impoundment unit ID. CBI designation checkbox for QF2-1. The hydrologic design criteria of the pond/impoundment unit. The specification of another hydrologic design criteria of the pond/impoundment unit identified. CBI designation checkbox for QF2-2. The yes/no answer to whether the pond/impoundment unit experienced an overflow since 1/1/95. A description of when the overflow occurred and the reason for the overflow. CBI designation checkbox for QF2-3. The yes/no answer to whether the pond/impoundment unit has had a non-permitted overflow to a receiving water since 1/1/95. The name of the non-permitted overflow receiving water. CBI designation checkbox for QF2-9. The yes/no answer to whether the plant monitors/inspects the structural integrity of the pond/impoundment unit on a regular basis. Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-16 Wa s the bottom ash from this unit handled both wet and dry? CBI designation checkbox for QC3-17 We t bottom ash handling system operated during times in which the dry collected bottom ash was not marketable Number of days wet ash handling system operated because dry ash was not marketable We t bottom ash handling system operated when the dry bottom ash collection system was not operational due to

ma intenance issues Number of days wet ash handling system operated because the dry system was down due to maintenanceWe t bottom ash handling system operated in order to maintain its function as a backup

Number of days wet ash handling system operated in order to maintain its function as a backup We t bottom ash handling system operated because the dry bottom ash handling system does not have the capacity to handle all of the bottom ash Number of days wet ash handling system was operated because dry system does not have the capacity to handle all of the ash Both wet and dry

handling for other reason Description of other reason for handling bottom ash both wet and dry Number of days wet ash handling system was operated because of other reason CBI designation checkbox for QC3-18 No system modification necessary (procedural changes would be sufficient) Increase the capacity

of the silos Increase the number of silos Modify the loading silos to have the ability to moisture condition the ash Install/increase the capacity of the landfills Increase the capacity

of the dry

bottom ash conveyance equipment Design/develop new infrastructure to dispose of dry ash Description of new infrastructure needed Other modification necessary to handle all of the bottom ash dry Description of other modification to handle all of the bottom ash dry CBI designation checkbox for QC3-19 Bottom ash handling operations are expected to expand capacity of handling and/or storage Bottom ash handling operations are expected to decrease in the use of the wet bottom ash handling system Expected number of days wet bottom ash handling system is expected to operate per year Bottom ash handling operations are expected to end the use of the wet bottom ash handling system Expected wet bottom ash handling system end date No change expected in bottom ash handling operations Other change expected in bottom ash handling operations Description of other change expected in bottom ash handling operations Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-24 Is the plant in the process of installing a dry bottom ash handling system Estimated shutdown time in days required to bring the bottom ash handling system online CBI designation checkbox for QC3-25 Is the plant planning to install a dry bottom ash handling system Estimated shutdown time in days required to bring the planned bottom ash handling system online CBI designation checkbox for QC3-26 Cost estimates for the installation or planned installation have been developed Cost estimates for the installation or planned installation of the dry bottom ash handling system attached Explanation for documents not attached CBI designation checkbox for QC3-27 Physical changes to install dry bottom handling Installation of mechanical drag system for dry bottom handling Boiler alteration to accommodate MDSInstallation of completely dry bottom ash handling system Installation of storage silos for dry bottom handling Modification of silos to moisture-condition ash for dry bottom handling Modification of silos for ash transfer to rail cars for dry bottom handling Modification of silos for marketable ash for dry bottom handling Construction of haul roads for dry bottom handling Construction of rail track for dry bottom handling Construction of landfill for dry bottom handling Constructed landfill ID from Table A-6 Increase capacity

of landfill for dry

bottom handling Increased capacity

landfill ID from Table A-6 Changes to air permit for dry bottom handling Other changes to install dry bottom handling Description of other changes to install dry bottom handling Changes in personnel/training for dry bottom ash handling Description of changes to personnel/training Changes in ash disposal practices for dry bottom handling Storage of ash in landfill for dry bottom handling Landfill ID from Table A-6 Marketing of ash for dry bottom handling Hauling ash to off-site storage for bottom ash handling Dust suppression activities for bottom ash handling Other changes in ash disposal practices for bottom ash handling Explanation of other changes in ash disposal practices for bottom ash handling CBI designation checkbox for QC3-28 Dry bottom ash marketed, sold, or given away Market Destination 1 of dry bottom ash Other description of market destination 1 of dry bottom ash Percent of the dry

bottom ash to market destination 1 Market Destination 2 of dry bottom ash Other description of market destination 2 of dry bottom ash Percent of the dry

bottom ash to market destination 2 Market Destination 3 of dry bottom ash Other description of market destination 3 of dry bottom ash Percent of the dry

bottom ash to market destination 3 Dry bottom ash stored in landfills reported in Table A-6 Percent of the dry

bottom ash stored in Table A-6 landfills Dry bottom ash stored in landfills not reported in Table A-6 Percent of the dry

bottom ash stored in landfills not reported in Table A-6 Other destination of dry bottom ash Description of other destination of dry bottom ash Percent of the dry

bottom ash to the other destination CBI checkbox designation for QC3-29 Cost estimates that have been obtained/developed since 1/1/1995 for a dry bottom ash conversion/installation Cost estimates have been attachedExplanation for why cost estimates were not attached Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-20 Wa s the dry

bottom ash handling system installed as a retrofit Year dry bottom ash handling retrofit was built Shutdown tim e (in days) required to bring the dry bottom ash handling system online Wa s a unit outage(s), outside of regularly scheduled outages, required to bring the dry bottom ash handling system on line? CBI designation checkbox for QC3-21 Ty pe of retrofit to the bottom ash handling system CBI designation checkbox for QC3-22 Physical changes required to retrofit the dry bottom ash handling system Installation of pressure/vacuum system and piping for dry bottom retrofit Boiler alteration to accommodate mechanical drag system for dry bottom retrofit Expansion of pressure/vacuum system and piping for dry bottom retrofit Installation of storage silos for dry bottom retrofit Modification of silos to moisture condition the ash for dry bottom retrofit Modification of silos for ash transfer to rail cars for dry bottom retrofit Modification of silos for marketable ash for dry bottom retrofit Construction of haul roads for dry bottom retrofit Construction of rail track for dry bottom retrofit Construction of landfills for dry bottom retrofit Construction of landfill ID from Table A-6 Increasing landfill capacity for dry bottom retrofit Increased capacity

landfill ID from Table A-6 Changes to the air permit for dry bottom retrofit Other changes required for the dry bottom retrofit Description of other changes required for the dry bottom retrofit Changes in personnel and training for dry bottom retrofit Explanation of changes in the personnel/training required Changes in ash disposal practices for dry bottom retrofit Storage of ash in landfills for dry bottom retrofit Landfill IDs of ash storage for dry bottom retrofit Marketing of ash for dry bottom retrofit Hauling ash to off-site storage for dry bottom retrofit Dust suppression activities for dry bottom retrofit Other changes in ash disposal practices for dry bottom retrofit Description of other changes in ash disposal practices for dry bottom retrofit CBI designation checkbox for QC3-23 Process diagram(s) for the dry bottom ash handling retrofit that depicts the conveyance portion of the system is attached Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-11 Does the plant use a mechanical drag system to remove bottom ash from this generating unit boiler?Ty pe and description of the process of removing bottom ash from the generating unit boiler

CBI designation checkbox for QC3-12 Is any process wastewater generated from overflow from the mechanical drag system CBI designation checkbox for QC3-13 Am ount of wastewater overflow from mechanical drag system (gpd) CBI designation checkbox for QC3-14 MDS wastewater overflow is immediately recycled back to plant process The amount of MDS wastewater overflow recycled back to the plant process (gpd) Description of how the MDS wastewater overflow recycle is reused MDS wastewater overflow is transferred to an onsite treatment system MDS wastewater overflow is sent to a pond MDS wastewater overflow is treated with pH adjustment MDS wastewater overflow is sent to constructed wetlands Other onsite treatment for MDS wastewater overflow Description of onsite treatment for MDS wastewater overflow MDS wastewater overflow is discharged to SW Outfall number of MDS wastewater overflow discharge MDS wastewater overflow is indirectly discharged to a POTW or PrOTW Other destination for MDS wastewater overflow Description of other destination for MDS wastewater overflow Plant identification number CBI designation checkbox for QC3-33 Does the plant market, sell, and/or give away dry bottom ash from the dry ash handling system CBI designation checkbox for QC3-34 Does the plant market, sell, and/or give away wet bottom ash from the wet ash handling system Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-30 Has the plant encountered any unscheduled outages on this generating unit caused by the bottom ash handling system CBI designation checkbox for QC3-31 We t bottom ash handling caused outage - total days in 2005 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2005 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2006 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2006 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2007 Reason for outage Method(s) used to resolve outage(s)Dry

bottom ash handling caused outage - total days in 2007 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2008 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2008 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2009 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2009 Reason for outage Method(s) used to resolve outage(s) Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-3 Is wet sluicing used to collect bottom ash from this unit? Average sluice water flow rate (gpd) Ty pical duration of sluicing (hpd) Ty pical frequency

of sluicing (dpy) Source of sluice water - Option 1 Source of sluice water - Option 2 Source of sluice water - Option 3 Source of sluice water - "Other" field Percent contribution of option 1 sluice water Percent contribution of option 2 sluice water Percent contribution of option 3 sluice water Percent contribution of other sluice water CBI designation checkbox for QC3-4 Criteria for selecting water sources that may be used as a source of bottom ash sluice water - chlorides concentration Maximum chlorides concentrations (ppm) for selection of water sources for use as bottom ash sluice water Criteria for selecting water sources that may be used as a source of bottom ash sluice water - solids percentage Maximum solids percentage (%) for selection of water sources for use ash bottom ash sluice water Other criteria for selecting water sources that may be used as a source of bottom ash sluice water Description of other criteria for source water used as bottom as sluice water Other maximum criteria amount (ppm) CBI designation checkbox for QC3-5 Is any of the wet bottom ash sluice water immediately recycled back to plant process Description of how wet bottom ash sluice water is recycled back to the plant process CBI designation checkbox for QC3-6 Is any of the wet bottom ash sluice indirectly discharged to a POTW or PrOTW Plant identification number Steam electric generating unit IDCBI designation checkbox for QC3-7

Does solids removed (other than in pond(s) occur at the plant? CBI designation checkbox for QC3-8 Solids removal by

dewatering bins Solids removal by

hydroclones Solids removal by

centrifuges Solids removal by

filters Other form of solids removal Description of other form of solids removal Bottom ash is sold or given away without further treatment Am ount (tons) of solids disposed (dry weight) untreated Ty pical percent moisture of untreated bottom ash disposed Bottom ash is sold or given away with further treatment Am ount (tons) of solids disposed (dry weight) treated Ty pical percent moisture of treated bottom ash disposed Bottom ash is stored in/transferred to a pond/impoundment reported in Table A-4 Am ount (tons) of solids disposed (dry weight) to a pond/im poundm ent in Table A-4 Ty pical percent moisture of bottom ash disposed in pond/impoundment in Table A-4 Bottom ash is stored in landfills reported in Table A-6 Am ount (tons) of solids disposed (dry weight) in landfills reported in Table A-6 Ty pical percent moisture of bottom ash disposed in landfills reported in Table A-6 Bottom ash is stored in landfills not reported in Table A-6 Am ount (tons) of solids disposed (dry weight) in landfills not reported in Table A-6 Ty pical percent moisture of bottom ash disposed in landfills not reported in Table A-6 Other bottom ash disposal Description of other bottom ash disposal Am ount (tons) of solids disposed by other ash disposal process Ty pical percent moisture of bottom ash disposed in other ash disposal process CBI designation checkbox for QC3-9 Am ount of wastewater overflow from solids removal for the wet ash sluice system CBI designation checkbox for QC3-10 Wa stewater overflow immediately recycled back to plant process Am ount of wastewater overflow that is recycled (gpd) Description of how the wastewater overflow is reused Wa stewater overflow is transferred to an on-site treatment system Wa stewater overflow treated in settling pond Wa stewater overflow treated with pH adjustment Wa stewater overflow treated in constructed wetlands Wa stewater overflow treated by "other" Description of "other" wastewater overflow on site treatment Wa stewater overflow discharges to SW SW Outfall number that wastewater overflow is discharged to Wa stewater overflow is indirectly discharged to a POTW or PrOTW Wa stewater overflow destination marked "Other" Description of "Other" wastewater overflow destinationPlant identification number

CBI designation number for QC3-32 Storage destination ID (from Storage Destination Table in Code Tables tab) Description of "Other" storage destination ID Distance from the unit to intermediate storage or from intermediate storage to the final disposal/destination Tons of bottom ash transported to destination in 2008 (dry weight basis) How is the bottom ash transported to destination Other method of bottom ash transportation to destination Percent moisture of the bottom ash entering the destination (%) Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-15 Ty pe of bottom ash handling (W et vs. Dry) Storage destination ID (from Storage Destination Table in Code Tables tab) Description of "Other" storage destination Percent of dry

/wet conveyed bottom ash to this destination Bottom ash storage destination type (Intermediate vs. Final) Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-1 Is bottom ash generated in any units at the plant? CBI designation checkbox for QC3-2 Ty pe of boiler Other ty pe of boiler description We t sluicing bottom ash handling system Mechanical drag bottom ash handling system Dry vacuum bottom ash handling system Dry pressure bottom ash handling system Other ty pe of bottom ash handling system Description of other ty pe of bottom ash handling system Ty pical amount of bottom ash produced in 2009 (dry weight basis) - wet conveyed tons per day Ty pical amount of bottom ash produced in 2009 (dry weight basis) - wet conveyed days per year Ty pical amount of bottom ash produced in 2009 (dry weight basis) - dry

conveyed tons per day Ty pical amount of bottom ash produced in 2009 (dry weight basis) - dry

conveyed days per year Ty pical percent moisture of wet conveyed bottom ash Ty pical percent moisture of dry conveyed bottom ash Design ash handling rate of wet conveyed bottom ash - tons per day Design ash handling rate of wet conveyed bottom ash - days per year Design ash handling rate of dry conveyed bottom ash - tons per day Design ash handling rate of wet conveyed bottom ash - days per year Number of days wet conveyed ash was handled by the bottom ash handling system in 2009 Number of days dry

conveyed ash was handled by the bottom ash handling system in 2009 We t conveyed LOI minimum value (percent) We t conveyed LOI maximum value (percent) LOI of wet conveyed bottom ash not monitoredLOI of wet conveyed ash - NA

Dry conveyed LOI minimum value (percent) Dry conveyed LOI maximum value (percent) LOI of dry

conveyed bottom ash not monitored LOI of dry

conveyed bottom ash - NA Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-39 Project description for each subcategory of capital costs in Table C-27 Cost for system as originally installed Cost for modifications to the system Year on which original cost is based Year on which m odifications cost is based Plant identification number Steam electric generating ID CBI designation checkbox for QC3-35 Ty pe of bottom ash handling conveyance components Description of other ty pe of bottom ash handling conveyance components Number of conveyance components in the system Capacity of conveyance components in the system Capacity units of conveyance component in the system Other unit of conveyance component in the system Plant identification number Steam electric generating unit ID Bottom ash conveyance system planned CBI designation checkbox for QC3-36 Block diagram of the entire bottom ash handling system is attached CBI designation checkbox for QC3-37 List of all major components in the bottom ash conveyance system that a contractor constructed/installed (or plans to) at the contractor's expense Contractor installed/will install all components identified in Btm_Cnvy _Cmpnts at the contractor's expense CBI designation checkbox for QC3-38 List of all major O&M activities of the bottom ash conveyance system that a contractor oversees (or plans to) at the contractor's expense Contractor oversees/will oversee all O&M activities in dealing with the conveyance portion of the bottom ash handling system at the contractor's expense CBI designation checkbox for QC3-39 Capital cost - hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox fro QC3-40 Are all m ajor components of the conveyance portion of the bottom ash handling system included in the capital costs reported in table Btm_Cnvy _Capital_Cost List of components included/excluded in the total capital cost in table Btm_Cnvy _Captial_Cost Plant identification number Steam electric generating unit ID CBI designation checkbox for QC3-41 Annual 2009 operating labor cost2009 Rate per hour (average rate of labor) operating labor

2009 Staffing (No. of workers) operating labor 2009 Staffing (Hours per day) operating labor 2009 Staffing (Days per year) operating labor Annual 2009 m aintenance labor 2009 Rate per hour (average rate of labor) maintenance labor 2009 Staffing (No. of workers) maintenance labor 2009 Staffing (Hours per day) maintenance labor 2009 Staffing (Days per year) maintenance labor Annual 2009 m aintenance material cost Annual 2009 energy

cost 2009 Rate $ per kW h energy 2009 Consumption (kW h/hr) energy Other (1) annual cost description Annual 2009 other (1) cost Other (2) annual cost description Annual 2009 other (2) cost Total 2009 Annual O&M Cost for Conveyance Plant identification number CBI designation checkbox for QC3-33 Destination of marketed dry bottom ash Ty pical percent moisture of dry bottom ash 2005 tons of dry

bottom ash (dry

basis) 2005 gross revenue generated 2007 tons of dry

bottom ash (dry

basis) 2007 gross revenue generated 2009 tons of dry

bottom ash (dry

basis) 2009 gross revenue generated Plant identification number Storage ID from Storage Destination table in Code Tables tab CBI designation checkbox for QC3-47 (Table C-30) Project description for each subcategory of capital costs in Table C-30 Project description for each subcategory of capital costs in Table C-27 Cost for modifications to the system Year on which original cost is based Year on which m odifications cost is based Plant identification number Storage ID from Storage Destination table in Code Tables tab CBI designation checkbox for C3-44 (table C-29) Individual com ponents of the intermediate storage destination Other ty pe of component of the intermediate storage destination Number of ty pe of intermediate storage component in the system Capacity of ty pe of intermediate storage component(s) Component capacity

units Other component capacity unitsPlant identification number

Storage destination identification (from Storage Destinations in Code Tables tab) Storage destination ID is a planned destination CBI designation checkbox for QC3-42 List of Units that contribute to FA and BA shared storage Does this storage ID store both fly and bottom ash together? CBI designation checkbox for QC3-43 Is the final storage destination a pond/impoundment? CBI designation checkbox for QC3-45 All m ajor components of this Storage ID that contractors(s) constructed or installed at the contractors expense. Contractor installed/will install ALL components in Btm_Storage_Cmpnts at the contractor's expense CBI designation checkbox for QC3-46 All O&M activities that contactor(s) oversee/will oversee at the contractor's expense. Contractor oversees/will oversee ALL operations at the contractor's expense CBI designation checkbox for QC3-47 Hired outside engineering firm to oversee design and/or installation of system CBI designation checkbox for QC3-8 Are all m ajor components of the storage ID included in Btm_Storage_Capitcal_Cost If not, list of what is and what is not included in the costs from Btm_Storage_Capital_Cost Plant identification number Storage ID from Storage Destination table in Code Tables tab CBI designation checkbox for QC3-49 2009 Annual cost for operating labor - water trucks only 2009 Rate per hour (average rate of labor) for operating labor - water trucks only 2009 Staffing (No. of workers) for operating labor - water trucks only 2009 Staffing (hours per day) for operating labor - water trucks only 2009 Staffing (days per year ) for operating labor - water trucks only 2009 Annual cost for operating labor (all other) 2009 Rate per hour (average rate of labor) for operating labor (all other) 2009 Staffing (No. of workers) for operating labor (all other) 2009 Staffing (hours per day) for operating labor (all other) 2009 Staffing (days per year ) for operating labor (all other) 2009 Annual cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (days per year ) for maintenance labor 2009 Annual cost for maintenance materials 2009 Annual cost for energy 2009 rate per kW h for energy 2009 consumption kW h/hr for energy Other (1) description of 2009 annual cost 2009 Annual Other (1) cost Other (2) description of 2009 annual cost 2009 Annual Other (2) costTotal 2009 Annual Cost - Intermediate Storage

Plant identification number CBI designation checkbox for QC3-55 Project description for each subcategory of capital costs in Table C-27 Cost for system as originally installed Cost for modifications to the system Year on which original cost is based Year on which m odifications cost is based Plant identification number CBI designation checkbox for QC3-50 Does the plant use the same transport and disposal methods for both fly and bottom ash Units contributing FA and BA to transport and disposal system CBI designation checkbox for Q3-51 Is a pond/impoundment the final destination of all bottom ash collected by the plant? CBI designation checkbox for Q3-52 Trucks are used to transport the collected bottom ash to final disposal Number of trucks used Trucks were purchased Trucks are leased Trucks are contracted out Rail cars are used to transport the collected bottom ash to the final disposal Number of rail cars used Rail cars were purchased Rail cars are leased Rail cars are contracted out Other method used to transport collected bottom ash to final disposal Description of other transport method CBI designation checkbox for Q3-53 List all of the major components for transport and disposal that a contractor installed/will install at their expense Contractor installed/will install all ash transport/disposal equipment at the contractors expense CBI designation checkbox for QC3-54 List of all the O&M activities for transport and disposal that a contractor oversees/will oversee at their expense Contractor oversees/will oversee all O&M at the contractors expense CBI designation checkbox for QC3-55 Hire outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for C3-56 Are all m ajor components listed included in the cost reported in Btm_Trspt_Disp_Capital_Cost If no, list of what is and what is not included in the capital cost in Btm_Trspt_Disp_Capital_Cost Plant identification number CBI designation checkbox for QC3-57 Annual 2009 Cost for operating labor - trucks/rail cars/other transport 2009 Rate per hour (average rate of labor) for operating labor - trucks/rail cars/ other transport 2009 Staffing (No. of workers) for operating labor - trucks/rail cars/ other transport 2009 Staffing (hours per day) for operating labor - trucks/rail cars/ other transport 2009 Staffing (days per year) for operating labor - trucks/rail cars/ other transportTransport Rate (Loads per day)

Transport Rate (Days per year) Annual 2009 Cost for operating labor - all other 2009 Rate per hour (average rate of labor) for operating labor - all other 2009 Staffing (No. of workers) for operating labor - all other 2009 Staffing (hours per day) for operating labor - all other 2009 Staffing (days per year) for operating labor - all other Annual 2009 Cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (days per year) for maintenance labor 2009 Annual cost for maintenance materials 2009 Annual energy

costs 2009 rate per kW h for energy 2009 consumption kW h/hr for energy 2009 Annual cost for ash removal/disposal fee 2009 Other (1) annual cost Description of other (1) annual cost 2009 Other (2) annual cost Description of other (2) annual cost Total 2009 Annual Cost for transport and disposal Plant identification number CBI designation checkbox for QC3-34 Destination market of wet bottom ash Ty pical percent moisture of wet bottom ash 2005 tons of wet bottom ash (dry basis) 2005 gross revenue generated 2007 tons of wet bottom ash (dry basis) 2007 gross revenue generated 2009 tons of wet bottom ash (dry basis) 2009 gross revenue generated Plant identification number. Carbon Capture System identification number. CBI designation checkbox for Q A11-1, Table A-15. Indicates whether the carbon capture system was either operating in 2009 or is planned. Indicates the ty pe of carbon capture control system. SE Unit 1 corresponds to the carbon capture system. SE Unit 2 corresponds to the carbon capture system. SE Unit 3 corresponds to the carbon capture system. SE Unit 4 corresponds to the carbon capture system. SE Unit 5 corresponds to the carbon capture system. SE Unit 6 corresponds to the carbon capture system. SE Unit 7 corresponds to the carbon capture system.SE Unit 8 corresponds to the carbon capture system.

SE Unit 9 corresponds to the carbon capture system. SE Unit 10 corresponds to the carbon capture system. Description of other SE Unit(s) that correspond to the carbon capture system. Month of installation of carbon capture system. Year of installation of carbon capture system. Indicates whether the carbon capture system is full scale or pilot scale. The percent of flue gas treated by the carbon capture system. Plant identification number. CBI designation checkbox for Q A11-2. Description of all pilot and full scale carbon capture control processes that the plant is currently operating, constructing/installing, or planning to construct/install by Dec 31, 2010. CBI designation checkbox for Q A11-3. Yes/no response to whether the plant has ever operated any full or pilot scale carbon capture control systems that evaluated the process wastewaters generated by the technology

. CBI designation checkbox for Q A11-4. Name of company

whose carbon capture control system technology was tested. State date of the carbon capture control system study

. End date of the carbon capture control system study

. The plant attached the final technical evaluation report. The plant did not attach the final technical evaluation report. Explanation for why

the plant did not attach the final technical evaluation report. CBI designation checkbox for Q A11-5. The ty pical flow volum e of process wastewater generated from the carbon capture system in gpm. The ty pical flow volum e of process wastewater generated from the carbon capture system in hpd. The ty pical flow volum e of process wastewater generated from the carbon capture system in dpy

. CBI designation checkbox for Q A11-6. Yes/no response to whether characterization samples of the carbon capture wastewater collected during the study

. The plant attached the analy tical results of the carbon capture wastewater characterization. The plant did not attach the analy tical results of the carbon capture wastewater characterization. Explanation for why

the plant did not attached the analy tical results of the carbon capture wastewater characterization. Plant identification number. Pond/im poundm ent system identification. CBI designation checkbox for QD4-14. Date pond was closed. Life of pond unit in actual years. Number of cells in pond unit. CBI designation checkbox for QD4-16. Yes/no if pond has a liner. CBI designation checkbox for QD4-17. Yes/no if pond has a cap/cover. CBI designation checkbox for QD4-18. Yes/no if the pond was expanded during its life. CBI designation checkbox for QD4-19. Indication of type of expansion: lateral, vertical, or both.CBI designation checkbox for QD4-20.

Plant provided description of expansions since 1/1/2000. Total cost of expansions since 1/1/2000. CBI designation checkbox for qD4-21. Yes/no if the plant has a closure plan for the pond unit. CBI designation checkbox for QD4-22. Plant provided description of closure plan. Checkbox to indicate if closure plan is attached. CBI designation checkbox for QD4-23. Yes/no if plant has built any structures on top of closed pond. Plant provided description of structure and challenges in building on closed pond. CBI designation checkbox for QD4-24. Yes/no if plant performs or intends to perform long-term groundwater, soil, or overflow monitoring of pond. Description of monitoring plan. Plant identification number. Pond/im poundm ent identification. CBI designation checkbox for QD4-17. Cap/cover layer number (numbered from inner to outer layer). Ty pe of cap/cover: compacted clay , geosy nthetic clay , vegetative, HPDE, or other. Plant provided explanation for 'other'. Thickness of cap/cover in cm. Permeability

of cap/cover in cm/sec. Plant identification number. Pond/im poundm ent system identification. CBI designation checkbox for QD4-15. Status of dimension: original or end of life. Volum e of pond unit in ft3. Surface area of pond in ft2. Bottom elevation of pond in ft. Top elevation of pond in ft, height of berm/dam. Freeboard height in ft. Maximum height of berm/dams above grade in ft. Total amount of solids placed in the pond in tons. Pond identification number. Pond/im poundm ent identification. CBI designation checkbox for QD4-16. Liner layer number (numbered from inner to outer layer). Ty pe of liner: compacted clay , geosy nthetic clay , HPDE, or other. Plant provided explanation for 'other'. Thickness of liner layer in cm. Permeability

of liner layer in cm/sec. Plant identification number. CBI designation checkbox for Q A13-1. Yes/no response to whether the plant stores of processes any coal on-site in 2009. CBI designation checkbox for Q A13-2.The amount in gpy of coal pile runoff discharge in 2009. The number of days of coal pile runoff discharge in 2009. CBI designation checkbox for Q A13-3. Yes/no response to whether coal pile runoff was monitored for pH. Minim um pH of coal pile runoff in standard units. Maximum pH of coal pile runoff in standard units. Median pH of coal pile runoff in standard units. CBI designation checkbox for Q A13-4. Yes/no question to whether coal pile runoff is transferred to a pond/impoundment. The coal pile runoff is transferred to a segregated pond/impoundment. The segregated pond/impoundment unit ID to which the coal pile runoff is transferred. The coal pile runoff is transferred to a commingled pond/impoundment. The commingled pond/impoundment unit ID to which the coal pile runoff is transferred. CBI designation checkbox for Q A13-5. The coal pile runoff is immediately recycled back to a plant process. The coal pile runoff is immediately reused in fly

or bottom ash sluicing. The coal pile runoff is immediately reused in flue gas desulfurization processes. the coal pile runoff is immediately recycled back to another plant process. Description of the other plant process the coal pile runoff is immediately recycled back to. The coal pile runoff is transferred to an on-site treatment system. The coal pile runoff is treated by a settling pond. The coal pile runoff is treated by pH adjustment. The coal pile runoff is treated by a chemical precipitation system. The coal pile runoff is treated by constructed wetlands. The coal pile runoff is treated by another treatment system. Description of the other treatment system that treats coal pile runoff. The coal pile runoff is discharged to surface water. The NPDES permitted outfall number to which the coal pile runoff is discharged to. The coal pile runoff is indirectly discharged to a publically or privately

owned treatm ent works. The coal pile runoff is transferred to another destination. Description of the other destination the coal pile runoff is transferred to. CBI designation checkbox for Q A13-6. Yes/no response to whether the plant washes coal on site. The average volume in gpm of coal wash water generated by the plant. The average duration in hpd of coal wash water generation. The average frequency in dpy of coal wash water generation. CBI designation checkbox for Q A13-7. The coal wash water is immediately recycled back to a plant process. The coal wash water is reused in fly or bottom ash sluicing. The coal wash water is reused in flue gas desulfurization processes. The coal wash water is recycled to another plant process. Description of the other plant process to which the coal wash water is recycled. The coal wash water is transferred to a pond/impoundment. The pond/impoundment IDs that the coal wash water is transferred to. The coal wash water is transferred to an on-site treatment system.The coal wash water is treated with a settling pond.

The coal wash water is treated with an aerobic biological reactor. The coal wash water is treated with an anaerobic biological reactor. The coal wash water is treated with a chemical precipitation system. The coal wash water is treated with constructed wetlands. The coal wash water is treated with another treatment technology

. Description of the other coal wash water treatment technology

. The coal wash water is discharged to surface water. The NPDES permitted outfall number to which the coal wash water is discharged. The coal wash water is indirectly discharged to a publically or privately

owned treatm ent works. The coal wash water is transferred to another destination. Description of the other destination that the coal wash water is transferred to. CBI designation checkbox for Q A13-8. Yes/no response to whether the plant blended more than one type of coal together on site during 2009. CBI designation checkbox for Q A13-9. Yes/no response to whether the plant generates any process wastewater associated with the blending of the coals in 2009. The volume of process wastewater generated by the blending of coal in 2009. The units that the volume of process wastewater generated by the blending of coal in 2009 is in. The number of days that process wastewater was generated by the blending of coal in 2009. CBI designation checkbox for Q A13-10. Yes/no response to whether the plant pulverized coal for use in any boiler in 2009. CBI designation checkbox for Q A13-11. Yes/no response to whether any water was used in the coal pulverization process, other than that used for sluicing mi ll rejects. The volume of coal pulverization process wastewater generated in 2009. The units the volume of coal pulverization process wastewater generated in 2009 is in. The number of days that coal pulverization process wastewater was generated in 2009 CBI designation checkbox for Q A13-12. Yes/no response to whether mill rejects sluiced in 2009. The volume of mill rejects sluice water generated in 2009. The units the volume of mill rejects sluice water generated in 2009 is in. The number of days mill rejects sluice water was generated in 2009. CBI designation checkbox for Q A13-13. Response to whether mill rejects were sluiced separately or were sluiced with fly and/or bottom ash. CBI designation checkbox for Q A13-14. Response to whether mill rejects py ritic. CBI designation checkbox for Q A13-15. Mill rejects are stored in/transferred to a pond/impoundment reported in Table A-4. The amount of mill rejects in tons per day that are stored in/transferred to a pond/impoundment. Mill rejects are combined with fly ash in pond/impoundment. Mill rejects are combined with bottom ash in pond/impoundment. Mill rejects are not combined with fly or bottom ash in pond/impoundment. Mill rejects are stored in/transferred to a landfill reported in Table A-6 The amount of mill rejects in tons per day that are stored in/transferred to a landfill.Mill rejects are hauled off site for disposal.

The amount of mill rejects in tons per day that are hauled off site for disposal. Mill rejects are transferred to another destination. Description of the other destination that mill rejects are transferred to. The amount of mill rejects in tons per day that are transferred to this other destination. CBI designation checkbox for Q A13-16. Response to whether the plant gasified coal, petroleum coke, or oil to operate an IGCC generating unit during 2009. CBI designation checkbox for Q A13-17. Response to whether the plant is currently operating, currently

constructing/installing, or planning to construct/install by

December 31, 2015 an IGCC generating unit that was not in operation during 2009 Plant identification number. EPA-assigned Cooling System ID for systems the plant is currently constructing/installing or planning to construct/install by

December 31, 2015. CBI designation checkbox for A7-1. Ty pe of condenser cooling system. Description of the Other ty pe of cooling system. Checkbox for steam electric unit 1. Checkbox for steam electric unit 2. Checkbox for steam electric unit 3. Checkbox for steam electric unit 4. Checkbox for steam electric unit 5. Checkbox for steam electric unit 6. Checkbox for steam electric unit 7. Checkbox for steam electric unit 8. Checkbox for steam electric unit 9. Checkbox for steam electric unit 10. Checkbox for steam electric unit A. Checkbox for steam electric unit B. Checkbox for steam electric unit C. Checkbox for steam electric unit D. Trade name of the first chemical additive added to the cooling system and make-up water system. Manufacturer of the first chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the first chemical additive added to the cooling system and make-up water system. Trade name of the second chemical additive added to the cooling system and make-up water system. Manufacturer of the second chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the second chemical additive added to the cooling system and make-up water system. Trade name of the third chemical additive added to the cooling system and make-up water system. Manufacturer of the third chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the third chemical additive added to the cooling system and make-up water system. Trade name of the fourth chemical additive added to the cooling system and make-up water system. Manufacturer of the fourth chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the fourth chemical additive added to the cooling system and make-up water system. Trade name of the fifth chemical additive added to the cooling system and make-up water system. Manufacturer of the fifth chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the fifth chemical additive added to the cooling system and make-up water system.Ty pical amount of process wastewater generated/blow down from cooling system (gpm).

Ty pical duration of generation/blowdown (hpd). Ty pical frequency

of generation/blowdown (dpy). Plant identification number. CBI designation checkbox for A7-2. The plant used waste stream monitoring to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant does not operate cooling towers. The plant used certification from supplier to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant used engineering calculations to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant does not have priority pollutant lim its on cooling tower blowdown. The plant used another method to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems. Description of the other method used. CBI designation checkbox for A7-3. The Yes/No response to if the POTW effluent used in the cooling water system. Plant identification number Steam electric generating unit ID CBI designation checkbox for QC4-1 Is economizer ash form this unit collected with air heater ash CBI designation checkbox for QC4-2 Method of handling economizer ash If segregated from FA and BA, how was it handled CBI designation checkbox for QC4-3 Identify how the economizer ash is combined with fly ash and/or bottom ash Description of other method of combining economizer with FA and/or BA CBI designation checkbox for QC4-4 Am ount of economizer ash (tpd - dry weight basis) Frequency

of economizer ash collection (dpy) CBI designation checkbox for QC4-5 Is process wastewater generated from the handling of economizer ash Volum e of wastewater generated (gpd) Frequency

of wastewater generated (over _____ days) Destination of the economizer ash wastewater generated CBI designation checkbox for QC4-6 Economizer ash stored in a landfill in Table A-6 Percentage of economizer ash stored in a landfill in Table A-6 Economizer ash stored in a pond reported in Table A-4 Percentage of economizer ash stored in a pond reported in Table A-4 Economizer ash is stored in a landfill not reported in Table A-6 Percentage of economizer ash not stored in a landfill reported in Table A-6 Economizer ash is hauled off site (to be marketed) Percentage of economizer ash hauled off site to be marketed Economizer ash is hauled of site (to be given away)Percentage of economizer ash hauled off site to be given away

Other destination of economizer ash Description of other destination of economizer ash Percentage of economizer ash in other destination Plant identification number. CBI designation checkbox for Q3-1/ Table B-3 Additive used or planned to be used in FGD system Additive is Used or is Planned to be Used in FGD System(s) 1 Additive is Used or is Planned to be Used in FGD System(s) 2 Additive is Used or is Planned to be Used in FGD System(s) 3 Additive is Used or is Planned to be Used in FGD System(s) 4 Additive is Used or is Planned to be Used in FGD System(s) 5 Additive is Used or is Planned to be Used in FGD System(s) 6 Additive is Used or is Planned to be Used in FGD System(s) A Additive is Used or is Planned to be Used in FGD System(s) B Additive is Used or is Planned to be Used in FGD System(s) C Purpose of additive is to increase sulfur dioxide removal Purpose of additive is to inhibit oxidation of FGD solids Purpose of additive is to increase mercury removal Purpose of additive is as a scale inhibitor Purpose of additive is as a defoaming agent Other purpose of additive Other purpose of additive description Plant identification number. Flue gas desulfurization unit identification number. CBI designation checkbox for Q B8-2. Indicates how the FGD solids are removed from the flue gas. Description of how the FGD solids are removed from the flue gas if plant does not use an ESP or fabric filter. CBI designation checkbox for Q B8-3. Indicates if the FGD system is located upstream or downstream of the fly ash collection system. CBI designation checkbox for Q B8-4. There is a maximum chlorides concentration limit that determines whether a water source can be used as FGD reagent preparation water. Maximum chlorides concentration that is acceptable for a water source used as FGD reagent preparation water. There is a solids percentage limit that determines whether a water source can be used as FGD reagent preparation water. Maximum solids percentage that is acceptable for a water source used as FGD reagent preparation water. There are other criteria that determines whether a water source can be used as FGD reagent preparation water. Description of other criteria that determines if a water source is acceptable for use as FGD reagent preparation water. CBI designation checkbox for Q B8-5. Flow rate in gpm of the FGD reagent preparation water for 2009. Flow duration in hpd of the FGD reagent preparation water for 2009. Flow frequency

in dpy of the FGD reagent preparation water for 2009. CBI designation checkbox for Q B8-6. The source of FGD reagent preparation water is raw intake water. The source of FGD reagent preparation water is intake water that has been treated on-site.The source of FGD reagent preparation water is a process wastewater.

The process wastewater selected from the dropdown menu that is used as a source of FGD reagent preparation water. Description of the process wastewater that is used as a source of FGD reagent preparation water if the process wastewater is not specified in the dropdown menu. Checkbox indicating that the source of FGD reagent preparation water is another source. Description of the other source used as the FGD reagent preparation water. CBI designation checkbox for Q B8-11. Chlorides content affects the ability of dry FGD solids to be marketed, sold, or given away Maximum chlorides concentration limit in ppm for marketing, selling, or giving away dry FGD solids. Moisture content affects the ability of dry FGD solids to be marketed, sold, or given away Maximum moisture content limit in ppm for marketing, selling, or giving away dry FGD solids. Another parameter affects the ability of dry FGD solids to be marketed, sold, or given away

. Description of the other parameter that affects the ability of dry FGD solids to be marketed, sold, or given away

. Maximum other parameter concentration limit in ppm for marketing, selling, or giving away dry FGD solids. Industries to which the FGD solids are marketed have not specified standards. FGD solids are not marketed, sold, or given away

. Plant identification number FGD system identification number. CBI designation checkbox for QB8-14, Table B-12 Total cost for solids separation for dry FGD in 2005 Total cost for solids separation for dry FGD in 2007 Total cost for solids separation for dry FGD in 2009 Total cost for solids dewatering for dry FGD in 2005 Total cost for solids dewatering for dry FGD in 2007 Total cost for solids dewatering for dry FGD in 2009 Total cost for hauling FGD solids for dry FGD in 2005 Total cost for hauling FGD solids for dry FGD in 2007 Total cost for hauling FGD solids for dry FGD in 2009 Total cost for on site disposal for dry FGD in 2005 Total cost for on site disposal for dry FGD in 2007 Total cost for on site disposal for dry FGD in 2009 Total cost for off site disposal for dry FGD in 2005 Total cost for off site disposal for dry FGD in 2007 Total cost for off site disposal for dry FGD in 2009 Description of Other 1 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 1 for dry FGD in 2005 Total cost of Other 1 for dry FGD in 2007 Total cost of Other 1 for dry FGD in 2009 Description of Other 2 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 2 for dry FGD in 2005 Total cost of Other 2 for dry FGD in 2007 Total cost of Other 2 for dry FGD in 2009 Description of Other 3 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 3 for dry FGD in 2005 Total cost of Other 3 for dry FGD in 2007Total cost of Other 3 for dry FGD in 2009 Total 2005 costs incurred to remove or dispose of dry FGD solids Total 2007 costs incurred to remove or dispose of dry FGD solids Total 2009 costs incurred to remove or dispose of dry FGD solids Plant identification number. Flue gas desulfurization unit identification number. CBI designation checkbox for QB8-12, Table B-10 Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2005. Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2007. Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2009. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2005. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2007. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2009. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2005. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2007. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2009. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2005. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2007. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2009. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2005. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2007. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2009. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2005. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2007. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2009. Am ount of dry

FGD solids marketed and sold in 2005. Am ount of dry

FGD solids marketed and sold in 2007. Am ount of dry

FGD solids marketed and sold in 2009. Am ount of dry

FGD solids given away in 2005. Am ount of dry

FGD solids given away in 2007. Am ount of dry

FGD solids given away in 2009. Description of Other Destination 1 for the dry FGD solids. Am ount of dry

FGD solids sent to Other Destination 1 in 2005. Am ount of dry

FGD solids sent to Other Destination 1 in 2007. Am ount of dry

FGD solids sent to Other Destination 1 in 2009. Description of Other Destination 2 for the dry FGD solids. Am ount of dry

FGD solids sent to Other Destination 2 in 2005. Am ount of dry

FGD solids sent to Other Destination 2 in 2007. Am ount of dry

FGD solids sent to Other Destination 2 in 2009. Plant identification number. Flue gas desulfurization unit identification number. CBI designation checkbox for Q B8-13, Table B-11 Destination (1) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (1) in 2005 Revenue from dry

FGD solids sold to destination (1) in 2005Tons of dry FGD solids sold to destination (1) in 2007 Revenue from dry

FGD solids sold to destination (1) in 2007 Tons of dry

FGD solids sold to destination (1) in 2009 Revenue from dry

FGD solids sold to destination (1) in 2009 Destination (2) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (2) in 2005 Revenue from dry

FGD solids sold to destination (2) in 2005 Tons of dry

FGD solids sold to destination (2) in 2007 Revenue from dry

FGD solids sold to destination (2) in 2007 Tons of dry

FGD solids sold to destination (2) in 2009 Revenue from dry

FGD solids sold to destination (2) in 2009 Destination (3) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (3) in 2005 Revenue from dry

FGD solids sold to destination (3) in 2005 Tons of dry

FGD solids sold to destination (3) in 2007 Revenue from dry

FGD solids sold to destination (3) in 2007 Tons of dry

FGD solids sold to destination (3) in 2009 Revenue from dry

FGD solids sold to destination (3) in 2009 Destination (4) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (4) in 2005 Revenue from dry

FGD solids sold to destination (4) in 2005 Tons of dry

FGD solids sold to destination (4) in 2007 Revenue from dry

FGD solids sold to destination (4) in 2007 Tons of dry

FGD solids sold to destination (4) in 2009 Revenue from dry

FGD solids sold to destination (4) in 2009 Destination (5) of dry

FGD solids marketed. Description of Destination (5) of dry FGD solids marketed if destination not specified in dropdown menu. Tons of dry

FGD solids sold to destination (5) in 2005 Revenue from dry

FGD solids sold to destination (5) in 2005 Tons of dry

FGD solids sold to destination (5) in 2007 Revenue from dry

FGD solids sold to destination (5) in 2007 Tons of dry

FGD solids sold to destination (5) in 2009 Revenue from dry

FGD solids sold to destination (5) in 2009 Destination (6) of dry

FGD solids marketed. Description of Destination (6) of dry FGD solids marketed if destination not specified in dropdown menu. Tons of dry

FGD solids sold to destination (6) in 2005 Revenue from dry

FGD solids sold to destination (6) in 2005 Tons of dry

FGD solids sold to destination (6) in 2007 Revenue from dry

FGD solids sold to destination (6) in 2007 Tons of dry

FGD solids sold to destination (6) in 2009 Revenue from dry

FGD solids sold to destination (6) in 2009 Plant identification number. CBI designation checkbox for Q B8-7. Yes/no response indicating whether FGD wastewater is generated from the operation of the dry FGD scrubber. CBI designation checkbox for Q B8-8.Wa stewater from the dry FGD is immediately

recycled back to the plant. Description of the plant process that the wastewater from the dry FGD is immediately

recycled back to. Wa stewater from the dry FGD is transferred to a treatment system. Wa stewater from the dry FGD is treated by

a settling pond. Wa stewater from the dry FGD is treated by

a chemical precipitation system. Wa stewater from the dry FGD is treated by

an aerobic biological reactor system. Wa stewater from the dry FGD is treated by

an anaerobic biological reactor system. Wa stewater from the dry FGD is treated by

constructed wetlands. Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) with a spray dryer. Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) with a crystallizer. Wa stewater from the dry FGD treated by

another process. Description of the other process used to treat the wastewater from the dry FGD. Wa stewater from the dry FGD is discharged to surface water. The NPDES permitted outfall number to which the plant discharges the wastewater from the dry FGD. Wa stewater from the dry FGD is transferred to a publically or privately

owned treatm ent works. Wa stewater from the dry FGD is injected into a deep well. Wa stewater from the dry FGD is transferred to another location. Description of other destination to which the wastewater from the dry FGD is transferred. CBI designation checkbox for Q B8-9. Yes/no response to whether any FGD wastewater is generated from cleaning the dry FGD scrubber. The volume in gpd of FGD wastewater generated from cleaning the dry FGD scrubber in 2009. The number of days FGD wastewater was generated from cleaning the dry FGD scrubber in 2009. CBI designation checkbox for Q B8-10. Wa stewater from cleaning the dry FGD scrubber is immediately recycled back to the plant. Description of the plant process that the wastewater from cleaning the dry FGD scrubber is immediately recycled back to. Wa stewater from cleaning the dry FGD scrubber is transferred to a treatment system. Wa stewater from cleaning the dry FGD scrubber is treated with a settling pond. Wa stewater from cleaning the dry FGD scrubber is treated with a chemical precipitation system. Wa stewater from cleaning the dry FGD scrubber is treated with an aerobic biological reactor. Wa stewater from cleaning the dry FGD scrubber is treated with an anaerobic biological reactor. Wa stewater from cleaning the dry FGD scrubber is treated with constructed wetlands. Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator). Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator) with a spray dryer. Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator) with a crystallizer. Wa stewater from cleaning the dry FGD scrubber is treated with another technology

. Description of the other technology that is used to treat the wastewater from cleaning the dry FGD scrubber. Wa stewater from cleaning the dry FGD scrubber is discharged to surface water. The NPDES permitted outfall number to which the plant discharges the wastewater from cleaning the dry FGD scrubber. Wa stewater from cleaning the dry FGD scrubber is transferred to a publically or privately

owned treatm ent works. Wa stewater from cleaning the dry FGD scrubber is injected into a deep well. Wa stewater from cleaning the dry FGD scrubber is transferred to another destination. Description of other destination to which the wastewater from cleaning the dry FGD scrubber is transferred.Plant identification number.

CBI designation checkbox for QB1-1 Designates if the plant operates, is constructing, or planning to construct a FGD system (QB1-1) CBI designation checkbox for QB4-1 Designates if the plant operates a wet FGD system (QB4-1) CBI designation checkbox for QB8-1 Designates if the plant operates a dry FGD system (QB8-1) Plant identification number CBI designation checkbox for QB7-7 Are gy psum related wastewaters produced at the plant? Ty pical volum e of gy psum related wastewaters produced (gpm) Ty pical frequency

of gy psum related wastewaters produced (dpy) CBI designation checkbox for QB7-7 Gy psum related waters are reused in FGD process Gy psum related waters are reused in other process operations Description of gy psum related waters reused in plant operations Transferred to a treatment system in Tables D-1 or D-2 Settling pond Chemical precipitation Biological reactor - aerobic Biological reactor - anaerobic Construction wetlands Mechanical vapor compression (bring concentrator) Mechanical vapor compression (bring concentrator) - spray dryer Mechanical vapor compression (bring concentrator) - with crystallizer Other treatment system for gy psum related wastewaters Description of other treatment system Gy psum related wastewaters discharged via NPDES outfall NPDES outfall number Gy psum related wastewaters sent to POTW Other destination of gy psum related wastewaters Description of other destination of gy psum related wastewaters Plant identification number CBI designation checkbox for QB6-1 Plant collected monitoring data for untreated FGD scrubber purge (or slurry discharge) in the 12 months prior to receiving this questionnaire Plant identification number CBI designation checkbox for QB6-2 FGD scrubber purge data associated with FGD-1 FGD scrubber purge data associated with FGD-2 FGD scrubber purge data associated with FGD-3 FGD scrubber purge data associated with FGD-4 FGD scrubber purge data associated with FGD-5 FGD scrubber purge data associated with FGD-6 FGD scrubber purge data associated with SE Unit 1FGD scrubber purge data associated with SE Unit 2

FGD scrubber purge data associated with SE Unit 3 FGD scrubber purge data associated with SE Unit 4 FGD scrubber purge data associated with SE Unit 5 FGD scrubber purge data associated with SE Unit 6 FGD scrubber purge data associated with SE Unit 7 FGD scrubber purge data associated with SE Unit 8 FGD scrubber purge data associated with SE Unit 9 FGD scrubber purge data associated with SE Unit 10 Plant identification number CBI designation checkbox for QC6-2 Analy te CAS Number Measured Value - BDL Measured Value - value Measured Value - units Analy tical Method Method detection limit - value Method detection limit - unit Reporting lim it -value Reporting lim it - unit Date sample collected Sam ple location Collected as grab or composite Description of qualifiers Analy zed as Total Recoverable or Dissolved (only answer for metals) Flow rate of FGD scrubber purge (or slurry discharge) at time of sampling (gpm) Plant identification number. FGD system identification number. CBI designation checkbox for QB2-1/Table B-2 Planned solids handling for the FGD slurry blowdown Designates whether system will generate FGD scrubber purge (or slurry discharge)? Designates whether the FGD scrubber purge (or slurry discharge) will be treated by new or existing treatment system Ty pe of wastewater treatment system planned to treat FGD scrubber purge (or slurry discharge) Design flow rate for FGD treatment system - max gpm Design flow rate for FGD treatment system - 24 hour daily average gpm Estimated Date the New FGD Treatment System W ill be Brought On Line (or Date FGD Scrubber Purge (or Slurry Discharge) W ill be Transferred to Existing System) (month/year) Plant identification number. FGD system identification number. CBI designation checkbox for Q1-2/ Table B-1 Date System Initially

Brought On Line, or Planned to be Brought On Line (month/year) SE unit 1 from Table A-8 serviced by this FGD system SE unit 2 from Table A-8 serviced by this FGD system SE unit 3 from Table A-8 serviced by this FGD systemSE unit 4 from Table A-8 serviced by this FGD system SE unit 5 from Table A-8 serviced by this FGD system SE unit 6 from Table A-8 serviced by this FGD system SE unit 7 from Table A-8 serviced by this FGD system SE unit 8 from Table A-8 serviced by this FGD system SE unit 9 from Table A-8 serviced by this FGD system SE unit 10 from Table A-8 serviced by this FGD system SE unit A from Table A-9 serviced by this FGD system SE unit B from Table A-9 serviced by this FGD system SE unit C from Table A-9 serviced by this FGD system SE unit D from Table A-9 serviced by this FGD system Designates whether the system generate a FGD Slurry Blowdown (or slurry

discharge) stream (i.e., is it a wet system) Ty pe of Oxidation (Forced, Natural, or Inhibited) Ty pe of FGD System Description of FGD system if state other in FGD_ty pe Prim ary ty pe of sorbent Description of primary

ty pe of sorbent if state other in sorbent_1 Secondary

ty pe of sorbent Description of secondary ty pe of sorbent if state other in sorbent_2 Tertiary ty pe of sorbent Description of tertiary

ty pe of sorbent if state other in sorbent_3 Quaternary

ty pe of sorbent Description of quaternary ty pe of sorbent if state other in sorbent_4 Sulfur Dioxide Removal Efficiency (%) Plant identification number CBI designation checkbox for QB5-3 Chlorides content of untreated scrubber purge transferred to the wwt (ppm) Chlorides content of untreated scrubber purge transferred to the wwt (ppm) TSS concentration of untreated scrubber purge transferred to the wwt (ppm) TSS concentration of untreated scrubber purge transferred to the wwt (ppm) CBI designation checkbox for QB7-1 Does the plant transfer the FGD scrubber purge (or slurry discharge) to a settling pond? CBI designation checkbox for QB7-2 Fly ash sluice is commingled with FGD scrubber purge in the settling pond Bottom ash sluice is commingled with FGD scrubber purge in the settling pond Metal cleaning waste is commingled with FGD scrubber purge in the settling pond Mill reject sluice is commingled with FGD scrubber purge in the settling pond Boiler blowdown is com mi ngled with FGD scrubber purge in the settling pond Other process wastewater (1) commingled with FGD scrubber purge in the settling pond Description of other process wastewater (1) commingled with FGD scrubber purge in the settling pond Other process wastewater (2) commingled with FGD scrubber purge in the settling pond Description of other process wastewater (2) commingled with FGD scrubber purge in the settling pond FGD scrubber blowdown is not commingled with any process wastewaters in the settling pond CBI designation checkbox for QB7-3 "True" commingling in the pondFGD scrubber purge is treated in a FGD pond and subsequently commingled with ash water in designated ash pond FGD scrubber purge is not commingled with other wastewaters FGD scrubber purge wastewater is treated using a wastewater treatment system other than a pond and subsequently

commingled with ash water in a dedicated ash pond Other method of commingling FGD scrubber purge and BA or FA sluice Description of other method of commingling FGD scrubber purge and BA and FA sluice CBI designation checkbox for QB7-4 Settling pond wwt for FGD scrubber purge Biological reactor - aerobic wwt for FGD scrubber purge Biological reactor - anaerobic wwt for FGD scrubber purge Chemical precipitation wwt for FGD scrubber purge Constructed wetlands wwt for FGD scrubber purge Mechanical vapor compression (brine concentrator) wwt for FGD scrubber purge Mechanical vapor compression (brine concentrator) with spray dryer for FGD scrubber purge Mechanical vapor compression (brine concentrator) with crystallizer for FGD scrubber purge Other wwt for FGD scrubber purge Description of wwt for FGD scrubber purge CBI designation checkbox for QB7-5 Scrubber purge is immediately recycled back to plant processes Description of recycled scrubber purge Scrubber purge discharges to NPDES outfall NPDES outfall number Discharged to POTW Deep well injection Other destination of FGD scrubber purge Description of other destination of FGD scrubber purge Plant identification number. FGD system identification number. CBI designation checkbox for QB4-3 FGD system maximum design chlorides concentration ppm (QB4-3) FGD equipment 1 that determines maximum design concentration (QB4-3) FGD equipment 1 material that determines maximum design concentration (QB4-3) FGD equipment 1 other description that determines maximum design concentration (QB4-3) FGD equipment 2 that determines maximum design concentration (QB4-3) FGD equipment 2 material that determines maximum design concentration (QB4-3) FGD equipment 2 other description that determines maximum design concentration (QB4-3) FGD equipment 3 that determines maximum design concentration (QB4-3) FGD equipment 3 material that determines maximum design concentration (QB4-3) FGD equipment 3 other description that determines maximum design concentration (QB4-3) FGD equipment 4 that determines maximum design concentration (QB4-3) FGD equipment 4 material that determines maximum design concentration (QB4-3) FGD equipment 4 other description that determines maximum design concentration (QB4-3) CBI designation checkbox for QB4-4 Chloride used to determine when FGD slurry is blown down (B4-4) Chloride concentration maintained less than - ppm (B4-4)Solids used to determine when FGD slurry is blown down (B4-4) Solids percentage maintained above -% (B4-4) Solids percentage maintained below -% (B4-4) Other parameters used to determine when FGD slurry is blown down (B4-4) Description of other parameters used to determine when FGD slurry is blown down (B4-4) CBI designation checkbox for QB4-5 Chlorides determine water source that can be used as FGD reagent preparation water or absorber make-up water (B4-5) Maximum chlorides concentration ppm (B4-5) Solids determine water source that can be used as FGD reagent preparation water or absorber make-up water (B4- 5) Maximum solids concentration percentOther parameters determine water source that can be used as FGD reagent preparation water or absorber makeup water Description of other parameters that determine water source that can be used as FGD reagent preparation water or absorber make-up water CBI designation checkbox for QB4-6 Mist elim inator wash water for the FGD system ty pical flow rate 2009 gpm (QB4-6) Mist elim inator wash water for the FGD system ty pical duration 2009 hpd (QB4-6) Mist elim inator wash water for the FGD system ty pical frequency 2009 dpy

(QB4-6) CBI designation checkbox for QB4-7 Reagent preparation water for the FGD system ty pical flow rate 2009 gpm (QB4-7) Reagent preparation water for the FGD system ty pical duration 2009 hpd (QB4-7) Reagent preparation water for the FGD system ty pical frequency 2009 dpy

(QB4-7) CBI designation checkbox for QB4-8 Reagent slurry

for the FGD system ty pical flow rate 2009 gpm (QB4-8) Reagent slurry

for the FGD system ty pical duration 2009 hpd (QB4-8) Reagent slurry

for the FGD system ty pical frequency 2009 dpy

(QB4-8) CBI designation checkbox for QB4-9 Absorber make-up water for the FGD system ty pical flow rate 2009 gpm (QB4-9) Absorber make-up water for the FGD system ty pical duration 2009 hpd (QB4-9) Absorber make-up water for the FGD system ty pical frequency 2009 dpy

(QB4-9) CBI designation checkbox for QB4-10 Raw intake water used as source for the mist eliminator wash water (B4-10) Treated intake water used as source for the mist eliminator wash water (B4-10) Process wastewater used as source for the mist eliminator wash water (B4-10) Description of process wastewater used as source for the mist eliminator wash water (B4-10) Description of other process wastewater used as source for the mist eliminator wash water (B4-10) Other source used for the mist eliminator wash water (B4-10) Description of other source used for the mist eliminator wash water (B4-10) CBI designation checkbox for QB4-11 Raw intake water used as source for the reagent preparation water (B4-11) Treated intake water used as source for the reagent preparation water (B4-11) Process wastewater used as source for the reagent preparation water (B4-11) Description of process wastewater used as source for the reagent preparation water (B4-11) Description of other process wastewater used as source for the reagent preparation water (B4-11) Other source used for the reagent preparation water (B4-11) Description of other source used for the reagent preparation water (B4-11)CBI designation checkbox for QB4-12

Raw intake water used as source for the absorber make-up water (B4-12) Treated intake water used as source for the absorber make-up water(B4-12) Process wastewater used as source for the absorber make-up water (B4-12) Description of process wastewater used as source for the absorber make-up water (B4-12) Description of other process wastewater used as source for the absorber make-up water (B4-12) Other source used for the absorber make-up water (B4-12) Description of other source used for the absorber make-up water (B4-12) CBI designation checkbox for QB4-13 Generate calcium sulfate (gy psum) (B4-13) Percentage of gy psum generated (B4-13) Generate calcium sulfite (B4-13) Percentage of calcium sulfite generated (B4-13) Generate other solids (B4-13) Description of other1 solids (B4-13) Percentage of other 1 solids generated (B4-13) Generate other solids (B4-13) Description of other2 solids (B4-13) Percentage of other 2 solids generated (B4-13) CBI designation checkbox for QB4-14 Designates if FGD solids combined with fly ash, bottom ash, or other material (QB4-14) CBI designation checkbox for QB4-15 Designates if cementitious/pozzolanic material produced with the FGD solids at the plant (QB4-15) CBI designation checkbox for QB4-16 Hydroclones used in solids separation of FGD slurry blowdown (QB4-16) Centrifuge used in solids separation of FGD slurry blowdown (QB4-16) Thickener used in solids separation of FGD slurry blowdown (QB4-16) Other method used in solids separation of FGD slurry blowdown (QB4-16) Description of other method used in solids separation of FGD slurry blowdown (QB4-16) Blowdown sent directly to a pond system (QB4-16) Blowdown sent directly to a wastewater treatment system (QB4-16) CBI designation checkbox for QB4-17 Vacuum drum filter used in solids dewatering of the FGD solids (B4-17) Vacuum belt filter used in solids dewatering of the FGD solids (B4-17) Gy psum stacking use in solids dewatering of the FGD solids (B4-17) Other method used in solids dewatering (B4-17) Description of other method used in solids dewatering (B4-17) CBI designation checkbox for QB4-18 Ty pical concentration of chlorides of the FGD solids produced (ppm) Minim um concentration of chlorides of the FGD solids produced (ppm) Maximum concentration of chlorides of the FGD solids produced (ppm) CBI designation checkbox for QB4-19 Chlorides affects the ability of FGD solids that can be marketed, sold, or given away Chloride content (ppm) of FGD solids that can be marketed, sold, or given away Moisture content affects the ability of FGD solids that can be marketed, sold, or given awayMoisture content (%) of FGD solids that can be marketed, sold, or given away

Other parameter affecting the marketability of the FGD solids Description of other FGD solids marketability parameter Other parameter (ppm) None - Industries to which the FGD solids are marketed has not specified standards N/A FGD solids are not marketed CBI designation checkbox for QB4-2 Minim um operating concentration of chlorides within the FGD scrubber absorber (QB4-2) Maximum operating concentration of chlorides within the FGD scrubber absorber (QB4-2) Plant identification number FGD system identification number. CBI designation checkbox for QB4-22 Total cost for solids separate 2005 Total cost for solids separate 2007 Total cost for solids separate 2009 Total cost for solids dewatering 2005 Total cost for solids dewatering 2007 Total cost for solids dewatering 2009 Total cost for hauling FGD solids 2005 Total cost for hauling FGD solids 2007 Total cost for hauling FGD solids 2009 Total cost of on site disposal 2005 Total cost of on site disposal 2007 Total cost of on site disposal 2009 Total cost of off site disposal 2005 Total cost of off site disposal 2007 Total cost of off site disposal 2009 Description (1) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (1) Total cost 2007 (1) Total cost 2009 (1) Description (2) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (2) Total cost 2007 (2) Total cost 2009 (2) Description (3) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (3) Total cost 2007 (3) Total cost 2009 (3) Total 2005 costs incurred to remove or dispose of wet FGD solids Total 2007 costs incurred to remove or dispose of wet FGD solids Total 2009 costs incurred to remove or dispose of wet FGD solids Plant identification number FGD system identification number. CBI designation checkbox for QB4-20Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2005 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2007 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2009 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2005 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2007 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2009 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2005 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2007 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2009 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2005 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2007 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2009 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2005 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2007 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2009 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2005 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2007 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2009 Am ount of wet FGD solids marketed and sold in 2005 Am ount of wet FGD solids marketed and sold in 2007 Am ount of wet FGD solids marketed and sold in 2009 Am ount of wet FGD solids given away in 2005 Am ount of wet FGD solids given away in 2007 Am ount of wet FGD solids given away in 2009 Description of other ultimate destination of wet FGD solids (1) Am ount of wet FGD solids 2005 - Other destination (1) Am ount of wet FGD solids 2007 - Other destination (1) Am ount of wet FGD solids 2009 - Other destination (1) Description of other ultimate destination of wet FGD solids (2) Am ount of wet FGD solids 2005 - Other destination (2) Am ount of wet FGD solids 2007 - Other destination (2) Am ount of wet FGD solids 2009 - Other destination (2) Plant identification number FGD system identification number. CBI designation checkbox for Q4-21 Destination (1) of wet FGD solids marketed Tons of wet FGD solids sold to destination (1) in 2005 Revenue from wet FGD solids sold to destination (1) in 2005 Tons of wet FGD solids sold to destination (1) in 2007 Revenue from wet FGD solids sold to destination (1) in 2007 Tons of wet FGD solids sold to destination (1) in 2009 Revenue from wet FGD solids sold to destination (1) in 2009 Destination (2) of wet FGD solids marketed Tons of wet FGD solids sold to destination (2) in 2005 Revenue from wet FGD solids sold to destination (2) in 2005Tons of wet FGD solids sold to destination (2) in 2007

Revenue from wet FGD solids sold to destination (2) in 2007 Tons of wet FGD solids sold to destination (2) in 2009 Revenue from wet FGD solids sold to destination (2) in 2009 Destination (3) of wet FGD solids marketed Tons of wet FGD solids sold to destination (3) in 2005 Revenue from wet FGD solids sold to destination (3) in 2005 Tons of wet FGD solids sold to destination (3) in 2007 Revenue from wet FGD solids sold to destination (3) in 2007 Tons of wet FGD solids sold to destination (3) in 2009 Revenue from wet FGD solids sold to destination (3) in 2009 Destination (4) of wet FGD solids marketed Tons of wet FGD solids sold to destination (4) in 2005 Revenue from wet FGD solids sold to destination (4) in 2005 Tons of wet FGD solids sold to destination (4) in 2007 Revenue from wet FGD solids sold to destination (4) in 2007 Tons of wet FGD solids sold to destination (4) in 2009 Revenue from wet FGD solids sold to destination (4) in 2009 Destination (5) of wet FGD solids marketed Description of other destination (5) Tons of wet FGD solids sold to destination (5) in 2005 Revenue from wet FGD solids sold to destination (5) in 2005 Tons of wet FGD solids sold to destination (5) in 2007 Revenue from wet FGD solids sold to destination (5) in 2007 Tons of wet FGD solids sold to destination (5) in 2009 Revenue from wet FGD solids sold to destination (5) in 2009 Destination (6) of wet FGD solids marketed Description of other destination (6) Tons of wet FGD solids sold to destination (6) in 2005 Revenue from wet FGD solids sold to destination (6) in 2005 Tons of wet FGD solids sold to destination (6) in 2007 Revenue from wet FGD solids sold to destination (6) in 2007 Tons of wet FGD solids sold to destination (6) in 2009 Revenue from wet FGD solids sold to destination (6) in 2009 Plant identification number FGD system identification number CBI designation checkbox for QB5-1 FGD system water source (1) Percent contribution of FGD system water source Flow rate (gpd) of FGD system water source FGD system water source (2) Percent contribution of FGD system water source Flow rate (gpd) of FGD system water source FGD system water source (3) Percent contribution of FGD system water sourceFlow rate (gpd) of FGD system water source

FGD system water source (other) description Percent contribution of FGD system water source Flow rate (gpd) of FGD system water source Plant identification number FGD system identification number CBI designation checkbox for QC5-2 Ty pe of wet FGD absorber Ty pical FGD slurry

blowdown (or slurry

discharge) flow rate exiting the absorber (gpd) Ty pical range of percent solids of FGD slurry blowdown (or slurry

discharge) exiting the absorber - Lower % Ty pical range of percent solids of FGD slurry blowdown (or slurry

discharge) exiting the absorber - Higher % Ty pical amount of solids separation recycle returned to absorber (gpd) Ty pical amount of FGD scrubber purge (or slurry discharge) sent to wastewater treatment or discharge (gpm) Ty pical amount of FGD scrubber purge (or slurry discharge) sent to wastewater treatment or discharge (gpd) Ty pical duration of FGD scrubber purge (or slurry discharge) generation (tpd) Ty pical frequency

of FGD scrubber purge (or slurry discharge) generation (dpy) Plant identification number. Wa stewater treatment or pond system identification. CBI designation checkbox for QD6-5. Retrofit/installed with FGD scrubber system/na to indicate when FGD system was installed. CBI designation checkbox for QD6-6. Yes/no/na to indicate whether FGD W WT S was purchased as a part of the FGD scrubber package. Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-17 Is the plant in the process of installing a dry fly ash handling system Estimated shutdown time in days required to bring system online CBI designation checkbox for Q C2-18 Is the plant planning to install a dry fly ash handling system Estimated shutdown time in days required to bring system online CBI designation checkbox for Q C2-19 Is the plant in the process of, planning to, installing a dry fly ash handling system by 12/31/20, provide the cost estimates developed Cost estimates for dry

fly ash handling system conversion/installation are attached Explanation if cost estimates are not attached CBI designation checkbox for Q C2-20 Physical changes to install dry system Installation of vac/pressure system and piping to install dry system Expansion of vac/pressure system and piping to install dry system Installation of storage silos to install dry system Modification of the silos to moisture-condition ash to install dry system Modification of the silos for ash transfer to railcars to install dry system Modification of the silos for marketable ash to install dry system Construction of haul roads to install dry system Construction of rail track to install dry systemConstruction of landfill to install dry system Construction landfill ID Increase landfill capacity to install dry

system Landfill ID that will increase capacity Changes to the air permit to install dry system Other physical change to the facility to install dry

system Description of other physical change to the facility to install dry

system Changes in personnel/training to install dry system Description of personnel/training changes to install dry system Changes in ash disposal practices to install dry system Storage of ash in landfills to install dry system Landfill IDs that will store fly ash Marketing of ash to install dry system Hauling of ash to off-site storage to install dry system Dust suppression activities to install dry system Other change to ash disposal practices to install dry system Description of other change to ash disposal practices to install dry system CBI designation checkbox for Q C2-21 Dry fly ash is marketed, sold, and/or given away Destination 1 of the marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away destination Percentage of dry

fly ash marketed, sold, and/or given away to Destination 1 Destination 2 of the marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away dry fly ash Percentage of dry

fly ash marketed, sold, and/or given away to Destination 2 Destination 3 of the marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away dry fly ash Percentage of dry

fly ash marketed, sold, and/or given away to Destination 3 Dry fly ash is stored in landfills reported in Table A-6 Percentage of dry

fly ash stored in landfills reported in Table A-6 Dry fly ash is stored in landfills not reported in Table A-6 Percentage of dry

fly ash stored in landfills not reported in Table A-6 Other destination of dry fly ash Description of other destination of dry fly ash Percentage of dry

fly ash stored in other destination CBI designation checkbox for Q C2-22 If the plant is in the process of installing a dry fly ash handling system, have cost estimates been obtained/developed? Attached dry

fly ash handling installation estimates Explanation for dry

fly ash handling installation estimates not attached Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-14 Wa s the dry

fly ash handling system installed as a retrofit to the steam electric generating unit Year of retrofit Shutdown tim e required for installation of dry retrofit (days)Wa s the time required to install the retrofit outside of the regularly scheduled outage CBI designation checkbox for Q C2-15 Ty pe of dry

fly ash retrofit CBI designation checkbox for Q C2-16 Physical changes to the facility needed for the retrofit Installation of pressure/vacuum system and piping for retrofit Expansion of pressure/vacuum system and piping for retrofit Installation of storage silos for retrofit Modification of the silos the moisture-condition ash for retrofit Modification of the silos for ash transfer to rail cars for retrofit Modification of the silos for marketable ash for retrofit Construction of haul roads for retrofit Construction of rail track for retrofit Construction of landfill for retrofit Landfill ID for construction of landfill for retrofit Increase landfill capacity for retrofit Landfill ID that will be increased for retrofit Change to air permit for retrofit Other reason for retrofit Other description for retrofit Changes in personnel/training for retrofit Description of changes in personnel/training for retrofit Changes in ash disposal practices for retrofit Storage of ash in landfills for retrofit Landfill ID of storage of ash in landfills for retrofit Marketing of ash for retrofit Hauling ash to off-site storage for retrofit Dust suppression activities for retrofit Other reason for retrofit (ash disposal practices) Other ash disposal practice description for retrofit Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-13 Expand capacity

of handling system by

Dec 31, 2020 Decrease use of wet fly ash handling system by Dec 31, 2020 Expected number of days the wet fly ash handling system is expected to operate per year End use of wet fly

ash handling system Expected end date of wet fly ash handling system No change is expected for the fly ash handling system operation Other change expected for the fly ash handling system Description of other change expected for the fly ash handling system Plant identification number CBI designation checkbox for Q C2-26 Is water used to moisten the fly ash CBI designation checkbox for Q C2-27Criteria plant used to determine if a water source is unacceptable for use (recycle/reuse) to moisten the ash

CBI designation checkbox for Q C2-28 Does the plant market, sell, and/or give away fly ash from the DRY fly

ash handling system CBI designation checkbox for Q C2-29 Does the plant market, sell, and/or give away fly ash from the W ET fly

ash handling system Plant identification number CBI designation checkbox for Q C2-26 Storage destination ID from Storage Destination Table in Codes Table tab Description of storage destination if "other" is selected Source of water used - Raw intake water Source of water used - Intake water that have been treated on site prior to use Source of water used - Process wastewater stream (option 1) Source of water used - Description of process wastewater 1 Source of water used - Description of process wastewater (1) if "other" is selected Source of water used - Process wastewater stream (option 2) Source of water used - Description of process wastewater 2 Source of water used - Description of process wastewater (2) if "other" is selected Maximum chlorides concentration of water used to moisten the ash (ppm) Maximum solids percentage of water used to moisten the ash (%) Other criteria to determine the source of water used to moisten the fly ash Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-23 Has the plant encountered and unscheduled outages on this SE Unit caused by the fly ash handling system in the last 5 years CBI designation check for Q C2-24 Total days in 2005 the wet fly ash handling system caused outage Reason for 2005 wet fly ash handling system caused outage Methods used to resolved 2005 wet fly ash handling system caused outage Total days in 2005 the dry fly ash handling system caused outage Reason for 2005 dry

fly ash handling system caused outage Methods used to resolved 2005 dry fly ash handling system caused outage Total days in 2006 the wet fly ash handling system caused outage Reason for 2006 wet fly ash handling system caused outage Methods used to resolved 2006 wet fly ash handling system caused outage Total days in 2006 the dry fly ash handling system caused outage Reason for 2006 dry

fly ash handling system caused outage Methods used to resolved 2006 dry fly ash handling system caused outage Total days in 2007 the wet fly ash handling system caused outage Reason for 2007 wet fly ash handling system caused outage Methods used to resolved 2007 wet fly ash handling system caused outage Total days in 2007 the dry fly ash handling system caused outage Reason for 2007 dry

fly ash handling system caused outage Methods used to resolved 2007 dry fly ash handling system caused outage Total days in 2008 the wet fly ash handling system caused outageReason for 2008 wet fly ash handling system caused outage Methods used to resolved 2008 wet fly ash handling system caused outage Total days in 2008 the dry fly ash handling system caused outage Reason for 2008 dry

fly ash handling system caused outage Methods used to resolved 2008 dry fly ash handling system caused outage Total days in 2009 the wet fly ash handling system caused outage Reason for 2009 wet fly ash handling system caused outage Methods used to resolved 2009 wet fly ash handling system caused outage Total days in 2009 the dry fly ash handling system caused outage Reason for 2009 dry

fly ash handling system caused outage Methods used to resolved 2009 dry fly ash handling system caused outage Plant identification number Steam electric generating unit ID CBI designation checkbox for QC2-2 Plant's response for sluicing fly ash for the SE Unit Average flow rate of the sluice water Ty pical duration of sluicing (hpd) Ty pical frequency

of sluicing (dpy) Source of sluice water (option 1) Source of sluice water (option 2) Source of sluice water (option 3) Source of sluice water description if "other" is selected in drop down menus Percent contribution of sluice water option 1 Percent contribution of sluice water option 2 Percent contribution of sluice water option 3 Percent contribution of sluice water for other field CBI designation checkbox for Q C2-3 fly ash sluice criteria Chlorides concentration requirement for fly ash sluice water Chlorides concentration value for fly ash sluice water (ppm) Solids percentage requirement for fly ash sluice water Solids percentage value for fly ash sluice water (%) Other requirement for fly ash sluice water Description of other requirement for fly ash sluice water Other value for fly

ash sluice water (ppm) CBI designation checkbox for Q C2-4 sluice water immediately recycled back to the plant process Plant's response for recycling fly ash sluice water immediately back to the plants process Description of how the plant used the recycled sluice water CBI designation checkbox for Q C2-5 fly sluice water discharged to POTW Plant's response for discharging the fly ash sluice water to a POTW Plant identification number CBI designation checkbox for Q C2-25 (Table C-6) Storage destination ID (from Storage Destination Table in Codes Table tab) Description of storage destination if "other" is selected Distance from the SE Unit to the Intermediate Storage or from the Intermediate Storage to the Final Disposal/Destination (miles)Tons of fly

ash transported to destination in 2009 (dry weight basis) How the fly

ash is transported to the storage destination Description of transportation if "other" is selected Percent moisture of the fly ash entering destination (if transported dry) Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-9 Ty pe of ash handling (dry vs. wet) Storage destination ID (from Storage Destination table in the codes tab) "Other" storage destination description if "other" is selected Percent of fly

ash conveyed to each storage destination Storage destination ty pe (intermediate vs. final) Plant identification number Steam electric generating Unit ID CBI designation checkbox for Q C2-1 fly ash collection ty pe Ty pe of fly

ash collection (ESPs, dry hot, dry cold, wet, baghouse, wet scrubber, or other) Ty pe of fly

ash collection if other is selected for "fly _collection" We t sluice fly

ash handling system We t vacuum system (pneumatic) fly ash handling system Dry vacuum fly

ash handling system Pressure fly

ash handling system Combined vacuum/pressure fly ash handling system Mechanical fly

ash handling system Other ty pe of fly

ash handling system Plant's description of the other type of fly ash handling system Am ount of fly

ash produced in 2009 conveyed wet (tpd) Am ount of fly

ash produced in 2009 conveyed wet (dpy) Am ount of fly

ash produced in 2009 conveyed dry (tpd) Am ount of fly

ash produced in 2009 conveyed dry (dpy) Design ash handling rate for wet conveyed fly ash (tpd) Design ash handling rate for wet conveyed fly ash (dpy) Design ash handling rate for dry conveyed fly

ash (tpd) Design ash handling rate for dry conveyed fly

ash (dpy) Number of days fly

ash was conveyed wet in 2009 (days) Number of days fly

ash was conveyed dry in 2009 (days) LOI of wet conveyed fly ash (ty pical range for 2009) - minimum percentage LOI of wet conveyed fly ash (ty pical range for 2009) - maximum percentage LOI of dry

conveyed fly

ash (ty pical range for 2009) - minimum percentage LOI of dry

conveyed fly

ash (ty pical range for 2009) - maximum percentage Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-6 Plant response for operating a wet vacuum (pneumatic) fly ash handling system CBI designation checkbox for Q C2-7 Ty pical volum e of the vacuum water from the wet vacuum system generated annually (gpy)Ty pical volum e of the vacuum water form the wet vacuum system number of days (dpy)

CBI designation checkbox for Q C2-8 We t vacuum water immediately recycled back to plant process Description of how wet vacuum water is immediately recycled back to plant process We t vacuum water transferred to an on-site treatment system We t vacuum water transferred to a settling pond pH adjustment for wet vacuum water Chemical precipitation for wet vacuum water We t vacuum water transferred to constructed wetlands We t vacuum water transferred to other ty pe of on-site treatment Description of "other" type of on-site treatment We t vacuum water discharged to surface water We t vacuum water discharged to surface water outfall number We t vacuum water discharge to POTW or PrOTW We t vacuum water "other" destination We t vacuum water "other" destination description Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-10 Wa s the fly

ash from this SE Unit conveyed both wet and dry? CBI designation checkbox for Q C2-11 We t fly ash handling system operated during times when dry fly ash is not marketable Number of days wet fly ash handling system operated when fly ash not marketable We t fly ash handling system operated when the dry fly ash collection system was not operational due to

ma intenance issues Number of days wet fly ash handling system operated when dry down due to m aintenance We t fly ash handling system operated in order to maintain to function as a backup to the dry system Number of days wet fly ash handling system operated as a backup We t fly ash handling system operational because the dry fly ash handling system does not have the capacity to handle all of the fly

ash Number of days wet fly ash handling system operated because of capacity We t fly ash handling system operated because of other reasons Other reason for operating a wet and dry fly ash handling system Number of days wet fly ash handling system operated because of other reasons CBI designation checkbox for Q C2-12 No system modifications are necessary to operate the dry

fly ash handling system all the time Increase capacity

of the silo(s) to handle all ash dry Increase the number of silos to handle all ash dry Modify the loading silos to have the ability to moisten condition the ash to handle all ash dry Install/increase the capacity of the landfills to handle all ash dry Increase capacity

of dry ash convey ing equipm ent to handle all ash dry Design/develop new infrastructure to dispose of dry ash to handle all ash dry Description of new infrastructure needed Other requirement needed to handle all ash dry Other description needed to handle all ash dryPlant identification number

Steam electric generating unit ID CBI designation checkbox for Q C2-34 Project description for each subcategory of capital costs in Table C-11 Cost for fly

ash system as originally installed Cost for modifications to the system Year on which original cost is based Year on which m odification cost is based Plant identification number Steam electric generating unit ID CBI designation checkbox for C2-30 Ty pe of fly

ash system conveyance components Description of fly

ash system conveyance component if "other" is selected Number of ty pe of conveyance components in the system Total system capacity

of ty pe of conveyance components Conveyance capacity

component units Units of capacity

if "other" is selected Plant identification number Steam electric generating unit ID The fly ash handling system for this unit is planned CBI designation checkbox for Q C2-31 Block diagram of entire fly ash handling system is attached CBI designation checkbox for Q C2-32 Major components of this fly ash conveyance system that a contractor(s) constructed/installed (or plans to) at the contractor's expense Contractor installed/will install ALL components IDed in Table C-10 (Fly _Cnvy _Cmpnts) CBI designation checkbox for Q C2-33 Major O&M activities of this fly ash conveyance system that a contractor(s) oversees/will oversee at the contractor's expense Contractor oversees/will oversee ALL O&M activities dealing with the conveyance portion of the fly ash handling system at the contractor's expense CBI designation checkbox for Q C2-34 Capital cost - hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for Q C2-35 Are all m ajor components of the conveyance system included in the table Fly _Cnvy _Capital_Cost Pieces of equipment included in the cost and those that are not included in the total cost Plant identification number Steam electric generating unit ID CBI designation checkbox for Q C2-36 2009 annual cost for operating labor 2009 rate per hour (average rate of labor) for operating labor 2009 staffing operating labor - number of workers 2009 staffing operating labor - hours per day 2009 staffing operating labor - days per year 2009 annual cost for maintenance labor 2009 rate per hour (average rate of labor ) for maintenance labor2009 staffing maintenance labor - number of workers

2009 staffing maintenance labor - hours per day 2009 staffing maintenance labor - days per year 2009 annual cost for maintenance materials 2009 annual cost for energy 2009 rate per kW h for energy 2009 consumption kW h/hr for energy Other O&M cost description (1) 2009 annual cost of Other 1 O&M category Other O&M cost description (2)) 2009 annual cost of Other 2 O&M category Total O&M cost (2009) Plant identification number CBI designation checkbox for Q C2-28 Destination market of fly ash Ty pical percent of moisture of dry fly ash Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2005 Gross revenue generated from dry fly ash in 2005 Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2007 Gross revenue generated from dry fly ash in 2007 Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2009 Gross revenue generated from dry fly ash in 2009 Plant identification number Storage destination ID CBI designation checkbox for QC2-42 Project description for each subcategory of capital costs in Table C-14 Cost of intermediate storage system as originally installed Cost of modification of intermediate storage system Year on which original cost is based Year on which m odification cost is based Plant identification number Storage destination ID CBI designation checkbox for QC2-39 Ty pe of component (intermediate storage) Description of component if "other" is selected Number of ty pe of intermediate storage components in the system Capacity of ty pe of intermediate storage components in the system Capacity units of intermediate storage component Other capacity

units of intermediate storage component Plant identification number Storage destination ID (from Codes Table tab) Storage destination is planned CBI designation checkbox for QC2-37 Does this storage component store both fly ash and bottom ash together Unit IDs contributing bottom ash to this shared storage componentCBI designation checkbox for QC2-38

Storage destination is a pond/impoundment CBI designation checkbox for QC2-40 Major components of this intermediate storage destination that contractor(s) installed/will install at their expense Contractor installed/will install all components IDed in Fly _Storage_Cmpnts table CBI designation checkbox for QC2-41 All O&M activities associated with this intermediate storage destination that a contractor(s) oversees/will oversee at their expense Contractor oversees/will oversee all O&M activities dealing with the intermediate storage portion of system at their expense CBI designation checkbox for QC2-42 Capital cost - hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for C2-43 Are all mjr components of the intermediate storage included in the capital costs in Fly _Storage_Capital_Cost If not all included, explain what costs are included and which aren't in the total capital cost Plant identification number Storage ID (from Storage destination table in Codes Tab) CBI designation checkbox for QC2-44 2009 Annual cost for operating labor - water trucks only 2009 Rate per hour (average rate of labor) for operating labor - water trucks only 2009 Staffing (No. of workers) for operating labor - water trucks only 2009 Staffing (hours per day) for operating labor - water trucks only 2009 Staffing (days per year ) for operating labor - water trucks only 2009 Annual cost for operating labor (all other) 2009 Rate per hour (average rate of labor) for operating labor (all other) 2009 Staffing (No. of workers) for operating labor (all other) 2009 Staffing (hours per day) for operating labor (all other) 2009 Staffing (days per year ) for operating labor (all other) 2009 Annual cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (days per year ) for maintenance labor 2009 Annual cost for maintenance materials 2009 Annual cost for energy 2009 rate per kW h for energy 2009 consumption kW h/hr for energy Other (1) description of 2009 annual cost 2009 Annual Other (1) cost Other (2) description of 2009 annual cost 2009 Annual Other (2) cost Total 2009 Annual Cost - Intermediate Storage Plant identification number CBI designation checkbox for QC2-50 Project description for each subcategory of capital costs in Table C-16Cost for system as originally installed Cost for modifications to the system Year on which original cost is based Year on which m odifications cost is based Plant identification number CBI designation checkbox for QC2-45 Does the plant use the same transport and disposal equipment for both fly ash bottom ash? Unit and storage IDs contributing bottom ash to the transport and disposal system CBI designation checkbox for Q C2-46 Is a pond/impoundment the final destination of all the fly ash collected by

the plant CBI designation checkbox for QC2-47 Truck is a method used to transport ash Number of trucks plant uses for the transportation/disposal of fly ash Trucks used were bought Trucks used are leased Trucks used are contracted out Rail car is the method uses to transport ash Number of rail cars plant uses for the transportation/disposal of fly ash Rail cars were bought Rail cars are leased Rail cars are contracted out Other method for the transport and disposal of ash Description of other method used (i.e., barge) CBI designation checkbox for Q C2-48 List of all major components for transport/disposal of dry fly ash that a contractor(s) constructed/installed (or plans to) at the contractor's expense Contract installed/will install all ash transport equipment at the contractor's expense CBI designation checkbox for Q C2-49 List of all O&M activities for transport and disposal that the contractor oversees/will oversee at the contractor's expense Contractor oversees/will oversee all transport/disposal activities at the contractor's expense CBI designation checkbox for QC2-50 Capital Cost - Hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for QC2-51 Are all m ajor components of the system included in the capital costs in Fly _Trspt_Disp_Capital_Cost Explanation of items included in the capital cost and those not included Plant identification number CBI designation checkbox for QC2-52 2009 annual cost for operating labor (trucks, rail cars, other transport) 2009 rate per hour (average rate of labor) for operating labor 2009 staffing - number of workers for operating labor 2009 staffing - hours per day for operating labor 2009 staffing - days per year for operating labor 2009 transport rate loads per day (operating labor) 2009 transport rate days per year (operating labor) 2009 annual cost for operating labor (all other operating costs)2009 rate per hour (average rate of labor) for operating labor

2009 staffing - number of workers for operating labor 2009 staffing - hours per day for operating labor 2009 staffing - days per year for operating labor 2009 annual cost for maintenance labor 2009 rate per hour (average rate of labor) for maintenance cost 2009 staffing - number of workers for maintenance labor 2009 staffing - hours per day for maintenance labor 2009 staffing - days per year for maintenance labor 2009 annual cost for maintenance materials 2009 annual costs for energy 2009 rate per kW h for energy 2009 consumption - kW h/hr for energy 2009 annual cost for ash removal/disposal fees Description of other (1) O&M cost category 2009 annual rate for other(1) O&M cost category Description of other (2) O&M cost category 2009 annual rate for other (2) O&M cost category Total 2009 O&M Cost Plant identification number CBI designation checkbox for Q C2-29 Market destination of wet fly ash Ty pical percent moisture of wet fly ash Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2005 Gross revenue generated from wet fly ash in 2005 Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2007 Gross revenue generated from wet fly ash in 2007 Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2009 Gross revenue generated from wet fly ash in 2009 Plant identification number. Steam Electric Generating Unit ID CBI designation checkbox for A8-1. BTU Generated by

Coal and/or Petroleum Coke BTU Generated by

Gas BTU Generated by

Oil BTU Generated by

Nuclear Fuels Total BTU Generated by Fossil/Nuclear Fuels Total BTU Generated by Other Fuels Total BTU Generated by All Fuels The plant used anthracite coal for fuel for steam electric power generation in 2009. The amount of anthracite coal used for fuel for steam electric power generation in 2009 (tons). The plant used bituminous coal for fuel for steam electric power generation in 2009. The amount of bituminous coal used for fuel for steam electric power generation in 2009 (tons). The plant used lignite coal for fuel for steam electric power generation in 2009. The amount of lignite coal for fuel for steam electric power generation in 2009 (tons).The plant used subbituminous coal for fuel for steam electric power generation in 2009.

The amount of subbituminous coal used for fuel for steam electric power generation in 2009 (tons). The plant used waste coal for fuel for steam electric power generation in 2009. The amount of waste coal used for fuel for steam electric power generation in 2009 (tons). The plant used coal sy nfuel for fuel for steam electric power generation in 2009. The amount of coal sy nfuel used for fuel for steam electric power generation in 2009 (tons). The plant used another type of coal/petroleum coke fuel for steam electric power generation in 2009. A description of the other type of coal/petroleum coke fuel used for steam electric power generation in 2009. The amount of the other ty pe of coal/petroleum coke fuel used for steam electric power generation in 2009 (tons). The plant used petroleum coke for fuel for steam electric power generation in 2009. The amount of petroleum coke used for fuel for steam electric power generation in 2009 (tons). The plant did not use any coal or petroleum coke for fuel for steam electric power generation in 2009. The plant used natural gas for fuel for steam electric power generation in 2009. The amount of natural gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant used Blast Furnace Gas for fuel for steam electric power generation in 2009. The amount of Blast Furnace Gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant used Gaseous Propane for fuel for steam electric power generation in 2009. The amount of Gaseous Propane used for fuel for steam electric power generation in 2009 (Million ft3). The plant used another type of gas for fuel for steam electric power generation in 2009. A description of the other type of gas used for fuel for steam electric power generation in 2009. The amount of the other ty pe of gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant did not use gas as fuel for steam electric power generation in 2009. The plant used No. 1 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 1 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 2 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 2 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 4 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 4 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 5 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 5 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 6 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 6 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used Diesel Fuel for steam electric power generation in 2009. The amount of Diesel Fuel used for steam electric power generation in 2009 (barrels). The plant used Jet Fuel for steam electric power generation in 2009. The amount of Jet Fuel for steam electric power generation in 2009 (barrels). The plant used Kerosene as fuel for steam electric power generation in 2009. The amount of Kerosene used as fuel for steam electric power generation in 2009 (barrels). The plant used W aste Oil as fuel for steam electric power generation in 2009. The amount of W aste Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used another type of oil as fuel for steam electric power generation in 2009. A description of the other type of oil used as fuel for steam electric power generation in 2009. The amount of the other ty pe of oil used as fuel for steam electric power generation in 2009. The plant did not use oil as fuel for steam electric power generation in 2009. The plant used nuclear fuel for steam electric power generation in 2009.The amount of nuclear fuel used as fuel for steam electric power generation in 2009.

The units for the amount of nuclear fuel used as fuel for steam electric power generation in 2009. The plant did not use nuclear fuel for steam electric power generation in 2009. The plant used Municipal Solid W aste as fuel for steam electric power generation in 2009. The amount of Municipal Solid W aste used as fuel for steam electric power generation in 2009. The units for the amount of Municipal Solid W aste used as fuel for steam electric power generation in 2009. The plant used wood as fuel for steam electric power generation in 2009. The amount of wood used as fuel for steam electric power generation in 2009. The units for the amount of wood used as fuel for steam electric power generation in 2009. The plant used landfill gas as fuel for steam electric power generation in 2009. The amount of landfill gas used as fuel for steam electric power generation in 2009. The units for the amount of landfill gas used as fuel for steam electric power generation in 2009. The plant used biomass as fuel for steam electric power generation in 2009. The amount of biomass used as fuel for steam electric power generation in 2009. The units for the amount of biomass used as fuel for steam electric power generation in 2009. The plant used another type of fuel for steam electric power generation in 2009. A description of the other type of fuel used for steam electric power generation in 2009. The amount of the other ty pe of fuel used as fuel for steam electric power generation in 2009. The units for the amount of the other ty pe of fuel used as fuel for steam electric power generation in 2009. The plant did not use fuel for steam electric power generation in 2009. CBI designation checkbox for A8-2. The Yes/No response to if the total BTUs generated by the fossil/nuclear fuels comprise 50 percent or more of the total BTUs generated by all fuels for the steam electric generating unit in 2009. CBI designation checkbox for A8-3. The Yes/No response to if the plant report a fossil or nuclear fuel as the predominant or second most predominant energy source for this generating unit on Form EIA-860 for reporting year 2009. Plant identification number. EPA-assigned pond/impoundment unit ID or landfill unit ID. CBI designation checkbox for QF5-1. The yes/no answer to whether the plant performs groundwater monitoring of the pond/impoundment or landfill. The year of the last groundwater monitoring event. The average frequency of monitoring (dpy). The number of times the groundwater has been monitored in the last five years. CBI designation checkbox for QF5-2. The yes/no answer to whether the plant has measured pollutant concentrations from ash and FGD-related constituents that exceed a primary or secondary

MCL and/or state-issued standard/criteria. CBI designation checkbox for QF5-3. List of pollutants that exceeded a primary or secondary

MCL and/or state-issued standard/criteria. CBI designation checkbox for QF5-4. The yes/no answer to whether the plant has measured pollutant concentrations from ash and FGD-related constituents in ground water that exceed background concentrations. CBI designation checkbox for QF5-5. List of pollutants that exceeded background concentrations. CBI designation checkbox for QF5-6. Checkbox to indicate the plant attached an overhead diagram of the pond/impoundment or landfill. Plant identification number.EPA-assigned pond/impoundment unit ID or landfill unit ID.

CBI designation checkbox for QF5-6. The plant-assigned monitoring well ID number. The average water table depth at well (ft). The distance to the nearest surface water (miles). Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-9. Indicates if the cap/cover is compacted clay ; geosy nthetic clay ; high density polyethylene (HDPE); and/or other, specified. Indicates if the plant selected a cap/cover type. The cap/cover layer number (numbered from inner to outer layer). The thickness of cap/cover layer (cm). The permeability

of cap/cover layer (cm/sec). Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-21. The project ty pe for the capital cost expenditure. The cost of the project ($). The year on which the cost of the project is based on. Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-21. Indirect engineering costs were incurred because plant hired outside engineering firm to oversee design and/or installation of the treatment system. Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-3. Status of the landfill for the dimensions provided (F3-1: As Built; F3-2: Current; F3-3: End of life or expected end of life). The surface area the landfill is expected to take up at the expected end of it's life (acres). The volume of stored materials in the landfill at the expected end of it's life (cubic feet). The height above original elevation of the landfill at the expected end of it's life (feet). Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-4. The yes/no answer to whether the landfill has been expanded since the date it was built. CBI designation checkbox for QF3-5. The ty pe of landfill expansion is lateral, vertical, or both. CBI designation checkbox for QF3-6. The description of the expansion(s) to the landfill since 1/1/00 and the date(s) of expansion (month/y r). CBI designation checkbox for QF3-7. The total cost associated with any expansion(s) to the landfill since 1/1/00. Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for A4-2.Active/inactive/open landfill; retired/closed landfill; and/or planned landfill.

Plant’s nam e for each pond/impoundment unit. The latitude degrees of the geographical coordinates of the landfill. The latitude minutes of the geographical coordinates of the landfill. The latitude seconds of the geographical coordinates of the landfill. The longitude degrees of the geographical coordinates of the landfill. The longitude minutes of the geographical coordinates of the landfill. The longitude seconds of the geographical coordinates of the landfill. The yes/no answer to whether the landfill is lined. The yes/no answer to whether the leachate is collected. The closest distance to the nearest surface water (in ft). Year landfill initially

brought online or planned to be brought online. The yes/no answer to whether the active/inactive/open landfill is "Inactive." Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-1. The date the landfill was built. CBI designation checkbox for QF3-3. The yes/no answer to whether the landfill is closed. The date the landfill was closed. CBI designation checkbox for QF3-8. The yes/no answer to whether the landfill has a liner. CBI designation checkbox for QF3-9. The yes/no answer to whether the landfill has a cap/cover. CBI designation checkbox for QF3-10. The yes, no, or NA response to whether the plant built any structures on top of the closed landfill. The description of the structure(s) and any challenges that the plant faced building on top of the landfill. Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-14. The IDs of the pond/impoundment unit(s) that represent either an intermediate or final leachate destination. EPA-assigned pond/impoundment unit ID. Checkbox to indicate the plant transfers their leachate to an on-site treatment system. The plant defined the wastewater treatment system that treats the leachate in Part D, Table D-2. The wastewater treatment system ID that treats the leachate from Part D, Table D-2. Checkbox to indicate the plant transfers leachate back into a storage tank. Checkbox to indicate the plant indirectly discharges the leachate to a publicly or privately

owned treatm ent works. Checkbox to indicate the plant immediately recycles the leachate back into the plant process. A description of how the leachate is reused once it is immediately recycled back into the plant process. The plant discharges the leachate to surface water. The NPDES permitted outfall number for the surface water the leachate is discharged to. Checkbox to indicate another intermediate and/or final destination of the leachate. The specification of another intermediate and/or final destination of the leachate. Plant identification number. EPA-assigned landfill ID number.CBI designation checkbox for QF3-11.

The yes/no answer to whether the landfill has a system to collect leachate. Checkbox to indicate the landfill has a leachate collection system. Checkbox to indicate the landfill has a leak detection system. Checkbox to indicate the landfill has another system to collect leachate. A description of the other leachate collection system. CBI designation checkbox for QF3-12. The volume of leachate collected in 2009 (gpd). The volume of leachate collected in 2009 (gpy). The frequency

of process wastewater generation (days). Description of estimation method to determine volume of leachate collected in 2009 and frequency of process wastewater generation. CBI designation checkbox for QF3-13. The yes/no answer to whether the plant collects stormwater, rainfall, or process wastewaters with the landfill collection system. Checkbox to indicate that the landfill collection system collects uncontaminated stormwater. The amount of uncontaminated stormwater collected by the landfill collection system (gpd). Checkbox to indicate that the landfill collection system collects rainfall. The amount of rainfall collected by the landfill collection system (gpd). Checkbox to indicate that the landfill collection system collects another ty pe of water in the landfill collection system. Drop-down menu of options for the other ty pe of water collected in the landfill collection system. An explanation of the other ty pe of water collected by the landfill collection system. The amount of the other ty pe of water collected by the landfill collection system (gpd). CBI designation checkbox for QF3-15. The yes/no answer to whether chemicals are used to treat the leachate sent to a pond or storage tank. Checkbox to indicate that the plant uses lime to treat the leachate. Checkbox to indicate that the plant uses sodium hydroxide to treat the leachate. Checkbox to indicate that the plant uses sulfuric acid to treat the leachate. Checkbox to indicate that the plant uses another type of chemical to treat the leachate. An explanation of the other ty pe of chemical used to treat the leachate. Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-8. Indicates if the landfill liner is compacted clay ; geosy nthetic clay ; high density polyethylene (HDPE); and/or other, specified. Indicates if the plant selected a landfill liner type. The landfill liner layer number (numbered from inner to outer layer). The thickness of the landfill liner layer (cm). The permeability

of the landfill liner layer (cm/sec). Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-20. The annual O&M cost for operating the landfill in 2009 ($). The average rate of labor required to operate the landfill in 2009 ($/hr). The number of workers required to operate the landfill in 2009. The amount of time the workers spent operating the landfill in 2009 (hpd).The amount of time the workers spent operating the landfill in 2009 (dpy ).

The annual O&M cost for maintaining the landfill in 2009 ($). The average rate of labor required to maintain the landfill in 2009 ($/hr). The number of workers required to maintain the landfill in 2009. The amount of time the workers spent maintaining the landfill in 2009 (hpd). The amount of time the workers spent maintaining the landfill in 2009 (dpy ). The annual O&M cost for maintenance materials for the landfill in 2009 ($). The annual O&M cost for chemicals for the landfill in 2009 ($). The annual O&M cost for plants/organic matter for the landfill in 2009 ($). The annual O&M cost for energy to power pum ping for the landfill in 2009 ($). The rate of energy

to power pum ping for the landfill in 2009 ($/kW h). The amount of energy

consumed in 2009 to power pumping (kW h). The annual O&M cost for energy for operations other than pumping for the landfill in 2009 ($). The rate of energy

to power operations other than pumping for the landfill in 2009 ($/kW h). The amount of energy

consumed in 2009 to power operations other than pumping (kW h). The cost of steam used for landfill O&M in 2009 ($). The rate of the steam used for landfill O&M ($/pound). The steam consumption rate for landfill O&M in 2009 (pounds/hr). The annual O&M cost for removing hazardous sludge via dredging ($). The rate of removing hazardous sludge via dredging ($). Checkbox to indicate if the rate of removing hazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing hazardous sludge via landfilling ($) The rate of removing hazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing hazardous sludge via landfilling is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via dredging ($) The rate of removing nonhazardous sludge via dredging ($). Checkbox to indicate if the rate of removing nonhazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via landfilling ($). The rate of removing nonhazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing nonhazardous sludge via landfilling is in gallons or tons. The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($) The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($). The total O&M cost for 2009. Plant identification number. EPA-assigned landfill ID number. CBI designation checkbox for A4-3. Boiler slag is stored or disposed of in the landfill unit identified. Bottom ash is stored or disposed of in the landfill unit identified. Fly ash is stored or disposed of in the landfill unit identified. FGD calcium sulfate (gy psum) is stored or disposed of in the landfill unit identified. FGD calcium sulfite (not pozzolanic) is stored or disposed of in the landfill unit identified. FGD pozzolanic m aterial is stored or disposed of in the landfill unit identified. Solids from dry

FGD are stored or disposed of in the landfill unit identified.The specification of another ty pe of waste is stored or disposed of in the landfill unit identified.

The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. Plant identification number. Plant identification number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-16. The portion of the landfill (capped vs. uncapped) that conveyed stormwater runoff has contacted and is combined with leachate.

The yes/no answer to whether the plant combines conveyed stormwater runoff that has contacted the uncapped portion of the landfill with leachate. CBI designation checkbox for QF3-17. Checkbox to indicate that the intermediate and final destination of the conveyed stormwater runoff is a pond/im poundm ent unit. The pond/impoundment unit ID(s) receiving the conveyed stormwater runoff. Checkbox to indicate that the conveyed stormwater runoff is transferred to an on-site treatment system for it's intermediate and/or final destination. The on-site wastewater treatment system ID receiving the stormwater runoff. Checkbox to indicate if the ty pe of on-site wastewater treatment system is chemical precipitation; aerobic or anoxic/anaerobic biological reactor; constructed wetlands; or other, specified. The specification of another ty pe of on-site wastewater treatment system receiving stormwater runoff. Checkbox to indicate that the conveyed stormwater runoff is transferred to a storage tank for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is indirectly discharged to a treatment works system for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is immediately recycled back into the plant process as it's intermediate and/or final destination. A description on how the leachate is used once it has been immediately recycled back into the plant process. Checkbox to indicate that the conveyed stormwater runoff is discharged to a surface water as it's intermediate and/or final destination. The NPDES permitted outfall number for the surface water receiving the conveyed stormwater runoff. Checkbox to indicate another intermediate and/or final destination of the conveyed stormwater runoff. An explanation of the other intermediate and/or final destination of the conveyed stormwater runoff. CBI designation checkbox for QF3-18. The portion of the landfill (capped vs. uncapped) that conveyed stormwater runoff has contacted and is combined with leachate.

The yes/no answer to whether the plant combines conveyed stormwater runoff that has contacted the uncapped portion of the landfill with leachate. CBI designation checkbox for QF3-19. Checkbox to indicate that the intermediate and final destination of the conveyed stormwater runoff is a pond/im poundm ent unit. The pond/impoundment unit ID(s) receiving the conveyed stormwater runoff. Checkbox to indicate that the conveyed stormwater runoff is transferred to an on-site treatment system for it's intermediate and/or final destination. The on-site wastewater treatment system ID receiving the stormwater runoff.Checkbox to indicate if the ty pe of on-site wastewater treatment system is chemical precipitation; aerobic or

anoxic/anaerobic biological reactor; constructed wetlands; or other, specified. The specification of another ty pe of on-site wastewater treatment system receiving stormwater runoff. Checkbox to indicate that the conveyed stormwater runoff is transferred to a storage tank for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is indirectly discharged to a treatment works system for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is immediately recycled back into the plant process as it's intermediate and/or final destination. A description on how the leachate is used once it has been immediately recycled back into the plant process. Checkbox to indicate that the conveyed stormwater runoff is discharged to a surface water as it's intermediate and/or final destination. The NPDES permitted outfall number for the surface water receiving the conveyed stormwater runoff. Checkbox to indicate another intermediate and/or final destination of the conveyed stormwater runoff. An explanation of the other intermediate and/or final destination of the conveyed stormwater runoff. Plant identification number CBI designation checkbox for the generation of leachate at the facility (QG1-1) Indicates if the facility

generates any

leachate from ponds/landfills CBI designation checkbox for the aerial photo of the entire waste management unit (G3-2) Indicates if the facility

attached an aerial photo of the entire waste management unit Explanation for not attached an aerial photo of the entire waste management unit CBI designation checkbox for the identification of sample points of the landfill block diagram submitted in Part F (QG3-3) Checkbox for the identification of sample points of the landfill block diagram submitted in Part F (QG3-3) Plant identification number Pond/Landfill identification number (Assigned in Tables A-4 or A-6) CBI designation checkbox for leachate collection (QG2-1) Indication of leachate collection at the facility CBI designation checkbox for leachate transfer off site (QG2-2) Indicates if the leachate collected is transferred off site CBI designation checkbox for on site leachate treatment (QG2-3) Indicates if the leachate collected, that is not transferred off site, it treated at the facility CBI designation checkbox for combining leachate with runoff/stormwater/process wastewater (QG2-4) Indicates if the leachate is combined with runoff/stormwater/process wastewater Plant identification number CBI designation checkbox for rainfall data (QG4-2) Date of rainfall collection Inches recorded for rainfall collection Plant identification number Pond/Landfill identification number (Assigned in Tables A-4 or A-6) CBI designation checkbox for leachate sampling data CBI designation checkbox for leachate sampling data Indicates the location of the sample point for data collection Description of the sampling location Name of analy

te CAS num ber of analy

te Non-detect result Concentration of analy

te (μg/L)Analy

tical method used Description of analy

tical method used, if "other" selected Method Detection Limit (MDL) (μg/L) Reporting Limit (μg/L) Qualifiers for the Measurement Plant identification number Pond/Landfill identification number (Assigned in Tables A-4 or A-6) CBI designation checkbox for sample collection information (place, date, description) (QG4-1) Indicates the location of the sample point Indicates the leachate treatment system ID previously identified in Table F-4 Description of the sample point Date of sample collection Plant identification number CBI designation checkbox for lab data Name of analy

tical lab Indicates if the summary report is attached Plant identification number Pond/Landfill identification number CBI designation checkbox for process wastes stored in ponds/landfills at the facility Indicates that fly

ash is stored in the pond/landfill The amount of fly

ash stored in the pond/landfill (tons) Indicates that bottom ash is stored in the pond/landfill The amount of bottom ash stored in the pond/landfill (tons) Indicates that boiler slag is stored in the pond/landfill The amount of boiler slag stored in the pond/landfill (tons) Indicates that gypsum is stored in the pond/landfill The amount of gy psum stored in the pond/landfill (tons) Indicates that calcium sulfite (non-pozzalonic) is stored in the pond/landfill The amount of calcium sulfite (non-pozzalonic) stored in the pond/landfill (tons) Indicates that pozzalonic m aterial is stored in the pond/landfill The amount of pozzalonic material stored in the pond/landfill (tons) Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons) Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons) Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons) Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-18. List of ancillary

equipm ent of the leachate treatment system. Number of ancillary

equipm ent pieces in the system.Plant identification number.

EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-17. Ty pe of project associated with the capitol cost for the leachate treatment system. Cost of the project for the leachate treatment system ($). Year the cost of the project for the leachate system is based on. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF3-21. Indirect engineering costs were incurred because plant hired outside engineering firm to oversee design and/or installation of the treatment system.

Plant identification number. CBI designation checkbox for QF4-2. Checkbox to indicate that the plant attached a block diagram of the leachate treatment system operation. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-7. Ty pical flow rate for the leachate treatment system in 2009 (gpm). The maximum daily

flow rate for the leachate treatment system in 2009 (gpm). The average annual flow rate for the leachate treatment system in 2009 (gpm). The duration of effluent transfers from the treatment system in 2009 (hpd). The frequency

of effluent transfers from the treatment system in 2009 (hpd). Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-3. Drop-down selection of process wastewaters generated from the pond/impoundment and/or landfills treated by the leachate treatment system. A description of another type of process wastewater not listed in the drop-down menu. Pond/im poundm ent unity or landfill ID associated with the process wastewater selected. The average annual flow rate of influent to the treatment system associated with the process wastewater selected (gpm). First average annual flow rate of influent to the treatment system associated with the process wastewater selected (hpd). First average annual flow rate of influent to the treatment system associated with the process wastewater selected (dpy). Second average annual flow rate of influent to the treatment system associated with the process wastewater selected (gpd). Second average annual flow rate of influent to the treatment system associated with the process wastewater selected (dpy). Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-6. The yes/no answer to whether there were any planned im provements to the leachate treatment system. Identification of pollutants and/or limits the improvement to the leachate treatment system will target. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-16. The annual O&M cost for operating the leachate treatment system in 2009 ($).The average rate of labor required to operate the leachate treatment system in 2009 ($/hr).

The number of workers required to operate the leachate treatment system in 2009. The amount of time the workers spent operating the leachate treatment system in 2009 (hpd). The amount of time the workers spent operating the leachate treatment system in 2009 (dpy). The annual O&M cost for maintaining the leachate treatment system in 2009 ($). The average rate of labor required to maintain the leachate treatment system in 2009 ($/hr). The number of workers required to maintain the leachate treatment system in 2009. The amount of time the workers spent maintaining the leachate treatment system in 2009 (hpd). The amount of time the workers spent maintaining the leachate treatment system in 2009 (dpy). The annual O&M cost for maintenance materials for the leachate treatment system in 2009 ($). The annual O&M cost for chemicals for the leachate treatment system in 2009 ($). The annual O&M cost for plants/organic matter for the leachate treatment system in 2009 ($). The annual O&M cost for energy to power pum ping for the leachate treatment system in 2009 ($). The rate of energy

to power pum ping for the leachate treatment system in 2009 ($/kW h). The amount of energy

consumed in 2009 to power pumping (kW h). The annual O&M cost for energy for operations other than pumping for the leachate treatment system in 2009 ($). The rate of energy

to power operations other than pumping for the leachate treatment system in 2009 ($/kW h). The amount of energy

consumed in 2009 to power operations other than pumping (kW h). The cost of steam used for leachate treatment system O&M in 2009 ($). The rate of the steam used for leachate treatment system O&M ($/pound). The steam consumption rate for leachate treatment system O&M in 2009 (pounds/hr). The annual O&M cost for removing hazardous sludge via dredging ($). The rate of removing hazardous sludge via dredging ($). Checkbox to indicate if the rate of removing hazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing hazardous sludge via landfilling ($) The rate of removing hazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing hazardous sludge via landfilling is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via dredging ($) The rate of removing nonhazardous sludge via dredging ($). Checkbox to indicate if the rate of removing nonhazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via landfilling ($). The rate of removing nonhazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing nonhazardous sludge via landfilling is in gallons or tons. The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($) The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($). The total O&M cost for 2009. Plant identification number. CBI designation checkbox for QF4-1. EPA-assigned leachate treatment system ID. Plant designation of the operating leachate treatment system. Operating leachate treatment system footprint (ft2). Year the operating leachate treatment system was initially brought online. Number of operating leachate collection systems contributing to the leachate treatment system.Distance from the operating leachate collection system (ft).

Approximate distance to final outfall from the operating leachate treatment system (ft). Outfall number associated with the operating leachate treatment system. Plant identification number. CBI designation checkbox for QF4-1. EPA-assigned leachate treatment system ID. Plant designation of the planned leachate treatment system. Planned leachate treatment system footprint (ft2). Year the planned leachate treatment system was initially brought online. Number of planned leachate collection systems contributing to the leachate treatment system. Distance from the planned leachate collection system (ft). Approximate distance to final outfall from the planned leachate treatment system (ft). Outfall number associated with the planned leachate treatment system. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-4. Drop-down selection of assigned leachate treatment unit ID based on units that are operating, under construction/installation, or planned to be constructed/installed. User-defined designation of a leachate treatment unit ID. EPA-assigned pond/impoundment unit ID if it is included as part of the leachate treatment system. The plant’s name for each leachate treatment unit. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-5 Drop-down selection of assigned leachate treatment unit ID. User-defined designation of a leachate treatment unit ID. EPA-assigned pond/impoundment unit ID if it is included as part of the leachate treatment system. Description of planned improvement to the leachate treatment system. Expected date of planned improvement to the leachate treatment system (mm/dd/y yyy)

. Total capital cost of planned improvements to the leachate treatment system ($). Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-14. Assigned leachate treatment unit ID. Ty pe of chemical used in leachate treatment unit operations. Trade name of chemical used in leachate treatment unit operations. Manufacturer of chemical used in leachate treatment unit operations. Purpose of chemical used in leachate treatment unit operations. Location of chemical addition in leachate treatment unit operations. Average dose concentration of chemical used in leachate treatment unit operations (g/L). Average addition rate of chemical used in leachate treatment unit operations. Checkbox to indicate if the units for the average addition rate of chemical used in leachate treatment unit operations are gpd or lb/day

. Checkbox to indicate if the phase of the chemical addition is solid or liquid. Frequency

of the chemical addition (dpy).Plant identification number.

EPA-assigned leachate treatment system ID. Assigned leachate treatment unit ID. CBI designation checkbox for QF4-8. Volum e of the leachate treatment unit (ft3). Wa ter depth of the leachate treatment unit should it be a wetland cell (ft). CBI designation checkbox for QF4-9. Footprint/surface area of the leachate treatment system unit (ft2). CBI designation checkbox for QF4-10. Residence time of leachate within the leachate treatment unity (hours). CBI designation checkbox for QF4-11. Checkbox to indicate that the leachate treatment unit was constructed using stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 316L stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 317M stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 317LM stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 2205 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 255 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 625 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using another type of stainless steel alloy

. The specification of another ty pe of stainless steel alloy used in construction. Checkbox to indicate that the leachate treatment unit was constructed using carbon steel. Checkbox to indicate that the leachate treatment unit was constructed using lined carbon steel. The specification of the ty pe of carbon steel liner. Checkbox to indicate that the leachate treatment unit was constructed using fiberglass. Checkbox to indicate that the leachate treatment unit was constructed using titanium. Checkbox to indicate that the leachate treatment unit was constructed using another type of material. A description of the other type of material used to construct the leachate treatment unit. CBI designation checkbox for QF4-14. The yes/no answer to whether the plant adds chemicals to the leachate treatment unit in 2009. CBI designation checkbox for QF4-15. The yes/no answer to whether the leachate treatment unit contains any plant species. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-15. Assigned leachate treatment unit ID. The plant species name used in the leachate treatment unit operations. The name of the plant used in the leachate treatment unit operations. The purpose of the plant in the operation of the leachate treatment unit. Plant identification number. EPA-assigned leachate treatment system ID. Assigned leachate treatment unit ID. CBI designation checkbox for QF4-12. Checkbox to indicate that metals are targeted for removal by the leachate treatment system. Specification of the type of metals targeted for removal by the leachate treatment system. Checkbox to indicate that mercury is targeted for removal by the leachate treatment system.Checkbox to indicate that chlorides are targeted for removal by the leachate treatment system. Checkbox to indicate that sulfates are targeted for removal by the leachate treatment system. Checkbox to indicate that TDS is targeted for removal by the leachate treatment system. Checkbox to indicate that TSS is targeted for removal by the leachate treatment system. Checkbox to indicate that another pollutant is targeted for removal by the leachate treatment system. Specification of the other type of pollutant targeted for removal by the leachate treatment system. CBI designation checkbox for QF4-13. Name of the pollutant that drives/will drive the operation of the leachate treatment unit. First limitation of the pollutant that drives/will drive the operation of the leachate treatment unit. First drop-down selection of units for the pollutant limitation (ug/L or mg/L). Name of the pollutant that drives/will drive the operation of the leachate treatment unit. Second lim itation of the pollutant that drives/will drive the operation of the leachate treatment unit. Second drop-down selection of units for the pollutant limitation (ug/L or mg/L). Name of the pollutant that drives/will drive the operation of the leachate treatment unit. Third limitation of the pollutant that drives/will drive the operation of the leachate treatment unit. Third drop-down selection of units for the pollutant limitation (ug/L or mg/L). Plant identification number Steam electric unit identification number (Assigned in Part A) CBI designation checkbox for MCW with Chem Table (QE2-1) Operation IDs for MCW (with chemicals) operations assigned in Table E-1 Description of Operation IDs for MCW (with chemicals) operations assigned in Table E-1 Designates whether the metal cleaning operation (with chemicals) occurs at the Plant Ty pe of chemical used in MCW (with chemicals) operation (Choice 1) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_1 (Choice 1) Ty pe of chemical used in MCW (with chemicals) operation (Choice 2) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_2 (Choice 2) Ty pe of chemical used in MCW (with chemicals) operation (Choice 3) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_3 (Choice 3) Ty pe of chemical used in MCW (with chemicals) operation (Choice 4) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_4 (Choice 4) Ty pe of chemical used in MCW (with chemicals) operation (Choice 5) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_5 (Choice 5) Ty pe of chemical used in MCW (with chemicals) operation (Choice 6) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_6 (Choice 6) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 1) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 2) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 3) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 4) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 5) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 6) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 1)Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 2)

Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 3) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 4) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 5) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 6) Ty pe of water used for MCW (with chemicals) operation (Choice 1) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_1 (Choice 1) Ty pe of water used for MCW (with chemicals) operation (Choice 2) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_2 (Choice 2) Ty pe of water used for MCW (with chemicals) operation (Choice 3) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_3 (Choice 3) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 1) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 2) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 3) Ty pical frequency

of MCW operations (with chemicals) - Every Ty pical frequency

of MCW operations (with chemicals) - per Year Plant identification number CBI designation checkbox for MCW kickout (QE1-1) Does facility

does generate any

MCW answer Plant identification number Steam electric unit identification number (Assigned in Part A) CBI designation checkbox for MCW without Chem Table (QE2-2) Operation IDs for MCW (wo chemicals) operations assigned in Table E-2 Description of Operation IDs for MCW (wo chemicals) operations assigned in Table E-2 Designates whether the metal cleaning operation (wo chemicals) occurs at the Plant Ty pe of water used for MCW (wo chemicals) operation (Choice 1) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_1 (Choice 1) Ty pe of water used for MCW (wo chemicals) operation (Choice 2) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_2 (Choice 2) Ty pe of water used for MCW (wo chemicals) operation (Choice 3) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_3 (Choice 3) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 1) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 2) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 3) Ty pical frequency

of MCW operations (wo chemicals) - Every Ty pical frequency

of MCW operations (wo chemicals) - per Year Plant identification number Steam electric unit identification number (Assigned in Part A) Operation IDs for MCW operations assigned in Tables E-1 and E-2 CBI designation checkbox MCW residues Indicates if any

residues are created from the cleaning operation CBI designation checkbox for MCW hazardous residues Indicates if the MCW generated is always hazardous, sometimes hazardous, always non-hazardous, or unknown CBI designation checkbox for characteristics of hazardous waste Description of what chemicals makes the MCW hazardousCBI designation checkbox for handling and average tonnage of MCW

Indicates if the MCW is landfilled Indicates if the MCW is landfilled, permanently Indicates the annual tonnage for permanently landfilled MCW Indicates if the MCW is landfilled, temporarily Indicates the annual tonnage for temporarily landfilled MCW Indicates if the MCW is sent to a pond Indicates if the MCW is sent to a pond, permanently Indicates the annual tonnage for MCW permanently placed in a pond Indicates if the MCW is sent to a pond, temporarily Indicates the annual tonnage for MCW temporarily placed in a pond Indicates if the MCW is hauled off site Indicates the annual tonnage for MCW hauled off site Indicates a type of MCW handling not listed Describes the ty pe of MCW handling, if "other" selected Indicates the annual tonnage for "other" handled MCW CBI designation checkbox for the combined storage of MCW Indicates if the MCW residues stored in a landfill or pond are stored with other solids generated at the plant Indicates if the MCW residues are combined with fly ash Indicates if the MCW residues are combined with bottom ash Indicates if the MCW residues are combined with FGD scrubber purge Indicates if the MCW residues are combined with mill rejects Indicates if the MCW residues are combined with other solids not listed Describes the solids that MCW residues are combined with, if "other" selected Plant identification number Steam electric unit identification number (Assigned in Part A) Operation IDs for MCW operations assigned in Tables E-1 and E-2 CBI designation checkbox for MC description Description of process equipment cleaning operation CBI designation checkbox for MCW commingled with process wastewater Indicates if MCW is commingled with process wastewater Indicates if MCW is commingled with fly ash sluice water Indicates if MCW is commingled with bottom ash sluice water Indicates if MCW is commingled with FGD scrubber purge Indicates if MCW is commingled with cooling tower blowdown Indicates if MCW is commingled with once through cooling water Indicates if MCW is commingled with a process wastewater not listed Description of process wastewater that is commingled with MCW , if "other" selected CBI designation checkbox for MCW destination Indicates if the MCW is immediately recycled to plant process Description of how the recycled MCW is reused at the plant Indicates if the MCW is transferred on-site for treatment Indicates that the on-site treatment for MCW is a settling pond Indicates that the on-site treatment for MCW is pH adjustment Indicates that the on-site treatment for MCW is chemical precipitationIndicates that the on-site treatment for MCW is a constructed wetland

Indicates that the on-site treatment for MCW is not listed Description of on-site treatment for MCW , if "other" selected Indicates that the MCW is discharged to surface water Indicates the outfall number, if MCW is discharged to surface water Indicates that MCW is indirectly discharged to POTW or PrOTW Indicates that MCW is evaporated Indicates that the MCW destination is not listed Description of MCW destination, if "other" selected Plant identification number. CBI designation checkbox for Q A10-2. Description of all flue gas mercury control processes that the plant is currently operating, constructing/installing, or planning to construct/install by Dec 31, 2010. CBI designation checkbox for Q A10-3. Yes/no response to whether the plant has ever operated or plans to operate a pilot scale flue gas mercury control system for pilot study

evaluation. The ty pe of technology studied by

the pilot scale flue gas mercury control system. CBI designation checkbox for Q A10-4. Yes/no response to whether the study evaluates process wastewaters generated by the technology

or identifies what process wastewater will be generated or affected by

the technology

. CBI designation checkbox for Q A10-5. Name of company

whose flue gas mercury control system technology was/will be tested. State date of the flue gas mercury control system pilot study

. End date of the flue gas mercury control system pilot study

. The plant attached the final technical evaluation report. The plant did not attached the final technical evaluation report. Description why

the plant did not attached the final technical evaluation report. Plant identification number. Mercury Control System identification number. CBI designation checkbox for Q A10-1, Table A-14. Indicates whether the mercury control system was either operating in 2009 or is planned. Indicates the ty pe of mercury control system. SE Unit 1 exhausts to the mercury control system. SE Unit 2 exhausts to the mercury control system. SE Unit 3 exhausts to the mercury control system. SE Unit 4 exhausts to the mercury control system. SE Unit 5 exhausts to the mercury control system. SE Unit 6 exhausts to the mercury control system. SE Unit 7 exhausts to the mercury control system. SE Unit 8 exhausts to the mercury control system. SE Unit 9 exhausts to the mercury control system. SE Unit 10 exhausts to the mercury control system. Description of other SE Unit(s) that exhaust to the mercury control system. Month of installation of mercury control system. Year of installation of mercury control system.Location of mercury control system in relation to initial particulate control system. Description of how mercury control solid waste is handled. The design or targeted mercury percent removal efficiency

. Plant identification number. SE Unit ID CBI designation checkbox for Q A9-1, Table A-12. The ty pe of NOx control system is SCR. Status of the SCR NOx control system. Month of installation of the SCR NOx control system.. Year of installation of the SCR NOx control system.. The ty pe of NOx control system is SNCR. Status of the SNCR NOx control system (operating/planned). Month of installation of the SNCR NOx control system. Year of installation of the SNCR NOx control system. The ty pe of NOx control system is overfire air. Status of the overfire air NOx control system (operating/planned). Month of installation of the overfire air NOx control system. Year of installation of the overfire air NOx control system. The ty pe of NOx control system is a Low NOx burner. Status of the Low NOx burner control system (operating/planned). Month of installation of the Low NOx burner control system. Year of installation of the Low NOx burner control system. The ty pe of NOx control system is not listed (other). A description of the NOx burner control system. Status of the NOx control system (operating/planned). Month of installation of the NOx control system. Year of installation of the NOx control system. Plant identification number. CBI designation checkbox for QH1-1 The yes/no answer to whether the plant operated one or more units using nuclear energy as the fuel source to generate electricity

in 2009 (QH1-1) CBI designation checkbox for QH1-2 The yes/no answer to whether the plant generated any process wastewater during 2009 that is associated with the production of electricity from nuclear generating units (QH1-2) Plant identification number Nuclear process wastewater ID CBI designation checkbox for Table H-1 Description of nuclear process wastewater Description of nuclear process wastewater if other was selected as the nuc_wastewater_desc Designates if process wastewater is radioactive or nonradioactive Designates if SE unit 1 is associated with the process wastewater Designates if SE unit 2 is associated with the process wastewater Designates if SE unit 3 is associated with the process wastewater Designates if SE unit 4 is associated with the process wastewater Designates if SE unit 5 is associated with the process wastewaterDesignates if SE unit 6 is associated with the process wastewater

Designates if SE unit 7 is associated with the process wastewater Designates if SE unit 8 is associated with the process wastewater Designates if SE unit 9 is associated with the process wastewater Designates if other SE units are associated with the process wastewater Defines the other SE units that are associated with the process wastewater Plant Identification number. Nuclear process wastewater ID CBI designation checkbox for QH2-1 Designates whether the flow of the process wastewater is continuous. (QH2-1) Flow rate of the process wastewater (gpm) Ty pical volum e generated annually in gallons by

the process wastewater Ty pical duration in hpd of the process wastewater Ty pical duration in dpy

of the process wastewater Ty pical frequency

- number of times in the statement # times every # years Ty pical frequency

- number of years in the statement # times every # years CBI designation checkbox for QH2-2 Immediately

recycled back to a plant process. (QH2-2) Process wastewater is reused in cooling towers Process wastewater is reused as reactor coolant Process wastewater is reused as primary coolant Process wastewater is reused as secondary coolant Process wastewater is reused in another process not specified in the other fields Description of how the process wastewater is used if the plant selected other process Discharged to surface water following on-site treatment, including those located on non-adjoining property

. NPDES outfall number for the discharge of treated process wastewater Discharged to surface water untreated NPDES outfall number for the discharge of untreated process wastewater Transferred to publically or privately

owned treatm ent works Transported to an offsite vendor waste processor Transported to an approved licensed burial ground Transported to another location not specified in the other fields Description of how the plant handled the wastewater if they selected other Plant Identification number Nuclear wastewater treatment system name CBI designation checkbox for QH3-1 Designates whether the wastewater treatment system treats radioactive waste (QH3-1) CBI designation checkbox for QH3-2 Designates whether the wastewater treatment system treats this process wastewater (QH3-2) Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewaterDesignates whether the wastewater treatment system treats this process wastewater

Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater CBI designation checkbox for QH3-3 Ty pical flow rate through wastewater treatment system in 2009, gpm (QH3-3) Maximum flow rate through wastewater treatment system in 2009, gpm Duration of effluent transfers from wastewater treatment system in 2009, hpd Frequency

of effluent transfers from wastewater treatment system in 2009, dpy CBI designation checkbox for QH3-6 Immediately

recycled back to plant process (QH3-6) Treated wastewater is reused in cooling towers Treated wastewater is reused as reactor coolant Treated wastewater is reused as primary coolant Treated wastewater is reused as secondary coolant Treated wastewater is reused in another process not specified in the other fields Description of how the process wastewater is used if the plant selected other process Discharged to surface water following on-site treatment, including those located on non-adjoining property

. NPDES outfall number for the discharge of treated process wastewater Transferred to publically or privately

owned treatm ent worksTransported to an offsite vendor waste processor

Transported to an approved licensed burial ground Transported to another location not specified in the other fields Description of how the plant handled the wastewater if they selected other CBI designation checkbox for QH3-7 Ty pical flow rate in 2009 through wastewater treatment system that is recycled back to plant processes, gpm (QH3- 7) Maximum flow rate in 2009 through wastewater treatment system that is recycled back to plant processes, gpm Duration of effluent transfers from treatment system in 2009, hpd (recycled portion) Frequency

of effluent transfers from treatment system in 2009, dpy (recycled portion) Plant identification number Plant identification number Designates if the plant is operating the technology or if they

plant to install the technology by 2020 Designates if the plant is operating the technology or if they

plant to install the technology by 2020 Nuclear wastewater treatment system name Nuclear wastewater treatment system name Technology

used/planned in the wastewater treatment system Description of technology if the plant selected other as the technology used/planned in the wastewater treatment system CBI designation checkbox for Table H-3 (operating) and Table H-4 (planned) Designates if chlorine is targeted for removal by the technology Designates if nitrogen compounds (ammonia, nitrate, and nitrite) are targeted for removal by the technology Designates if carbohydrazine is targeted for removal by the technology Designates if hydrazine is targeted for removal by the technology Designates if organic acids are targeted for removal by the technology Designates if TSS is targeted for removal by the technology Designates if oil and grease is targeted for removal by the technology Designates if boron is targeted for removal by the technology Designates if tritium is targeted for removal by the technology Designates if strontium 90 is targeted for removal by the technology Designates if cesium 137 is targeted for removal by the technology Designates if other radionuclides not in other fields are targeted for removal by the technology Designates if other metals not in other fields are targeted for removal by the technology Describes the other metals that are targeted for removal by the technology Designates if other pollutants not in other fields are targeted for removal by the technology Describes the other pollutants that are targeted for removal by the technology 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Limitation 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Limitation 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Limitation 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit Technology

used/planned in the wastewater treatment system Description of technology if the plant selected other as the technology used/planned in the wastewater treatment systemCBI designation checkbox for Table H-3 (operating) and Table H-4 (planned)

Designates if chlorine is targeted for removal by the technology Designates if nitrogen compounds (ammonia, nitrate, and nitrite) are targeted for removal by the technology Designates if carbohydrazine is targeted for removal by the technology Designates if hydrazine is targeted for removal by the technology Designates if organic acids are targeted for removal by the technology Designates if TSS is targeted for removal by the technology Designates if oil and grease is targeted for removal by the technology Designates if boron is targeted for removal by the technology Designates if tritium is targeted for removal by the technology Designates if strontium 90 is targeted for removal by the technology Designates if cesium 137 is targeted for removal by the technology Designates if other radionuclides not in other fields are targeted for removal by the technology Designates if other metals not in other fields are targeted for removal by the technology Describes the other metals that are targeted for removal by the technology Designates if other pollutants not in other fields are targeted for removal by the technology Describes the other pollutants that are targeted for removal by the technology Plant identification number. CBI designation checkbox for Part A comments. Question number reference for Part A comment. Comment from plant for Part A. Plant identification number. CBI designation checkbox for Part B comments. Question number reference for Part B comment. Comment from plant for Part B. Plant identification number. CBI designation checkbox for Part C comments. Question number reference for Part C comment. Comment from plant for Part C. Plant identification number. CBI designation checkbox for Part D comments. Question number reference for Part D comment. Comment from plant for Part D. Plant identification number CBI checkbox designation for comment box Corresponding question number for comment Comment from facility Plant identification number. CBI designation checkbox for comment response. Question number comment refers to. Comment for Part F. Plant identification number CBI designation checkbox for comment response Question number comment refers to Comment for Part GPlant identification number

CBI designation checkbox for comment response Question number comment refers to Comment for Part H Plant identification number. CBI designation checkbox for QD2-6. Pond/Im poundm ent system ID. Status of pond, active/inactive/open or retired/closed or planned. Year pond system will be brought online. Plant's name for pond system. Checkbox to indicate SPD-A included in pond system. Checkbox to indicate SPD-B included in pond system. Checkbox to indicate SPD-C included in pond system. Checkbox to indicate SPD-D included in pond system. Checkbox to indicate SPD-E included in pond system. Plant identification number. CBI designation checkbox for A1-1. Name of the plant associated with the plant identification number. Physical street address of the designated plant. City the plant is located in. State that the plant is located in. Zip code of the plant location. CBI designation checkbox for A1-2. Name of the primary

contact for technical information presented in questionnaire. Title of the primary

contact for technical information. Em ail address of the primary contact for technical information. Street address for the primary contact for technical information. City the primary

contact for technical information is located in. State the primary

contact for technical information is located in. Zip code for the primary contact for technical information. Telephone number of the primary contact for technical information. Fax number of the primary contact for technical information. Earliest time to call the primary contact for technical information (Eastern Time). The AM/PM designation for the earliest time to call. Latest time to call the primary contact for technical information (Eastern Time). The AM/PM designation for the latest time to call. CBI designation checkbox for A1-3. Name of the secondary contact for technical information presented in questionnaire. Title of the secondary

contact for technical information. Em ail address of the secondary contact for technical information. Street address for the secondary contact for technical information. City the secondary

contact for technical information is located in. State the secondary

contact for technical information is located in. Zip code for the secondary contact for technical information. Telephone number of the secondary contact for technical information.Fax number of the secondary contact for technical information. Earliest time to call the secondary contact for technical information (Eastern Time). The AM/PM designation for the earliest time to call. Latest time to call the secondary contact for technical information (Eastern Time). The AM/PM designation for the latest time to call. CBI designation checkbox for A1-4. Name of the primary

contact for economic/financial information presented in questionnaire. Title of the primary

contact for economic/financial information. Em ail address of the primary contact for economic/financial information. Street address for the primary contact for economic/financial information. City the primary

contact for economic/financial information is located in. State the primary

contact for economic/financial information is located in. Zip code for the primary contact for economic/financial information. Telephone number of the primary contact for economic/financial information. Fax number of the primary contact for economic/financial information. Earliest time to call the primary contact for economic/financial information (Eastern Time). The AM/PM designation for the earliest time to call. Earliest time to call the primary contact for economic/financial information contact (Eastern Time). The AM/PM designation for the latest time to call. CBI designation checkbox for A1-5. Name of the secondary contact for economic/financial information presented in questionnaire. Title of the secondary

contact for economic/financial information. Em ail address of the secondary contact for economic/financial information. Street address for the secondary contact for economic/financial information. City the secondary

contact for economic/financial information is located in. State the secondary

contact for economic/financial information is located in. Zip code for the secondary contact for economic/financial information. Telephone number of the secondary contact for economic/financial information. Fax number of the secondary contact for economic/financial information. Earliest time to call the secondary contact for economic/financial information (Eastern Time). The AM/PM designation for the latest time to call. Earliest time to call the secondary contact for economic/financial information contact (Eastern Time). The AM/PM designation for the latest time to call. Plant identification number. CBI designation checkbox for A1-6. The yes/no answer to whether the plant is permanently retired or will it be permanently retired by

December 31, 2011. CBI designation checkbox for A1-7. The yes/no answer to whether the plant generates or has the potential to generate electricity from a steam electric generating unit. CBI designation checkbox for A1-8. The plant used coal to generate electricity in 2009. The plant used oil to generate electricity in 2009. The plant used gas to generate electricity in 2009. The plant used petroleum coke to generate electricity in 2009. The plant used nuclear fuel to generate electricity in 2009.The plant did not use nuclear or fossil fuels other than for start up in 2009.

CBI designation checkbox for A1-9. The plant uses the electricity generated on site. The percent of electricity used on site (by

end use). The plant distributes the electricity generated for sale. The percent of electricity distributed for sale (by end use). Other use of electricity

(not used on site or distributed for sale). The percent of electricity associated with the other use (by end use). A description of the other electricity end use/handling. CBI designation checkbox for A1-10. Prim ary six-digit North American Industry Classification System (NAICS) codes that best describe the plant’s activities. Secondary

six-digit NAICS codes that best describe the plant’s activities. Tertiary six-digit NAICS codes that best describe the plant’s activities. CBI designation checkbox for A1-11. The yes/no answer to whether the plant's primary purpose is the generation of electricity

. The description of the plant's primary purpose in the event that it is not the generation of electricity

. CBI designation checkbox for A1-12. The plant uses steam generated at the plant for electricity generation. The percent of steam used for electricity generation. The plant uses steam generated at the plant for heating and/or cooling. The percent of steam used for heating and/or cooling. The plant uses steam generated at the plant for something other than electricity generation or heating and/or cooling. The percent of steam used for something other than electricity generation or heating and/or cooling. The description of what the steam is used for if it is not electricity generation or heating and/or cooling. CBI designation checkbox for A1-13. The total plant nameplate electric generating capacity

. The total electric net summer electric generating capacity

. The total electric net winter electric generating capacity

. CBI designation checkbox for A1-14. The total net electrical generation for all electric generating units at the plant during calendar year 2007. The total net electrical generation for all electric generating units at the plant during calendar year 2008. The total net electrical generation for all electric generating units at the plant during calendar year 2009. The total gross electrical generation for all electric generating units at the plant during calendar year 2007. The total gross electrical generation for all electric generating units at the plant during calendar year 2008. The total gross electrical generation for all electric generating units at the plant during calendar year 2009. CBI designation checkbox for A2-3. The yes/no answer to whether the plant conduct any Environm ental Assessment (EA) or Environmental Impact Statem ent (EIS) studies on receiving waters or pond/impoundments reported in Table A-4. Checkbox indicating that the plant did attach the results from the study(ies). Checkbox indicating that the plant did not attach the results from the study(ies). Explanation on why

the plant did not attach the results from the study(ies). CBI designation checkbox for A5-1. The plant did not provide the geographical coordinates, nuclear generating unit(s) located at the plant. The latitude degrees of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6.The latitude minutes of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860

(2007), schedule 2, line 6. The latitude seconds of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude degrees of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude minutes of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude seconds of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. CBI designation checkbox for A5-2. The plant attached an aerial map showing the property boundary

of the plant that shows buildings, ponds/impoundments, landfills, and other significant features of the plant. The plant did not attach a diagram because nuclear unit(s) on-site. CBI designation checkbox for A5-3. A water balance diagram for the plant is attached. Plant identification number. CBI designation checkbox for A2-1. The plant's EIA Plant Identification Code. CBI designation checkbox for A2-2. The plant's RUS Plant Identification Code. CBI designation checkbox for A2-4. The yes/no answer to whether the plant's National Pollutant Discharge Elimination System (NPDES) permit is under developm ent. The yes/no answer to whether the plant's Resource Conservation and Recovery Act (RCRA) permit is under developm ent. The yes/no answer to whether the plant's Stormwater permit is under development. The yes/no answer to whether the plant's Air Pollution Operating permit is under development. The yes/no answer to whether the plant's Underground Injection Control (UIC) permit is under development. Plant identification number. Plant's outfall number. CBI designation checkbox for A2-5. Name of the outfall. The degrees coordinate of the outfall's latitude. The minutes coordinate of the outfall's latitude. The seconds coordinate of the outfall's latitude. The degrees coordinate of the outfall's longitude. The minutes coordinate of the outfall's longitude. The seconds coordinate of the outfall's longitude. Outfall's discharge flow in gallons per year. Outfall's discharge flow in gallons per day

. Outfall's discharge flow in gallons per minute. Outfall's discharge flow in hours per day

. Outfall's discharge flow in days per year. CBI designation checkbox for A2-6. The response to whether the outfall is an internal outflow or external outflow. CBI designation checkbox for A2-7. The yes/no answer to whether the plant's outfall releases water to a discharge canal prior to discharging to surface water.CBI designation checkbox for A2-8.

Name of the receiving surface water. The name(s) of the next receiving water downstream if the receiving surface water is unnamed. Ty pe of surface water. Other ty pe of surface water. CBI designation checkbox for A2-9. The yes/no answer to whether a mixing zone has been applied to the outfall. Plant identification number. Plant's outfall number. CBI designation checkbox for A2-10. Percent contribution from cooling water outfall flow. Percent contribution from fly ash sluice outfall flow. Percent contribution from bottom ash sluice outfall flow. Percent contribution from FGD scrubber wastewater (slurry blowdown or scrubber purge) outfall flow. Percent contribution of leachate from coal combustion residue landfills or ponds/impoundments. Percent contribution from the coal pile runoff. Percent contribution from metal cleaning waste outfall flow. Percent contribution from storm water. Percent contribution from an other ty pe of outfall flow, not already identified. Checkbox if the outfall is used for emergency discharges only

. Plant identification number. CBI designation checkbox for QA2-4, Table A-2. The plant’s most recently approved permit associated with industrial activities The permit ID of the plant’s most recently approved permit associated with industrial activities. Approval m onth of the plant’s most recently approved permit associated with industrial activities. Approval year of the plant’s most recently approved permit associated with industrial activities. Expiration month of the plant’s most recently approved permit associated with industrial activities. Expiration year of the plant’s most recently approved permit associated with industrial activities. Plant identification number. CBI designation checkbox for A3-1. The yes/no answer to whether the plant has or is the plant currently constructing/installing or planning to construct/install by

December 31, 2020 any ponds/impoundments. CBI designation checkbox for A4-1. The yes/no answer to whether the plant is currently constructing/installing or planning to construct/install by December 31, 2020 any landfills. CBI designation checkbox for A9-1. The yes/no answer to whether the plant operated any NOx control systems on fossil-fueled electric generating units after 1/1/10 or are currently constructing/installing or planning to construct/install any by 12/31/20. CBI designation checkbox for A10-1. The yes/no answer to whether the plant operated any flue gas mercury

control systems or are currently constructing/installing or planning to construct/install any by 12/31/20. CBI designation checkbox for A11-1. The yes/no answer to whether the plant operates any carbon capture systems on fossil-fueled electric generating units or are currently

constructing/installing or planning to construct/install any by 12/31/20. CBI designation checkbox for A12-1. The yes/no answer to whether the plant operates any wet ESP systems on fossil-fueled electric generating units after 1/1/10 or are currently constructing/installing or planning to construct/install any by 12/31/20.Plant identification number.

The yes/no response to whether the plant is currently constructing/installing or planning to construct/install by December 31, 2020 any ponds/impoundments used for the storage, treatment, and/or disposal of process wastewater, residues, or by-products. CBI designation checkbox for A3-2. Pond/Im poundm ent Unit ID Plant’s nam e for the pond/impoundment unit. The latitude degrees of the geographical coordinates of the pond outlet. The latitude minutes of the geographical coordinates of the pond outlet. The latitude seconds of the geographical coordinates of the pond outlet. The longitude degrees of the geographical coordinates of the pond outlet. The longitude minutes of the geographical coordinates of the pond outlet. The longitude seconds of the geographical coordinates of the pond outlet. The Yes/No response to if the pond is lined. The Yes/No response to if the leachate is collected. Closest distance to nearest surface water in feet. Year pond was initially

brought online or is planned to be brought online. The Yes/No response to if the pond is inactive. Plant identification number. EPA-assigned pond/impoundment unit ID. CBI designation checkbox for QF2-4. The yes/no answer to whether the pond/impoundment unit has a system to collect leachate. Checkbox to indicate the pond/impoundment unit has a leachate collection system. Checkbox to indicate the pond/impoundment unit has a leachate detection system. Checkbox to indicate the pond/impoundment unit has another ty pe of leachate collection system. Specification of the other type of leachate collection system. CBI designation checkbox for QF2-5. Volum e of leachate collected in 2009 (gpd). Volum e of leachate collected in 2009 (gpy). Frequency

of process wastewater generation (days). Description of the estimation method. CBI designation checkbox for QF2-6. The yes/no answer to whether the plant collects stormwater, rainfall, or process wastewaters in the collection system. Checkbox to indicate that uncontaminated stormwater is collected in the leachate collection system. The amount of uncontaminated stormwater collected in the system (gpy). Checkbox to indicate that rainfall is collected in the leachate collection system. The amount of rainfall collected in the system (gpy). Checkbox to indicate that another ty pe of wastewater is collected in the leachate collection system. Drop-down menu of selections of other ty pes of wastewater. The amount of rainfall collected in the system (gpy). Explanation of the other type of wastewater collected in the system. CBI designation checkbox for QF2-7. Checkbox to indicate that the leachate is transferred back into the pond/impoundment unit. Checkbox to indicate that the leachate is combined with pond/impoundment unit effluent. Checkbox to indicate that the leachate is transferred to other pond/impoundment units.Pond/im poundm ent unit ID receiving the leachate.

Checkbox to indicate that the leachate is transferred to an on-site treatment system. The yes/no answer to whether the wastewater treatment system ID has been previously assigned. Wa stewater treatment system ID receiving the leachate. Checkbox to indicate that the leachate is transferred back to a storage tank. Checkbox to indicate that the leachate is indirectly discharged to a treatment works facility

. Checkbox to indicate that the leachate is immediately recycled back into the plant process. Description of how the leachate is reused when it is immediately recycled back into the plant process. Checkbox to indicate that the leachate is discharged to surface water. The NPDES permitted outfall number for the surface water the leachate is discharged to. Checkbox to indicate another intermediate and/or final destination of the leachate. The specification of another intermediate and/or final destination of the leachate. CBI designation checkbox for QF2-8. The yes, no, or NA response to whether chemicals are used to treat leachate sent to a pond or storage tank. Checkbox to indicate the plant uses lime to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses sodium hydroxide to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses sulfuric acid to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses another chemical to treat the leachate sent to a pond or storage tank. Specification of the other chemical used to treat leachate sent to a pond or storage tank. Plant identification number. EPA-assigned pond/impoundment unit ID. CBI designation checkbox for QF2-10. Designation of monitoring measure or inspection is performed on the pond/impoundment unity by the plant and/or engineering contractors. Indication that the type of inspection specified in the Pond_YrInsp field is being performed by the facility

. Frequency

of monitoring for a given monitoring measure/inspection. Average num ber of hours spent each year performing monitoring activities. Plant identification number. EPA-assigned pond/impoundment unit ID. CBI designation checkbox for A3-3, Table A-5. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is boiler slag. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is bottom ash. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is fly ash. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD calcium sulfate (gy psum). The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD calcium sulfite (not pozzolanic). The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD pozzolanic

ma terial. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified are solids from dry FGD. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified.Process wastewater type.

Process wastewater type. Process wastewater type. Process wastewater type. Process wastewater type. Process wastewater type. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. Plant identification number. Wa stewater treatment or pond system identification. CBI designation checkbox for QD6-3. Ty pe of capital project or area of direct cost, one of the following: purchased equipment, purchased equipment installation, buildings, site preparation, or land. Total capital cost for each project area. Year on which provided cost is based. Plant identification number. Wa stewater treatment or pond system identification. CBI designation checkbox for QD6-3. Checkbox to indicate plant hired outside engineering firm to oversee design and/or installation of the treatment system. CBI designation checkbox for QD6-4. Yes/no if all components of pond system and/or W WT S are included in capital costs reported in Table D-15. Explanation of components included in capital costs listed in Table D-15 and those not included in the cost. Plant identification number. Wa stewater treatment or pond system identification. CBI designation checkbox for QD6-2. Annual operating labor costs in 2009. Average rate of operating labor in 2009, per hour. Operating labor staffing rate in 2009, dollars number of workers. Operating labor staffing rate in 2009, hours per day

. Operating labor staffing rate in 2009, days per year. Annual m aintenance labor costs in 2009. Average rate of maintenance labor in 2009, dollars per hour. Maintenance labor staffing rate in 2009, number of workers. Maintenance labor staffing rate in 2009, hours per day

. Maintenance labor staffing rate in 2009, days per year. Annual m aintenance materials costs in 2009. Annual chemical costs in 2009. Annual energy

used to power pumping costs in 2009. Rate of energy

consumed to power pumping in 2009, dollars per kW h. Energy , for pumping power, consumption rate in 2009, kW h per hour. Annual other energy

costs in 2009, for energy other than pumping. Rate of other energy

consumed in 2009, dollars per kW h. Energy , used for other than pumping, consumption rate in 2009, kW h per hour.Annual steam costs in 2009.

Rate of steam consumed in 2009, dollars per pound. Steam consumption rate in 2009, in pounds per hour. Annual cost to dispose of dredged hazardous waste. Rate of disposal of dredged hazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for the rate of disposal of dredged hazardous sludge. Annual cost to dispose of landfilled hazardous waste in 2009. Rate of disposal of landfilled hazardous waste, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of landfilled hazardous sludge. Annual cost to dispose of dredged nonhazardous sludge in 2009. Rate of disposal of dredged nonhazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of dredged nonhazardous sludge. Annual cost to dispose of landfilled nonhazardous sludge in 2009. Rate of disposal of landfilled nonhazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of landfilled nonhazardous sludge. Description of first operating and maintenance cost considered 'other'. Annual cost of first 'other' O&M cost. Description of second operating and maintenance cost considered 'other'. Annual cost of second 'other' O&M cost. Total annual operating and maintenance cost in 2009. Plant identification number. CBI designation checkbox for QD2-6. Pond/Im poundm ent system ID. Status of pond, active/inactive/open, retired/closed, or planned. Year pond system initially brought online. Plant's name for pond system. Checkbox to indicate RET SPD-1 included in pond system. Checkbox to indicate RET SPD-2 included in pond system. Checkbox to indicate RET SPD-3 included in pond system. Checkbox to indicate RET SPD-4 included in pond system. Plant identification number. CBI designation checkbox for Q A9-2, Table A-13. The plant did not send SCR catalyst offsite for regeneration. Name of company

1 that performed the last 2 SCR catalyst regenerations. City company

1 is located. State company

1 is located. Telephone number of company 1. Name of company

2 that performed the last 2 SCR catalyst regenerations. City company

2 is located in. State company

2 is located in. Telephone number of company 2. CBI designation checkbox for Q A9-3 The yes/no response Indicating whether process wastewater is generated from the SCR regeneration process, if the SCR catalyst is regenerated on site. CBI designation checkbox for Q A9-4The ty pical flow volum e of SCR catalyst regeneration wastewater generated (gpy).

The frequency

at which the SCR catalyst regeneration wastewater is generated (times every). The frequency

at which the SCR catalyst regeneration wastewater is generated (years). CBI designation checkbox for Q A9-5 Indicates whether SCR catalyst regeneration wastewater is commingled with any other wastewaters at the plant. SCR catalyst regeneration wastewater is commingled with fly ash transport water. SCR catalyst regeneration wastewater is commingled with bottom ash transport water. SCR catalyst regeneration wastewater is commingled with FGD scrubber purge. SCR catalyst regeneration wastewater is commingled with cooling tower blowdown. SCR catalyst regeneration wastewater is commingled with once-through cooling water. SCR catalyst regeneration wastewater is commingled with metal cleaning waste SCR catalyst regeneration wastewater is commingled with other process wastewater. Description of other process wastewater commingled with SCR catalyst regeneration wastewater. CBI designation checkbox for Q A9-6 SCR catalyst regeneration wastewater is immediately recycled back to plant process. SCR catalyst regeneration wastewater is immediately recycled back to. SCR catalyst regeneration wastewater is transferred to an on-site treatment system. SCR catalyst regeneration wastewater is treated with a settling pond. SCR catalyst regeneration wastewater is treated with pH adjustment. SCR catalyst regeneration wastewater is treated with a chemical precipitation system. SCR catalyst regeneration wastewater is treated with constructed wetlands. SCR catalyst regeneration wastewater is treated with other types of treatment. Description of other ty pes of treatment that the system treating SCR catalyst regeneration wastewater has. SCR catalyst regeneration wastewater is discharged to surface water. The NPDES permitted outfall number in which the SCR catalyst regeneration wastewater is discharged to. SCR catalyst regeneration wastewater is indirectly discharged to a publically or privately

owned treatm ent works. SCR catalyst regeneration wastewater is transferred to another destination. Description of other destination that the SCR catalyst regeneration wastewater is transferred to. Plant identification number. SE Unit ID CBI designation checkbox for Q A9-1, Table A-12. Drop down menu for if the last SCR catalyst was replaced/regenerated/not replaced or regenerated. Month of last SCR catalyst replacement or regeneration. Year of last SCR catalyst replacement or regeneration. Wh ere last SCR catalyst regeneration occurred. Drop down menu for if the next planned SCR catalyst will be replaced/regenerated/not replaced or regenerated. Month of next planned SCR catalyst replacement or regeneration. Year of next planned SCR catalyst replacement or regeneration. Wh ere the next planned SCR catalyst regeneration is planned to occur. Plant identification number. CBI designation checkbox for Q A9-7. The yes/no answer to whether the SCR catalyst is washed on site. CBI designation checkbox for Q A9-8. The yes/no answer to if there is process wastewater generated from the SCR catalyst washing process. CBI designation checkbox for Q A9-9.The ty pical volum e of SCR catalyst washing wastewater generated (gpy).

The frequency

at which the process wastewater is generated (times every). The frequency

at which the process wastewater is generated (year). CBI designation checkbox for Q A9-10. The yes/no answer to if the SCR catalyst washing wastewater commingled with other wastewaters. The SCR catalyst washing wastewater is commingled with fly ash transport water. The SCR catalyst washing wastewater is commingled with bottom ash transport water. The SCR catalyst washing wastewater is commingled with FGD scrubber purge. The SCR catalyst washing wastewater is commingled with cooling tower blowdown. The SCR catalyst washing wastewater is commingled with once-through cooling water. The SCR catalyst washing wastewater is commingled with cleaning wastes from cleaning metal process equipm ent. The SCR catalyst washing wastewater is commingled with another type of wastewater. A description of what the other ty pe of wastewater the SCR catalyst washing wastewater is. CBI designation checkbox for Q A9-11. The SCR catalyst washing wastewater is immediately recycled back to plant process. A description on how the process wastewater is reused. The SCR catalyst washing wastewater is transferred to on-site treatment system. The SCR catalyst washing wastewater is transferred to a settling pond. The SCR catalyst washing wastewater is adjusted for pH. The SCR catalyst washing wastewater is treated by chemical precipitation. The SCR catalyst washing wastewater is transferred to constructed wetlands on-site. The SCR catalyst washing wastewater is treated by some other process. A description of the other type of process that treats the wastewater. The SCR catalyst washing wastewater is discharged to surface water. The NPDES permitted outfall number for the surface water that the SCR catalyst washing wastewater is discharged to. The SCR catalyst washing wastewater is indirectly discharged to a publicly or privately

owned treatm ent works. The SCR catalyst washing wastewater is transferred to another destination. A description of other destination that the SCR catalyst washing wastewater is transferred to. Plant identification number. EPA-assigned Steam Electric Unit ID for those operating prior to January 1, 2010. CBI designation checkbox for A6-1. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. The yes/no answer to whether the steam electric unit operated in 2009. The number of days that the steam electric unit operated in 2009. The ty pe of steam electric prime mover (or turbine). The total unit electric generation in 2009 (MW -hrs).The steam turbine capacity (MW ). The combustion turbine capacity (MW ). The ty pe of unit. The name of the "other" ty pe of unit, if selected. The yes/no answer to whether the steam electric unit is now retired? Plant identification number. EPA-assigned Steam Electric Unit ID for units that commenced operating after December 31, 2009, or the plant is currently constructing/installing or planning to construct/install by December 31, 2015. CBI designation checkbox for A6-2. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. The ty pe of boiler or reactor for the associated Steam Electric Unit is a tangential-fired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a wall-fired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a cyclone-fired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a waste heat recovery boiler (HRSG). The ty pe of boiler or reactor for the associated Steam Electric Unit is a pressurized water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is a boiling water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is a pressurized heavy water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is another ty pe. The description of the other ty pe of boiler/reactor. Ty pe of steam electric prime mover (or turbine). Month of the initial date of operation or planned date of operation. Year of the initial date of operation or planned date of operation. Total unit steam turbine capacity (MW ). Total unit combustion turbine capacity (MW ). Ty pe of unit (selected from the following: Base load/Peaking/Cycling/Intermediate/Other) If "Other" is selected, a description of what the other type of unit is. Plant identification number. Pond/Im poundm ent system or wastewater treatment identification. CBI designation checkbox for QD3-1. Checkbox to indicate diagram is attached. Plant identification number. Pond/Im poundm ent system or wastewater treatment system identification. CBI designation for QD3-3. Effluent name selected from dropdown menu. Plant entered effluent name, description of 'other'. Avg. annual flow rate in gallons per minute.Avg. annual flow rate frequency , hours per day

.

Avg. annual flow rate in gallons per day

. Avg. annual flow rate frequency , days per year. Am ount of solids/sludge. Units for the provided amount of solids/sludge. Percent moisture contained in solids/sludge. Wa stewater treatment unit identification selected from dropdown menu. Wa stewater treatment unit identification, plant entered description for 'other'. Final effluent destination, selected from dropdown menu. Final effluent destination, plant entered description for 'other'. NPDES permit outfall number for effluents sent to surface water. Plant identification number. CBI designation checkbox for QD1-1. Yes/no if the plant uses or plans to use ponds for storage, treatment, and/or disposal of process ww, residues, or by-products from the combustion of coal, pet coke, or oil. CBI designation checkbox for QD1-2. Yes/no if the plant operates or plans to operate any W WT S for water from ash handling or FGD operations. CBI designation checkbox for QD2-5. Yes/no if the plant operates or plans to operate any systems for the treatment of process wastewater from ash handling or FGD operations. CBI designation checkbox for QD2-6. Yes/no if the plant operates or plans to operate any ponds/impoundment systems for process wastewaters from ash handling or FGD operations. CBI designation checkbox for QD2-7. Yes/no if the plant operates or plans to operate any systems (excluding ponds/impoundments) for process wastewaters from ash handling or FGD operations. CBI designation checkbox for QD4-1. Yes/no if the plant operates or plans to operate any active/inactive/open ponds for storage, treatment, and/or disposal of process ww, by-products, or residues from the combustion of coal, pet coke, and/or oil. CBI designation checkbox for QD4-13. Yes/no if the plant closed any ponds on or after 1/1/2000, for storage, treatment, and/or disposal of process ww, by

products, or residues from the combustion of coal, pet coke, and/or oil. CBI designation checkbox for QD5-1. ID of any W WTsystem in Table D-2. CBI designation checkbox for QD6-1. ID of ponds/impoundments or W WT S that began operating on or after 1/1/2000. Plant identification number. Pond/Im poundm ent system or wastewater treatment system identification. CBI designation checkbox for QD3-2. Influent name selected from dropdown menu. Plant entered influent name, description of 'other'. Avg. annual flow rate in gallons per minute. Avg. annual flow rate frequency , hours per day

. Avg. annual flow rate in gallons per day

. Avg. annual flow rate frequency , days per year. Wa stewater treatment unit identification, selected from dropdown menu. Wa stewater treatment unit identification, plant entered description for 'other'.Plant identification number.

We t Electrostatic Precipitator System identification number. CBI designation checkbox for Q A12-1, Table A-16. Indicates whether the wet ESP system was either operating in 2009 or is planned. SE Unit 1 corresponds to the wet ESP system. SE Unit 2 corresponds to the wet ESP system. SE Unit 3 corresponds to the wet ESP system. SE Unit 4 corresponds to the wet ESP system. SE Unit 5 corresponds to the wet ESP system. SE Unit 6 corresponds to the wet ESP system. SE Unit 7 corresponds to the wet ESP system. SE Unit 8 corresponds to the wet ESP system. SE Unit 9 corresponds to the wet ESP system. SE Unit 10 corresponds to the wet ESP system. Description of other SE Unit(s) that correspond to the wet ESP system. Month the wet ESP system was installed or planned to be installed. Year the wet ESP system was installed or planned to be installed. Location of wet ESP system. Description of location of wet ESP system if plant selected other. Indicates whether the wet ESP system is full scale or pilot scale. The percent of flue gas treated by the wet ESP system. Plant identification number. CBI designation checkbox for Q A12-2. The flow rate of the wastewater generated from the wet ESP system in 2009 (gpm). The flow duration of the wastewater generated from the wet ESP system in 2009 (hpd). The flow frequency

of the wastewater generated from the wet ESP system in 2009 (dpy). CBI designation checkbox for Q A12-3. The source of the water used in the wet ESP system is raw intake water. The source of the water used in the wet ESP system is intake water that has been treated on-site. The source of the water used in the wet ESP system is a process wastewater. Dropdown indicating which process wastewater is the source of the water used in the wet ESP system Description of the process wastewater that is the source of the water used in the wet ESP system if the process wastewater is not in the dropdown m enu. The source of the water used in the wet ESP system is another source not specified in the question. Description of the other source of water used in the wet ESP system. CBI designation checkbox for Q A12-4. The source of the water used in the wet ESP system requires a limit on chloride concentration. The maximum chlorides concentration in ppm that is acceptable for use as a water source in the wet ESP system. The source of the water used in the wet ESP system requires a limit on percent solids. The solids percentage (%) that is acceptable for use as a water source in the wet ESP system. The source of the water used in the wet ESP system requires other criteria. The other criteria necessary for a water source to be accepted for use in the wet ESP system. CBI designation checkbox for Q A12-5. The wet ESP wastewater is immediately recycled back to a plant process. Description of the plant process to which the wet ESP wastewater is recycled back to.The wet ESP wastewater is transferred to a solids separation process.

The solids separation process to which the wet ESP wastewater is transferred contains a dewatering bin. The solids separation process to which the wet ESP wastewater is transferred contains a centrifuge. The solids separation process to which the wet ESP wastewater is transferred contains a hydrocyclone. The solids separation process to which the wet ESP wastewater is transferred contains a filter. The solids separation process to which the wet ESP wastewater is transferred contains another ty pe of equipment Description of the other ty pe of equipment used in the solids separation process to which the wet ESP wastewater is transferred. The wet ESP wastewater is transferred to a treatment system reported in Part D. The wet ESP wastewater is treated with a settling pond. The wet ESP wastewater is treated with an aerobic biological reactor. The wet ESP wastewater is treated with an anaerobic biological reactor. The wet ESP wastewater is treated with a chemical precipitation system. The wet ESP wastewater is treated with constructed wetlands. The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator). The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator) with spray dryer. The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator) with crystallizer. The wet ESP wastewater is treated with another treatment technology

. Description of the other treatment technology that treats the wet ESP wastewater. The wet ESP wastewater is discharged to surface water. The NPDES permitted outfall number to which the wet ESP wastewater is discharged. The wet ESP wastewater is indirectly discharged to a publically or privately

owned treatm ent works. The wet ESP wastewater is injected into a deep well. The wet ESP wastewater is transferred to another destination. Description of the other destination to which the wet ESP wastewater is transferred. CBI designation checkbox for Q A12-6. Yes/no response to whether the plant operated any full or pilot scale wet ESP systems for studies that evaluated the process wastewaters generated by the technology

. CBI designation checkbox for Q A12-7. Name of the company

whose wet ESP technology was tested. Start date of the wet ESP system study

. End date of the wet ESP system study

. The plant attached the final technical evaluation report for the wet ESP system. The plant did not attach the final technical evaluation report for the wet ESP system. Explanation for why

the plant did not attach the final technical evaluation report for the wet FGD system. CBI designation checkbox for Q A12-8. Yes/no response to whether there were characterization samples of wet ESP wastewater collected during the study

. The plant attached the analy tical results of the wet ESP wastewater characterization. The plant did not attach the analy tical results of the wet ESP wastewater characterization. Explanation for why

the plant did not attach the analy tical results of the wet ESP wastewater characterization. Plant identification number. Wa stewater treatment system identification. CBI designation checkbox for QD5-4. Checkbox to indicate metal as targeted pollutant. Specify ty pe of metal targeted.Checkbox to indicate TSS as targeted pollutant.

Checkbox to indicate nitrogen compounds as targeted pollutant. Checkbox to indicate organic acids as targeted pollutant. Checkbox to indicate chlorine and other oxidizing agents as targeted pollutants. Checkbox to indicate oil and grease as targeted pollutant. Checkbox to indicate plant targets other pollutants not listed. Other targeted pollutants not listed on survey

. Checkbox to indicate no pollutants are targeted for removal by pond. CBI designation checkbox for QD5-5. Name of first pollutant driving operation of pond. Lim itation of first pollutant. Units for limitation of first pollutant. Name of second pollutant driving operation of pond. Lim itation of second pollutant. Units for limitation of second pollutant. Name of third pollutant driving operation of pond. Lim itation of third pollutant. Units for limitation of third pollutant. CBI designation checkbox for QD5-12. Yes/no if planned im provements to W WT S, or entire future W WT S, is in preparation for future potential limit changes. Description of which pollutant and/or limits the improvement or system will target. Plant identification number. CBI designation checkbox for QD2-1. Yes/no if plant involved in ash or FGD treatment studies since 2000. CBI designation checkbox for QD2-2. Yes/no if any

studies are ongoing. CBI designation checkbox for QD2-3. Yes/no if a summary

and/or report documenting pilot or full scale study prepared. Description of pilot or full scale study

. CBI designation checkbox for QD2-4. Description of ash or FGD technology studies not covered in D2-1 through D2-3 (i.e. bench scale). Plant identification number. Wa stewater treatment system identification. CBI designation checkbox for QD5-3. Average design flow rate of W WT S in gallons per minute. Maximum design flow rate of W WT S in gallons per minute. Ty pical flow rate of W WT S in 2009 in gallons per minute. Maximum daily

flow rate of W WT S in 2009 in gallons per minute. Maximum daily

flow rate of W WT S in 2009 in gallons per day

. Duration of effluent transfers from W WT S in 2009 in hours per day

. Frequency

of effluent transfers from W WT S in 209 in days per year. CBI designation checkbox for QD5-6. Yes/no if W WT S is capable of performing sulfide addition. CBI designation checkbox for QD5-7. Yes/no if the plant is currently performing sulfide addition.CBI designation checkbox for QD5-8.

Information on impacts climate had, or will have, on installation of the W WT S. CBI designation checkbox for QD5-9. Information on impacts space availability had, or will have, on design and/or cost of W WT S. CBI designation checkbox for QD5-10. Yes/no if plant has attached big proposal/engineering report for proposal or report prepared since 1/1/1995 for WWT S. Explanation of why

plant has not attached bid proposal. Plant identification number. CBI designation checkbox for QD2-7. Wa stewater treatment system ID. Plant's name for W WTsystem. Area of treatment system footprint in ft2. Year W WT S initially

brought online. Approx. length of piping from FGD scrubber system to W WT S in ft. Approx. length of piping to next treatment system or discharge in ft. Plant identification number. Wa stewater treatment system identification. CBI designation checkbox for QD5-2. Wa stewater treatment unit identification. Plant specified W WTunit identification. Pond identification, used if wastewater treatment unit is a pond. Plant's name for wastewater treatment unit. Date unit was added to wastewater treatment system. Volum e of wastewater treatment unit, in ft3. Footprint or surface area of wastewater treatment unit, in ft2. Residence time of wastewater treatment unit, in hours. Checkbox to indicate material of construction is 316L stainless steel. Checkbox to indicate material of construction is 317LM stainless steel. Checkbox to indicate material of construction is 317LMN stainless steel. Checkbox to indicate material of construction is 255 stainless steel. Checkbox to indicate material of construction is 2205 stainless steel. Checkbox to indicate material of construction is 625 stainless steel. Checkbox to indicate material of construction is carbon steel. Checkbox to indicate material of construction is lined carbon steel. Plant specified liner material for those units that are lined carbon steel. Checkbox to indicate material of construction is fiberglass. Checkbox to indicate material of construction is titanium. Checkbox to indicate material of construction is other, not one of those listed. Description of material of construction. Plant identification number. Wa stewater treatment or pond system identification. CBI designation checkbox for QD6-7. Ty pe of ancillary

equipm ent. Number of ancillary

equipm ent pieces in the system. Plant identification number.Wa stewater treatment system identification.

CBI designation checkbox for QD5-11. Wa stewater treatment unit identification. Plant specified W WTunit identification. Pond identification, used if wastewater treatment unit is a pond. Description of planned improvement to W WT S unit. Date improvement is expected to occur. Total capital cost of W WT S unit im provement. Plant identification number. Wa stewater treatment system identification. CBI designation checkbox for QD5-13. Wa stewater treatment unit identification. Plant specified W WTunit identification. Ty pe of chemical added to W WTunit. Trade name of chemical added to W WTunit. Manufacturer of chemical added to W WTunit. Purpose for adding chemical to W WTunit. Average dose concentration of chemical added, in grams per liter. Average addition rate of chemical to W WTunit. Units of specified average addition rate, gpd or lb/day

. Average addition rate ty pe, phase of added chemical, solid or liquid. Frequency

of addition of chemical to W WTunit, in days per year. Plant identification number. Wa stewater treatment system identification. CBI designation checkbox for QD5-13. Yes/no/na if plant added chemicals to any wastewater treatment unit in 2009.**Database Field Name Database Table Name**  **Part Section** 

2009_generation SE_Units_Operating A 6 Act_Add_Chem_Pond Act_Pond_Unit D 4.1 Act_Bot_Elevation Act_Pond_Unit_Dimensions D 4.1 Act_cbi_Add_Chem_Pond Act_Pond_Unit D 4.1 Act_Chem_Add_Rate Act_Pond_Chem_Addn D 4.1 Act_Chem_Add_Rate_Ty pe Act_Pond_Chem_Addn D 4.1 Act_Chem_Add_Rate_Unit Act_Pond_Chem_Addn D 4.1 Act_Chem_Avg_Dose Act_Pond_Chem_Addn D 4.1 Act_Chem_Freq Act_Pond_Chem_Addn D 4.1 Act_Chem_Location Act_Pond_Chem_Addn D 4.1 Act_Chem_Manu Act_Pond_Chem_Addn D 4.1 Act_Chem_Purpose Act_Pond_Chem_Addn D 4.1 Act_Chem_Trade Act_Pond_Chem_Addn D 4.1 Act_Chem_Ty pe Act_Pond_Chem_Addn D 4.1 Act_Drdg_Transfer Act_Pond_Unit D 4.1

Act_Drdg_Transfer_Other Act_Pond_Unit D 4.1 Act_Exp_Close Act_Pond_Unit_Dimensions D 4.1 Act_Expand_Cost Act_Pond_Unit D 4.1 Act_Expand_Desc Act_Pond_Unit D 4.1 Act_Expand_Ty pe Act_Pond_Unit D 4.1 Act_Freeboard Act_Pond_Unit_Dimensions D 4.1 Act_Lim_1 Act_Pond_Unit D 4.1 Act_Lim_2 Act_Pond_Unit D 4.1 Act_Lim_3 Act_Pond_Unit D 4.1 Act_Lim_Unit_1 Act_Pond_Unit D 4.1 Act_Lim_Unit_2 Act_Pond_Unit D 4.1 Act_Lim_Unit_3 Act_Pond_Unit D 4.1 Act_Liner_Nmbr Act_Pond_Unit_Liner D 4.1 Act_Liner_Perm Act_Pond_Unit_Liner D 4.1 Act_Liner_Thick Act_Pond_Unit_Liner D 4.1 Act_Liner_Ty pe Act_Pond_Unit_Liner D 4.1 Act_Liner_Ty pe_Other Act_Pond_Unit_Liner D 4.1 Act_Max_Ht_Berms Act_Pond_Unit_Dimensions D 4.1 Act_Poll_1 Act_Pond_Unit D 4.1 Act_Poll_2 Act_Pond_Unit D 4.1 Act_Poll_3 Act_Pond_Unit D 4.1 Act_Pond_Cells Act_Pond_Unit D 4.1 Act_Pond_Drdg Act_Pond_Unit D 4.1 Act_Pond_Drdg_AmtRem_Yr Act_Pond_Unit D 4.1 Act_Pond_Drdg_Freq_Yr Act_Pond_Unit D 4.1 Act_Pond_Drdg_NmbrTimes_5Yr Act_Pond_Unit D 4.1 Act_Pond_Drdg_Yr Act_Pond_Unit D 4.1Act_Pond_Drgd_AmtRem_5Yr Act_Pond_Unit D 4.1

Act_Pond_Drgd_NmbrDays_5Yr Act_Pond_Unit D 4.1 Act_Pond_Expand Act_Pond_Unit D 4.1 Act_Pond_Life Act_Pond_Unit D 4.1 Act_Pond_Liner Act_Pond_Unit D 4.1 Act_Pond_Res_Time Act_Pond_Unit D 4.1 Act_Pond_Use Treatment_General D 1

Act_SA Act_Pond_Unit_Dimensions D 4.1 Act_Status Act_Pond_Unit_Dimensions D 4.1 Act_Top_Elevation Act_Pond_Unit_Dimensions D 4.1 Act_Tot_Solids Act_Pond_Unit_Dimensions D 4.1 Act_Trgtd_Chlor_Oxidizing Act_Pond_Unit D 4.1

Act_Trgtd_Metals Act_Pond_Unit D 4.1 Act_Trgtd_Metals_Specify Act_Pond_Unit D 4.1 Act_Trgtd_NA Act_Pond_Unit D 4.1 Act_Trgtd_Ntr Act_Pond_Unit D 4.1 Act_Trgtd_OandG Act_Pond_Unit D 4.1 Act_Trgtd_Org_Acids Act_Pond_Unit D 4.1 Act_Trgtd_Other Act_Pond_Unit D 4.1 Act_Trgtd_Other_Specify Act_Pond_Unit D 4.1 Act_Trgtd_TSS Act_Pond_Unit D 4.1 Act_Volum e Act_Pond_Unit_Dimensions D 4.1 additive FGD_Additives B 3 adtv_used_FGD1 FGD_Additives B 3 adtv_used_FGD2 FGD_Additives B 3 adtv_used_FGD3 FGD_Additives B 3 adtv_used_FGD4 FGD_Additives B 3 adtv_used_FGD5 FGD_Additives B 3 adtv_used_FGD6 FGD_Additives B 3 adtv_used_FGDA FGD_Additives B 3 adtv_used_FGDB FGD_Additives B 3 adtv_used_FGDC FGD_Additives B 3 aha_cmbn_other_desc Air_Heater_Ash C 5 aha_dest_gv_awy Air_Heater_Ash C 5 aha_dest_gv_awy

_per Air_Heater_Ash C 5 aha_dest_landfill_not_report Air_Heater_Ash C 5 aha_dest_landfill_not_report_per Air_Heater_Ash C 5 aha_dest_landfill_report Air_Heater_Ash C 5 aha_dest_landfill_report_per Air_Heater_Ash C 5 aha_dest_mkt Air_Heater_Ash C 5 aha_dest_mkt_per Air_Heater_Ash C 5 aha_dest_other Air_Heater_Ash C 5 aha_dest_other_desc Air_Heater_Ash C 5aha_dest_other_per Air_Heater_Ash C 5

aha_dest_pond_report Air_Heater_Ash C 5 aha_dest_pond_report_per Air_Heater_Ash C 5 aha_gen_dpy Air_Heater_Ash C 5 aha_gen_tpd Air_Heater_Ash C 5 aha_gen_W W Air_Heater_Ash C 5 aha_handle Air_Heater_Ash C 5 aha_handle_segregated_desc Air_Heater_Ash C 5 aha_how_cm bn Air_Heater_Ash C 5 aha_W W_days Air_Heater_Ash C 5 aha_W W_dest Air_Heater_Ash C 5 aha_W W_gpd Air_Heater_Ash C 5 Air_pend Plant_IDs_Pend_Permits A 2.1

ash_comment PartC_Comments C Comments ash_comment_nmbr PartC_Comments C Comments Attchd_Diagram Treatment_Diagram D 3.1 Bid_Proposal WWT_System_Information D 5.1

boiler_cyc SE_Units_Planned A 6

boiler_hrsg SE_Units_Planned A 6

boiler_other SE_Units_Planned A 6

boiler_other_desc SE_Units_Planned A 6 boiler_tang SE_Units_Planned A 6

boiler_wall SE_Units_Planned A 6

btm_ash_sluice Btm _Ash_Sluicing C 3.1 btm_ash_ty pe Btm _Ash_Storage_Dest C 3.1 btm_backup Btm _Ash_Dry _Handling C 3.1

btm_backup_days Btm _Ash_Dry _Handling C 3.1

btm_boiler_ty pe Btm _Ash_System C 3.1 btm_boiler_ty pe_other Btm _Ash_System C 3.1 btm_both_other Btm _Ash_Dry _Handling C 3.1 btm_both_other_days Btm _Ash_Dry _Handling C 3.1

btm_both_other_desc Btm _Ash_Dry _Handling C 3.1 btm_capacity Btm _Ash_Dry _Handling C 3.1

btm_capacity

_days Btm _Ash_Dry _Handling C 3.1

btm_change_other Btm _Ash_Dry _Handling C 3.1 btm_change_other_desc Btm _Ash_Dry _Handling C 3.1btm_cnvy

_all_cmpnts_cap_costs Btm _Cnvy _General C 3.3

btm_cnvy

_cap_mdfy Btm _Cnvy _Capital_Cost C 3.3 btm_cnvy

_cap_mdfy

_yr_based Btm _Cnvy _Capital_Cost C 3.3 btm_cnvy

_cap_original Btm _Cnvy _Capital_Cost C 3.3 btm_cnvy

_cap_original_y r_based Btm _Cnvy _Capital_Cost C 3.3 btm_cnvy

_cap_project Btm _Cnvy _Capital_Cost C 3.3 btm_cnvy

_cmpnts Btm _Cnvy _Cmpnts C 3.3 btm_cnvy

_cmpnts_cpcty Btm _Cnvy _Cmpnts C 3.3 btm_cnvy

_cmpnts_cpcty

_unit Btm _Cnvy _Cmpnts C 3.3 btm_cnvy

_cmpnts_cpcty

_unit_other Btm _Cnvy _Cmpnts C 3.3 btm_cnvy

_cmpnts_nmbr Btm _Cnvy _Cmpnts C 3.3 btm_cnvy

_cmpnts_not_cap_costs Btm _Cnvy _General C 3.3

btm_cnvy

_cmpnts_other Btm _Cnvy _Cmpnts C 3.3 btm_cnvy

_cntrctr_instl Btm _Cnvy _General C 3.3

btm_cnvy

_cntrctr_instl_all Btm _Cnvy _General C 3.3

btm_cnvy

_cntrctr_oversee Btm _Cnvy _General C 3.3

btm_cnvy

_cntrctr_oversee_all Btm _Cnvy _General C 3.3

btm_cnvy

_OM_energy

_2009_cost Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_energy

_kW h/hr Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_energy

_rate_per_kW h Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_MLbr_2009_cost Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_MLbr_rate_hourly Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_MLbr_staff_dpy Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_MLbr_staff_hpd Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_MLbr_staff_nmbr Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_MMtrls_2009_cost Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_OLbr_2009_cost Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_OLbr_rate_hourly Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_OLbr_staff_dpy Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_OLbr_staff_hpd Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_OLbr_staff_nmbr Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_other1_2009_cost Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_other1_desc Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_other2_2009_cost Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_other2_desc Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_OM_total_2009_cost Btm _Cnvy _OM_Cost C 3.3 btm_cnvy

_outside_firm_oversee Btm _Cnvy _General C 3.3

btm_cnvy

_planned Btm _Cnvy _General C 3.3 btm_cnvy

_storage_original Btm _storage_Capital_Cost C 3.4btm_decrease_wet Btm _Ash_Dry _Handling C 3.1

btm_decrease_wet_days Btm _Ash_Dry _Handling C 3.1

btm_design_dry

_dpy Btm _Ash_System C 3.1 btm_design_dry

_tpd Btm _Ash_System C 3.1 btm_design_wet_dpy Btm _Ash_System C 3.1 btm_design_wet_tpd Btm _Ash_System C 3.1 btm_destin_ty pe Btm _Ash_Storage_Dest C 3.1 btm_diagram_attch Btm _Cnvy _General C 3.3 btm_disp_other Btm _Ash_Solids_Rmvl C 3.1 btm_disp_other_desc Btm _Ash_Solids_Rmvl C 3.1 btm_disp_other_H2O_per Btm _Ash_Solids_Rmvl C 3.1

btm_disp_other_tons Btm _Ash_Solids_Rmvl C 3.1 btm_disp_sold_trt Btm _Ash_Solids_Rmvl C 3.1 btm_disp_sold_trt_H2O_per Btm _Ash_Solids_Rmvl C 3.1 btm_disp_sold_trt_tons Btm _Ash_Solids_Rmvl C 3.1 btm_disp_sold_untrt Btm _Ash_Solids_Rmvl C 3.1 btm_disp_sold_untrt_H2O_per Btm _Ash_Solids_Rmvl C 3.1 btm_disp_sold_untrt_tons Btm _Ash_Solids_Rmvl C 3.1 btm_disp_stor_landfill_A-06 Btm _Ash_Solids_Rmvl C 3.1 btm_disp_stor_landfill_A-06_H2O_per Btm _Ash_Solids_Rmvl C 3.1

btm_disp_stor_landfill_A-06_tons Btm _Ash_Solids_Rmvl C 3.1 btm_disp_stor_landfill_not_A-06 Btm _Ash_Solids_Rmvl C 3.1 btm_disp_stor_landfill_not_A-06_H2O_per Btm _Ash_Solids_Rmvl C 3.1

btm_disp_stor_landfill_not_A-06_tons Btm _Ash_Solids_Rmvl C 3.1

btm_disp_stor_pond Btm _Ash_Solids_Rmvl C 3.1

btm_disp_stor_pond_H2O_per Btm _Ash_Solids_Rmvl C 3.1

btm_disp_stor_pond_tons Btm _Ash_Solids_Rmvl C 3.1

btm_dry _cost_est_instl Btm _Ash_Dry _Installation C 3.1 btm_dry _cost_est_instl_attch Btm _Ash_Dry _Installation C 3.1

btm_dry _cost_est_instl_explain Btm _Ash_Dry _Installation C 3.1 btm_dry _cost_est_not_instl Btm _Ash_Dry _Installation C 3.1

btm_dry _cost_est_not_instl_attch Btm _Ash_Dry _Installation C 3.1 btm_dry _cost_est_not_instl_explain Btm _Ash_Dry _Installation C 3.1 btm_dry _days Btm _Ash_System C 3.1

btm_dry _exp_ landfill_noA-6 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_ landfill_noA-6_perc Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_landfills_A-6 Btm _Ash_Dry _Installation C 3.1btm_dry

_exp_landfills_A-6_perc Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_dest_1 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_dest_2 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_dest_3 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_dest_other_1 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_dest_other_2 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_dest_other_3 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_perc_1 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_perc_2 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_mark_perc_3 Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_marketed Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_other Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_other_desc Btm _Ash_Dry _Installation C 3.1 btm_dry _exp_other_perc Btm _Ash_Dry _Installation C 3.1 btm_dry _install Btm _Ash_Dry _Installation C 3.1 btm_dry _install_days Btm _Ash_Dry _Installation C 3.1

btm_dry _m kt Btm _Ash_Mkt_General C 3.2

btm_dry _m kt_2005_rev Btm _Dry _Market C 3.2 btm_dry _m kt_2005_tons Btm _Dry _Market C 3.2 btm_dry _m kt_2007_rev Btm _Dry _Market C 3.2 btm_dry _m kt_2007_tons Btm _Dry _Market C 3.2 btm_dry _m kt_2009_rev Btm _Dry _Market C 3.2 btm_dry _m kt_2009_tons Btm _Dry _Market C 3.2 btm_dry _m kt_dest Btm _Dry _Market C 3.2 btm_dry _m kt_per_H2O Btm _Dry _Market C 3.2 btm_dry _plan Btm _Ash_Dry _Installation C 3.1 btm_dry _plan_days Btm _Ash_Dry _Installation C 3.1

btm_dry _pressure Btm _Ash_System C 3.1 btm_dry _retrofit Btm _Ash_Dry _Retrofit C 3.1 btm_dry _retrofit_diagram Btm _Ash_Dry _Retrofit C 3.1

btm_dry _retrofit_outages Btm _Ash_Dry _Retrofit C 3.1

btm_dry _retrofit_shutdown Btm _Ash_Dry _Retrofit C 3.1

btm_dry _retrofit_ty pe Btm _Ash_Dry _Retrofit C 3.1 btm_dry _retrofit_y r Btm _Ash_Dry _Retrofit C 3.1 btm_dry _vacuum Btm _Ash_System C 3.1 btm_end_wet Btm _Ash_Dry _Handling C 3.1

btm_end_wet_date Btm _Ash_Dry _Handling C 3.1 btm_expand_capacity Btm _Ash_Dry _Handling C 3.1

btm_fly _share_storage Btm _storage_General C 3.4 btm_fly _share_storage_cmpnts Btm _storage_General C 3.4btm_fly

_share_trspt_disp Btm _Trspt_Disp_General C 3.5

btm_fly _share_trspt_disp_cmpnts Btm _Trspt_Disp_General C 3.5 btm_increase_dry

_convey Btm _Ash_Dry _Handling C 3.1 btm_increase_landfill Btm _Ash_Dry _Handling C 3.1 btm_increase_silo_cap Btm _Ash_Dry _Handling C 3.1 btm_increase_silo_nmbr Btm _Ash_Dry _Handling C 3.1 btm_install_air_permit Btm _Ash_Dry _Installation C 3.1 btm_install_altr_boiler Btm _Ash_Dry _Installation C 3.1 btm_install_ashdisposal Btm _Ash_Dry _Installation C 3.1 btm_install_complete_dry Btm _Ash_Dry _Installation C 3.1 btm_install_disposal_other Btm _Ash_Dry _Installation C 3.1 btm_install_disposal_other_desc Btm _Ash_Dry _Installation C 3.1

btm_install_dust Btm _Ash_Dry _Installation C 3.1 btm_install_haul_off Btm _Ash_Dry _Installation C 3.1 btm_install_haul_roads Btm _Ash_Dry _Installation C 3.1 btm_install_inc_landfill Btm _Ash_Dry _Installation C 3.1 btm_install_inc_landfill_ID Btm _Ash_Dry _Installation C 3.1 btm_install_install_mech_drag Btm _Ash_Dry _Installation C 3.1 btm_install_landfill Btm _Ash_Dry _Installation C 3.1 btm_install_landfill_ID Btm _Ash_Dry _Installation C 3.1 btm_install_market_ash Btm _Ash_Dry _Installation C 3.1 btm_install_personnel Btm _Ash_Dry _Installation C 3.1 btm_install_personnel_desc Btm _Ash_Dry _Installation C 3.1 btm_install_phys_other Btm _Ash_Dry _Installation C 3.1 btm_install_phys_other_desc Btm _Ash_Dry _Installation C 3.1 btm_install_physical Btm _Ash_Dry _Installation C 3.1 btm_install_rail Btm _Ash_Dry _Installation C 3.1 btm_install_silo_ashtransfer Btm _Ash_Dry _Installation C 3.1 btm_install_silo_market Btm _Ash_Dry _Installation C 3.1 btm_install_silo_mc Btm _Ash_Dry _Installation C 3.1 btm_install_silos Btm _Ash_Dry _Installation C 3.1 btm_install_starge_landfills Btm _Ash_Dry _Installation C 3.1 btm_install_storage_landfills_ID Btm _Ash_Dry _Installation C 3.1 btm_LOI_dry

_m ax Btm _Ash_System C 3.1 btm_LOI_dry

_m in Btm _Ash_System C 3.1 btm_LOI_dry

_NA Btm _Ash_System C 3.1 btm_LOI_dry

_not_mntr Btm _Ash_System C 3.1 btm_LOI_wet_max Btm _Ash_System C 3.1 btm_LOI_wet_min Btm _Ash_System C 3.1 btm_LOI_wet_NA Btm _Ash_System C 3.1 btm_LOI_wet_not_mntr Btm _Ash_System C 3.1 btm_maintenance Btm _Ash_Dry _Handling C 3.1btm_maintenance_dry Btm _Ash_Dry _Handling C 3.1

btm_mech_drag Btm _Ash_System C 3.1 btm_mech_drag_desc Btm _Ash_Mech_Drag C 3.1

btm_mech_drag_gen_W W Btm _Ash_Mech_Drag C 3.1

btm_mech_drag_other Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_other_desc Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_POTW Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_recycle Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_recycle_desc Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_recycle_gpd Btm _Ash_Mech_Drag C 3.1

btm_mech_drag_surf_water Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_treat Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_treat_other Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_treat_other_desc Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_treat_pH Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_treat_pond Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_treat_wetlands Btm _Ash_Mech_Drag C 3.1 btm_mech_drag_W W_gpd Btm _Ash_Mech_Drag C 3.1 btm_mod_other Btm _Ash_Dry _Handling C 3.1 btm_mod_other_desc Btm _Ash_Dry _Handling C 3.1 btm_moisture_condition Btm _Ash_Dry _Handling C 3.1 btm_moisture_dry

_per Btm _Ash_System C 3.1 btm_moisture_wet_per Btm _Ash_System C 3.1 btm_new_infra_desc Btm _Ash_Dry _Handling C 3.1 btm_new_infrastructure Btm _Ash_Dry _Handling C 3.1 btm_no_change Btm _Ash_Dry _Handling C 3.1 btm_no_mods Btm _Ash_Dry _Handling C 3.1 btm_not_marketable Btm _Ash_Dry _Handling C 3.1

btm_not_marketable_days Btm _Ash_Dry _Handling C 3.1

btm_other Btm _Ash_System C 3.1 btm_other_desc Btm _Ash_System C 3.1 btm_out_2005_dry

_days Btm _Ash_Outages C 3.1 btm_out_2005_dry

_reslvd Btm _Ash_Outages C 3.1 btm_out_2005_dry

_resn Btm _Ash_Outages C 3.1 btm_out_2005_wet_days Btm _Ash_Outages C 3.1 btm_out_2005_wet_reslvd Btm _Ash_Outages C 3.1 btm_out_2005_wet_resn Btm _Ash_Outages C 3.1 btm_out_2006_dry

_days Btm _Ash_Outages C 3.1 btm_out_2006_dry

_reslvd Btm _Ash_Outages C 3.1 btm_out_2006_dry

_resn Btm _Ash_Outages C 3.1 btm_out_2006_wet_days Btm _Ash_Outages C 3.1btm_out_2006_wet_reslvd Btm _Ash_Outages C 3.1

btm_out_2006_wet_resn Btm _Ash_Outages C 3.1 btm_out_2007_dry

_days Btm _Ash_Outages C 3.1 btm_out_2007_dry

_reslvd Btm _Ash_Outages C 3.1 btm_out_2007_dry

_resn Btm _Ash_Outages C 3.1 btm_out_2007_wet_days Btm _Ash_Outages C 3.1 btm_out_2007_wet_reslvd Btm _Ash_Outages C 3.1 btm_out_2007_wet_resn Btm _Ash_Outages C 3.1 btm_out_2008_dry

_days Btm _Ash_Outages C 3.1 btm_out_2008_dry

_reslvd Btm _Ash_Outages C 3.1 btm_out_2008_dry

_resn Btm _Ash_Outages C 3.1 btm_out_2008_wet_days Btm _Ash_Outages C 3.1 btm_out_2008_wet_reslvd Btm _Ash_Outages C 3.1 btm_out_2008_wet_resn Btm _Ash_Outages C 3.1 btm_out_2009_dry

_days Btm _Ash_Outages C 3.1 btm_out_2009_dry

_reslvd Btm _Ash_Outages C 3.1 btm_out_2009_dry

_resn Btm _Ash_Outages C 3.1 btm_out_2009_wet_days Btm _Ash_Outages C 3.1 btm_out_2009_wet_reslvd Btm _Ash_Outages C 3.1 btm_out_2009_wet_resn Btm _Ash_Outages C 3.1 btm_percent Btm _Ash_Storage_Dest C 3.1 btm_plant_solids_rmvl Btm _Ash_Solids_Rmvl C 3.1 btm_produced_dry

_dpy Btm _Ash_System C 3.1

btm_produced_dry

_tpd Btm _Ash_System C 3.1

btm_produced_wet_dpy Btm _Ash_System C 3.1

btm_produced_wet_tpd Btm _Ash_System C 3.1

btm_retrofit_air_permit Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_altr_boiler Btm _Ash_Dry _Retrofit C 3.1

btm_retrofit_ashdisposal Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_disposal_other Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_disposal_other_desc Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_dust Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_expand_pv_system Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_haul_off Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_haul_roads Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_inc_landfill Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_inc_landfill_ID Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_install_pv_system Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_landfill Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_landfill_ID Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_market_ash Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_personnel Btm _Ash_Dry _Retrofit C 3.1btm_retrofit_personnel_desc Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_phsy

_other_desc Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_phys_other Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_physical Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_rail Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_silo_ashtransfer Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_silo_market Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_silo_mc Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_silos Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_storage_landfills Btm _Ash_Dry _Retrofit C 3.1 btm_retrofit_storage_landfills_ID Btm _Ash_Dry _Retrofit C 3.1 btm_slds_rmvl_centrifuge Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_dest_other Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_dest_other_desc Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_dewatering_bin Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_filter Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_hydroclone Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_other Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_other_desc Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_overflow_gpd Btm _Ash_Solids_Rmvl C 3.1

btm_slds_rmvl_POTW Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_recycle Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_recycle_desc Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_recycle_gpd Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_surf_water Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_treat Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_treat_other Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_treat_other_desc Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_treat_pH Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_treat_pond Btm _Ash_Solids_Rmvl C 3.1 btm_slds_rmvl_treat_wetlands Btm _Ash_Solids_Rmvl C 3.1 btm_sluice_avg_flow Btm _Ash_Sluicing C 3.1 btm_sluice_chlorides Btm _Ash_Sluicing C 3.1

btm_sluice_chlorides_ppm Btm _Ash_Sluicing C 3.1

btm_sluice_duration Btm _Ash_Sluicing C 3.1 btm_sluice_freq Btm _Ash_Sluicing C 3.1 btm_sluice_other Btm _Ash_Sluicing C 3.1

btm_sluice_other_desc Btm _Ash_Sluicing C 3.1 btm_sluice_other_ppm Btm _Ash_Sluicing C 3.1 btm_sluice_percent_1 Btm _Ash_Sluicing C 3.1 btm_sluice_percent_2 Btm _Ash_Sluicing C 3.1 btm_sluice_percent_3 Btm _Ash_Sluicing C 3.1btm_sluice_percent_other Btm _Ash_Sluicing C 3.1

btm_sluice_POTW Btm _Ash_Sluicing C 3.1

btm_sluice_recyc Btm _Ash_Sluicing C 3.1

btm_sluice_recyc_decs Btm _Ash_Sluicing C 3.1

btm_sluice_solids Btm _Ash_Sluicing C 3.1

btm_sluice_solids_percent Btm _Ash_Sluicing C 3.1

btm_sluice_source_1 Btm _Ash_Sluicing C 3.1 btm_sluice_source_2 Btm _Ash_Sluicing C 3.1 btm_sluice_source_3 Btm _Ash_Sluicing C 3.1 btm_sluice_source_other_desc Btm _Ash_Sluicing C 3.1 btm_storage_all_cmpnts_cap_costs Btm _storage_General C 3.4

btm_storage_cap_mdfy Btm _storage_Capital_Cost C 3.4 btm_storage_cap_mdfy _yr_based Btm _storage_Capital_Cost C 3.4 btm_storage_cap_original_y r_based Btm _storage_Capital_Cost C 3.4 btm_storage_cap_project Btm _storage_Capital_Cost C 3.4 btm_storage_cmpnts Btm _storage_Cmpnts C 3.4 btm_storage_cmpnts_cpcty Btm _storage_Cmpnts C 3.4 btm_storage_cmpnts_cpcty _unit Btm _storage_Cmpnts C 3.4 btm_storage_cmpnts_cpcty _unit_other Btm _storage_Cmpnts C 3.4 btm_storage_cmpnts_nmbr Btm _storage_Cmpnts C 3.4 btm_storage_cmpnts_not_cap_costs Btm _storage_General C 3.4

btm_storage_cmpnts_other Btm _storage_Cmpnts C 3.4 btm_storage_cntrctr_instl Btm _storage_General C 3.4

btm_storage_cntrctr_instl_all Btm _storage_General C 3.4

btm_storage_cntrctr_oversee Btm _storage_General C 3.4

btm_storage_cntrctr_oversee_all Btm _storage_General C 3.4 btm_storage_miles Btm _Ash_Storage C 3.2

btm_storage_OM_energy _2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_OM_energy _kW h/hr Btm _storage_OM_Cost C 3.4 btm_storage_OM_energy _rate_per_kW h Btm _storage_OM_Cost C 3.4 btm_storage_OM_MLbr_2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_OM_MLbr_rate_hourly Btm _storage_OM_Cost C 3.4 btm_storage_OM_MLbr_staff_dpy Btm _storage_OM_Cost C 3.4 btm_storage_OM_MLbr_staff_hpd Btm _storage_OM_Cost C 3.4 btm_storage_OM_MLbr_staff_nmbr Btm _storage_OM_Cost C 3.4 btm_storage_OM_MMtrls_2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_OM_OLbr_othr_2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_OM_OLbr_othr_rate_hourly Btm _storage_OM_Cost C 3.4btm_storage_OM_OLbr_othr_staff_dpy Btm _storage_OM_Cost C 3.4

btm_storage_OM_OLbr_othr_staff_hpd Btm _storage_OM_Cost C 3.4 btm_storage_OM_OLbr_othr_staff_nmbr Btm _storage_OM_Cost C 3.4 btm_storage_OM_OLbr_trks_2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_OM_OLbr_trks_rate_hourly Btm _storage_OM_Cost C 3.4

btm_storage_OM_OLbr_trks_staff_dpy Btm _storage_OM_Cost C 3.4 btm_storage_OM_OLbr_trks_staff_hpd Btm _storage_OM_Cost C 3.4 btm_storage_OM_OLbr_trks_staff_nmbr Btm _storage_OM_Cost C 3.4 btm_storage_OM_other1_2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_OM_other1_desc Btm _storage_OM_Cost C 3.4 btm_storage_OM_other2_2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_OM_other2_desc Btm _storage_OM_Cost C 3.4 btm_storage_OM_total_2009_cost Btm _storage_OM_Cost C 3.4 btm_storage_outside_firm_oversee Btm _storage_General C 3.4 btm_storage_per_H2O Btm _Ash_Storage C 3.2 btm_storage_planned Btm _storage_General C 3.4 btm_storage_pond Btm _storage_General C 3.4 btm_storage_tons Btm _Ash_Storage C 3.2 btm_storage_trnspt Btm _Ash_Storage C 3.2 btm_storage_trnspt_other Btm _Ash_Storage C 3.2 btm_trspt_disp_all_cmpnts_cap_costs Btm _Trspt_Disp_General C 3.5

btm_trspt_disp_cap_mdfy Btm _Trspt_Disp_Capital_Cost C 3.5 btm_trspt_disp_cap_mdfy _yr_based Btm _Trspt_Disp_Capital_Cost C 3.5 btm_trspt_disp_cap_original_y r_based Btm _Trspt_Disp_Capital_Cost C 3.5 btm_trspt_disp_cap_project Btm _Trspt_Disp_Capital_Cost C 3.5 btm_trspt_disp_cmpnts_not_cap_costs Btm _Trspt_Disp_General C 3.5

btm_trspt_disp_cntrctr_pay _instl Btm _Trspt_Disp_General C 3.5

btm_trspt_disp_cntrctr_pay _oversee Btm _Trspt_Disp_General C 3.5

btm_trspt_disp_cntrctr_pay _oversee_all Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_ctrctr_pay _instl_all Btm _Trspt_Disp_General C 3.5

btm_trspt_disp_OM_ash_rmvl_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_energy _2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_energy _rate_per_kW h Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_energy _staff_kW h/hr Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_MLbr_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_MLbr_rate_hourly Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_MLbr_staff_dpy Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_MLbr_staff_hpd Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_MLbr_staff_nmbr Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_MMtrls_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_OLbr_othr_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5btm_trspt_disp_OM_OLbr_othr_rate_hourly Btm _Trspt_Disp_OM_Cost C 3.5

btm_trspt_disp_OM_OLbr_othr_staff_dpy Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_OLbr_othr_staff_hpd Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_OLbr_othr_staff_nmbr Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_OLbr_tspt_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_OLbr_tspt_rate_dpy Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_OLbr_tspt_rate_hourly Btm _Trspt_Disp_OM_Cost C 3.5

btm_trspt_disp_OM_OLbr_tspt_rate_lds/day Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_OLbr_tspt_staff_dpy Btm _Trspt_Disp_OM_Cost C 3.5

btm_trspt_disp_OM_OLbr_tspt_staff_hpd Btm _Trspt_Disp_OM_Cost C 3.5

btm_trspt_disp_OM_OLbr_tspt_staff_nmbr Btm _Trspt_Disp_OM_Cost C 3.5

btm_trspt_disp_OM_other1_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_other1_desc Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_other2_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_other2_desc Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_OM_total_2009_cost Btm _Trspt_Disp_OM_Cost C 3.5 btm_trspt_disp_original Btm _Trspt_Disp_Capital_Cost C 3.5 btm_trspt_disp_other Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_other_desc Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_outside_firm_oversee Btm _Trspt_Disp_General C 3.5

btm_trspt_disp_pond Btm _Trspt_Disp_General C 3.5

btm_trspt_disp_rail Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_rail_bought Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_rail_contract Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_rail_lease Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_rail_nmbr Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_truck Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_truck_bought Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_truck_contract Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_truck_lease Btm _Trspt_Disp_General C 3.5 btm_trspt_disp_truck_nmbr Btm _Trspt_Disp_General C 3.5 btm_unscdld_outages Btm _Ash_Outages C 3.1

btm_use_mech_drag Btm _Ash_Mech_Drag C 3.1

btm_wet_days Btm _Ash_System C 3.1

btm_wet_mkt Btm _Ash_Mkt_General C 3.2

btm_wet_mkt_2005_rev Btm _W et_Market C 3.2 btm_wet_mkt_2005_tons Btm _W et_Market C 3.2 btm_wet_mkt_2007_rev Btm _W et_Market C 3.2btm_wet_mkt_2007_tons Btm _W et_Market C 3.2

btm_wet_mkt_2009_rev Btm _W et_Market C 3.2 btm_wet_mkt_2009_tons Btm _W et_Market C 3.2 btm_wet_mkt_dest Btm _W et_Market C 3.2 btm_wet_mkt_per_H2O Btm _W et_Market C 3.2 btm_wet_sluicing Btm _Ash_System C 3.1 btm_wetanddry Btm _Ash_Dry _Handling C 3.1 btu_fos_nuc Fuel_Usage A 8

Build_On_Clsd Clsd_Pond_Unit D 4.2 Build_On_Clsd_Desc Clsd_Pond_Unit D 4.2

buildings_acre Ash_General C 1 Cap_Cost Pond_W WT_Capital D 6.1 Cap_Project Pond_W WT_Capital D 6.1

Cap_Year_Based Pond_W WT_Capital D 6.1 capacity _nam eplate Plant_General A 1.2 capacity _summer Plant_General A 1.2 capacity _winter Plant_General A 1.2 cb_wastewater Coal_Processing A 13

cb_wastewater_amt Coal_Processing A 13 cb_wastewater_day Coal_Processing A 13

cb_wastewater_unit Coal_Processing A 13

cbi_Act_Chem_Addn Act_Pond_Chem_Addn D 4.1 cbi_Act_Drdg_Transfer Act_Pond_Unit D 4.1 cbi_Act_Expand_Desc Act_Pond_Unit D 4.1 cbi_Act_Expand_Ty pe Act_Pond_Unit D 4.1 cbi_Act_Poll_Lim _Driver Act_Pond_Unit D 4.1 cbi_Act_Pond_Dimensions Act_Pond_Unit_Dimensions D 4.1 cbi_Act_Pond_Expand Act_Pond_Unit D 4.1 cbi_Act_Pond_Liner Act_Pond_Unit D 4.1 cbi_Act_Pond_Liner Act_Pond_Unit_Liner D 4.1 cbi_Act_Pond_Res_Time Act_Pond_Unit D 4.1 cbi_Act_Pond_Use Treatment_General D 1 cbi_Act_Trgtd_Pollutants Act_Pond_Unit D 4.1 cbi_additives_tbl FGD_Additives B 3 cbi_address Plant_Contact_Info A 1.1 cbi_aha_fnl_dest Air_Heater_Ash C 5 cbi_aha_gen_amt Air_Heater_Ash C 5 cbi_aha_gen_W W Air_Heater_Ash C 5 cbi_aha_handle Air_Heater_Ash C 5cbi_aha_how_cmbn Air_Heater_Ash C 5

cbi_ash_comment PartC_Comments C Comments

cbi_Attchd_Diagram Treatment_Diagram D 3.1 cbi_Bid_Proposal WWT_System_Information D 5.1 cbi_btm_ash_sluice Btm _Ash_Sluicing C 3.1 cbi_btm_ash_storage_tbl Btm _Ash_Storage_Dest C 3.1 cbi_btm_boiler_ty pe Btm _Ash_System C 3.1 cbi_btm_change_operations Btm _Ash_Dry _Handling C 3.1 cbi_btm_cnvy

_all_cmpnts_cap_costs Btm _Cnvy _General C 3.3 cbi_btm_cnvy

_cap_tbl Btm _Cnvy _General C 3.3 cbi_btm_cnvy

_cap_tbl Btm _Cnvy _Capital_Cost C 3.3 cbi_btm_cnvy

_cmpnts_tbl Btm _Cnvy _Cmpnts C 3.3 cbi_btm_cnvy

_cntrctr_instl Btm _Cnvy _General C 3.3 cbi_btm_cnvy

_cntrctr_oversee Btm _Cnvy _General C 3.3 cbi_btm_cnvy

_OM_tbl Btm _Cnvy _OM_Cost C 3.3 cbi_btm_diagram Btm _Cnvy _General C 3.3 cbi_btm_dry

_cost_est_instl Btm _Ash_Dry _Installation C 3.1 cbi_btm_dry

_cost_est_not_instl Btm _Ash_Dry _Installation C 3.1 cbi_btm_dry

_exp_dest Btm _Ash_Dry _Installation C 3.1 cbi_btm_dry

_install Btm _Ash_Dry _Installation C 3.1 cbi_btm_dry

_m kt Btm _Ash_Mkt_General C 3.2 cbi_btm_dry

_m kt Btm _Dry _Market C 3.2 cbi_btm_dry

_plan Btm _Ash_Dry _Installation C 3.1 cbi_btm_dry

_retrofit Btm _Ash_Dry _Retrofit C 3.1 cbi_btm_dry

_retrofit_diagram Btm _Ash_Dry _Retrofit C 3.1 cbi_btm_dry

_retrofit_ty pe Btm _Ash_Dry _Retrofit C 3.1 cbi_btm_fly

_share_storage Btm _storage_General C 3.4 cbi_btm_install_mods Btm _Ash_Dry _Installation C 3.1 cbi_btm_mech_drag_dest Btm _Ash_Mech_Drag C 3.1 cbi_btm_mech_drag_gen_W W Btm _Ash_Mech_Drag C 3.1 cbi_btm_mech_drag_W W_gpd Btm _Ash_Mech_Drag C 3.1 cbi_btm_modifications Btm _Ash_Dry _Handling C 3.1 cbi_btm_out Btm _Ash_Outages C 3.1 cbi_btm_plant_solids_rmvl Btm _Ash_Solids_Rmvl C 3.1 cbi_btm_ret_mods Btm _Ash_Dry _Retrofit C 3.1 cbi_btm_slds_rmvl_dest Btm _Ash_Solids_Rmvl C 3.1 cbi_btm_slds_rmvl_overflow_gpd Btm _Ash_Solids_Rmvl C 3.1 cbi_btm_slds_rmvl_tbl Btm _Ash_Solids_Rmvl C 3.1 cbi_btm_sluice_criteria Btm _Ash_Sluicing C 3.1 cbi_btm_sluice_POTW Btm _Ash_Sluicing C 3.1 cbi_btm_sluice_recyc Btm _Ash_Sluicing C 3.1 cbi_btm_storage Btm _Ash_Storage C 3.2 cbi_btm_storage_all_cmpnts_cap_costs Btm _storage_General C 3.4 cbi_btm_storage_cap_tbl Btm _storage_General C 3.4cbi_btm_storage_cap_tbl Btm _storage_Capital_Cost C 3.4

cbi_btm_storage_cmpnts_tbl Btm _storage_Cmpnts C 3.4 cbi_btm_storage_cntrctr_instl Btm _storage_General C 3.4 cbi_btm_storage_cntrctr_oversee Btm _storage_General C 3.4 cbi_btm_storage_OM_tbl Btm _storage_OM_Cost C 3.4 cbi_btm_storage_pond Btm _storage_General C 3.4 cbi_btm_trspt_disp_all_cmpnts_cap_costs Btm _Trspt_Disp_General C 3.5 cbi_btm_trspt_disp_cap_tbl Btm _Trspt_Disp_General C 3.5 cbi_btm_trspt_disp_cap_tbl Btm _Trspt_Disp_Capital_Cost C 3.5 cbi_btm_trspt_disp_cntrctr_pay _instl Btm _Trspt_Disp_General C 3.5 cbi_btm_trspt_disp_cntrctr_pay _oversee Btm _Trspt_Disp_General C 3.5 cbi_btm_trspt_disp_mthd Btm _Trspt_Disp_General C 3.5 cbi_btm_trspt_disp_OM_tbl Btm _Trspt_Disp_OM_Cost C 3.5 cbi_btm_trspt_disp_pond Btm _Trspt_Disp_General C 3.5 cbi_btm_unscdld_outages Btm _Ash_Outages C 3.1 cbi_btm_use_mech_drag Btm _Ash_Mech_Drag C 3.1 cbi_btm_wet_mkt Btm _Ash_Mkt_General C 3.2 cbi_btm_wet_mkt Btm _W et_Market C 3.2 cbi_btm_wetanddry Btm _Ash_Dry _Handling C 3.1 cbi_btm_why

_wetanddry Btm _Ash_Dry _Handling C 3.1 cbi_btu_fos_nuc Fuel_Usage A 8 cbi_Build_On_Clsd Clsd_Pond_Unit D 4.2 cbi_capacity Plant_General A 1.2 cbi_cb_wastewater Coal_Processing A 13 cbi_CCS_characterize_W W Carbon_Capture_Studies A 11 cbi_CCS_process Carbon_Capture_Studies A 11 cbi_CCS_report Carbon_Capture_Studies A 11 cbi_CCS_study

_W W Carbon_Capture_Studies A 11 cbi_CCS_tbl Carbon_Capture A 11 cbi_CCS_wastewater Carbon_Capture_Studies A 11 cbi_Clean_desc MCW _W W_Treatment E 3 cbi_Clim ate WWT_System_Information D 5.1 cbi_Close_Desc Clsd_Pond_Unit D 4.2 cbi_Close_Plan Clsd_Pond_Unit D 4.2 cbi_Clsd_Expand_Desc Clsd_Pond_Unit D 4.2 cbi_Clsd_Expand_Ty pe Clsd_Pond_Unit D 4.2 cbi_Clsd_Pond_Cap Clsd_Pond_Unit D 4.2 cbi_Clsd_Pond_Cap Clsd_Pond_Unit_Cap D 4.2 cbi_Clsd_Pond_Date Clsd_Pond_Unit D 4.2 cbi_Clsd_Pond_Dimensions Clsd_Pond_Unit_Dimensions D 4.2 cbi_Clsd_Pond_Expand Clsd_Pond_Unit D 4.2 cbi_Clsd_Pond_Liner Clsd_Pond_Unit D 4.2 cbi_Clsd_Pond_Liner Clsd_Pond_Unit_Liner D 4.2 cbi_Clsd_Pond_Use Treatment_General D 1 cbi_coal_blend Coal_Processing A 13cbi_coal_process Coal_Processing A 13

cbi_coal_pulv Coal_Processing A 13 cbi_coal_wash Coal_Processing A 13 cbi_coal_wash_dest Coal_Processing A 13 cbi_comment PartE_Comments E Comments

cbi_comment PartG_Comments G Comments

cbi_comment PartH_Comments H Comments

cbi_comment PartA_Comments A Comments cbi_comment PartB_Comments B Comments cbi_company SCR_Catalyst_Regen_Plant A 9 cbi_coord Plant_General A 5 cbi_cp_wastewater Coal_Processing A 13 cbi_cpr_dest Coal_Processing A 13 cbi_cpr_flow Coal_Processing A 13 cbi_cpr_pH Coal_Processing A 13 cbi_cpr_pond Coal_Processing A 13 cbi_cs_comp CS_General A 7 cbi_cs_tbl Cooling_Systems A 7 cbi_Current_Sulf_Addn WWT_System_Information D 5.1 cbi_dest_DFGD_clean FGD_Dry _W astewater B 8 cbi_dest_DFGD_ww FGD_Dry _W astewater B 8 cbi_dest_gy psum_waters FGD_Gy psum_Related_W ater B 7 cbi_dest_treat_purge FGD_W astewater_Treatment B 7 cbi_DFGD_gen_ww_clean FGD_Dry _W astewater B 8 cbi_DFGD_location FGD_Dry _General B 8 cbi_DFGD_rpw_flow FGD_Dry _General B 8 cbi_DFGD_solid_removal FGD_Dry _General B 8 cbi_DFGD_solids_cost_process_tbl FGD_Dry _Solids_Cost B 8 Tables cbi_DFGD_solids_dest_mkt_tbl FGD_Dry _Solids_Mkt_Sold B 8 Tables cbi_DFGD_solids_dest_tbl FGD_Dry _Solids_Dest B 8 Tables cbi_DFGD_solids_mkt_parameters FGD_Dry _General B 8 cbi_DFGD_source_rpw FGD_Dry _General B 8 cbi_DFGD_source_rpw_parameters FGD_Dry _General B 8 cbi_DFGD_ww_gen FGD_Dry _W astewater B 8 cbi_discharge_canal Plant_Outfalls A 2.2 cbi_ea_cllct_w_aha Economizer_Ash C 4 cbi_ea_fnl_dest Economizer_Ash C 4 cbi_ea_gen_amt Economizer_Ash C 4 cbi_ea_gen_W W Economizer_Ash C 4 cbi_ea_handle Economizer_Ash C 4 cbi_ea_how_cmbn Economizer_Ash C 4 cbi_EAreport Plant_General A 2.1 cbi_econ1 Plant_Contact_Info A 1.1cbi_econ2 Plant_Contact_Info A 1.1

cbi_Effluents Treatment_Effluents D 3.2 cbi_EIA Plant_IDs_Pend_Permits A 2.1 cbi_elec_gen Plant_General A 1.2 cbi_energy

_source Fuel_Usage A 8 cbi_FGD FGD_General B 1 cbi_FGD_dry FGD_General B 1 cbi_FGD_monitoring_data_tbl FGD_Monitoring_Data_Results B 6 cbi_FGD_purge_cmngl FGD_W astewater_Treatment B 7 cbi_FGD_purge_cmngl_pond FGD_W astewater_Treatment B 7 cbi_FGD_purge_pond FGD_W astewater_Treatment B 7 cbi_FGD_tbl FGD_Systems B 1 cbi_FGD_wet FGD_General B 1 cbi_FGD_W WT_tbl FGD_Pl_Systems B 2 cbi_FGD_wwts_tech FGD_W astewater_Treatment B 7 cbi_FGDW WT S_Retrofit FGD_W WT_Purchase D 6.1 cbi_FGDW WT S_Scrubber_Pkg FGD_W WT_Purchase D 6.1 cbi_FGMC_pilot Mercury _Control_Studies A 10 cbi_FGMC_process Mercury _Control_Studies A 10 cbi_FGMC_report Mercury _Control_Studies A 10 cbi_FGMC_tbl Mercury _Controls A 10 cbi_FGMC_W W Mercury _Control_Studies A 10 cbi_fly _ash_sluice Fly _Ash_Sluicing C 2.1 cbi_fly _ash_storage Fly _Ash_Storage_Dest C 2.1 cbi_fly _btm_share_storage Fly _Storage_General C 2.4 cbi_fly _btm_share_trspt_disp Fly _Trspt_Disp_General C 2.5 cbi_fly _change_operations Fly _Ash_Handling_Changes C 2.1 cbi_fly _cnvy _all_cmpnts_cap_costs Fly _Cnvy _General C 2.3 cbi_fly _cnvy _cap_tbl Fly _Cnvy _General C 2.3 cbi_fly _cnvy _cap_tbl Fly _Cnvy _Capital_Cost C 2.3 cbi_fly _cnvy _cmpnts_tbl Fly _Cnvy _Cmpnts C 2.3 cbi_fly _cnvy _cntrctr_instl Fly _Cnvy _General C 2.3 cbi_fly _cnvy _cntrctr_oversee Fly _Cnvy _General C 2.3 cbi_fly _cnvy _OM_tbl Fly _Cnvy _OM_Cost C 2.3 cbi_fly _collection_ty pe Fly _Ash_System C 2.1 cbi_fly _diagram Fly _Cnvy _General C 2.3 cbi_fly _dry _cost_est_instl Fly _Ash_Dry

_Installation C 2.1 cbi_fly _dry _cost_est_not_instl Fly _Ash_Dry

_Installation C 2.1 cbi_fly _dry _exp_dest Fly _Ash_Dry

_Installation C 2.1 cbi_fly _dry _install Fly _Ash_Dry

_Installation C 2.1 cbi_fly _dry _m kt Fly _Ash_Mgmt C 2.2 cbi_fly _dry _m kt Fly _Dry _Market C 2.2 cbi_fly _dry _plan Fly _Ash_Dry

_Installation C 2.1 cbi_fly _dry _retrofit Fly _Ash_Dry

_Retrofit C 2.1 cbi_fly _dry _retrofit_ty pe Fly _Ash_Dry

_Retrofit C 2.1cbi_fly

_H2O_unacpt_criteria Fly _Ash_Mgmt C 2.2 cbi_fly _install_m ods Fly _Ash_Dry

_Installation C 2.1 cbi_fly _m odifications Fly _Ash_W etAndDry C 2.1 cbi_fly _m oisten_H2O Fly _Ash_Mgmt C 2.2 cbi_fly _m oisten_H2O Fly _Ash_Moisten_W ater C 2.2 cbi_fly _out Fly _Ash_Outages C 2.1 cbi_fly _ret_mods Fly _Ash_Dry

_Retrofit C 2.1 cbi_fly _sluice_criteria Fly _Ash_Sluicing C 2.1 cbi_fly _sluice_POTW Fly _Ash_Sluicing C 2.1 cbi_fly _sluice_recyc Fly _Ash_Sluicing C 2.1

cbi_fly _storage Fly _Ash_Storage C 2.2 cbi_fly _storage_all_cmpnts_cap_costs Fly _Storage_General C 2.4 cbi_fly _storage_cap_tbl Fly _Storage_General C 2.4 cbi_fly _storage_cap_tbl Fly _Storage_Capital_Cost C 2.4 cbi_fly _storage_cmpnts_tbl Fly _Storage_Cmpnts C 2.4 cbi_fly _storage_cntrctr_instl Fly _Storage_General C 2.4 cbi_fly _storage_cntrctr_oversee Fly _Storage_General C 2.4 cbi_fly _storage_OM_tbl Fly _Storage_OM_Cost C 2.4 cbi_fly _storage_pond Fly _Storage_General C 2.4 cbi_fly _trspt_disp_all_cmpnts_cap_costs Fly _Trspt_Disp_General C 2.5 cbi_fly _trspt_disp_cap_tbl Fly _Trspt_Disp_General C 2.5 cbi_fly _trspt_disp_cap_tbl Fly _Trspt_Disp_Capital_Cost C 2.5 cbi_fly _trspt_disp_cntrctr_pay _instl Fly _Trspt_Disp_General C 2.5 cbi_fly _trspt_disp_cntrctr_pay _oversee Fly _Trspt_Disp_General C 2.5 cbi_fly _trspt_disp_mthd Fly _Trspt_Disp_General C 2.5 cbi_fly _trspt_disp_OM_tbl Fly _Trspt_Disp_OM_Cost C 2.5 cbi_fly _trspt_disp_pond Fly _Trspt_Disp_General C 2.5 cbi_fly _unscdld_outages Fly _Ash_Outages C 2.1 cbi_fly _wet_m kt Fly _Ash_Mgmt C 2.2 cbi_fly _wet_m kt Fly _W et_Market C 2.2 cbi_fly _wet_vac Fly _Ash_W et_Vacuum C 2.1 cbi_fly _wet_vac_dest Fly _Ash_W et_Vacuum C 2.1 cbi_fly _wet_vac_water Fly _Ash_W et_Vacuum C 2.1 cbi_fly _wetanddry Fly _Ash_W etAndDry C 2.1 cbi_fly _why _wetanddry Fly _Ash_W etAndDry C 2.1 cbi_fuel_tbl Fuel_Usage A 8 cbi_fuels Plant_General A 1.2 cbi_Fut_Lim_Chng WWT_Pollutants D 5.1 cbi_gen_btm_ash Btm _Ash_System C 3.1 cbi_gen_elec Plant_General A 1.2 cbi_gen_gy psum_waters FGD_Gy psum_Related_W ater B 7 cbi_gen_nuc_wastewater Nuc_General H 1 cbi_generate_ash Ash_General C 1 cbi_generate_fly Ash_General C 1cbi_generate_leachate Leach_General G 1

cbi_generate_mcw MCW _Kickout E 1 cbi_GW _Bkgd GW _Montr F 5 cbi_GW _Exc GW _Montr F 5 cbi_GW _Mon_Diagram GW _Montr F 5 cbi_GW _Mon_W ell GW _Montr_W ell F 5 cbi_GW _Montr GW _Montr F 5 cbi_has_CCS Plant_Systems_Summary A 11 cbi_has_FGMC Plant_Systems_Summary A 10 cbi_has_landfill Plant_Systems_Summary A 4 cbi_has_nox Plant_Systems_Summary A 9 cbi_has_pond Plant_Systems_Summary A 3 cbi_has_W ESP Plant_Systems_Summary A 12 cbi_igcc_2009 Coal_Processing A 13 cbi_igcc_pl Coal_Processing A 13 cbi_Influents Treatment_Influents D 3.2 cbi_landfill_stor_tbl Landfill_Storage A 4 cbi_landfill_tbl Landfill_General A 4 cbi_Ldfl_Cap Landfill_Info F 3.1 cbi_Ldfl_Cap Landfill_Cap F 3.1 cbi_Ldfl_Cap Landfill_Capital_Cost F 3.2 cbi_Ldfl_Clsd Landfill_Info F 3.1 cbi_Ldfl_Date Landfill_Info F 3.1 cbi_Ldfl_Dim Landfill_Dim F 3.1

cbi_Ldfl_Exp Landfill_Expansion F 3.1 cbi_Ldfl_Exp_Cost Landfill_Expansion F 3.1 cbi_Ldfl_Exp_desc Landfill_Expansion F 3.1 cbi_Ldfl_Exp_Ty pe Landfill_Expansion F 3.1 cbi_Ldfl_Leach_Chem Landfill_Leachate_Info F 3.1 cbi_Ldfl_Leach_Dest Landfill_Leachate_Dest F 3.1 cbi_Ldfl_Leach_PW Landfill_Leachate_Info F 3.1 cbi_Ldfl_Leach_Sys Landfill_Leachate_Info F 3.1 cbi_Ldfl_Leach_Vol_Freq Landfill_Leachate_Info F 3.1 cbi_Ldfl_Liner Landfill_Info F 3.1 cbi_Ldfl_Liner Landfill_Liner F 3.1 cbi_Ldfl_OandM Landfill_OM_Cost F 3.2 cbi_Ldfl_Outside_Firm_Oversee Landfill_Capital_Cost_Info F 3.2 cbi_Ldfl_Storm_Dest Landfill_Storm_Dest F 3.1 cbi_Ldfl_Storm_Dest Landfill_Storm_Dest F 3.1 cbi_Ldfl_Storm_Src Landfill_Storm_Dest F 3.1 cbi_Ldfl_Storm_Src Landfill_Storm_Dest F 3.1 cbi_Ldfl_Struc Landfill_Info F 3.1 cbi_leach_aerial_photo Leach_General G 3cbi_leach_collected Leach_Pond_Landfill G 2

cbi_leach_combined Leach_Pond_Landfill G 2

cbi_leach_offsite Leach_Pond_Landfill G 2 cbi_Leach_Rain Leach_Rainfall G 4 cbi_Leach_Smpl_Point_Info Leach_Smpl_Info G 4

cbi_leach_treated Leach_Pond_Landfill G 2 cbi_Leach_W aste_Info Leach_W aste_Info G 5

cbi_Long_Monitoring Clsd_Pond_Unit D 4.2 cbi_LTS LTS_Opr F 4.1 cbi_LTS_Anc_Eq LTS_Anc_Eq F 4.6 cbi_LTS_Cap LTS_Capital F 4.5 cbi_LTS_Diagram LTS_Diagram F 4.1 cbi_LTS_Flow LTS_Flow F 4.3 cbi_LTS_Imp_Lim_Chgs LTS_Lim_Chgs F 4.3 cbi_LTS_Infl LTS_Influent_Flows F 4.2 cbi_LTS_LTU_Improv LTS_Treat_Units_Improv F 4.3 cbi_LTS_LTUs LTS_Treat_Units F 4.3 cbi_LTS_OandM LTS_OM_Cost F 4.5 cbi_LTS_Outside_Firm_Oversee LTS_Capital_Info F 4.5 cbi_LTU_Chem LTU_Add_Chem F 4.4 cbi_LTU_Chem LTU_Design F 4.4 cbi_LTU_Mtrl LTU_Design F 4.4 cbi_LTU_Plant LTU_Plant_Species F 4.4 cbi_LTU_Plant LTU_Design F 4.4 cbi_LTU_Poll_Lim_Driver LTU_Trgtd_Pollutants F 4.4 cbi_LTU_ResTime LTU_Design F 4.4 cbi_LTU_SA LTU_Design F 4.4 cbi_LTU_Trgtd LTU_Trgtd_Pollutants F 4.4 cbi_LTU_Vol LTU_Design F 4.4 cbi_map Plant_General A 5 cbi_MCW _Characteristics MCW _Slds_Res_Gen E 3 cbi_MCW _Chem_Tbl MCW _Chem E 2 cbi_MCW _Cmgld MCW _W W_Treatment E 3 cbi_MCW _CombinedStorage MCW _Slds_Res_Gen E 3 cbi_MCW _Dest MCW _W W_Treatment E 3 cbi_MCW _Handling MCW _Slds_Res_Gen E 3 cbi_MCW _HazResidues MCW _Slds_Res_Gen E 3 cbi_MCW _NoChem_Tbl MCW _No_Chem E 2 cbi_MCW _Residues MCW _Slds_Res_Gen E 3 cbi_Mgmt_Prac_comment PartF_Comments F Comments

cbi_mill_dispose Coal_Processing A 13 cbi_mill_py ritic Coal_Processing A 13cbi_mill_sluice Coal_Processing A 13

cbi_mill_sluice_commingle Coal_Processing A 13 cbi_mixzone Plant_Outfalls A 2.2 cbi_mon_data_scrub_purge FGD_Monitoring_Data B 6 cbi_mon_data_sp_FGDsystem_SEunit FGD_Monitoring_Data_ID B 6 Tables cbi_naics Plant_General A 1.2 cbi_nox_tbl NOx_Controls A 9 cbi_nox_tbl SCR_Catalyst_Regen_Unit A 9 cbi_nuc_wastewater_ID Nuc_W W_Treat H 3 cbi_nuc_wastewater_tbl Nuc_W astewaters H 1 cbi_nuclear_fuel Nuc_General H 1 cbi_OngoingStudies WWT_Study D 2 cbi_Op_Pond Treatment_General D 1 cbi_op_seunit_tbl SE_Units_Operating A 6 cbi_Op_System Treatment_General D 1 cbi_Op_W WT Treatment_General D 1 cbi_OtherStudies WWT_Study D 2 cbi_outfall Plant_Outfalls A 2.2 cbi_outfall_flow_tbl Plant_Outfalls_Flow A 2.2 cbi_outfall_ty pe Plant_Outfalls A 2.2 cbi_pd_stor_tbl Pond_Storage A 3 cbi_per_elec Plant_General A 1.2 cbi_permit_tbl Plant_IDs_Pend_Permits A 2.1 cbi_permit_tbl Plant_Perm its A 2.1 cbi_pl_seunit_tbl SE_Units_Planned A 6 cbi_Pln_LTS LTS_Pln F 4.1 cbi_Poll_Excd GW _Montr F 5 cbi_Poll_Excd_Bkgd GW _Montr F 5 cbi_Pond_After_2000 Treatment_General D 1 cbi_Pond_Drdg Act_Pond_Unit D 4.1 cbi_Pond_Hired_Contractor Pond_W WT_Capital_Info D 6.1 cbi_Pond_Hydr_Dsgn BMPs_Pond_Info F 2 cbi_Pond_ID Active_Pond_Systems D 2 cbi_Pond_ID Retired_Pond_Systems D 2 cbi_Pond_ID Planned_Pond_Systems D 2 cbi_Pond_Leach_Chem Pond_Leachate_Coll_Sys F 2 cbi_Pond_Leach_Dest Pond_Leachate_Coll_Sys F 2 cbi_Pond_Leach_PW Pond_Leachate_Coll_Sys F 2 cbi_Pond_Leach_Vol_Freq Pond_Leachate_Coll_Sys F 2 cbi_Pond_Leachate_Sys Pond_Leachate_Coll_Sys F 2 cbi_Pond_Mon BMPs_Pond_Info F 2 cbi_Pond_Ovrflw BMPs_Pond_Info F 2 cbi_Pond_Ovrflw_Dsch BMPs_Pond_Info F 2 cbi_pond_tbl Pond_General A 3 cbi_Pond_W WT_Cap Pond_W WT_Capital D 6.1cbi_pond_wwt_com me nt PartD_Comments D Comments

cbi_Pond_W WT_Components Pond_W WT_Capital_Info D 6.1 cbi_Pond_W WT_OandM Pond_W WT_OandM D 6.1 cbi_Pond_YrInsp Pond_Mntor_Inspct F 2 cbi_Ponds_Landfills BMPs_Kickout F 1 cbi_POTW _effl_CS CS_General A 7 cbi_prime_purpose Plant_General A 1.2 cbi_retired Plant_General A 1.2 cbi_RUS Plant_IDs_Pend_Permits A 2.1 cbi_SCR_regen_commingle SCR_Catalyst_Regen_Plant A 9 cbi_SCR_regen_dest SCR_Catalyst_Regen_Plant A 9 cbi_SCR_regen_flow SCR_Catalyst_Regen_Plant A 9 cbi_SCR_regen_onsite_W W SCR_Catalyst_Regen_Plant A 9 cbi_SCR_wash_commingle SCR_Catalyst_W ash A 9 cbi_SCR_wash_dest SCR_Catalyst_W ash A 9 cbi_SCR_wash_flow SCR_Catalyst_W ash A 9 cbi_SCR_wash_gen_W W SCR_Catalyst_W ash A 9 cbi_SCR_wash_onsite SCR_Catalyst_W ash A 9 cbi_share_trspt_disp Btm _Trspt_Disp_General C 3.5 cbi_Smpl_Data Leach_Smpl_Data G Sam ple Results cbi_Smpl_Lab Leach_Smpl_Lab G Sam ple Results cbi_Smpl_Loc_Desc Leach_Smpl_Data G Sam ple Results

cbi_smple_pts_landfill_BD Leach_General G 3

cbi_Space_Avail WWT_System_Information D 5.1 cbi_steam_use Plant_General A 1.2 cbi_Sulf_Addn_Capbl WWT_System_Information D 5.1 cbi_SummaryStudies WWT_Study D 2 cbi_surfwater Plant_Outfalls A 2.2 CBI_tech_table Nuc_W WT S_Technology H 3 CBI_tech_table Nuc_W WT S_Technology H 3 cbi_tech1 Plant_Contact_Info A 1.1 cbi_tech2 Plant_Contact_Info A 1.1 cbi_total_acre Ash_General C 1 cbi_treat_flow_recyc Nuc_W W_Treat H 3 cbi_treat_handled Nuc_W W_Treat H 3 cbi_treat_nuc_flow Nuc_W W_Treat H 3 cbi_treat_radioactive Nuc_W W_Treat H 3 cbi_untr_flow Nuc_W W_Generation H 2 cbi_untr_handled Nuc_W W_Generation H 2 cbi_Use_Ponds Treatment_General D 1 cbi_Use_W WT Treatment_General D 1 cbi_W balance Plant_General A 5 cbi_W ESP_characterize_W W We t_ESP_W W A 12cbi_W ESP_criteria We t_ESP_W W A 12

cbi_W ESP_dest We t_ESP_W W A 12 cbi_W ESP_flow We t_ESP_W W A 12 cbi_W ESP_report We t_ESP_W W A 12 cbi_W ESP_source We t_ESP_W W A 12 cbi_W ESP_study

_W W We t_ESP_W W A 12 cbi_W ESP_tbl We t_ESP A 12 cbi_W FGD_abs_mkup_flow FGD_W et_General B 4 cbi_W FGD_bd_params FGD_W et_General B 4 cbi_W FGD_chlor_abs FGD_W et_General B 4 cbi_W FGD_gen_pozz FGD_W et_General B 4 cbi_W FGD_gen_solids FGD_W et_General B 4 cbi_W FGD_mist_flow FGD_W et_General B 4 cbi_W FGD_purge_params FGD_W astewater_Treatment B 7 cbi_W FGD_rgnt_slry

_flow FGD_W et_General B 4 cbi_W FGD_rpw_flow FGD_W et_General B 4 cbi_W FGD_solids_chlor FGD_W et_General B 4 cbi_W FGD_solids_comb FGD_W et_General B 4 cbi_W FGD_solids_cost_tbl FGD_W et_Solids_Cost B 4 Tables cbi_W FGD_solids_dest_mkt_tbl FGD_W et_Solids_Mkt_Sold B 4 Tables cbi_W FGD_solids_dest_tbl FGD_W et_Solids_Dest B 4 Tables cbi_W FGD_solids_dwr FGD_W et_General B 4 cbi_W FGD_solids_mkt_params FGD_W et_General B 4 cbi_W FGD_solids_sep FGD_W et_General B 4 cbi_W FGD_source_abs_mkup FGD_W et_General B 4 cbi_W FGD_source_H2O_params FGD_W et_General B 4 cbi_W FGD_source_mist FGD_W et_General B 4 cbi_W FGD_source_rpw FGD_W et_General B 4 cbi_W FGD_sources_flow_tbl FGD_W et_Sources_Flow B 5 cbi_W FGD_sys_chlor FGD_W et_General B 4 cbi_W FGD_water_gen_tbl FGD_W et_W ater_Gen B 5 cbi_W WT_Anc_Equip WWT S_Ancillary _Equip D 6.2 cbi_W WT_at_Plant Treatment_General D 1 cbi_W WT_ID WWT_Systems D 2 cbi_W WT S_Info WWT_System_Information D 5.1 cbi_W WT S_Pld_Im prvts WWT S_Pld_Im provements D 5.1 cbi_W WT S_Poll_Lim _Driver WWT_Pollutants D 5.1 cbi_W WT S_Trgtd_Pollutants WWT_Pollutants D 5.1 cbi_W WT S_Units WWT_Units D 5.1 cbi_W WT Studies WWT_Study D 2 cbi_W WT U_Chem_Add WWT U_Chem_Addn_Info D 5.2 cbi_W WT U_Chem_Addn WWT U_Chem_Addn D 5.2 CC_capacity SE_Units_Operating A 6 CC_capacity SE_Units_Planned A 6CCS_characterize_W W Carbon_Capture_Studies A 11

CCS_id Carbon_Capture A 11 CCS_install_m o Carbon_Capture A 11 CCS_install_y r Carbon_Capture A 11 CCS_per_FG Carbon_Capture A 11 CCS_process Carbon_Capture_Studies A 11

CCS_report_attach Carbon_Capture_Studies A 11 CCS_report_company Carbon_Capture_Studies A 11

CCS_report_end Carbon_Capture_Studies A 11 CCS_report_notattach Carbon_Capture_Studies A 11 CCS_report_notattach_desc Carbon_Capture_Studies A 11

CCS_report_start Carbon_Capture_Studies A 11 CCS_results_attach Carbon_Capture_Studies A 11

CCS_results_notattach Carbon_Capture_Studies A 11

CCS_results_notattach_desc Carbon_Capture_Studies A 11

CCS_scale Carbon_Capture A 11 CCS_seunit_other Carbon_Capture A 11 CCS_seunit1 Carbon_Capture A 11 CCS_seunit10 Carbon_Capture A 11 CCS_seunit2 Carbon_Capture A 11 CCS_seunit3 Carbon_Capture A 11 CCS_seunit4 Carbon_Capture A 11 CCS_seunit5 Carbon_Capture A 11 CCS_seunit6 Carbon_Capture A 11 CCS_seunit7 Carbon_Capture A 11 CCS_seunit8 Carbon_Capture A 11 CCS_seunit9 Carbon_Capture A 11 CCS_status Carbon_Capture A 11

CCS_study

_W W Carbon_Capture_Studies A 11

CCS_ty pe Carbon_Capture A 11 CCS_wastewater_dpy Carbon_Capture_Studies A 11

CCS_wastewater_gpm Carbon_Capture_Studies A 11

CCS_wastewater_hpd Carbon_Capture_Studies A 11

Clean_desc MCW _W W_Treatment E 3 Clim ate WWT_System_Information D 5.1 Close_Desc Clsd_Pond_Unit D 4.2Close_Plan Clsd_Pond_Unit D 4.2

Close_Plan_Attached Clsd_Pond_Unit D 4.2 closed_pond_land_acre Ash_General C 1 Clsd_Bot_Elevation Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Cap_Nmbr Clsd_Pond_Unit_Cap D 4.2 Clsd_Cap_Perm Clsd_Pond_Unit_Cap D 4.2 Clsd_Cap_Thick Clsd_Pond_Unit_Cap D 4.2 Clsd_Cap_Ty pe Clsd_Pond_Unit_Cap D 4.2

Clsd_Cap_Ty pe_Other Clsd_Pond_Unit_Cap D 4.2 Clsd_Expand_Cost Clsd_Pond_Unit D 4.2 Clsd_Expand_Desc Clsd_Pond_Unit D 4.2 Clsd_Expand_Ty pe Clsd_Pond_Unit D 4.2 Clsd_Freeboard Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Liner_Nmbr Clsd_Pond_Unit_Liner D 4.2 Clsd_Liner_Perm Clsd_Pond_Unit_Liner D 4.2 Clsd_Liner_Thick Clsd_Pond_Unit_Liner D 4.2 Clsd_Liner_Ty pe Clsd_Pond_Unit_Liner D 4.2 Clsd_Liner_Ty pe_Other Clsd_Pond_Unit_Liner D 4.2 Clsd_Max_Ht_Berms Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Pond_Cap Clsd_Pond_Unit D 4.2 Clsd_Pond_Cells Clsd_Pond_Unit D 4.2 Clsd_Pond_Date Clsd_Pond_Unit D 4.2 Clsd_Pond_Expand Clsd_Pond_Unit D 4.2 Clsd_Pond_Life Clsd_Pond_Unit D 4.2 Clsd_Pond_Liner Clsd_Pond_Unit D 4.2 Clsd_Pond_Use Treatment_General D 1

Clsd_SA Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Status Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Top_Elevation Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Tot_Solids Clsd_Pond_Unit_Dimensions D 4.2 Clsd_Volum e Clsd_Pond_Unit_Dimensions D 4.2 coal_blend Coal_Processing A 13

coal_process Coal_Processing A 13

coal_pulv Coal_Processing A 13

coal_wash Coal_Processing A 13 coal_wash_dest_NPDES Coal_Processing A 13 coal_wash_dest_NPDES_outfall Coal_Processing A 13

coal_wash_dest_other Coal_Processing A 13 coal_wash_dest_other_desc Coal_Processing A 13 coal_wash_dest_pond Coal_Processing A 13coal_wash_dest_pond_IDs Coal_Processing A 13

coal_wash_dest_POTW Coal_Processing A 13

coal_wash_dest_recyc Coal_Processing A 13 coal_wash_dest_recyc_ashsluice Coal_Processing A 13 coal_wash_dest_recyc_fgd Coal_Processing A 13 coal_wash_dest_recyc_other Coal_Processing A 13 coal_wash_dest_recyc_other_desc Coal_Processing A 13

coal_wash_dest_treat Coal_Processing A 13 coal_wash_dest_treat_bio_aer Coal_Processing A 13 coal_wash_dest_treat_bio_anaer Coal_Processing A 13 coal_wash_dest_treat_chemprec Coal_Processing A 13 coal_wash_dest_treat_other Coal_Processing A 13 coal_wash_dest_treat_other_desc Coal_Processing A 13 coal_wash_dest_treat_pond Coal_Processing A 13 coal_wash_dest_treat_wetlands Coal_Processing A 13 coal_wash_dpy Coal_Processing A 13 coal_wash_gpm Coal_Processing A 13 coal_wash_hpd Coal_Processing A 13 comment PartE_Comments E Comments comment PartG_Comments G Comments comment PartH_Comments H Comments comment PartA_Comments A Comments comment PartB_Comments B Comments comment_quest_nmbr PartE_Comments E Comments comment_quest_nmbr PartG_Comments G Comments comment_quest_nmbr PartH_Comments H Comments comment_quest_nmbr PartA_Comments A Comments comment_quest_nmbr PartB_Comments B Comments coord_eia Plant_General A 5

coord_lat_deg Plant_General A 5

coord_lat_min Plant_General A 5

coord_lat_sec Plant_General A 5

coord_long_deg Plant_General A 5

coord_long_min Plant_General A 5

coord_long_sec Plant_General A 5

cp_wastewater Coal_Processing A 13

cp_wastewater_amt Coal_Processing A 13 cp_wastewater_day Coal_Processing A 13cp_wastewater_unit Coal_Processing A 13

cpr_dest_NPDES Coal_Processing A 13 cpr_dest_NPDES_outfall Coal_Processing A 13

cpr_dest_other Coal_Processing A 13 cpr_dest_other_desc Coal_Processing A 13 cpr_dest_POTW Coal_Processing A 13

cpr_dest_recyc Coal_Processing A 13 cpr_dest_recyc_ashsluice Coal_Processing A 13 cpr_dest_recyc_fgd Coal_Processing A 13

cpr_dest_recyc_other Coal_Processing A 13 cpr_dest_recyc_other_desc Coal_Processing A 13

cpr_dest_treat Coal_Processing A 13 cpr_dest_treat_chemprec Coal_Processing A 13 cpr_dest_treat_other Coal_Processing A 13 cpr_dest_treat_other_desc Coal_Processing A 13 cpr_dest_treat_pH Coal_Processing A 13 cpr_dest_treat_pond Coal_Processing A 13 cpr_dest_treat_wetlands Coal_Processing A 13 cpr_flow_days Coal_Processing A 13 cpr_flow_gpy Coal_Processing A 13 cpr_pH Coal_Processing A 13 cpr_pH_max Coal_Processing A 13 cpr_pH_med Coal_Processing A 13 cpr_pH_min Coal_Processing A 13 cpr_pond Coal_Processing A 13

cpr_pond_com Coal_Processing A 13 cpr_pond_com_pondID Coal_Processing A 13

cpr_pond_seg Coal_Processing A 13 cpr_pond_seg_pondID Coal_Processing A 13

cs_chem1_ingred Cooling_Systems A 7

cs_chem1_man Cooling_Systems A 7

cs_chem1_name Cooling_Systems A 7

cs_chem2_ingred Cooling_Systems A 7

cs_chem2_man Cooling_Systems A 7

cs_chem2_name Cooling_Systems A 7cs_chem3_ingred Cooling_Systems A 7

cs_chem3_man Cooling_Systems A 7

cs_chem3_name Cooling_Systems A 7

cs_chem4_ingred Cooling_Systems A 7

cs_chem4_man Cooling_Systems A 7

cs_chem4_name Cooling_Systems A 7

cs_chem5_ingred Cooling_Systems A 7

cs_chem5_man Cooling_Systems A 7

cs_chem5_name Cooling_Systems A 7

cs_comp_calc CS_General A 7

cs_comp_monitor CS_General A 7

cs_comp_no_CT CS_General A 7 cs_comp_no_limits CS_General A 7 cs_comp_other CS_General A 7

cs_comp_other_desc CS_General A 7 cs_comp_supplier CS_General A 7

cs_dpy Cooling_Systems A 7 cs_gpm Cooling_Systems A 7

cs_hpd Cooling_Systems A 7 cs_id Cooling_Systems A 7

cs_seunit1 Cooling_Systems A 7 cs_seunit10 Cooling_Systems A 7 cs_seunit2 Cooling_Systems A 7 cs_seunit3 Cooling_Systems A 7 cs_seunit4 Cooling_Systems A 7 cs_seunit5 Cooling_Systems A 7 cs_seunit6 Cooling_Systems A 7 cs_seunit7 Cooling_Systems A 7 cs_seunit8 Cooling_Systems A 7 cs_seunit9 Cooling_Systems A 7 cs_seunitA Cooling_Systems A 7 cs_seunitB Cooling_Systems A 7 cs_seunitC Cooling_Systems A 7cs_seunitD Cooling_Systems A 7

cs_ty pe Cooling_Systems A 7 cs_ty pe_other Cooling_Systems A 7 Current_Sulf_Addn WWT_System_Information D 5.1 data_assoc_FGD_1 FGD_Monitoring_Data_ID B 6 Tables data_assoc_FGD_2 FGD_Monitoring_Data_ID B 6 Tables data_assoc_FGD_3 FGD_Monitoring_Data_ID B 6 Tables data_assoc_FGD_4 FGD_Monitoring_Data_ID B 6 Tables data_assoc_FGD_5 FGD_Monitoring_Data_ID B 6 Tables data_assoc_FGD_6 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_1 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_10 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_2 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_3 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_4 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_5 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_6 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_7 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_8 FGD_Monitoring_Data_ID B 6 Tables data_assoc_SE_unit_9 FGD_Monitoring_Data_ID B 6 Tables dest_DFGD_clean_DW I FGD_Dry _W astewater B 8 dest_DFGD_clean_NPDES FGD_Dry _W astewater B 8

dest_DFGD_clean_NPDES_outfall FGD_Dry _W astewater B 8

dest_DFGD_clean_other FGD_Dry _W astewater B 8

dest_DFGD_clean_other_desc FGD_Dry _W astewater B 8

dest_DFGD_clean_POTW FGD_Dry _W astewater B 8

dest_DFGD_clean_recyc FGD_Dry _W astewater B 8

dest_DFGD_clean_recyc_desc FGD_Dry _W astewater B 8

dest_DFGD_clean_treat FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_bio_aer FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_bio_anaer FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_chemprecip FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_mvc FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_mvc_cryst FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_mvc_spray FGD_Dry _W astewater B 8dest_DFGD_clean_treat_other FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_other_desc FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_pond FGD_Dry _W astewater B 8

dest_DFGD_clean_treat_wetlands FGD_Dry _W astewater B 8

dest_DFGD_ww_DW I FGD_Dry _W astewater B 8 dest_DFGD_ww_NPDES FGD_Dry _W astewater B 8 dest_DFGD_ww_NPDES_outfall FGD_Dry _W astewater B 8

dest_DFGD_ww_other FGD_Dry _W astewater B 8 dest_DFGD_ww_other_desc FGD_Dry _W astewater B 8

dest_DFGD_ww_POTW FGD_Dry _W astewater B 8

dest_DFGD_ww_recyc FGD_Dry _W astewater B 8 dest_DFGD_ww_recyc_desc FGD_Dry _W astewater B 8

dest_DFGD_ww_treat FGD_Dry _W astewater B 8 dest_DFGD_ww_treat_bio_aer FGD_Dry _W astewater B 8

dest_DFGD_ww_treat_bio_anaer FGD_Dry _W astewater B 8

dest_DFGD_ww_treat_chemprecip FGD_Dry _W astewater B 8 dest_DFGD_ww_treat_mvc FGD_Dry _W astewater B 8

dest_DFGD_ww_treat_mvc_cryst FGD_Dry _W astewater B 8

dest_DFGD_ww_treat_mvc_spray FGD_Dry _W astewater B 8

dest_DFGD_ww_treat_other FGD_Dry _W astewater B 8 dest_DFGD_ww_treat_other_desc FGD_Dry _W astewater B 8

dest_DFGD_ww_treat_pond FGD_Dry _W astewater B 8 dest_DFGD_ww_treat_wetlands FGD_Dry _W astewater B 8 dest_gw_NPDES FGD_Gy psum_Related_W ater B 7 dest_gw_other FGD_Gy psum_Related_W ater B 7 dest_gw_other_desc FGD_Gy psum_Related_W ater B 7 dest_gw_POTW FGD_Gy psum_Related_W ater B 7 dest_gw_resuse_other FGD_Gy psum_Related_W ater B 7 dest_gw_resuse_other_desc FGD_Gy psum_Related_W ater B 7 dest_gw_reuse_fgd FGD_Gy psum_Related_W ater B 7 dest_gw_treat FGD_Gy psum_Related_W ater B 7 dest_gw_treat_bio_aer FGD_Gy psum_Related_W ater B 7 dest_gw_treat_bio_anaer FGD_Gy psum_Related_W ater B 7 dest_gw_treat_chemprecip FGD_Gy psum_Related_W ater B 7 dest_gw_treat_mvc FGD_Gy psum_Related_W ater B 7 dest_gw_treat_mvc_cryst FGD_Gy psum_Related_W ater B 7dest_gw_treat_mvc_spray FGD_Gy psum_Related_W ater B 7

dest_gw_treat_other FGD_Gy psum_Related_W ater B 7 dest_gw_treat_other_desc FGD_Gy psum_Related_W ater B 7 dest_gw_treat_pond FGD_Gy psum_Related_W ater B 7 dest_gw_treat_wetlands FGD_Gy psum_Related_W ater B 7 dest_treat_purge_DW I FGD_W astewater_Treatment B 7 dest_treat_purge_NPDES FGD_W astewater_Treatment B 7 dest_treat_purge_other FGD_W astewater_Treatment B 7 dest_treat_purge_other_desc FGD_W astewater_Treatment B 7 dest_treat_purge_POTW FGD_W astewater_Treatment B 7 dest_treat_purge_recyc FGD_W astewater_Treatment B 7 dest_treat_purge_recyc_desc FGD_W astewater_Treatment B 7 DFGD_cost_haul_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_haul_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_haul_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_offsite_disp_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_offsite_disp_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_offsite_disp_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_onsite_disp_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_onsite_disp_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_onsite_disp_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other1_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other1_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other1_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other1_desc FGD_Dry _Solids_Cost B 8 Tables

DFGD_cost_other2_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other2_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other2_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other2_desc FGD_Dry _Solids_Cost B 8 Tables

DFGD_cost_other3_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other3_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other3_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_other3_desc FGD_Dry _Solids_Cost B 8 Tables

DFGD_cost_solid_dwr_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_solid_dwr_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_solid_dwr_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_solid_sep_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_solid_sep_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_solid_sep_2009 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_total_2005 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_total_2007 FGD_Dry _Solids_Cost B 8 Tables DFGD_cost_total_2009 FGD_Dry _Solids_Cost B 8 TablesDFGD_gen_ww_clean FGD_Dry _W astewater B 8

DFGD_location FGD_Dry _General B 8

DFGD_mkt_dest1_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest1_rev_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest1_rev_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest1_rev_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest1_ton_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest1_ton_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest1_ton_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest2_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest2_rev_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest2_rev_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest2_rev_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest2_ton_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest2_ton_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest2_ton_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest3_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest3_rev_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest3_rev_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest3_rev_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest3_ton_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest3_ton_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest3_ton_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest4_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest4_rev_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest4_rev_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest4_rev_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest4_ton_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest4_ton_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest4_ton_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest5_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest5_other_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables

DFGD_mkt_dest5_rev_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest5_rev_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest5_rev_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest5_ton_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest5_ton_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest5_ton_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest6_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest6_other_desc FGD_Dry _Solids_Mkt_Sold B 8 Tables

DFGD_mkt_dest6_rev_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest6_rev_2007 FGD_Dry _Solids_Mkt_Sold B 8 TablesDFGD_mkt_dest6_rev_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest6_ton_2005 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest6_ton_2007 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_mkt_dest6_ton_2009 FGD_Dry _Solids_Mkt_Sold B 8 Tables DFGD_rpw_flow_dpy FGD_Dry _General B 8 DFGD_rpw_flow_gpm FGD_Dry _General B 8 DFGD_rpw_flow_hpd FGD_Dry _General B 8 DFGD_solid_removal FGD_Dry _General B 8 DFGD_solid_removal_other_desc FGD_Dry _General B 8

DFGD_solids_dest_other1_2005 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_dest_other1_2007 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_dest_other1_2009 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_dest_other1_desc FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_dest_other2_2005 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_dest_other2_2007 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_dest_other2_2009 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_dest_other2_desc FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_gv_awy

_2005 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_gv_awy

_2007 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_gv_awy

_2009 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_landfill_offsite_2005 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_offsite_2007 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_offsite_2009 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_perm_2005 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_perm_2007 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_perm_2009 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_temp_2005 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_temp_2007 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_landfill_temp_2009 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_mkt_chlor FGD_Dry _General B 8

DFGD_solids_mkt_chlor_ppm FGD_Dry _General B 8

DFGD_solids_mkt_H2O FGD_Dry _General B 8

DFGD_solids_mkt_H2O_ppm FGD_Dry _General B 8

DFGD_solids_mkt_NA FGD_Dry _General B 8 DFGD_solids_mkt_none FGD_Dry _General B 8DFGD_solids_mkt_other FGD_Dry _General B 8

DFGD_solids_mkt_other_desc FGD_Dry _General B 8

DFGD_solids_mkt_other_ppm FGD_Dry _General B 8

DFGD_solids_pond_offsite_2005 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_offsite_2007 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_offsite_2009 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_perm_2005 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_perm_2007 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_perm_2009 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_temp_2005 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_temp_2007 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_pond_temp_2009 FGD_Dry _Solids_Dest B 8 Tables

DFGD_solids_sold_2005 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_sold_2007 FGD_Dry _Solids_Dest B 8 Tables DFGD_solids_sold_2009 FGD_Dry _Solids_Dest B 8 Tables DFGD_source_rpw_chlor FGD_Dry _General B 8

DFGD_source_rpw_chlor_ppm FGD_Dry _General B 8

DFGD_source_rpw_other FGD_Dry _General B 8

DFGD_source_rpw_other_desc FGD_Dry _General B 8 DFGD_source_rpw_params_other FGD_Dry _General B 8

DFGD_source_rpw_params_other_desc FGD_Dry _General B 8

DFGD_source_rpw_procW W FGD_Dry _General B 8 DFGD_source_rpw_procW W_desc FGD_Dry _General B 8

DFGD_source_rpw_procW W_other FGD_Dry _General B 8

DFGD_source_rpw_raw FGD_Dry _General B 8 DFGD_source_rpw_solid_per FGD_Dry _General B 8

DFGD_source_rpw_solids FGD_Dry _General B 8

DFGD_source_rpw_treat FGD_Dry _General B 8

DFGD_ww_clean_days FGD_Dry _W astewater B 8DFGD_ww_clean_gpd FGD_Dry _W astewater B 8

DFGD_ww_gen FGD_Dry _W astewater B 8

discharge_canal Plant_Outfalls A 2.2

drive_lim itation_1 Nuc_W WT S_Technology H 3

drive_lim itation_2 Nuc_W WT S_Technology H 3

drive_lim itation_3 Nuc_W WT S_Technology H 3

drive_pollutant_1 Nuc_W WT S_Technology H 3

drive_pollutant_2 Nuc_W WT S_Technology H 3

drive_pollutant_3 Nuc_W WT S_Technology H 3

drive_unit_1 Nuc_W WT S_Technology H 3 drive_unit_2 Nuc_W WT S_Technology H 3 drive_unit_3 Nuc_W WT S_Technology H 3 ea_cllct_w_aha Economizer_Ash C 4 ea_cmbn_other_desc Economizer_Ash C 4 ea_dest_gv_awy Economizer_Ash C 4 ea_dest_gv_awy

_per Economizer_Ash C 4 ea_dest_landfill_not_report Economizer_Ash C 4 ea_dest_landfill_not_report_per Economizer_Ash C 4 ea_dest_landfill_report Economizer_Ash C 4 ea_dest_landfill_report_per Economizer_Ash C 4 ea_dest_mkt Economizer_Ash C 4 ea_dest_mkt_per Economizer_Ash C 4 ea_dest_other Economizer_Ash C 4 ea_dest_other_desc Economizer_Ash C 4 ea_dest_other_per Economizer_Ash C 4 ea_dest_pond_report Economizer_Ash C 4 ea_dest_pond_report_per Economizer_Ash C 4 ea_gen_dpy Economizer_Ash C 4 ea_gen_tpd Economizer_Ash C 4 ea_gen_W W Economizer_Ash C 4 ea_handle Economizer_Ash C 4 ea_handle_segregated_desc Economizer_Ash C 4 ea_how_cm bn Economizer_Ash C 4 ea_W W_days Economizer_Ash C 4 ea_W W_dest Economizer_Ash C 4 ea_W W_gpd Economizer_Ash C 4 EAreport Plant_General A 2.1

EAreport_attach Plant_General A 2.1EAreport_notattach Plant_General A 2.1

EAreport_notattach_desc Plant_General A 2.1 econ1_city Plant_Contact_Info A 1.1 econ1_email Plant_Contact_Info A 1.1 econ1_fax Plant_Contact_Info A 1.1 econ1_name Plant_Contact_Info A 1.1

econ1_state Plant_Contact_Info A 1.1 econ1_street Plant_Contact_Info A 1.1 econ1_telephone Plant_Contact_Info A 1.1 econ1_time_lower Plant_Contact_Info A 1.1

econ1_time_lower_unit Plant_Contact_Info A 1.1 econ1_time_upper Plant_Contact_Info A 1.1

econ1_time_upper_unit Plant_Contact_Info A 1.1 econ1_title Plant_Contact_Info A 1.1 econ1_zip Plant_Contact_Info A 1.1 econ2_city Plant_Contact_Info A 1.1 econ2_email Plant_Contact_Info A 1.1 econ2_fax Plant_Contact_Info A 1.1 econ2_name Plant_Contact_Info A 1.1

econ2_state Plant_Contact_Info A 1.1 econ2_street Plant_Contact_Info A 1.1 econ2_telephone Plant_Contact_Info A 1.1 econ2_time_lower Plant_Contact_Info A 1.1

econ2_time_lower_unit Plant_Contact_Info A 1.1 econ2_time_upper Plant_Contact_Info A 1.1

econ2_time_upper_unit Plant_Contact_Info A 1.1 econ2_title Plant_Contact_Info A 1.1 econ2_zip Plant_Contact_Info A 1.1 Effluent Treatment_Effluents D 3.2 Effluent_Dest Treatment_Effluents D 3.2 Effluent_Dest_Other Treatment_Effluents D 3.2 Effluent_dpy Treatment_Effluents D 3.2 Effluent_gpd Treatment_Effluents D 3.2 Effluent_gpm Treatment_Effluents D 3.2 Effluent_hpd Treatment_Effluents D 3.2 Effluent_NPDES Treatment_Effluents D 3.2 Effluent_Other Treatment_Effluents D 3.2 Effluent_Slds_amt Treatment_Effluents D 3.2 Effluent_Slds_MC Treatment_Effluents D 3.2 Effluent_Slds_unit Treatment_Effluents D 3.2EIA_ID Plant_IDs_Pend_Permits A 2.1

elec_distributed Plant_General A 1.2 elec_distributed_per Plant_General A 1.2 elec_gross_2007 Plant_General A 1.2

elec_gross_2008 Plant_General A 1.2

elec_gross_2009 Plant_General A 1.2

elec_net_2007 Plant_General A 1.2

elec_net_2008 Plant_General A 1.2

elec_net_2009 Plant_General A 1.2

elec_other Plant_General A 1.2 elec_other_desc Plant_General A 1.2 elec_other_per Plant_General A 1.2 elec_used Plant_General A 1.2 elec_used_per Plant_General A 1.2

em rgncy _outfall Plant_Outfalls_Flow A 2.2 energy _source Fuel_Usage A 8

FGD FGD_General B 1

FGD_data_analy

te FGD_Monitoring_Data_Results B 6 FGD_data_CASNo FGD_Monitoring_Data_Results B 6 FGD_data_date_collect FGD_Monitoring_Data_Results B 6 FGD_data_grab_comp FGD_Monitoring_Data_Results B 6 FGD_data_loc FGD_Monitoring_Data_Results B 6 FGD_data_MDL_unit FGD_Monitoring_Data_Results B 6 FGD_data_MDL_value FGD_Monitoring_Data_Results B 6 FGD_data_method FGD_Monitoring_Data_Results B 6 FGD_data_msrd_unit FGD_Monitoring_Data_Results B 6 FGD_data_msrd_value FGD_Monitoring_Data_Results B 6 FGD_data_non_detect FGD_Monitoring_Data_Results B 6 FGD_data_purge_flow FGD_Monitoring_Data_Results B 6

FGD_data_qualifier FGD_Monitoring_Data_Results B 6 FGD_data_RL_unit FGD_Monitoring_Data_Results B 6 FGD_data_RL_value FGD_Monitoring_Data_Results B 6 FGD_data_tot_diss FGD_Monitoring_Data_Results B 6 FGD_dry FGD_General B 1 FGD_gen_purge FGD_Pl_Systems B 2

FGD_id FGD_Pl_Systems B 2 FGD_id FGD_W et_General B 4 FGD_id FGD_W et_Solids_Dest B 4 TablesFGD_id FGD_W et_Solids_Mkt_Sold B 4 Tables

FGD_id FGD_W et_Solids_Cost B 4 Tables FGD_id FGD_W et_Sources_Flow B 5 FGD_id FGD_W et_W ater_Gen B 5 FGD_id FGD_Dry _General B 8 FGD_id FGD_Dry _Solids_Dest B 8 Tables FGD_id FGD_Dry _Solids_Mkt_Sold B 8 Tables FGD_id FGD_Dry _Solids_Cost B 8 Tables FGD_id FGD_Systems B 1 FGD_online_date FGD_Systems B 1

FGD_oxidation FGD_Systems B 1 FGD_purge_cmngl_after_FGD_pond FGD_W astewater_Treatment B 7

FGD_purge_cmngl_after_W WT S FGD_W astewater_Treatment B 7

FGD_purge_cmngl_ba FGD_W astewater_Treatment B 7

FGD_purge_cmngl_boiler_bd FGD_W astewater_Treatment B 7 FGD_purge_cmngl_fa FGD_W astewater_Treatment B 7 FGD_purge_cmngl_mcw FGD_W astewater_Treatment B 7

FGD_purge_cmngl_mill FGD_W astewater_Treatment B 7 FGD_purge_cmngl_none FGD_W astewater_Treatment B 7

FGD_purge_cmngl_one_pond FGD_W astewater_Treatment B 7 FGD_purge_cmngl_other1 FGD_W astewater_Treatment B 7

FGD_purge_cmngl_other1_desc FGD_W astewater_Treatment B 7

FGD_purge_cmngl_other2 FGD_W astewater_Treatment B 7

FGD_purge_cmngl_other2_desc FGD_W astewater_Treatment B 7

FGD_purge_cmngl_pond_other FGD_W astewater_Treatment B 7 FGD_purge_cmngl_pond_other_desc FGD_W astewater_Treatment B 7

FGD_purge_not_cmngl FGD_W astewater_Treatment B 7 FGD_purge_pond FGD_W astewater_Treatment B 7

FGD_seunit1 FGD_Systems B 1 FGD_seunit10 FGD_Systems B 1 FGD_seunit2 FGD_Systems B 1 FGD_seunit3 FGD_Systems B 1 FGD_seunit4 FGD_Systems B 1 FGD_seunit5 FGD_Systems B 1 FGD_seunit6 FGD_Systems B 1 FGD_seunit7 FGD_Systems B 1FGD_seunit8 FGD_Systems B 1

FGD_seunit9 FGD_Systems B 1 FGD_seunitA FGD_Systems B 1 FGD_seunitB FGD_Systems B 1 FGD_seunitC FGD_Systems B 1 FGD_seunitD FGD_Systems B 1 FGD_slds_handling FGD_Pl_Systems B 2 FGD_slurry FGD_Systems B 1

FGD_SO2 FGD_Systems B 1 FGD_ty pe FGD_Systems B 1 FGD_ty pe_other FGD_Systems B 1 FGD_wet FGD_General B 1 FGD_W WT_24avg FGD_Pl_Systems B 2 FGD_W WT_date_online FGD_Pl_Systems B 2

FGD_W WT_m ax FGD_Pl_Systems B 2 FGD_W WT S FGD_Pl_Systems B 2

FGD_W WT S_old_new FGD_Pl_Systems B 2

FGD_wwts_tech_bio_aer FGD_W astewater_Treatment B 7 FGD_wwts_tech_bio_anaer FGD_W astewater_Treatment B 7 FGD_wwts_tech_chemprecip FGD_W astewater_Treatment B 7 FGD_wwts_tech_mvc FGD_W astewater_Treatment B 7

FGD_wwts_tech_mvc_crys FGD_W astewater_Treatment B 7

FGD_wwts_tech_mvc_spray FGD_W astewater_Treatment B 7

FGD_wwts_tech_other FGD_W astewater_Treatment B 7 FGD_wwts_tech_other_desc FGD_W astewater_Treatment B 7 FGD_wwts_tech_pond FGD_W astewater_Treatment B 7 FGD_wwts_tech_wetlands FGD_W astewater_Treatment B 7 FGDW WT S_Retrofit FGD_W WT_Purchase D 6.1

FGDW WT S_Scrubber_Pkg FGD_W WT_Purchase D 6.1

FGMC_ID Mercury _Controls A 10 FGMC_install_mo Mercury _Controls A 10 FGMC_install_yr Mercury _Controls A 10 FGMC_loc Mercury _Controls A 10

FGMC_other Mercury _Controls A 10 FGMC_per_eff Mercury _Controls A 10 FGMC_pilot Mercury _Control_Studies A 10FGMC_pilot_tech Mercury _Control_Studies A 10

FGMC_process Mercury _Control_Studies A 10

FGMC_report_attach Mercury _Control_Studies A 10 FGMC_report_company Mercury _Control_Studies A 10

FGMC_report_end Mercury _Control_Studies A 10 FGMC_report_notattach Mercury _Control_Studies A 10 FGMC_report_notattach_desc Mercury _Control_Studies A 10 FGMC_report_start Mercury _Control_Studies A 10 FGMC_seunit1 Mercury _Controls A 10 FGMC_seunit10 Mercury _Controls A 10 FGMC_seunit2 Mercury _Controls A 10 FGMC_seunit3 Mercury _Controls A 10 FGMC_seunit4 Mercury _Controls A 10 FGMC_seunit5 Mercury _Controls A 10 FGMC_seunit6 Mercury _Controls A 10 FGMC_seunit7 Mercury _Controls A 10 FGMC_seunit8 Mercury _Controls A 10 FGMC_seunit9 Mercury _Controls A 10 FGMC_status Mercury _Controls A 10

FGMC_swaste Mercury _Controls A 10 FGMC_ty pe Mercury _Controls A 10 FGMC_W W Mercury _Control_Studies A 10

fly _ash_sluice Fly _Ash_Sluicing C 2.1 fly _ash_ty pe Fly _Ash_Storage_Dest C 2.1 fly _backup Fly _Ash_W etAndDry C 2.1

fly _backup_days Fly _Ash_W etAndDry C 2.1 fly _both_other Fly _Ash_W etAndDry C 2.1 fly _both_other_days Fly _Ash_W etAndDry C 2.1

fly _both_other_desc Fly _Ash_W etAndDry C 2.1 fly _btm_share_storage Fly _Storage_General C 2.4 fly _btm_share_storage_cmpnts Fly _Storage_General C 2.4 fly _btm_share_trspt_disp Fly _Trspt_Disp_General C 2.5

fly _btm_share_trspt_disp_cmpnts Fly _Trspt_Disp_General C 2.5

fly _capacity Fly _Ash_W etAndDry C 2.1

fly _capacity

_days Fly _Ash_W etAndDry C 2.1 fly _change_desc Fly _Ash_Handling_Changes C 2.1fly

_change_other Fly _Ash_Handling_Changes C 2.1 fly _cnvy _all_cmpnts_cap_costs Fly _Cnvy _General C 2.3

fly _cnvy _cap_mdfy Fly _Cnvy _Capital_Cost C 2.3 fly _cnvy _cap_mdfy

_yr_based Fly _Cnvy _Capital_Cost C 2.3 fly _cnvy _cap_original Fly _Cnvy _Capital_Cost C 2.3 fly _cnvy _cap_original_y r_based Fly _Cnvy _Capital_Cost C 2.3 fly _cnvy _cap_project Fly _Cnvy _Capital_Cost C 2.3 fly _cnvy _cmpnts Fly _Cnvy _Cmpnts C 2.3 fly _cnvy _cmpnts_cpcty Fly _Cnvy _Cmpnts C 2.3 fly _cnvy _cmpnts_cpcty

_unit Fly _Cnvy _Cmpnts C 2.3 fly _cnvy _cmpnts_cpcty

_unit_other Fly _Cnvy _Cmpnts C 2.3 fly _cnvy _cmpnts_nmbr Fly _Cnvy _Cmpnts C 2.3 fly _cnvy _cmpnts_not_cap_costs Fly _Cnvy _General C 2.3

fly _cnvy _cmpnts_other Fly _Cnvy _Cmpnts C 2.3 fly _cnvy _cntrctr_instl Fly _Cnvy _General C 2.3

fly _cnvy _cntrctr_instl_all Fly _Cnvy _General C 2.3

fly _cnvy _cntrctr_oversee Fly _Cnvy _General C 2.3

fly _cnvy _cntrctr_oversee_all Fly _Cnvy _General C 2.3

fly _cnvy _OM_energy

_2009_cost Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_energy

_kW h/hr Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_energy

_rate_per_kW h Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_MLbr_2009_cost Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_MLbr_rate_hourly Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_MLbr_staff_dpy Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_MLbr_staff_hpd Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_MLbr_staff_nmbr Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_MMtrls_2009_cost Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_OLbr_2009_cost Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_OLbr_rate_hourly Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_OLbr_staff_dpy Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_OLbr_staff_hpd Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_OLbr_staff_nmbr Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_other1_2009_cost Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_other1_desc Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_other2_2009_cost Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_other2_desc Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _OM_total_2009_cost Fly _Cnvy _OM_Cost C 2.3 fly _cnvy _outside_firm_oversee Fly _Cnvy _General C 2.3

fly _cnvy _planned Fly _Cnvy _General C 2.3 fly _cnvy _storage_original Fly _Storage_Capital_Cost C 2.4fly

_collection Fly _Ash_System C 2.1

fly _collection_other Fly _Ash_System C 2.1 fly _combined Fly _Ash_System C 2.1 fly _decrease_days Fly _Ash_Handling_Changes C 2.1

fly _decrease_wet Fly _Ash_Handling_Changes C 2.1 fly _design_dry

_dpy Fly _Ash_System C 2.1 fly _design_dry

_tpd Fly _Ash_System C 2.1 fly _design_wet_dpy Fly _Ash_System C 2.1 fly _design_wet_tpd Fly _Ash_System C 2.1 fly _destin_ty pe Fly _Ash_Storage_Dest C 2.1 fly _diagram_attch Fly _Cnvy _General C 2.3 fly _dry _cost_est_instl Fly _Ash_Dry

_Installation C 2.1

fly _dry _cost_est_instl_attch Fly _Ash_Dry

_Installation C 2.1

fly _dry _cost_est_instl_explain Fly _Ash_Dry

_Installation C 2.1 fly _dry _cost_est_not_instl Fly _Ash_Dry

_Installation C 2.1

fly _dry _cost_est_not_instl_attch Fly _Ash_Dry

_Installation C 2.1 fly _dry _cost_est_not_instl_explain Fly _Ash_Dry

_Installation C 2.1 fly _dry _days Fly _Ash_System C 2.1 fly _dry _exp_ landfill_noA-6 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_ landfill_noA-6_perc Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_landfills_A-6 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_landfills_A-6_perc Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_dest_1 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_dest_2 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_dest_3 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_dest_other_1 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_dest_other_2 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_dest_other_3 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_perc_1 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_perc_2 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_mark_perc_3 Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_marketed Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_other Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_other_desc Fly _Ash_Dry

_Installation C 2.1 fly _dry _exp_other_perc Fly _Ash_Dry

_Installation C 2.1 fly _dry _install Fly _Ash_Dry

_Installation C 2.1 fly _dry _install_days Fly _Ash_Dry

_Installation C 2.1 fly _dry _m kt Fly _Ash_Mgmt C 2.2

fly _dry _m kt_2005_rev Fly _Dry _Market C 2.2 fly _dry _m kt_2005_tons Fly _Dry _Market C 2.2 fly _dry _m kt_2007_rev Fly _Dry _Market C 2.2fly

_dry _m kt_2007_tons Fly _Dry _Market C 2.2 fly _dry _m kt_2009_rev Fly _Dry _Market C 2.2 fly _dry _m kt_2009_tons Fly _Dry _Market C 2.2 fly _dry _m kt_dest Fly _Dry _Market C 2.2 fly _dry _m kt_per_H2O Fly _Dry _Market C 2.2 fly _dry _plan Fly _Ash_Dry

_Installation C 2.1 fly _dry _plan_days Fly _Ash_Dry

_Installation C 2.1 fly _dry _retrofit Fly _Ash_Dry

_Retrofit C 2.1

fly _dry _retrofit_outages Fly _Ash_Dry

_Retrofit C 2.1

fly _dry _retrofit_shutdown Fly _Ash_Dry

_Retrofit C 2.1 fly _dry _retrofit_ty pe Fly _Ash_Dry

_Retrofit C 2.1 fly _dry _retrofit_y r Fly _Ash_Dry

_Retrofit C 2.1 fly _dry _vacuum Fly _Ash_System C 2.1 fly _end_wet Fly _Ash_Handling_Changes C 2.1 fly _end_wet_date Fly _Ash_Handling_Changes C 2.1 fly _expand_capacity Fly _Ash_Handling_Changes C 2.1 fly _H2O_criteria Fly _Ash_Moisten_W ater C 2.2 fly _H2O_max_cl_ppm Fly _Ash_Moisten_W ater C 2.2 fly _H2O_max_solids_per Fly _Ash_Moisten_W ater C 2.2 fly _H2O_raw_intake Fly _Ash_Moisten_W ater C 2.2 fly _H2O_trt_intake Fly _Ash_Moisten_W ater C 2.2 fly _H2O_unacpt_criteria Fly _Ash_Mgmt C 2.2

fly _H2O_W W1 Fly _Ash_Moisten_W ater C 2.2 fly _H2O_W W1 _desc Fly _Ash_Moisten_W ater C 2.2 fly _H2O_W W1 _other Fly _Ash_Moisten_W ater C 2.2

fly _H2O_W W2 Fly _Ash_Moisten_W ater C 2.2 fly _H2O_W W2_desc Fly _Ash_Moisten_W ater C 2.2 fly _H2O_W W2_other Fly _Ash_Moisten_W ater C 2.2

fly _increase_dry

_convey Fly _Ash_W etAndDry C 2.1 fly _increase_landfill Fly _Ash_W etAndDry C 2.1 fly _increase_silo_cap Fly _Ash_W etAndDry C 2.1 fly _increase_silo_nmbr Fly _Ash_W etAndDry C 2.1 fly _install_air_permit Fly _Ash_Dry

_Installation C 2.1 fly _install_ashdisposal Fly _Ash_Dry

_Installation C 2.1 fly _install_disposal_other Fly _Ash_Dry

_Installation C 2.1 fly _install_disposal_other_desc Fly _Ash_Dry

_Installation C 2.1 fly _install_dust Fly _Ash_Dry

_Installation C 2.1 fly _install_expand_pv_system Fly _Ash_Dry

_Installation C 2.1 fly _install_haul_off Fly _Ash_Dry

_Installation C 2.1 fly _install_haul_roads Fly _Ash_Dry

_Installation C 2.1 fly _install_inc_landfill Fly _Ash_Dry

_Installation C 2.1 fly _install_inc_landfill_ID Fly _Ash_Dry

_Installation C 2.1fly

_install_install_pv_system Fly _Ash_Dry

_Installation C 2.1 fly _install_landfill Fly _Ash_Dry

_Installation C 2.1 fly _install_landfill_ID Fly _Ash_Dry

_Installation C 2.1 fly _install_m arket_ash Fly _Ash_Dry

_Installation C 2.1 fly _install_personnel Fly _Ash_Dry

_Installation C 2.1 fly _install_personnel_desc Fly _Ash_Dry

_Installation C 2.1 fly _install_phys_other Fly _Ash_Dry

_Installation C 2.1 fly _install_phys_other_desc Fly _Ash_Dry

_Installation C 2.1 fly _install_physical Fly _Ash_Dry

_Installation C 2.1 fly _install_rail Fly _Ash_Dry

_Installation C 2.1 fly _install_silo_ashtransfer Fly _Ash_Dry

_Installation C 2.1 fly _install_silo_m arket Fly _Ash_Dry

_Installation C 2.1 fly _install_silo_m c Fly _Ash_Dry

_Installation C 2.1 fly _install_silos Fly _Ash_Dry

_Installation C 2.1 fly _install_storage_landfills Fly _Ash_Dry

_Installation C 2.1 fly _install_storage_landfills_ID Fly _Ash_Dry

_Installation C 2.1 fly _LOI_dry

_m ax Fly _Ash_System C 2.1 fly _LOI_dry

_m in Fly _Ash_System C 2.1 fly _LOI_wet_m ax Fly _Ash_System C 2.1 fly _LOI_wet_m in Fly _Ash_System C 2.1 fly _m aintenance Fly _Ash_W etAndDry C 2.1

fly _m aintenance_days Fly _Ash_W etAndDry C 2.1

fly _m echanical Fly _Ash_System C 2.1 fly _m od_desc Fly _Ash_W etAndDry C 2.1 fly _m od_other Fly _Ash_W etAndDry C 2.1 fly _m oisten_H2O Fly _Ash_Mgmt C 2.2 fly _m oisture_condition Fly _Ash_W etAndDry C 2.1

fly _new_infra_desc Fly _Ash_W etAndDry C 2.1 fly _new_infrastructure Fly _Ash_W etAndDry C 2.1 fly _no_change Fly _Ash_Handling_Changes C 2.1 fly _no_m ods Fly _Ash_W etAndDry C 2.1

fly _not_marketable Fly _Ash_W etAndDry C 2.1

fly _not_marketable_days Fly _Ash_W etAndDry C 2.1

fly _other Fly _Ash_System C 2.1 fly _other_desc Fly _Ash_System C 2.1 fly _out_2005_dry

_days Fly _Ash_Outages C 2.1 fly _out_2005_dry

_reslvd Fly _Ash_Outages C 2.1 fly _out_2005_dry

_resn Fly _Ash_Outages C 2.1 fly _out_2005_wet_days Fly _Ash_Outages C 2.1 fly _out_2005_wet_reslvd Fly _Ash_Outages C 2.1 fly _out_2005_wet_resn Fly _Ash_Outages C 2.1fly

_out_2006_dry

_days Fly _Ash_Outages C 2.1 fly _out_2006_dry

_reslvd Fly _Ash_Outages C 2.1 fly _out_2006_dry

_resn Fly _Ash_Outages C 2.1 fly _out_2006_wet_days Fly _Ash_Outages C 2.1 fly _out_2006_wet_reslvd Fly _Ash_Outages C 2.1 fly _out_2006_wet_resn Fly _Ash_Outages C 2.1 fly _out_2007_dry

_days Fly _Ash_Outages C 2.1 fly _out_2007_dry

_reslvd Fly _Ash_Outages C 2.1 fly _out_2007_dry

_resn Fly _Ash_Outages C 2.1 fly _out_2007_wet_days Fly _Ash_Outages C 2.1 fly _out_2007_wet_reslvd Fly _Ash_Outages C 2.1 fly _out_2007_wet_resn Fly _Ash_Outages C 2.1 fly _out_2008_dry

_days Fly _Ash_Outages C 2.1 fly _out_2008_dry

_reslvd Fly _Ash_Outages C 2.1 fly _out_2008_dry

_resn Fly _Ash_Outages C 2.1 fly _out_2008_wet_days Fly _Ash_Outages C 2.1 fly _out_2008_wet_reslvd Fly _Ash_Outages C 2.1 fly _out_2008_wet_resn Fly _Ash_Outages C 2.1 fly _out_2009_dry

_days Fly _Ash_Outages C 2.1 fly _out_2009_dry

_reslvd Fly _Ash_Outages C 2.1 fly _out_2009_dry

_resn Fly _Ash_Outages C 2.1 fly _out_2009_wet_days Fly _Ash_Outages C 2.1 fly _out_2009_wet_reslvd Fly _Ash_Outages C 2.1 fly _out_2009_wet_resn Fly _Ash_Outages C 2.1 fly _percent Fly _Ash_Storage_Dest C 2.1 fly _pressure Fly _Ash_System C 2.1 fly _produced_dry

_dpy Fly _Ash_System C 2.1 fly _produced_dry

_tpd Fly _Ash_System C 2.1 fly _produced_wet_dpy Fly _Ash_System C 2.1 fly _produced_wet_tpd Fly _Ash_System C 2.1 fly _retrofit_air_permit Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_ashdisposal Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_disposal_other Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_disposal_other_desc Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_dust Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_expand_pv_system Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_haul_off Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_haul_roads Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_inc_landfill Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_inc_landfill_ID Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_install_pv_system Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_landfill Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_landfill_ID Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_market_ash Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_personnel Fly _Ash_Dry

_Retrofit C 2.1fly

_retrofit_personnel_desc Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_phys_other Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_phys_other_desc Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_physical Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_rail Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_silo_ashtransfer Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_silo_market Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_silo_mc Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_silos Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_storage_landfills Fly _Ash_Dry

_Retrofit C 2.1 fly _retrofit_storage_landfills_ID Fly _Ash_Dry

_Retrofit C 2.1 fly _sluice_avg_flow Fly _Ash_Sluicing C 2.1 fly _sluice_chlorides Fly _Ash_Sluicing C 2.1 fly _sluice_chlorides_ppm Fly _Ash_Sluicing C 2.1 fly _sluice_duration Fly _Ash_Sluicing C 2.1 fly _sluice_freq Fly _Ash_Sluicing C 2.1 fly _sluice_other Fly _Ash_Sluicing C 2.1 fly _sluice_other_desc Fly _Ash_Sluicing C 2.1 fly _sluice_other_ppm Fly _Ash_Sluicing C 2.1 fly _sluice_percent_1 Fly _Ash_Sluicing C 2.1 fly _sluice_percent_2 Fly _Ash_Sluicing C 2.1 fly _sluice_percent_3 Fly _Ash_Sluicing C 2.1 fly _sluice_percent_other Fly _Ash_Sluicing C 2.1 fly _sluice_POTW Fly _Ash_Sluicing C 2.1 fly _sluice_recyc Fly _Ash_Sluicing C 2.1

fly _sluice_recyc_desc Fly _Ash_Sluicing C 2.1 fly _sluice_solids Fly _Ash_Sluicing C 2.1 fly _sluice_solids_percent Fly _Ash_Sluicing C 2.1 fly _sluice_source_1 Fly _Ash_Sluicing C 2.1 fly _sluice_source_2 Fly _Ash_Sluicing C 2.1 fly _sluice_source_3 Fly _Ash_Sluicing C 2.1 fly _sluice_source_other_desc Fly _Ash_Sluicing C 2.1 fly _storage_all_cmpnts_cap_costs Fly _Storage_General C 2.4

fly _storage_cap_mdfy Fly _Storage_Capital_Cost C 2.4 fly _storage_cap_mdfy

_yr_based Fly _Storage_Capital_Cost C 2.4 fly _storage_cap_original_y r_based Fly _Storage_Capital_Cost C 2.4 fly _storage_cap_project Fly _Storage_Capital_Cost C 2.4 fly _storage_cmpnts Fly _Storage_Cmpnts C 2.4 fly _storage_cmpnts_cpcty Fly _Storage_Cmpnts C 2.4 fly _storage_cmpnts_cpcty _unit Fly _Storage_Cmpnts C 2.4 fly _storage_cmpnts_cpcty _unit_other Fly _Storage_Cmpnts C 2.4 fly _storage_cmpnts_nmbr Fly _Storage_Cmpnts C 2.4 fly _storage_cmpnts_not_cap_costs Fly _Storage_General C 2.4fly

_storage_cmpnts_other Fly _Storage_Cmpnts C 2.4 fly _storage_cntrctr_instl Fly _Storage_General C 2.4

fly _storage_cntrctr_oversee Fly _Storage_General C 2.4

fly _storage_cntrctr_oversee_all Fly _Storage_General C 2.4

fly _storage_ctrctr_instl_all Fly _Storage_General C 2.4

fly _storage_miles Fly _Ash_Storage C 2.2

fly _storage_OM_energy

_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_OM_energy

_kW h/hr Fly _Storage_OM_Cost C 2.4 fly _storage_OM_energy

_rate_per_kW h Fly _Storage_OM_Cost C 2.4 fly _storage_OM_MLbr_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_OM_MLbr_rate_hourly Fly _Storage_OM_Cost C 2.4 fly _storage_OM_MLbr_staff_dpy Fly _Storage_OM_Cost C 2.4 fly _storage_OM_MLbr_staff_hpd Fly _Storage_OM_Cost C 2.4 fly _storage_OM_MLbr_staff_nmbr Fly _Storage_OM_Cost C 2.4 fly _storage_OM_MMtrls_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_othr_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_othr_rate_hourly Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_othr_staff_dpy Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_othr_staff_hpd Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_othr_staff_nmbr Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_trks_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_trks_rate_hourly Fly _Storage_OM_Cost C 2.4

fly _storage_OM_OLbr_trks_staff_dpy Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_trks_staff_hpd Fly _Storage_OM_Cost C 2.4 fly _storage_OM_OLbr_trks_staff_nmbr Fly _Storage_OM_Cost C 2.4 fly _storage_OM_other1_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_OM_other1_desc Fly _Storage_OM_Cost C 2.4 fly _storage_OM_other2_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_OM_other2_desc Fly _Storage_OM_Cost C 2.4 fly _storage_OM_total_2009_cost Fly _Storage_OM_Cost C 2.4 fly _storage_outside_firm_oversee Fly _Storage_General C 2.4

fly _storage_per_H2O Fly _Ash_Storage C 2.2 fly _storage_planned Fly _Storage_General C 2.4 fly _storage_pond Fly _Storage_General C 2.4 fly _storage_tons Fly _Ash_Storage C 2.2 fly _storage_trnspt Fly _Ash_Storage C 2.2 fly _storage_trnspt_other Fly _Ash_Storage C 2.2 fly _trspt_disp_all_cmpnts_cap_costs Fly _Trspt_Disp_General C 2.5

fly _trspt_disp_cap_mdfy Fly _Trspt_Disp_Capital_Cost C 2.5 fly _trspt_disp_cap_mdfy

_yr_based Fly _Trspt_Disp_Capital_Cost C 2.5fly

_trspt_disp_cap_original_y r_based Fly _Trspt_Disp_Capital_Cost C 2.5 fly _trspt_disp_cap_project Fly _Trspt_Disp_Capital_Cost C 2.5 fly _trspt_disp_cmpnts_not_cap_costs Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_cntrctr_pay _instl Fly _Trspt_Disp_General C 2.5

fly _trspt_disp_cntrctr_pay _oversee Fly _Trspt_Disp_General C 2.5

fly _trspt_disp_cntrctr_pay _oversee_all Fly _Trspt_Disp_General C 2.5

fly _trspt_disp_ctrctr_pay

_instl_all Fly _Trspt_Disp_General C 2.5

fly _trspt_disp_OM_ash_rmvl_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_energy _2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_energy _rate_per_kW h Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_energy _staff_kW h/hr Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_MLbr_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_MLbr_rate_hourly Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_MLbr_staff_dpy Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_MLbr_staff_hpd Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_MLbr_staff_nmbr Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_MMtrls_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_othr_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_othr_rate_hourly Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_othr_staff_dpy Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_othr_staff_hpd Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_othr_staff_nmbr Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_tspt_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_tspt_rate_dpy Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_tspt_rate_hourly Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_tspt_rate_lds/day Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_tspt_staff_dpy Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_tspt_staff_hpd Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_OLbr_tspt_staff_nmbr Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_other1_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_other1_desc Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_other2_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_other2_desc Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_OM_total_2009_cost Fly _Trspt_Disp_OM_Cost C 2.5 fly _trspt_disp_original Fly _Trspt_Disp_Capital_Cost C 2.5 fly _trspt_disp_other Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_other_desc Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_outside_firm_oversee Fly _Trspt_Disp_General C 2.5

fly _trspt_disp_pond Fly _Trspt_Disp_General C 2.5

fly _trspt_disp_rail Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_rail_bought Fly _Trspt_Disp_General C 2.5fly

_trspt_disp_rail_contract Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_rail_lease Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_rail_nmbr Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_truck Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_truck_bought Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_truck_contract Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_truck_lease Fly _Trspt_Disp_General C 2.5 fly _trspt_disp_truck_nmbr Fly _Trspt_Disp_General C 2.5 fly _unscdld_outages Fly _Ash_Outages C 2.1

fly _wet_days Fly _Ash_System C 2.1 fly _wet_m kt Fly _Ash_Mgmt C 2.2

fly _wet_m kt_2005_rev Fly _W et_Market C 2.2 fly _wet_m kt_2005_tons Fly _W et_Market C 2.2 fly _wet_m kt_2007_rev Fly _W et_Market C 2.2 fly _wet_m kt_2007_tons Fly _W et_Market C 2.2 fly _wet_m kt_2009_rev Fly _W et_Market C 2.2 fly _wet_m kt_2009_tons Fly _W et_Market C 2.2 fly _wet_m kt_dest Fly _W et_Market C 2.2 fly _wet_m kt_per_H2O Fly _W et_Market C 2.2 fly _wet_sluicing Fly _Ash_System C 2.1 fly _wet_vac Fly _Ash_W et_Vacuum C 2.1

fly _wet_vac_chem_precip Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_desc Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_dpy Fly _Ash_W et_Vacuum C 2.1

fly _wet_vac_gpy Fly _Ash_W et_Vacuum C 2.1

fly _wet_vac_other Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_pH Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_pond Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_POTW Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_recyc Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_recyc_desc Fly _Ash_W et_Vacuum C 2.1

fly _wet_vac_SW Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_transferred Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_wetland Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_wwt_other Fly _Ash_W et_Vacuum C 2.1 fly _wet_vac_wwt_other_desc Fly _Ash_W et_Vacuum C 2.1 fly _wet_vacuum Fly _Ash_System C 2.1 fly _wetanddry Fly _Ash_W etAndDry C 2.1 Footprint_ft2 WWT_Systems D 2 fuel_coal_anthr Fuel_Usage A 8fuel_coal_anthr_amt Fuel_Usage A 8

fuel_coal_bit Fuel_Usage A 8

fuel_coal_bit_amt Fuel_Usage A 8

fuel_coal_btu Fuel_Usage A 8 fuel_coal_lig Fuel_Usage A 8 fuel_coal_lig_amt Fuel_Usage A 8

fuel_coal_none Fuel_Usage A 8

fuel_coal_other Fuel_Usage A 8

fuel_coal_other_amt Fuel_Usage A 8

fuel_coal_other_desc Fuel_Usage A 8

fuel_coal_petcoke Fuel_Usage A 8

fuel_coal_petcoke_amt Fuel_Usage A 8

fuel_coal_sub Fuel_Usage A 8

fuel_coal_sub_amt Fuel_Usage A 8

fuel_coal_sy n Fuel_Usage A 8

fuel_coal_sy n_am t Fuel_Usage A 8

fuel_coal_waste Fuel_Usage A 8 fuel_coal_waste_amt Fuel_Usage A 8

fuel_fos/nuc_btu Fuel_Usage A 8 fuel_gas_btu Fuel_Usage A 8 fuel_gas_furn Fuel_Usage A 8

fuel_gas_furn_amt Fuel_Usage A 8

fuel_gas_nat Fuel_Usage A 8 fuel_gas_nat_amt Fuel_Usage A 8

fuel_gas_none Fuel_Usage A 8 fuel_gas_other Fuel_Usage A 8

fuel_gas_other_amt Fuel_Usage A 8

fuel_gas_other_desc Fuel_Usage A 8

fuel_gas_prop Fuel_Usage A 8

fuel_gas_prop_amt Fuel_Usage A 8fuel_nuclear Fuel_Usage A 8

fuel_nuclear_amt Fuel_Usage A 8

fuel_nuclear_btu Fuel_Usage A 8 fuel_nuclear_none Fuel_Usage A 8 fuel_nuclear_unit Fuel_Usage A 8

fuel_oil_1 Fuel_Usage A 8

fuel_oil_1_amt Fuel_Usage A 8

fuel_oil_2 Fuel_Usage A 8

fuel_oil_2_amt Fuel_Usage A 8

fuel_oil_4 Fuel_Usage A 8

fuel_oil_4_amt Fuel_Usage A 8

fuel_oil_5 Fuel_Usage A 8

fuel_oil_5_amt Fuel_Usage A 8

fuel_oil_6 Fuel_Usage A 8

fuel_oil_6_amt Fuel_Usage A 8

fuel_oil_btu Fuel_Usage A 8 fuel_oil_diesel Fuel_Usage A 8 fuel_oil_diesel_amt Fuel_Usage A 8

fuel_oil_jet Fuel_Usage A 8 fuel_oil_jet_amt Fuel_Usage A 8 fuel_oil_ker Fuel_Usage A 8 fuel_oil_ker_amt Fuel_Usage A 8

fuel_oil_none Fuel_Usage A 8 fuel_oil_other Fuel_Usage A 8

fuel_oil_other_amt Fuel_Usage A 8

fuel_oil_other_desc Fuel_Usage A 8

fuel_oil_waste Fuel_Usage A 8 fuel_oil_waste_am t Fuel_Usage A 8

fuel_other_biomass Fuel_Usage A 8 fuel_other_biomass_amt Fuel_Usage A 8

fuel_other_biomass_unit Fuel_Usage A 8

fuel_other_btu Fuel_Usage A 8fuel_other_lgas Fuel_Usage A 8

fuel_other_lgas_amt Fuel_Usage A 8

fuel_other_lgas_unit Fuel_Usage A 8

fuel_other_MSW Fuel_Usage A 8

fuel_other_MSW _am t Fuel_Usage A 8

fuel_other_MSW _unit Fuel_Usage A 8

fuel_other_none Fuel_Usage A 8 fuel_other_other Fuel_Usage A 8

fuel_other_other_amt Fuel_Usage A 8

fuel_other_other_desc Fuel_Usage A 8

fuel_other_other_units Fuel_Usage A 8

fuel_other_wood Fuel_Usage A 8 fuel_other_wood_amt Fuel_Usage A 8 fuel_other_wood_unit Fuel_Usage A 8

fuel_unit_total_btu Fuel_Usage A 8 fuels_coal Plant_General A 1.2 fuels_gas Plant_General A 1.2 fuels_none Plant_General A 1.2 fuels_nuclear Plant_General A 1.2 fuels_oil Plant_General A 1.2 fuels_petcoke Plant_General A 1.2 Fut_Lim_Chng WWT_Pollutants D 5.1

Fut_Lim_Chng_Desc WWT_Pollutants D 5.1

gen_btm_ash Btm _Ash_System C 3.1 gen_elec Plant_General A 1.2

gen_gy psum_waters FGD_Gy psum_Related_W ater B 7 gen_nuc_wastewater Nuc_General H 1

generate_ash Ash_General C 1 generate_fly Ash_General C 1 generate_leachate Leach_General G 1 generate_mcw MCW _Kickout E 1 genID1 SE_Units_Operating A 6

genID1 SE_Units_Planned A 6genID10 SE_Units_Operating A 6

genID10 SE_Units_Planned A 6

genID2 SE_Units_Operating A 6

genID2 SE_Units_Planned A 6

genID3 SE_Units_Operating A 6

genID3 SE_Units_Planned A 6

genID4 SE_Units_Operating A 6

genID4 SE_Units_Planned A 6

genID5 SE_Units_Operating A 6

genID5 SE_Units_Planned A 6

genID6 SE_Units_Operating A 6

genID6 SE_Units_Planned A 6

genID7 SE_Units_Operating A 6

genID7 SE_Units_Planned A 6

genID8 SE_Units_Operating A 6

genID8 SE_Units_Planned A 6

genID9 SE_Units_Operating A 6

genID9 SE_Units_Planned A 6

GW _Bkgd GW _Montr F 5

GW _Excd GW _Montr F 5

GW _Mon_Diagram GW _Montr F 5

GW _Mon_W ell_DistToSW GW _Montr_W ell F 5 GW _Mon_W ell_Dpth GW _Montr_W ell F 5 GW _Mon_W ell_No GW _Montr_W ell F 5 GW _Montr GW _Montr F 5

GW _Montr_Freq GW _Montr F 5 GW _Montr_No GW _Montr F 5

GW _Montr_Yr GW _Montr F 5 gy psum_waters_dpy FGD_Gy psum_Related_W ater B 7gy psum_waters_gpd FGD_Gy psum_Related_W ater B 7

H2O__NoChem_1 MCW _No_Chem E 2 H2O__NoChem_1_other MCW _No_Chem E 2

H2O__NoChem_2 MCW _No_Chem E 2 H2O__NoChem_2_other MCW _No_Chem E 2

H2O__NoChem_3 MCW _No_Chem E 2 H2O__NoChem_3_other MCW _No_Chem E 2

H2O__NoChem_Freq_Every MCW _No_Chem E 2 H2O__NoChem_Freq_Yrs MCW _No_Chem E 2 H2O__NoChem_Vol_1 MCW _No_Chem E 2 H2O__NoChem_Vol_2 MCW _No_Chem E 2 H2O__NoChem_Vol_3 MCW _No_Chem E 2 H2O_wChem_1 MCW _Chem E 2 H2O_wChem_1_other MCW _Chem E 2

H2O_wChem_2 MCW _Chem E 2 H2O_wChem_2_other MCW _Chem E 2

H2O_wChem_3 MCW _Chem E 2 H2O_wChem_3_other MCW _Chem E 2

H2O_wChem_Freq_Every MCW _Chem E 2 H2O_wChem_Freq_Yrs MCW _Chem E 2 H2O_wChem_Vol_1 MCW _Chem E 2

H2O_wChem_Vol_2 MCW _Chem E 2

H2O_wChem_Vol_3 MCW _Chem E 2

has_CCS Plant_Systems_Summary A 11

has_FGMC Plant_Systems_Summary A 10

has_landfill Plant_Systems_Summary A 4

has_nox Plant_Systems_Summary A 9

has_pond Plant_Systems_Summary A 3

has_W ESP Plant_Systems_Summary A 12

igcc_2009 Coal_Processing A 13igcc_pl Coal_Processing A 13

Influent Treatment_Influents D 3.2 Influent_dpy Treatment_Influents D 3.2 Influent_gpd Treatment_Influents D 3.2 Influent_gpm Treatment_Influents D 3.2 Influent_hpd Treatment_Influents D 3.2 Influent_Other Treatment_Influents D 3.2 Initial_Yr WWT_Systems D 2 landfill_desc Landfill_General A 4 landfill_dist Landfill_General A 4 Landfill_ID Landfill_Dim F 3.1 Landfill_ID Landfill_Info F 3.1 Landfill_ID Landfill_Expansion F 3.1 Landfill_ID Landfill_Liner F 3.1 Landfill_ID Landfill_Cap F 3.1 Landfill_ID Landfill_Leachate_Info F 3.1 Landfill_ID Landfill_Leachate_Dest F 3.1 Landfill_ID Landfill_Storm_Dest F 3.1 Landfill_ID Landfill_Storm_Dest F 3.1 Landfill_ID Landfill_OM_Cost F 3.2 Landfill_ID Landfill_Capital_Cost F 3.2 Landfill_ID Landfill_Capital_Cost_Info F 3.2 landfill_id Landfill_General A 4 landfill_id Landfill_Storage A 4 landfill_inactive Landfill_General A 4 landfill_lat_deg Landfill_General A 4 landfill_lat_m in Landfill_General A 4 landfill_lat_sec Landfill_General A 4 landfill_leachate_collect Landfill_General A 4 landfill_lined Landfill_General A 4 landfill_long_deg Landfill_General A 4 landfill_long_m in Landfill_General A 4 landfill_long_sec Landfill_General A 4 landfill_online_y r Landfill_General A 4 landfill_status Landfill_General A 4 landfill_stor_ba Landfill_Storage A 4 landfill_stor_Ca_Sulfite Landfill_Storage A 4

landfill_stor_dry FGD Landfill_Storage A 4 landfill_stor_fa Landfill_Storage A 4 landfill_stor_gy psum Landfill_Storage A 4

landfill_stor_other1 Landfill_Storage A 4landfill_stor_other2 Landfill_Storage A 4

landfill_stor_other3 Landfill_Storage A 4

landfill_stor_other4 Landfill_Storage A 4

landfill_stor_pozz Landfill_Storage A 4 landfill_stor_slag Landfill_Storage A 4 landfills_acre Ash_General C 1 Ldfl_Cap Landfill_Info F 3.1 Ldfl_Cap_Cost Landfill_Capital_Cost F 3.2 Ldfl_Cap_Lyr_No Landfill_Cap F 3.1 Ldfl_Cap_Lyr_Perm Landfill_Cap F 3.1 Ldfl_Cap_Lyr_Thick Landfill_Cap F 3.1 Ldfl_Cap_Project Landfill_Capital_Cost F 3.2 Ldfl_Cap_Ty pe Landfill_Cap F 3.1

Ldfl_Cap_Ty pe_Present Landfill_Cap F 3.1 Ldfl_Cap_Year_Based Landfill_Capital_Cost F 3.2 Ldfl_Clsd Landfill_Info F 3.1 Ldfl_Clsd_Date Landfill_Info F 3.1 Ldfl_Date Landfill_Info F 3.1 Ldfl_Exp Landfill_Expansion F 3.1

Ldfl_Exp_Cost Landfill_Expansion F 3.1 Ldfl_Exp_desc Landfill_Expansion F 3.1

Ldfl_Exp_Ty pe Landfill_Expansion F 3.1 Ldfl_Ht Landfill_Dim F 3.1

Ldfl_Leach_Chem Landfill_Leachate_Info F 3.1

Ldfl_Leach_Chem_H2SO4 Landfill_Leachate_Info F 3.1 Ldfl_Leach_Chem_Lime Landfill_Leachate_Info F 3.1 Ldfl_Leach_Chem_NaOH Landfill_Leachate_Info F 3.1

Ldfl_Leach_Chem_Other Landfill_Leachate_Info F 3.1

Ldfl_Leach_Chem_Other_desc Landfill_Leachate_Info F 3.1 Ldfl_Leach_Desc Landfill_Leachate_Info F 3.1

Ldfl_Leach_Dest_Indirect Landfill_Leachate_Dest F 3.1

Ldfl_Leach_Dest_OnsiteTS Landfill_Leachate_Dest F 3.1

Ldfl_Leach_Dest_OnsiteTS_W WT Landfill_Leachate_Dest F 3.1

Ldfl_Leach_Dest_Other Landfill_Leachate_Dest F 3.1

Ldfl_Leach_Dest_Other_desc Landfill_Leachate_Dest F 3.1Ldfl_Leach_Dest_Pond Landfill_Leachate_Dest F 3.1

Ldfl_Leach_Dest_Recyc Landfill_Leachate_Dest F 3.1

Ldfl_Leach_Dest_Recyc_desc Landfill_Leachate_Dest F 3.1

Ldfl_Leach_Dest_StorTnk Landfill_Leachate_Dest F 3.1 Ldfl_Leach_Dest_SW Landfill_Leachate_Dest F 3.1 Ldfl_Leach_Freq Landfill_Leachate_Info F 3.1 Ldfl_Leach_ProcW W Landfill_Leachate_Info F 3.1

Ldfl_Leach_ProcW W_Other Landfill_Leachate_Info F 3.1

Ldfl_Leach_ProcW W_Other_Code Landfill_Leachate_Info F 3.1

Ldfl_Leach_ProcW W_ Rain Landfill_Leachate_Info F 3.1 Ldfl_Leach_ProcW W_ Rain_GPD Landfill_Leachate_Info F 3.1 Ldfl_Leach_ProcW W_Storm Landfill_Leachate_Info F 3.1

Ldfl_Leach_ProcW W_Storm_GPD Landfill_Leachate_Info F 3.1

Ldfl_Leach_Sys_LCS Landfill_Leachate_Info F 3.1 Ldfl_Leach_Sys_LDS Landfill_Leachate_Info F 3.1 Ldfl_Leach_Sys_Other Landfill_Leachate_Info F 3.1 Ldfl_Leach_Sys_Other_desc Landfill_Leachate_Info F 3.1 Ldfl_Leach_Sys_Present Landfill_Leachate_Info F 3.1 Ldfl_Leach_Vol_GPD Landfill_Leachate_Info F 3.1 Ldfl_Leach_Vol_GPY Landfill_Leachate_Info F 3.1 Ldfl_LeachProcW W_Other_desc Landfill_Leachate_Info F 3.1

Ldfl_LeachProcW W_Other_GPD Landfill_Leachate_Info F 3.1

Ldfl_Liner Landfill_Info F 3.1 Ldfl_Liner_Ly r_No Landfill_Liner F 3.1 Ldfl_Liner_Ly r_Perm Landfill_Liner F 3.1 Ldfl_Liner_Ly r_Thick Landfill_Liner F 3.1 Ldfl_Liner_Ty pe Landfill_Liner F 3.1

Ldfl_Liner_Ty pe_Present Landfill_Liner F 3.1 Ldfl_OM_Chemicals_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_Energy

_Other_Annual Landfill_OM_Cost F 3.2

Ldfl_OM_Energy

_Other_Consump_kW h/h Landfill_OM_Cost F 3.2

Ldfl_OM_Energy

_Other_kW h Landfill_OM_Cost F 3.2

Ldfl_OM_Energy

_Pum p_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_Energy

_Pum p_Consump_kW h/h Landfill_OM_Cost F 3.2 Ldfl_OM_Energy

_Pum p_kW h Landfill_OM_Cost F 3.2 Ldfl_OM_HazDrdg_Annual Landfill_OM_Cost F 3.2Ldfl_OM_HazDrgd_Rate Landfill_OM_Cost F 3.2

Ldfl_OM_HazDrgd_Rate_Per Landfill_OM_Cost F 3.2

Ldfl_OM_HazLandfill_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_HazLandfill_Rate Landfill_OM_Cost F 3.2 Ldfl_OM_HazLandfill_Rate_Per Landfill_OM_Cost F 3.2

Ldfl_OM_MLabor_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_MLabor_Rate_Hours Landfill_OM_Cost F 3.2 Ldfl_OM_MLabor_Staffing_dpy Landfill_OM_Cost F 3.2 Ldfl_OM_MLabor_Staffing_hpd Landfill_OM_Cost F 3.2 Ldfl_OM_MLabor_Staffing_W orkers Landfill_OM_Cost F 3.2 Ldfl_OM_MMaterials_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_NonHazDrgd_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_NonHazDrgd_Rate Landfill_OM_Cost F 3.2 Ldfl_OM_NonHazDrgd_Rate_Per Landfill_OM_Cost F 3.2

Ldfl_OM_NonHazLandfill_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_NonHazLandfill_Rate Landfill_OM_Cost F 3.2 Ldfl_OM_NonHazLandfill_Rate_Per Landfill_OM_Cost F 3.2

Ldfl_OM_Opr_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_Opr_Rate_Hours Landfill_OM_Cost F 3.2 Ldfl_OM_Opr_Staffing_dpy Landfill_OM_Cost F 3.2 Ldfl_OM_Opr_Staffing_hpd Landfill_OM_Cost F 3.2 Ldfl_OM_Opr_Staffing_W orkers Landfill_OM_Cost F 3.2 Ldfl_OM_Other1 Landfill_OM_Cost F 3.2 Ldfl_OM_Other1_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_Other2 Landfill_OM_Cost F 3.2 Ldfl_OM_Other2_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_Plants_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_Steam_Annual Landfill_OM_Cost F 3.2 Ldfl_OM_Steam_Consump_pounds/hr Landfill_OM_Cost F 3.2 Ldfl_OM_Steam_pounds Landfill_OM_Cost F 3.2 Ldfl_OM_Total_Annual Landfill_OM_Cost F 3.2 Ldfl_Outside_Firm_Oversee Landfill_Capital_Cost_Info F 3.2

Ldfl_SA Landfill_Dim F 3.1

Ldfl_Status Landfill_Dim F 3.1

Ldfl_Storm_Comb_Leachate Landfill_Storm_Dest F 3.1

Ldfl_Storm_Comb_Leachate Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Indirect Landfill_Storm_Dest F 3.1Ldfl_Storm_Dest_Indirect Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_OnsiteTS Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_OnsiteTS Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_OnsiteTS_Other_desc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_OnsiteTS_Other_desc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_OnsiteTS_Ty pe Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_OnsiteTS_Ty pe Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Other Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Other Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Other_desc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Other_desc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Pond Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Pond Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Recyc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Recyc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Recyc_desc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_Recyc_desc Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_StorTnk Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_StorTnk Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_SW Landfill_Storm_Dest F 3.1

Ldfl_Storm_Dest_SW Landfill_Storm_Dest F 3.1

Ldfl_Storm_Src Landfill_Storm_Dest F 3.1

Ldfl_Storm_Src Landfill_Storm_Dest F 3.1

Ldfl_Struc Landfill_Info F 3.1Ldfl_Struc_desc Landfill_Info F 3.1

Ldfl_Vol Landfill_Dim F 3.1

leach_aerial_photo Leach_General G 3

Leach_Analy

te Leach_Smpl_Data G Sam ple Results

Leach_Analy

tical_Lab Leach_Smpl_Lab G Sam ple Results Leach_BA Leach_W aste_Info G 5 Leach_BA_tons Leach_W aste_Info G 5 Leach_Ca_Sulfite Leach_W aste_Info G 5 Leach_Ca_Sulfite_tons Leach_W aste_Info G 5 Leach_CAS Leach_Smpl_Data G Sam ple Results

leach_collected Leach_Pond_Landfill G 2 leach_combined Leach_Pond_Landfill G 2

Leach_Conc Leach_Smpl_Data G Sam ple Results

Leach_Data_Smpl_Location Leach_Smpl_Data G Sam ple Results

Leach_FA Leach_W aste_Info G 5 Leach_FA_tons Leach_W aste_Info G 5 Leach_Gy psum Leach_W aste_Info G 5 Leach_Gy psum_tons Leach_W aste_Info G 5 Leach_Method Leach_Smpl_Data G Sam ple Results

Leach_Method_DL Leach_Smpl_Data G Sam ple Results

Leach_Method_Other Leach_Smpl_Data G Sam ple Results

Leach_Method_Qual Leach_Smpl_Data G Sam ple Results

Leach_Method_RL Leach_Smpl_Data G Sam ple Results

leach_no_aerial_desc Leach_General G 3

Leach_Non_Detect Leach_Smpl_Data G Sam ple Results

leach_offsite Leach_Pond_Landfill G 2 Leach_Other1 Leach_W aste_Info G 5 Leach_Other1_Desc Leach_W aste_Info G 5 Leach_Other1_tons Leach_W aste_Info G 5 Leach_Other2 Leach_W aste_Info G 5 Leach_Other2_Desc Leach_W aste_Info G 5 Leach_Other2_tons Leach_W aste_Info G 5 Leach_Other3 Leach_W aste_Info G 5 Leach_Other3_Desc Leach_W aste_Info G 5 Leach_Other3_tons Leach_W aste_Info G 5Leach_Pozz Leach_W aste_Info G 5

Leach_Pozz_tons Leach_W aste_Info G 5 Leach_Rain_Date Leach_Rainfall G 4 Leach_Rain_Inches Leach_Rainfall G 4 Leach_Slag Leach_W aste_Info G 5 Leach_Slag_tons Leach_W aste_Info G 5 Leach_Smpl_Date Leach_Smpl_Info G 4 Leach_Smpl_Location Leach_Smpl_Info G 4 Leach_Smpl_Pt_Desc Leach_Smpl_Info G 4 Leach_Summary

_Attch Leach_Smpl_Lab G Sam ple Results leach_treated Leach_Pond_Landfill G 2

Length_FGD_DSCH WWT_Systems D 2 Length_FGD_Scr WWT_Systems D 2 Long_Monitoring Clsd_Pond_Unit D 4.2

Long_Monitoring_Plan Clsd_Pond_Unit D 4.2 LTS_Anc_Equip LTS_Anc_Eq F 4.6 LTS_Anc_Equip_No LTS_Anc_Eq F 4.6 LTS_Annual_Avg LTS_Flow F 4.3 LTS_Cap_Cost LTS_Capital F 4.5 LTS_Cap_Project LTS_Capital F 4.5

LTS_Cap_Year_Based LTS_Capital F 4.5 LTS_Diagram LTS_Diagram F 4.1

LTS_DistFromLCS LTS_Opr F 4.1 LTS_DistToOutfall LTS_Opr F 4.1

LTS_Eff_Trnsf_DPY LTS_Flow F 4.3 LTS_Eff_Trnsf_HPD LTS_Flow F 4.3 LTS_Flow_Max LTS_Flow F 4.3 LTS_Flow_Ty p LTS_Flow F 4.3 LTS_Ftprt LTS_Opr F 4.1 LTS_ID LTS_Capital_Info F 4.5 LTS_ID LTS_Influent_Flows F 4.2 LTS_ID LTS_Treat_Units F 4.3 LTS_ID LTS_Treat_Units_Improv F 4.3 LTS_ID LTS_Lim_Chgs F 4.3 LTS_ID LTS_Flow F 4.3 LTS_ID LTU_Design F 4.4 LTS_ID LTU_Trgtd_Pollutants F 4.4 LTS_ID LTU_Add_Chem F 4.4 LTS_ID LTU_Plant_Species F 4.4 LTS_ID LTS_OM_Cost F 4.5 LTS_ID LTS_Capital F 4.5 LTS_ID LTS_Anc_Eq F 4.6LTS_ID Leach_Smpl_Info G 4

LTS_ID LTS_Opr F 4.1 LTS_ID LTS_Pln F 4.1 LTS_Imp_Lim_Chgs LTS_Lim_Chgs F 4.3

LTS_Imp_Lim_Chgs_desc LTS_Lim_Chgs F 4.3

LTS_Init_Year LTS_Opr F 4.1 LTS_Ldfl LTS_Influent_Flows F 4.2

LTS_LTU_Improv_CapCost LTS_Treat_Units_Improv F 4.3

LTS_LTU_Improv_Date LTS_Treat_Units_Improv F 4.3

LTS_LTU_Improv_desc LTS_Treat_Units_Improv F 4.3 LTS_LTU_Plant_Des LTS_Treat_Units F 4.3 LTS_NoOfLCS LTS_Opr F 4.1

LTS_OM_Chemicals_Annual LTS_OM_Cost F 4.5

LTS_OM_Energy

_Other_Annual LTS_OM_Cost F 4.5

LTS_OM_Energy

_Other_Consump_kW h/h LTS_OM_Cost F 4.5

LTS_OM_Energy

_Other_kW h LTS_OM_Cost F 4.5

LTS_OM_Energy

_Pum p_Annual LTS_OM_Cost F 4.5

LTS_OM_Energy

_Pum p_Consump_kW h/h LTS_OM_Cost F 4.5 LTS_OM_Energy

_Pum p_kW h LTS_OM_Cost F 4.5

LTS_OM_HazDrdg_Annual LTS_OM_Cost F 4.5 LTS_OM_HazDrgd_Rate LTS_OM_Cost F 4.5 LTS_OM_HazDrgd_Rate_Per LTS_OM_Cost F 4.5

LTS_OM_HazLandfill_Annual LTS_OM_Cost F 4.5 LTS_OM_HazLandfill_Rate LTS_OM_Cost F 4.5 LTS_OM_HazLandfill_Rate_Per LTS_OM_Cost F 4.5

LTS_OM_MLabor_Annual LTS_OM_Cost F 4.5

LTS_OM_MLabor_Rate_Hours LTS_OM_Cost F 4.5

LTS_OM_MLabor_Staffing_dpy LTS_OM_Cost F 4.5

LTS_OM_MLabor_Staffing_hpd LTS_OM_Cost F 4.5

LTS_OM_MLabor_Staffing_W orkers LTS_OM_Cost F 4.5

LTS_OM_MMaterials_Annual LTS_OM_Cost F 4.5

LTS_OM_NonHazDrgd_Annual LTS_OM_Cost F 4.5LTS_OM_NonHazDrgd_Rate LTS_OM_Cost F 4.5

LTS_OM_NonHazDrgd_Rate_Per LTS_OM_Cost F 4.5

LTS_OM_NonHazLandfill_Annual LTS_OM_Cost F 4.5 LTS_OM_NonHazLandfill_Rate LTS_OM_Cost F 4.5 LTS_OM_NonHazLandfill_Rate_Per LTS_OM_Cost F 4.5

LTS_OM_Opr_Annual LTS_OM_Cost F 4.5 LTS_OM_Opr_Rate_Hours LTS_OM_Cost F 4.5

LTS_OM_Opr_Staffing_dpy LTS_OM_Cost F 4.5

LTS_OM_Opr_Staffing_hpd LTS_OM_Cost F 4.5

LTS_OM_Opr_Staffing_W orkers LTS_OM_Cost F 4.5

LTS_OM_Other1 LTS_OM_Cost F 4.5 LTS_OM_Other1_Annual LTS_OM_Cost F 4.5 LTS_OM_Other2 LTS_OM_Cost F 4.5 LTS_OM_Other2_Annual LTS_OM_Cost F 4.5 LTS_OM_Plants_Annual LTS_OM_Cost F 4.5

LTS_OM_Steam_Annual LTS_OM_Cost F 4.5 LTS_OM_Steam_Consump_pounds/hr LTS_OM_Cost F 4.5

LTS_OM_Steam_pounds LTS_OM_Cost F 4.5 LTS_OM_Total_Annual LTS_OM_Cost F 4.5 LTS_Outside_Firm_Oversee LTS_Capital_Info F 4.5

LTS_Plant_Des LTS_Opr F 4.1 LTS_PW LTS_Influent_Flows F 4.2

LTS_PW _desc LTS_Influent_Flows F 4.2

LTS_PW _DPY_1 LTS_Influent_Flows F 4.2

LTS_PW _DPY_2 LTS_Influent_Flows F 4.2

LTS_PW _GPD LTS_Influent_Flows F 4.2

LTS_PW _GPM LTS_Influent_Flows F 4.2

LTS_PW _HPD LTS_Influent_Flows F 4.2

LTU_Chem LTU_Design F 4.4

LTU_Chem_Conc LTU_Add_Chem F 4.4

LTU_Chem_Freq LTU_Add_Chem F 4.4 LTU_Chem_Loc LTU_Add_Chem F 4.4 LTU_Chem_Mftr LTU_Add_Chem F 4.4LTU_Chem_Purp LTU_Add_Chem F 4.4

LTU_Chem_Rate LTU_Add_Chem F 4.4 LTU_Chem_Rate_Phase LTU_Add_Chem F 4.4 LTU_Chem_Rate_Unit LTU_Add_Chem F 4.4

LTU_Chem_Trade_Nm LTU_Add_Chem F 4.4 LTU_Chem_Ty pe LTU_Add_Chem F 4.4 LTU_CS LTU_Design F 4.4

LTU_CS_Lined LTU_Design F 4.4

LTU_CS_Lined_desc LTU_Design F 4.4 LTU_Fiberglass LTU_Design F 4.4

LTU_ID LTU_Design F 4.4 LTU_ID LTU_Trgtd_Pollutants F 4.4 LTU_ID LTS_Treat_Units F 4.3

LTU_ID LTS_Treat_Units_Improv F 4.3 LTU_ID LTU_Add_Chem F 4.4 LTU_ID LTU_Plant_Species F 4.4 LTU_ID_other LTS_Treat_Units F 4.3 LTU_ID_other LTS_Treat_Units_Improv F 4.3 LTU_Lim_1 LTU_Trgtd_Pollutants F 4.4

LTU_Lim_2 LTU_Trgtd_Pollutants F 4.4

LTU_Lim_3 LTU_Trgtd_Pollutants F 4.4

LTU_Lim_Unit_1 LTU_Trgtd_Pollutants F 4.4 LTU_Lim_Unit_2 LTU_Trgtd_Pollutants F 4.4 LTU_Lim_Unit_3 LTU_Trgtd_Pollutants F 4.4 LTU_Mtrl_Other LTU_Design F 4.4

LTU_Mtrl_Other_desc LTU_Design F 4.4

LTU_Plant LTU_Design F 4.4

LTU_Plant_Nm LTU_Plant_Species F 4.4 LTU_Plant_Purp LTU_Plant_Species F 4.4 LTU_Plant_Ty pe LTU_Plant_Species F 4.4 LTU_Poll_1 LTU_Trgtd_Pollutants F 4.4

LTU_Poll_2 LTU_Trgtd_Pollutants F 4.4

LTU_Poll_3 LTU_Trgtd_Pollutants F 4.4

LTU_ResTime LTU_Design F 4.4 LTU_SA LTU_Design F 4.4LTU_SS LTU_Design F 4.4

LTU_SS_2205 LTU_Design F 4.4

LTU_SS_255 LTU_Design F 4.4

LTU_SS_316L LTU_Design F 4.4

LTU_SS_317LM LTU_Design F 4.4

LTU_SS_317LMN LTU_Design F 4.4

LTU_SS_625 LTU_Design F 4.4

LTU_SS_Other LTU_Design F 4.4

LTU_SS_Other_desc LTU_Design F 4.4 LTU_Titanium LTU_Design F 4.4

LTU_Trgtd_Chlor LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_Hg LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_Metals LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_Metals_Specify LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_Other LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_Other_Specify LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_SO4 LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_TDS LTU_Trgtd_Pollutants F 4.4

LTU_Trgtd_TSS LTU_Trgtd_Pollutants F 4.4

LTU_Vol_Depth_Ft LTU_Design F 4.4 LTU_Vol_Ft3 LTU_Design F 4.4

ma p_attach Plant_General A 5

MCW _Characteristics MCW _Slds_Res_Gen E 3 MCW _Chem_1 MCW _Chem E 2 MCW _Chem_1_other MCW _Chem E 2

MCW _Chem_2 MCW _Chem E 2 MCW _Chem_2_other MCW _Chem E 2

MCW _Chem_3 MCW _Chem E 2 MCW _Chem_3_other MCW _Chem E 2

MCW _Chem_4 MCW _Chem E 2MCW _Chem_4_other MCW _Chem E 2

MCW _Chem_5 MCW _Chem E 2 MCW _Chem_5_other MCW _Chem E 2

MCW _Chem_6 MCW _Chem E 2 MCW _Chem_6_other MCW _Chem E 2

MCW _Chem_Addn_1 MCW _Chem E 2

MCW _Chem_Addn_2 MCW _Chem E 2

MCW _Chem_Addn_3 MCW _Chem E 2

MCW _Chem_Addn_4 MCW _Chem E 2

MCW _Chem_Addn_5 MCW _Chem E 2

MCW _Chem_Addn_6 MCW _Chem E 2

MCW _Chem_Dose_1 MCW _Chem E 2

MCW _Chem_Dose_2 MCW _Chem E 2

MCW _Chem_Dose_3 MCW _Chem E 2

MCW _Chem_Dose_4 MCW _Chem E 2

MCW _Chem_Dose_5 MCW _Chem E 2

MCW _Chem_Dose_6 MCW _Chem E 2

MCW _Cmgld MCW _W W_Treatment E 3 MCW _Cmgld_BA MCW _W W_Treatment E 3 MCW _Cmgld_CTB MCW _W W_Treatment E 3 MCW _Cmgld_CW _Once MCW _W W_Treatment E 3 MCW _Cmgld_FA MCW _W W_Treatment E 3 MCW _Cmgld_FGD MCW _W W_Treatment E 3 MCW _Cmgld_Other MCW _W W_Treatment E 3 MCW _Cmgld_Other_desc MCW _W W_Treatment E 3

MCW _Combined_BA MCW _Slds_Res_Gen E 3 MCW _Combined_FA MCW _Slds_Res_Gen E 3 MCW _Combined_FGD MCW _Slds_Res_Gen E 3 MCW _Combined_Mill MCW _Slds_Res_Gen E 3 MCW _Combined_Other MCW _Slds_Res_Gen E 3 MCW _Combined_Other_desc MCW _Slds_Res_Gen E 3 MCW _CombinedStorage MCW _Slds_Res_Gen E 3

MCW _Dest_Evap MCW _W W_Treatment E 3 MCW _Dest_Indirect MCW _W W_Treatment E 3MCW _Dest_Onsite_TS MCW _W W_Treatment E 3

MCW _Dest_Other MCW _W W_Treatment E 3 MCW _Dest_Other_desc MCW _W W_Treatment E 3 MCW _Dest_Recyc MCW _W W_Treatment E 3 MCW _Dest_Recyc_desc MCW _W W_Treatment E 3 MCW _Dest_SW MCW _W W_Treatment E 3 MCW _Gen_Residues MCW _Slds_Res_Gen E 3 MCW _Handling_Haul MCW _Slds_Res_Gen E 3 MCW _Handling_Landfill MCW _Slds_Res_Gen E 3 MCW _Handling_Landfill_Perm MCW _Slds_Res_Gen E 3 MCW _Handling_Landfill_Temp MCW _Slds_Res_Gen E 3 MCW _Handling_Other MCW _Slds_Res_Gen E 3 MCW _Handling_Other_desc MCW _Slds_Res_Gen E 3 MCW _Handling_Pond MCW _Slds_Res_Gen E 3 MCW _Handling_Pond_Perm MCW _Slds_Res_Gen E 3 MCW _Handling_Pond_Temp MCW _Slds_Res_Gen E 3 MCW _Haul_TPY MCW _Slds_Res_Gen E 3 MCW _HazResidues MCW _Slds_Res_Gen E 3

MCW _LPerm_TPY MCW _Slds_Res_Gen E 3 MCW _LTemp_TPY MCW _Slds_Res_Gen E 3 MCW _Onsite_TS_ChemP MCW _W W_Treatment E 3 MCW _Onsite_TS_Other MCW _W W_Treatment E 3 MCW _Onsite_TS_Other_desc MCW _W W_Treatment E 3 MCW _Onsite_TS_pH MCW _W W_Treatment E 3 MCW _Onsite_TS_SP MCW _W W_Treatment E 3 MCW _Onsite_TS_W etland MCW _W W_Treatment E 3 MCW _Other_TPY MCW _Slds_Res_Gen E 3 MCW _PPerm_TPY MCW _Slds_Res_Gen E 3 MCW _PTemp_TPY MCW _Slds_Res_Gen E 3 Mgm t_Prac_comment PartF_Comments F Comments Mgm t_Prac_comment_nmbr PartF_Comments F Comments mi ll_dispose_landfill Coal_Processing A 13 mi ll_dispose_landfill_tpd Coal_Processing A 13

mi ll_dispose_offsite Coal_Processing A 13 mi ll_dispose_offsite_tpd Coal_Processing A 13 mi ll_dispose_other Coal_Processing A 13 mi ll_dispose_other_desc Coal_Processing A 13 mi ll_dispose_other_tpd Coal_Processing A 13

mi ll_dispose_pond Coal_Processing A 13

mi ll_dispose_pond_ba Coal_Processing A 13 mi ll_dispose_pond_fa Coal_Processing A 13 mi ll_dispose_pond_no_ash Coal_Processing A 13mi ll_dispose_pond_tpd Coal_Processing A 13

mi ll_py ritic Coal_Processing A 13 mi ll_sluice Coal_Processing A 13 mi ll_sluice_amt Coal_Processing A 13 mi ll_sluice_commingle Coal_Processing A 13

mi ll_sluice_day Coal_Processing A 13 mi ll_sluice_unit Coal_Processing A 13 mi xzone Plant_Outfalls A 2.2

mo n_data_scrub_purge FGD_Monitoring_Data B 6

naics_primary Plant_General A 1.2

naics_secondary Plant_General A 1.2 naics_tertiary Plant_General A 1.2 No_Bid_Explanation WWT_System_Information D 5.1 nox_low NOx_Controls A 9 nox_low_install_m o NOx_Controls A 9 nox_low_install_y r NOx_Controls A 9 nox_low_status NOx_Controls A 9 nox_oa NOx_Controls A 9 nox_oa_install_mo NOx_Controls A 9 nox_oa_install_y r NOx_Controls A 9 nox_oa_status NOx_Controls A 9 nox_other NOx_Controls A 9 nox_other_desc NOx_Controls A 9 nox_other_install_mo NOx_Controls A 9 nox_other_install_y r NOx_Controls A 9 nox_other_status NOx_Controls A 9 nox_scr NOx_Controls A 9 nox_scr_install_mo NOx_Controls A 9 nox_scr_install_y r NOx_Controls A 9 nox_scr_status NOx_Controls A 9 nox_sncr NOx_Controls A 9 nox_sncr_install_mo NOx_Controls A 9 nox_sncr_install_y r NOx_Controls A 9 nox_sncr_status NOx_Controls A 9 NPDES_pend Plant_IDs_Pend_Permits A 2.1

NUC_1 Nuc_W W_Treat H 3

NUC_10 Nuc_W W_Treat H 3

NUC_11 Nuc_W W_Treat H 3

NUC_12 Nuc_W W_Treat H 3NUC_13 Nuc_W W_Treat H 3

NUC_14 Nuc_W W_Treat H 3

NUC_15 Nuc_W W_Treat H 3

NUC_16 Nuc_W W_Treat H 3

NUC_17 Nuc_W W_Treat H 3

NUC_18 Nuc_W W_Treat H 3

NUC_19 Nuc_W W_Treat H 3

NUC_2 Nuc_W W_Treat H 3

NUC_20 Nuc_W W_Treat H 3

NUC_21 Nuc_W W_Treat H 3

NUC_22 Nuc_W W_Treat H 3

NUC_23 Nuc_W W_Treat H 3

NUC_24 Nuc_W W_Treat H 3

NUC_25 Nuc_W W_Treat H 3

NUC_26 Nuc_W W_Treat H 3

NUC_27 Nuc_W W_Treat H 3

NUC_28 Nuc_W W_Treat H 3

NUC_29 Nuc_W W_Treat H 3

NUC_3 Nuc_W W_Treat H 3

NUC_30 Nuc_W W_Treat H 3

NUC_31 Nuc_W W_Treat H 3

NUC_32 Nuc_W W_Treat H 3

NUC_33 Nuc_W W_Treat H 3

NUC_34 Nuc_W W_Treat H 3

NUC_35 Nuc_W W_Treat H 3

NUC_36 Nuc_W W_Treat H 3

NUC_4 Nuc_W W_Treat H 3NUC_5 Nuc_W W_Treat H 3

NUC_6 Nuc_W W_Treat H 3

NUC_7 Nuc_W W_Treat H 3

NUC_8 Nuc_W W_Treat H 3

NUC_9 Nuc_W W_Treat H 3

nuc_unit_onsite Plant_General A 5 nuc_wastewater_desc Nuc_W astewaters H 1 nuc_wastewater_desc_other Nuc_W astewaters H 1

nuc_wastewater_ID Nuc_W W_Generation H 2

nuc_wastewater_ID Nuc_W astewaters H 1 nuc_wwts_nam e Nuc_W W_Treat H 3

nuc_wwts_nam e Nuc_W WT S_Technology H 3

nuc_wwts_nam e Nuc_W WT S_Technology H 3

nuclear_fuel Nuc_General H 1

OM_Chemicals_Annual Pond_W WT_OandM D 6.1 OM_Energy

_Other_Annual Pond_W WT_OandM D 6.1 OM_Energy

_Other_Consump_kW h/h Pond_W WT_OandM D 6.1 OM_Energy

_Other_kW h Pond_W WT_OandM D 6.1 OM_Energy

_Pum p_Annual Pond_W WT_OandM D 6.1 OM_Energy

_Pum p_Consump_kW h/h Pond_W WT_OandM D 6.1 OM_Energy

_Pum p_kW h Pond_W WT_OandM D 6.1 OM_HazDrdg_Annual Pond_W WT_OandM D 6.1 OM_HazDrgd_Rate Pond_W WT_OandM D 6.1 OM_HazDrgd_Rate_Per Pond_W WT_OandM D 6.1 OM_HazLandfill_Annual Pond_W WT_OandM D 6.1 OM_HazLandfill_Rate Pond_W WT_OandM D 6.1 OM_HazLandfill_Rate_Per Pond_W WT_OandM D 6.1 OM_MLabor_Annual Pond_W WT_OandM D 6.1 OM_MLabor_Rate_Hours Pond_W WT_OandM D 6.1 OM_MLabor_Staffing_dpy Pond_W WT_OandM D 6.1 OM_MLabor_Staffing_hpd Pond_W WT_OandM D 6.1 OM_MLabor_Staffing_W orkers Pond_W WT_OandM D 6.1 OM_MMaterials_Annual Pond_W WT_OandM D 6.1 OM_NonHazDrgd_Annual Pond_W WT_OandM D 6.1 OM_NonHazDrgd_Rate Pond_W WT_OandM D 6.1 OM_NonHazDrgd_Rate_Per Pond_W WT_OandM D 6.1 OM_NonHazLandfill_Annual Pond_W WT_OandM D 6.1 OM_NonHazLandfill_Rate Pond_W WT_OandM D 6.1OM_NonHazLandfill_Rate_Per Pond_W WT_OandM D 6.1

OM_Opr_Annual Pond_W WT_OandM D 6.1 OM_Opr_Rate_Hours Pond_W WT_OandM D 6.1 OM_Opr_Staffing_dpy Pond_W WT_OandM D 6.1 OM_Opr_Staffing_hpd Pond_W WT_OandM D 6.1 OM_Opr_Staffing_W orkers Pond_W WT_OandM D 6.1 OM_Other1 Pond_W WT_OandM D 6.1 OM_Other1_Annual Pond_W WT_OandM D 6.1 OM_Other2 Pond_W WT_OandM D 6.1 OM_Other2_Annual Pond_W WT_OandM D 6.1 OM_Steam_Annual Pond_W WT_OandM D 6.1 OM_Steam_Consump_pounds/hr Pond_W WT_OandM D 6.1 OM_Steam_pounds Pond_W WT_OandM D 6.1 OM_Total_Annual Pond_W WT_OandM D 6.1 OngoingStudies WWT_Study D 2 Op_Pond Treatment_General D 1

Op_System Treatment_General D 1

Op_W WT Treatment_General D 1

operate_2009 SE_Units_Operating A 6 operate_2009_days SE_Units_Operating A 6 Operation MCW _Chem E 2

Operation MCW _No_Chem E 2

Operation_ID MCW _W W_Treatment E 3

Operation_ID MCW _Slds_Res_Gen E 3

Operation_ID MCW _Chem E 2 Operation_ID MCW _No_Chem E 2 Oprtn_ocurr_wChem MCW _Chem E 2

Oprtn_ocurr_woChem MCW _No_Chem E 2

other_acre_1 Ash_General C 1 other_acre_2 Ash_General C 1 other_ty pe_1 Ash_General C 1 other_ty pe_2 Ash_General C 1 OtherStudies WWT_Study D 2

oufall_name Plant_Outfalls A 2.2 oufall_ty pe Plant_Outfalls A 2.2 outfall_dpy Plant_Outfalls A 2.2 outfall_gpd Plant_Outfalls A 2.2outfall_gpm Plant_Outfalls A 2.2

outfall_gpy Plant_Outfalls A 2.2 outfall_hpd Plant_Outfalls A 2.2 outfall_lat_deg Plant_Outfalls A 2.2 outfall_lat_min Plant_Outfalls A 2.2 outfall_lat_sec Plant_Outfalls A 2.2 outfall_long_deg Plant_Outfalls A 2.2 outfall_long_min Plant_Outfalls A 2.2 outfall_long_sec Plant_Outfalls A 2.2 Outfall_number Plant_Outfalls A 2.2

Outfall_number Plant_Outfalls_Flow A 2.2

Outfall_number Pond_Leachate_Coll_Sys F 2

Outfall_number Fly _Ash_W et_Vacuum C 2.1 Outfall_number MCW _W W_Treatment E 3 Outfall_number Nuc_W W_Treat H 3 Outfall_number Btm _Ash_Solids_Rmvl C 3.1 Outfall_number Btm _Ash_Mech_Drag C 3.1 Outfall_number Landfill_Leachate_Dest F 3.1

Outfall_number Landfill_Storm_Dest F 3.1

Outfall_number Landfill_Storm_Dest F 3.1

Outfall_number LTS_Opr F 4.1 Outfall_number LTS_Pln F 4.1 Outfall_number FGD_W astewater_Treatment B 7 Outfall_number FGD_Gy psum_Related_W ater B 7 Outfall_number SCR_Catalyst_Regen_Plant A 9

Outfall_number SCR_Catalyst_W ash A 9

Outfall_number We t_ESP_W W A 12

outfall_per_ba_sluice Plant_Outfalls_Flow A 2.2 outfall_per_coal_runoff Plant_Outfalls_Flow A 2.2 outfall_per_CW Plant_Outfalls_Flow A 2.2 outfall_per_fa_sluice Plant_Outfalls_Flow A 2.2 outfall_per_FGD_scrub Plant_Outfalls_Flow A 2.2

outfall_per_leachate Plant_Outfalls_Flow A 2.2

outfall_per_mcw Plant_Outfalls_Flow A 2.2 outfall_per_other Plant_Outfalls_Flow A 2.2 outfall_per_stormwater Plant_Outfalls_Flow A 2.2 parking_acre Ash_General C 1 pd_desc Pond_General A 3pd_dist Pond_General A 3

pd_inactive Pond_General A 3 pd_lat_deg Pond_General A 3 pd_lat_m in Pond_General A 3 pd_lat_sec Pond_General A 3 pd_leachate_collect Pond_General A 3 pd_lined Pond_General A 3 pd_long_deg Pond_General A 3 pd_long_m in Pond_General A 3 pd_long_sec Pond_General A 3 pd_online_y r Pond_General A 3 pd_status Pond_General A 3 pd_stor_ba Pond_Storage A 3

pd_stor_Ca_Sulfite Pond_Storage A 3

pd_stor_dry FGD Pond_Storage A 3

pd_stor_fa Pond_Storage A 3

pd_stor_gy psum Pond_Storage A 3

pd_stor_other1 Pond_Storage A 3

pd_stor_other2 Pond_Storage A 3

pd_stor_other3 Pond_Storage A 3

pd_stor_other4 Pond_Storage A 3

pd_stor_pozz Pond_Storage A 3

pd_stor_procW W1 Pond_Storage A 3 pd_stor_procW W2 Pond_Storage A 3 pd_stor_procW W3 Pond_Storage A 3 pd_stor_procW W4 Pond_Storage A 3 pd_stor_procW W5 Pond_Storage A 3 pd_stor_procW W6 Pond_Storage A 3 pd_stor_slag Pond_Storage A 3

pd_stor_ww_other1 Pond_Storage A 3 pd_stor_ww_other2 Pond_Storage A 3 pd_stor_ww_other3 Pond_Storage A 3 pd_stor_ww_other4 Pond_Storage A 3 permit_app_mo Plant_Perm its A 2.1

permit_app_y r Plant_Perm its A 2.1

permit_exp_mo Plant_Perm its A 2.1permit_exp_y r Plant_Perm its A 2.1

permit_ID Plant_Perm its A 2.1

permit_ty pe Plant_Perm its A 2.1 plant_city Plant_Contact_Info A 1.1 Plant_Desig Active_Pond_Systems D 2 Plant_Desig Retired_Pond_Systems D 2 Plant_Desig Planned_Pond_Systems D 2 Plant_Desig WWT_Systems D 2 plant_id Plant_Contact_Info A 1.1 plant_id Plant_General A 1.2 plant_id Plant_IDs_Pend_Permits A 2.1 plant_id Plant_Perm its A 2.1 plant_id Plant_Outfalls A 2.2 plant_id Plant_Outfalls_Flow A 2.2 plant_id Plant_Systems_Summary A 3 plant_id Pond_General A 3 plant_id Pond_Storage A 3 plant_id Landfill_General A 4 plant_id Landfill_Storage A 4 plant_id SE_Units_Operating A 6 plant_id SE_Units_Planned A 6 plant_id Cooling_Systems A 7 plant_id CS_General A 7 plant_id Fuel_Usage A 8 plant_id NOx_Controls A 9 plant_id SCR_Catalyst_Regen_Plant A 9 plant_id SCR_Catalyst_W ash A 9 plant_id Mercury _Controls A 10 plant_id Mercury _Control_Studies A 10 plant_id Carbon_Capture A 11 plant_id Carbon_Capture_Studies A 11 plant_id We t_ESP A 12 plant_id We t_ESP_W W A 12 plant_id Coal_Processing A 13 plant_id FGD_General B 1 plant_id FGD_Systems B 1 plant_id FGD_Pl_Systems B 2 plant_id FGD_Additives B 3 plant_id FGD_W et_General B 4 plant_id FGD_W et_Solids_Dest B 4 Tables plant_id FGD_W et_Solids_Mkt_Sold B 4 Tables plant_id FGD_W et_Solids_Cost B 4 Tables plant_id FGD_W et_Sources_Flow B 5plant_id FGD_W et_W ater_Gen B 5

plant_id FGD_Monitoring_Data B 6 plant_id FGD_Monitoring_Data_Results B 6 plant_id FGD_Monitoring_Data_ID B 6 Tables plant_id FGD_W astewater_Treatment B 7 plant_id FGD_Gy psum_Related_W ater B 7 plant_id FGD_Dry _General B 8 plant_id FGD_Dry _W astewater B 8 plant_id FGD_Dry _Solids_Dest B 8 Tables plant_id FGD_Dry _Solids_Mkt_Sold B 8 Tables plant_id FGD_Dry _Solids_Cost B 8 Tables plant_id Ash_General C 1 plant_id Fly _Ash_System C 2.1 plant_id Fly _Ash_Sluicing C 2.1 plant_id Fly _Ash_W et_Vacuum C 2.1 plant_id Fly _Ash_Storage_Dest C 2.1 plant_id Fly _Ash_W etAndDry C 2.1 plant_id Fly _Ash_Handling_Changes C 2.1 plant_id Fly _Ash_Dry

_Retrofit C 2.1 plant_id Fly _Ash_Dry

_Installation C 2.1 plant_id Fly _Ash_Outages C 2.1 plant_id Fly _Ash_Storage C 2.2 plant_id Fly _Ash_Mgmt C 2.2 plant_id Fly _Ash_Moisten_W ater C 2.2 plant_id Fly _Dry _Market C 2.2 plant_id Fly _W et_Market C 2.2 plant_id Fly _Cnvy _Cmpnts C 2.3 plant_id Fly _Cnvy _General C 2.3 plant_id Fly _Cnvy _Capital_Cost C 2.3 plant_id Fly _Cnvy _OM_Cost C 2.3 plant_id Fly _Storage_General C 2.4 plant_id Fly _Storage_Cmpnts C 2.4 plant_id Fly _Storage_Capital_Cost C 2.4 plant_id Fly _Storage_OM_Cost C 2.4 plant_id Fly _Trspt_Disp_General C 2.5 plant_id Fly _Trspt_Disp_Capital_Cost C 2.5 plant_id Fly _Trspt_Disp_OM_Cost C 2.5 plant_id Btm _Ash_System C 3.1 plant_id Btm _Ash_Sluicing C 3.1 plant_id Btm _Ash_Solids_Rmvl C 3.1 plant_id Btm _Ash_Mech_Drag C 3.1 plant_id Btm _Ash_Storage_Dest C 3.1 plant_id Btm _Ash_Dry _Handling C 3.1 plant_id Btm _Ash_Dry _Retrofit C 3.1 plant_id Btm _Ash_Dry _Installation C 3.1plant_id Btm _Ash_Outages C 3.1

plant_id Btm _Ash_Storage C 3.2 plant_id Btm _Ash_Mkt_General C 3.2 plant_id Btm _Dry _Market C 3.2 plant_id Btm _W et_Market C 3.2 plant_id Btm _Cnvy _Cmpnts C 3.3 plant_id Btm _Cnvy _General C 3.3 plant_id Btm _Cnvy _Capital_Cost C 3.3 plant_id Btm _Cnvy _OM_Cost C 3.3 plant_id Btm _storage_General C 3.4 plant_id Btm _storage_Cmpnts C 3.4 plant_id Btm _storage_Capital_Cost C 3.4 plant_id Btm _storage_OM_Cost C 3.4 plant_id Btm _Trspt_Disp_General C 3.5 plant_id Btm _Trspt_Disp_Capital_Cost C 3.5 plant_id Btm _Trspt_Disp_OM_Cost C 3.5 plant_id Economizer_Ash C 4 plant_id Air_Heater_Ash C 5 plant_id PartC_Comments C Comments plant_id Treatment_General D 1 plant_id WWT_Study D 2 plant_id Active_Pond_Systems D 2 plant_id Retired_Pond_Systems D 2 plant_id Planned_Pond_Systems D 2 plant_id WWT_Systems D 2 plant_id Treatment_Diagram D 3.1 plant_id Treatment_Influents D 3.2 plant_id Treatment_Effluents D 3.2 plant_id Act_Pond_Unit D 4.1 plant_id Act_Pond_Unit_Dimensions D 4.1 plant_id Act_Pond_Unit_Liner D 4.1 plant_id Act_Pond_Chem_Addn D 4.1 plant_id Clsd_Pond_Unit D 4.2 plant_id Clsd_Pond_Unit_Dimensions D 4.2 plant_id Clsd_Pond_Unit_Liner D 4.2 plant_id Clsd_Pond_Unit_Cap D 4.2 plant_id WWT_System_Information D 5.1 plant_id WWT_Pollutants D 5.1 plant_id WWT_Units D 5.1 plant_id WWT S_Pld_Im provements D 5.1 plant_id WWT U_Chem_Addn D 5.2 plant_id WWT U_Chem_Addn_Info D 5.2 plant_id Pond_W WT_OandM D 6.1 plant_id Pond_W WT_Capital D 6.1 plant_id Pond_W WT_Capital_Info D 6.1plant_id FGD_W WT_Purchase D 6.1

plant_id WWT S_Ancillary _Equip D 6.2 plant_id PartD_Comments D Comments plant_id MCW _Kickout E 1 plant_id MCW _Chem E 2 plant_id MCW _No_Chem E 2 plant_id MCW _W W_Treatment E 3 plant_id MCW _Slds_Res_Gen E 3 plant_id PartE_Comments E Comments plant_id Leach_Pond_Landfill G 2 plant_id Leach_General G 3 plant_id Leach_Smpl_Info G 4 plant_id Leach_Rainfall G 4 plant_id Leach_W aste_Info G 5 plant_id Leach_Smpl_Lab G Sam ple Results plant_id Leach_Smpl_Data G Sam ple Results plant_id PartG_Comments G Comments plant_id Nuc_General H 1 plant_id Nuc_W astewaters H 1 plant_id Nuc_W W_Generation H 2 plant_id Nuc_W W_Treat H 3 plant_id Nuc_W WT S_Technology H 3 plant_id Nuc_W WT S_Technology H 3 plant_id PartH_Comments H Comments plant_id PartF_Comments F Comments plant_id BMPs_Kickout F 1 plant_id BMPs_Pond_Info F 2 plant_id Pond_Leachate_Coll_Sys F 2 plant_id Pond_Mntor_Inspct F 2 plant_id Landfill_Dim F 3.1 plant_id Landfill_Info F 3.1 plant_id Landfill_Expansion F 3.1 plant_id Landfill_Liner F 3.1 plant_id Landfill_Cap F 3.1 plant_id Landfill_Leachate_Info F 3.1 plant_id Landfill_Leachate_Dest F 3.1 plant_id Landfill_Storm_Dest F 3.1 plant_id Landfill_Storm_Dest F 3.1 plant_id Landfill_OM_Cost F 3.2 plant_id Landfill_Capital_Cost F 3.2 plant_id Landfill_Capital_Cost_Info F 3.2 plant_id LTS_Opr F 4.1 plant_id LTS_Pln F 4.1 plant_id LTS_Diagram F 4.1 plant_id LTS_Influent_Flows F 4.2plant_id LTS_Treat_Units F 4.3

plant_id LTS_Treat_Units_Improv F 4.3 plant_id LTS_Lim_Chgs F 4.3 plant_id LTS_Flow F 4.3 plant_id LTU_Design F 4.4 plant_id LTU_Trgtd_Pollutants F 4.4 plant_id LTU_Add_Chem F 4.4 plant_id LTU_Plant_Species F 4.4 plant_id LTS_OM_Cost F 4.5 plant_id LTS_Capital F 4.5 plant_id LTS_Capital_Info F 4.5 plant_id LTS_Anc_Eq F 4.6 plant_id GW _Montr F 5 plant_id GW _Montr_W ell F 5 plant_id SCR_Catalyst_Regen_Unit A 9 plant_id PartA_Comments A Comments plant_id PartB_Comments B Comments plant_nam e Plant_Contact_Info A 1.1 plant_state Plant_Contact_Info A 1.1 plant_street Plant_Contact_Info A 1.1 plant_zip Plant_Contact_Info A 1.1 Pld_W WT S_Cap_Cost WWT S_Pld_Im provements D 5.1 Pld_W WT S_Desc WWT S_Pld_Im provements D 5.1 Pld_W WT S_Exp_Date WWT S_Pld_Im provements D 5.1 Pln_LTS_DistFromLCS LTS_Pln F 4.1 Pln_LTS_DistToOutfall LTS_Pln F 4.1

Pln_LTS_Ftprt LTS_Pln F 4.1 Pln_LTS_Init_Year LTS_Pln F 4.1 Pln_LTS_NoOfLCS LTS_Pln F 4.1

Pln_LTS_Plant_Des LTS_Pln F 4.1 Poll_Excd GW _Montr F 5

Poll_Excd_Bkgd GW _Montr F 5 pollutants_boron Nuc_W WT S_Technology H 3 pollutants_boron Nuc_W WT S_Technology H 3 pollutants_carbohydrazine Nuc_W WT S_Technology H 3 pollutants_carbohydrazine Nuc_W WT S_Technology H 3 pollutants_cesium137 Nuc_W WT S_Technology H 3 pollutants_cesium137 Nuc_W WT S_Technology H 3 pollutants_chlorine Nuc_W WT S_Technology H 3 pollutants_chlorine Nuc_W WT S_Technology H 3 pollutants_hydrazine Nuc_W WT S_Technology H 3 pollutants_hydrazine Nuc_W WT S_Technology H 3pollutants_nitrogen Nuc_W WT S_Technology H 3

pollutants_nitrogen Nuc_W WT S_Technology H 3

pollutants_oilgrease Nuc_W WT S_Technology H 3 pollutants_oilgrease Nuc_W WT S_Technology H 3 pollutants_organicacids Nuc_W WT S_Technology H 3 pollutants_organicacids Nuc_W WT S_Technology H 3 pollutants_other Nuc_W WT S_Technology H 3

pollutants_other Nuc_W WT S_Technology H 3

pollutants_other_desc Nuc_W WT S_Technology H 3 pollutants_other_desc Nuc_W WT S_Technology H 3 pollutants_other_metals Nuc_W WT S_Technology H 3

pollutants_other_metals Nuc_W WT S_Technology H 3

pollutants_other_metals_desc Nuc_W WT S_Technology H 3 pollutants_other_metals_desc Nuc_W WT S_Technology H 3 pollutants_other_radionuclides Nuc_W WT S_Technology H 3

pollutants_other_radionuclides Nuc_W WT S_Technology H 3

pollutants_strontium90 Nuc_W WT S_Technology H 3 pollutants_strontium90 Nuc_W WT S_Technology H 3 pollutants_tritium Nuc_W WT S_Technology H 3 pollutants_tritium Nuc_W WT S_Technology H 3 pollutants_TSS Nuc_W WT S_Technology H 3 pollutants_TSS Nuc_W WT S_Technology H 3 Pond_After_2000 Treatment_General D 1

Pond_Hired_Contractor Pond_W WT_Capital_Info D 6.1

Pond_Hydr_Dsgn BMPs_Pond_Info F 2 Pond_Hydr_Dsgn_Other_desc BMPs_Pond_Info F 2

Pond_ID Act_Pond_Unit D 4.1 Pond_ID Act_Pond_Unit_Dimensions D 4.1 Pond_ID Act_Pond_Unit_Liner D 4.1 Pond_ID Act_Pond_Chem_Addn D 4.1 Pond_ID Clsd_Pond_Unit D 4.2 Pond_ID Clsd_Pond_Unit_Dimensions D 4.2 Pond_ID Clsd_Pond_Unit_Liner D 4.2 Pond_ID Clsd_Pond_Unit_Cap D 4.2 pond_ID BMPs_Pond_Info F 2 pond_ID Pond_Leachate_Coll_Sys F 2 pond_ID Pond_Mntor_Inspct F 2pond_id Pond_General A 3

pond_id Pond_Storage A 3 Pond_ID Landfill_Leachate_Dest F 3.1 Pond_ID Landfill_Storm_Dest F 3.1 Pond_ID Landfill_Storm_Dest F 3.1 Pond_ID LTS_Treat_Units F 4.3

Pond_ID LTS_Treat_Units_Improv F 4.3

Pond_ID WWT_Units D 5.1 Pond_ID WWT S_Pld_Im provements D 5.1 Pond_Initial_Yr Active_Pond_Systems D 2 Pond_Initial_Yr Retired_Pond_Systems D 2 Pond_Initial_Yr Planned_Pond_Systems D 2 Pond_Landfill_ID Leach_Pond_Landfill G 2

Pond_Landfill_ID Leach_Smpl_Info G 4 Pond_Landfill_ID Leach_W aste_Info G 5 Pond_Landfill_ID Leach_Smpl_Data G Sam ple Results

Pond_Landfill_ID GW _Montr F 5

Pond_Landfill_ID GW _Montr_W ell F 5

Pond_Leach_Chem Pond_Leachate_Coll_Sys F 2

Pond_Leach_Chem_H2SO4 Pond_Leachate_Coll_Sys F 2

Pond_Leach_Chem_Lime Pond_Leachate_Coll_Sys F 2

Pond_Leach_Chem_NaOH Pond_Leachate_Coll_Sys F 2

Pond_Leach_Chem_Other Pond_Leachate_Coll_Sys F 2

Pond_Leach_Chem_Other_desc Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_BackToPond Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_CmbndPondEff Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_Indirect Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_OnsiteTS Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_OnsiteTS_W WT Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_Other Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_Other_desc Pond_Leachate_Coll_Sys F 2Pond_Leach_Dest_OtherPond Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_OtherPond_ID Pond_Leachate_Coll_Sys F 2 Pond_Leach_Dest_Recyc Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_Recyc_desc Pond_Leachate_Coll_Sys F 2

Pond_Leach_Dest_StorTnk Pond_Leachate_Coll_Sys F 2 Pond_Leach_Dest_SW Pond_Leachate_Coll_Sys F 2 Pond_Leach_Est_Desc Pond_Leachate_Coll_Sys F 2 Pond_Leach_Freq Pond_Leachate_Coll_Sys F 2 Pond_Leach_procW W Pond_Leachate_Coll_Sys F 2

Pond_Leach_procW W_Other Pond_Leachate_Coll_Sys F 2

Pond_Leach_procW W_Other_Code Pond_Leachate_Coll_Sys F 2 Pond_Leach_procW W_Other_desc Pond_Leachate_Coll_Sys F 2 Pond_Leach_procW W_Other_GPY Pond_Leachate_Coll_Sys F 2 Pond_Leach_procW W_ Rain Pond_Leachate_Coll_Sys F 2

Pond_Leach_procW W_ Rain_GPY Pond_Leachate_Coll_Sys F 2 Pond_Leach_procW W_Storm Pond_Leachate_Coll_Sys F 2

Pond_Leach_procW W_Storm_GPY Pond_Leachate_Coll_Sys F 2 Pond_Leach_Sys Pond_Leachate_Coll_Sys F 2

Pond_Leach_Sys_LCS Pond_Leachate_Coll_Sys F 2

Pond_Leach_Sys_LDS Pond_Leachate_Coll_Sys F 2

Pond_Leach_Sys_Other Pond_Leachate_Coll_Sys F 2

Pond_Leach_Sys_Other_desc Pond_Leachate_Coll_Sys F 2 Pond_Leach_Vol_GPD Pond_Leachate_Coll_Sys F 2 Pond_Leach_Vol_GPY Pond_Leachate_Coll_Sys F 2 Pond_Mon BMPs_Pond_Info F 2

Pond_Ovrflw BMPs_Pond_Info F 2

Pond_Ovrflw_desc BMPs_Pond_Info F 2 Pond_Ovrflw_Dsch BMPs_Pond_Info F 2

Pond_Ovrflw_Dsch_RW BMPs_Pond_Info F 2 Pond_Status Active_Pond_Systems D 2 Pond_Status Retired_Pond_Systems D 2 Pond_Status Planned_Pond_Systems D 2 pond_wwt_com me nt PartD_Comments D Comments pond_wwt_com me nt_nmbr PartD_Comments D Comments Pond_W WT_Components_Incl Pond_W WT_Capital_Info D 6.1Pond_W WT_Components_Incl_desc Pond_W WT_Capital_Info D 6.1

Pond_YrInsp Pond_Mntor_Inspct F 2

Pond_YrInsp_Freq Pond_Mntor_Inspct F 2 Pond_YrInsp_Hrs Pond_Mntor_Inspct F 2 Pond_YrInsp_Performed Pond_Mntor_Inspct F 2

ponds_acre Ash_General C 1 Ponds_Landfills BMPs_Kickout F 1

POTW _effl_CS CS_General A 7

prime_purpose Plant_General A 1.2

prime_purpose_desc Plant_General A 1.2

purpose_defoam FGD_Additives B 3 purpose_Hg_rem FGD_Additives B 3 purpose_other FGD_Additives B 3 purpose_other_desc FGD_Additives B 3 purpose_prvt_oxdtn FGD_Additives B 3 purpose_scale_inhibit FGD_Additives B 3 purpose_SO2_rem FGD_Additives B 3 radioactive_W W Nuc_W astewaters H 1 RCRA_pend Plant_IDs_Pend_Permits A 2.1

reactor_bwr SE_Units_Planned A 6

reactor_phwr SE_Units_Planned A 6

reactor_pwr SE_Units_Planned A 6

retired Plant_General A 1.2

RetSPD-01 Retired_Pond_Systems D 2 RetSPD-02 Retired_Pond_Systems D 2 RetSPD-03 Retired_Pond_Systems D 2 RetSPD-04 Retired_Pond_Systems D 2 RUS_ID Plant_IDs_Pend_Permits A 2.1 SCR_regen_commingle SCR_Catalyst_Regen_Plant A 9

SCR_regen_commingle_ba SCR_Catalyst_Regen_Plant A 9

SCR_regen_commingle_CTB SCR_Catalyst_Regen_Plant A 9

SCR_regen_commingle_CW SCR_Catalyst_Regen_Plant A 9

SCR_regen_commingle_fa SCR_Catalyst_Regen_Plant A 9SCR_regen_commingle_FGD SCR_Catalyst_Regen_Plant A 9

SCR_regen_commingle_mcw SCR_Catalyst_Regen_Plant A 9

SCR_regen_commingle_other SCR_Catalyst_Regen_Plant A 9

SCR_regen_commingle_other_desc SCR_Catalyst_Regen_Plant A 9

SCR_regen_company 1_city SCR_Catalyst_Regen_Plant A 9 SCR_regen_company 1_nam e SCR_Catalyst_Regen_Plant A 9 SCR_regen_company 1_state SCR_Catalyst_Regen_Plant A 9 SCR_regen_company 1_tele SCR_Catalyst_Regen_Plant A 9 SCR_regen_company2_city SCR_Catalyst_Regen_Plant A 9 SCR_regen_company2_nam e SCR_Catalyst_Regen_Plant A 9 SCR_regen_company2_state SCR_Catalyst_Regen_Plant A 9 SCR_regen_company2_tele SCR_Catalyst_Regen_Plant A 9 SCR_regen_dest_NPDES SCR_Catalyst_Regen_Plant A 9 SCR_regen_dest_other SCR_Catalyst_Regen_Plant A 9 SCR_regen_dest_other_desc SCR_Catalyst_Regen_Plant A 9

SCR_regen_dest_POTW SCR_Catalyst_Regen_Plant A 9

SCR_regen_dest_reuse SCR_Catalyst_Regen_Plant A 9

SCR_regen_dest_reuse_desc SCR_Catalyst_Regen_Plant A 9 SCR_regen_dest_treat SCR_Catalyst_Regen_Plant A 9

SCR_regen_dest_treat_chemprec SCR_Catalyst_Regen_Plant A 9

SCR_regen_dest_treat_other SCR_Catalyst_Regen_Plant A 9 SCR_regen_dest_treat_other_desc SCR_Catalyst_Regen_Plant A 9

SCR_regen_dest_treat_pH SCR_Catalyst_Regen_Plant A 9 SCR_regen_dest_treat_pond SCR_Catalyst_Regen_Plant A 9 SCR_regen_dest_treat_wetlands SCR_Catalyst_Regen_Plant A 9 SCR_regen_flow_every SCR_Catalyst_Regen_Plant A 9

SCR_regen_flow_gpy SCR_Catalyst_Regen_Plant A 9

SCR_regen_flow_yr SCR_Catalyst_Regen_Plant A 9

scr_regen_last_loc SCR_Catalyst_Regen_Unit A 9 scr_regen_last_mo SCR_Catalyst_Regen_Unit A 9 scr_regen_last_repl SCR_Catalyst_Regen_Unit A 9

scr_regen_last_y r SCR_Catalyst_Regen_Unit A 9 scr_regen_next_loc SCR_Catalyst_Regen_Unit A 9 scr_regen_next_mo SCR_Catalyst_Regen_Unit A 9 scr_regen_next_repl SCR_Catalyst_Regen_Unit A 9scr_regen_next_y r SCR_Catalyst_Regen_Unit A 9

SCR_regen_no_offsite SCR_Catalyst_Regen_Plant A 9 SCR_regen_onsite_W W SCR_Catalyst_Regen_Plant A 9

SCR_wash_commingle SCR_Catalyst_W ash A 9

SCR_wash_commingle_ba SCR_Catalyst_W ash A 9

SCR_wash_commingle_CTB SCR_Catalyst_W ash A 9

SCR_wash_commingle_CW SCR_Catalyst_W ash A 9

SCR_wash_commingle_fa SCR_Catalyst_W ash A 9

SCR_wash_commingle_FGD SCR_Catalyst_W ash A 9

SCR_wash_commingle_mcw SCR_Catalyst_W ash A 9

SCR_wash_commingle_other SCR_Catalyst_W ash A 9

SCR_wash_commingle_other_desc SCR_Catalyst_W ash A 9

SCR_wash_dest_NPDES SCR_Catalyst_W ash A 9 SCR_wash_dest_other SCR_Catalyst_W ash A 9 SCR_wash_dest_other_desc SCR_Catalyst_W ash A 9

SCR_wash_dest_POTW SCR_Catalyst_W ash A 9

SCR_wash_dest_reuse SCR_Catalyst_W ash A 9

SCR_wash_dest_reuse_desc SCR_Catalyst_W ash A 9 SCR_wash_dest_treat SCR_Catalyst_W ash A 9

SCR_wash_dest_treat_chemprec SCR_Catalyst_W ash A 9 SCR_wash_dest_treat_other SCR_Catalyst_W ash A 9 SCR_wash_dest_treat_other_desc SCR_Catalyst_W ash A 9 SCR_wash_dest_treat_pH SCR_Catalyst_W ash A 9 SCR_wash_dest_treat_pond SCR_Catalyst_W ash A 9 SCR_wash_dest_treat_wetlands SCR_Catalyst_W ash A 9

SCR_wash_flow_every SCR_Catalyst_W ash A 9 SCR_wash_flow_gpy SCR_Catalyst_W ash A 9 SCR_wash_flow_yr SCR_Catalyst_W ash A 9 SCR_wash_gen_W W SCR_Catalyst_W ash A 9

SCR_wash_onsite SCR_Catalyst_W ash A 9 SE_unit_online_m o SE_Units_Planned A 6 SE_unit_online_y r SE_Units_Planned A 6 seunit_id Economizer_Ash C 4 seunit_id Air_Heater_Ash C 5 seunit_id Fuel_Usage A 8seunit_ID Fly _Ash_System C 2.1 seunit_ID Fly _Ash_Sluicing C 2.1 seunit_ID Fly _Ash_W et_Vacuum C 2.1 seunit_ID Fly _Ash_Storage_Dest C 2.1 seunit_ID Fly _Ash_W etAndDry C 2.1 seunit_ID Fly _Ash_Handling_Changes C 2.1 seunit_ID Fly _Ash_Dry

_Retrofit C 2.1 seunit_ID Fly _Ash_Dry

_Installation C 2.1 seunit_ID Fly _Ash_Outages C 2.1 seunit_ID Fly _Cnvy _Cmpnts C 2.3 seunit_ID Fly _Cnvy _General C 2.3 seunit_ID Fly _Cnvy _Capital_Cost C 2.3 seunit_ID Fly _Cnvy _OM_Cost C 2.3 seunit_ID Btm _Ash_System C 3.1 seunit_id Btm _Ash_Sluicing C 3.1 seunit_id Btm _Ash_Solids_Rmvl C 3.1 seunit_id Btm _Ash_Mech_Drag C 3.1 seunit_ID Btm _Ash_Storage_Dest C 3.1 seunit_id Btm _Ash_Dry _Handling C 3.1 seunit_id Btm _Ash_Dry _Retrofit C 3.1 seunit_id Btm _Ash_Dry _Installation C 3.1 seunit_id Btm _Ash_Outages C 3.1 seunit_ID Btm _Cnvy _Cmpnts C 3.3 seunit_ID Btm _Cnvy _General C 3.3 seunit_ID Btm _Cnvy _Capital_Cost C 3.3 seunit_ID Btm _Cnvy _OM_Cost C 3.3 seunit_id MCW _Chem E 2 seunit_ID MCW _No_Chem E 2 seunit_ID MCW _W W_Treatment E 3 seunit_ID MCW _Slds_Res_Gen E 3 seunit_id SE_Units_Operating A 6

seunit_id SE_Units_Planned A 6

seunit_id NOx_Controls A 9 seunit_id SCR_Catalyst_Regen_Unit A 9 seunit_retired SE_Units_Operating A 6 seunit_ty pe SE_Units_Operating A 6 seunit_ty pe SE_Units_Planned A 6

seunit_ty pe_other SE_Units_Operating A 6 seunit_ty pe_other SE_Units_Planned A 6 Sm pl_Loc_Desc Leach_Smpl_Data G Sam ple Results

smple_pts_landfill_BD Leach_General G 3sorbent_1 FGD_Systems B 1

sorbent_1_other FGD_Systems B 1 sorbent_2 FGD_Systems B 1 sorbent_2_other FGD_Systems B 1 sorbent_3 FGD_Systems B 1 sorbent_3_other FGD_Systems B 1 sorbent_4 FGD_Systems B 1 sorbent_4_other FGD_Systems B 1 Space_Avail WWT_System_Information D 5.1

SPD-01 Active_Pond_Systems D 2 SPD-010 Active_Pond_Systems D 2 SPD-011 Active_Pond_Systems D 2 SPD-012 Active_Pond_Systems D 2 SPD-013 Active_Pond_Systems D 2 SPD-014 Active_Pond_Systems D 2 SPD-02 Active_Pond_Systems D 2 SPD-03 Active_Pond_Systems D 2 SPD-04 Active_Pond_Systems D 2 SPD-05 Active_Pond_Systems D 2 SPD-06 Active_Pond_Systems D 2 SPD-07 Active_Pond_Systems D 2 SPD-08 Active_Pond_Systems D 2 SPD-09 Active_Pond_Systems D 2 SPD-0A Planned_Pond_Systems D 2 SPD-0B Planned_Pond_Systems D 2 SPD-0C Planned_Pond_Systems D 2 SPD-0D Planned_Pond_Systems D 2 SPD-0E Planned_Pond_Systems D 2 ST_capacity SE_Units_Operating A 6 ST_capacity SE_Units_Planned A 6 steam_elec Plant_General A 1.2 steam_elec_per Plant_General A 1.2 steam_heat_cool Plant_General A 1.2 steam_heat_cool_per Plant_General A 1.2 steam_use_other Plant_General A 1.2

steam_use_other_desc Plant_General A 1.2

steam_use_other_per Plant_General A 1.2

storage_ID Fly _Storage_General C 2.4 storage_ID Fly _Storage_Cmpnts C 2.4 storage_ID Fly _Storage_Capital_Cost C 2.4 storage_ID Fly _Storage_OM_Cost C 2.4 storage_ID Btm _storage_General C 3.4storage_ID Btm _storage_Cmpnts C 3.4

storage_ID Btm _storage_Capital_Cost C 3.4 storage_ID Btm _storage_OM_Cost C 3.4 storage_ID Fly _Ash_Storage_Dest C 2.1 storage_ID Fly _Ash_Storage C 2.2 storage_ID Fly _Ash_Moisten_W ater C 2.2 storage_ID Btm _Ash_Storage_Dest C 3.1 storage_ID Btm _Ash_Storage C 3.2 storage_ID_other Fly _Ash_Storage_Dest C 2.1 storage_ID_other Fly _Ash_Storage C 2.2 storage_ID_other Fly _Ash_Moisten_W ater C 2.2 storage_ID_other Btm _Ash_Storage_Dest C 3.1 storage_ID_other Btm _Ash_Storage C 3.2 Stormwater_pend Plant_IDs_Pend_Permits A 2.1

Sulf_Addn_Capbl WWT_System_Information D 5.1 Sum ma ryStudies WWT_Study D 2

Sum ma ryStudiesDesc WWT_Study D 2 surfwater_name Plant_Outfalls A 2.2 surfwater_ty pe Plant_Outfalls A 2.2 surfwater_ty pe_other Plant_Outfalls A 2.2 surfwater_unnamed_desc Plant_Outfalls A 2.2

System_ID Treatment_Diagram D 3.1 System_ID Treatment_Influents D 3.2 System_ID Treatment_Effluents D 3.2 System_ID Pond_W WT_OandM D 6.1 System_ID Pond_W WT_Capital D 6.1 System_ID Pond_W WT_Capital_Info D 6.1 System_ID FGD_W WT_Purchase D 6.1 System_ID WWT S_Ancillary _Equip D 6.2 System_ID WWT_System_Information D 5.1 System_ID WWT_Pollutants D 5.1 System_ID WWT_Units D 5.1 System_ID WWT S_Pld_Im provements D 5.1 System_ID Active_Pond_Systems D 2 System_ID Retired_Pond_Systems D 2 System_ID Planned_Pond_Systems D 2 System_ID WWT_Systems D 2 System_ID Pond_Leachate_Coll_Sys F 2 System_ID Landfill_Leachate_Dest F 3.1

tech1_city Plant_Contact_Info A 1.1 tech1_email Plant_Contact_Info A 1.1 tech1_fax Plant_Contact_Info A 1.1tech1_name Plant_Contact_Info A 1.1

tech1_state Plant_Contact_Info A 1.1 tech1_street Plant_Contact_Info A 1.1 tech1_telephone Plant_Contact_Info A 1.1 tech1_time_lower Plant_Contact_Info A 1.1

tech1_time_lower_unit Plant_Contact_Info A 1.1 tech1_time_upper Plant_Contact_Info A 1.1 tech1_time_upper_unit Plant_Contact_Info A 1.1 tech1_title Plant_Contact_Info A 1.1 tech1_zip Plant_Contact_Info A 1.1 tech2_city Plant_Contact_Info A 1.1 tech2_email Plant_Contact_Info A 1.1 tech2_fax Plant_Contact_Info A 1.1 tech2_name Plant_Contact_Info A 1.1

tech2_state Plant_Contact_Info A 1.1 tech2_street Plant_Contact_Info A 1.1 tech2_telephone Plant_Contact_Info A 1.1 tech2_time_lower Plant_Contact_Info A 1.1

tech2_time_lower_unit Plant_Contact_Info A 1.1 tech2_time_upper Plant_Contact_Info A 1.1

tech2_time_upper_unit Plant_Contact_Info A 1.1 tech2_title Plant_Contact_Info A 1.1 tech2_zip Plant_Contact_Info A 1.1 technology Nuc_W WT S_Technology H 3 technology Nuc_W WT S_Technology H 3 technology

_other Nuc_W WT S_Technology H 3

technology

_other Nuc_W WT S_Technology H 3

technology

_status Nuc_W WT S_Technology H 3

technology

_status Nuc_W WT S_Technology H 3

total_acre Ash_General C 1

treat_flow_recyc_dpy Nuc_W W_Treat H 3

treat_flow_recyc_hpd Nuc_W W_Treat H 3

treat_flow_recyc_max Nuc_W W_Treat H 3

treat_flow_recyc_ty p Nuc_W W_Treat H 3

treat_handled_burial Nuc_W W_Treat H 3treat_handled_discharge_treat Nuc_W W_Treat H 3

treat_handled_other Nuc_W W_Treat H 3 treat_handled_other_desc Nuc_W W_Treat H 3 treat_handled_recyc Nuc_W W_Treat H 3 treat_handled_recyc_ct Nuc_W W_Treat H 3 treat_handled_recyc_other Nuc_W W_Treat H 3

treat_handled_recyc_other_desc Nuc_W W_Treat H 3

treat_handled_recyc_pc Nuc_W W_Treat H 3 treat_handled_recyc_rc Nuc_W W_Treat H 3 treat_handled_recyc_sc Nuc_W W_Treat H 3 treat_handled_treatmentworks Nuc_W W_Treat H 3 treat_handled_wasteprocessor Nuc_W W_Treat H 3 treat_nuc_flow_dpy Nuc_W W_Treat H 3 treat_nuc_flow_hpd Nuc_W W_Treat H 3 treat_nuc_flow_max Nuc_W W_Treat H 3 treat_nuc_flow_ty p Nuc_W W_Treat H 3 treat_radioactive Nuc_W W_Treat H 3

ty pe_primemover SE_Units_Operating A 6 ty pe_primemover SE_Units_Planned A 6 UIC_pend Plant_IDs_Pend_Permits A 2.1

untr_flow_dpy Nuc_W W_Generation H 2 untr_flow_every Nuc_W W_Generation H 2 untr_flow_hpd Nuc_W W_Generation H 2 untr_flow_rate Nuc_W W_Generation H 2 untr_flow_ty pe Nuc_W W_Generation H 2 untr_flow_volum e Nuc_W W_Generation H 2 untr_flow_years Nuc_W W_Generation H 2 untr_handled_burial Nuc_W W_Generation H 2 untr_handled_discharge_treat Nuc_W W_Generation H 2

untr_handled_discharge_treat_outfall Nuc_W W_Generation H 2 untr_handled_discharge_untreat Nuc_W W_Generation H 2 untr_handled_discharge_untreat_outfall Nuc_W W_Generation H 2 untr_handled_other Nuc_W W_Generation H 2 untr_handled_other_desc Nuc_W W_Generation H 2 untr_handled_recyc Nuc_W W_Generation H 2 untr_handled_recyc_ct Nuc_W W_Generation H 2 untr_handled_recyc_other Nuc_W W_Generation H 2

untr_handled_recyc_other_desc Nuc_W W_Generation H 2

untr_handled_recyc_pc Nuc_W W_Generation H 2 untr_handled_recyc_rc Nuc_W W_Generation H 2untr_handled_recyc_sc Nuc_W W_Generation H 2

untr_handled_treatmentworks Nuc_W W_Generation H 2 untr_handled_wasteprocessor Nuc_W W_Generation H 2 unusable_acre Ash_General C 1 unusable_ty pe Ash_General C 1 Use_Ponds Treatment_General D 1

Use_W WT Treatment_General D 1

Wb alance_attach Plant_General A 5 WE SP_characterize_W W We t_ESP_W W A 12

WE SP_criteria_cl We t_ESP_W W A 12

WE SP_criteria_cl_ppm We t_ESP_W W A 12

WE SP_criteria_other We t_ESP_W W A 12 WE SP_criteria_other_desc We t_ESP_W W A 12

WE SP_criteria_solids We t_ESP_W W A 12

WE SP_criteria_solids_per We t_ESP_W W A 12

WE SP_dest_DW I We t_ESP_W W A 12 WE SP_dest_NPDES We t_ESP_W W A 12 WE SP_dest_other We t_ESP_W W A 12 WE SP_dest_other_desc We t_ESP_W W A 12

WE SP_dest_POTW We t_ESP_W W A 12

WE SP_dest_recyc We t_ESP_W W A 12 WE SP_dest_recyc_desc We t_ESP_W W A 12

WE SP_dest_ssep We t_ESP_W W A 12 WE SP_dest_ssep_centr We t_ESP_W W A 12

WE SP_dest_ssep_dewtr We t_ESP_W W A 12

WE SP_dest_ssep_filter We t_ESP_W W A 12

WE SP_dest_ssep_hydro We t_ESP_W W A 12

WE SP_dest_ssep_other We t_ESP_W W A 12

WE SP_dest_ssep_other_desc We t_ESP_W W A 12

WE SP_dest_treat We t_ESP_W W A 12

WE SP_dest_treat_bioaer We t_ESP_W W A 12 WE SP_dest_treat_bioanaer We t_ESP_W W A 12 WE SP_dest_treat_chemprec We t_ESP_W W A 12WE SP_dest_treat_mvc We t_ESP_W W A 12

WE SP_dest_treat_mvc_crys We t_ESP_W W A 12

WE SP_dest_treat_mvc_spray We t_ESP_W W A 12

WE SP_dest_treat_other We t_ESP_W W A 12 WE SP_dest_treat_other_desc We t_ESP_W W A 12

WE SP_dest_treat_pond We t_ESP_W W A 12 WE SP_dest_treat_wetlands We t_ESP_W W A 12 WE SP_flow_dpy We t_ESP_W W A 12

WE SP_flow_gpm We t_ESP_W W A 12

WE SP_flow_hpd We t_ESP_W W A 12

WE SP_id We t_ESP A 12 WE SP_install_m o We t_ESP A 12 WE SP_install_yr We t_ESP A 12 WE SP_loc We t_ESP A 12 WE SP_loc_other_desc We t_ESP A 12 WE SP_per_FG We t_ESP A 12 wESP_report_attach We t_ESP_W W A 12

WE SP_report_company We t_ESP_W W A 12 WE SP_report_end We t_ESP_W W A 12 WE SP_report_notattach We t_ESP_W W A 12

WE SP_report_notattach_desc We t_ESP_W W A 12

WE SP_report_start We t_ESP_W W A 12 WE SP_results_attach We t_ESP_W W A 12

WE SP_results_notattach We t_ESP_W W A 12

WE SP_results_notattach_desc We t_ESP_W W A 12

WE SP_scale We t_ESP A 12 WE SP_seunit_other We t_ESP A 12 WE SP_seunit1 We t_ESP A 12 WE SP_seunit10 We t_ESP A 12 WE SP_seunit2 We t_ESP A 12 WE SP_seunit3 We t_ESP A 12 WE SP_seunit4 We t_ESP A 12 WE SP_seunit5 We t_ESP A 12 WE SP_seunit6 We t_ESP A 12 WE SP_seunit7 We t_ESP A 12 WE SP_seunit8 We t_ESP A 12 WE SP_seunit9 We t_ESP A 12WE SP_source_intake We t_ESP_W W A 12

WE SP_source_other We t_ESP_W W A 12

WE SP_source_other_desc We t_ESP_W W A 12 WE SP_source_raw We t_ESP_W W A 12 WE SP_source_W W We t_ESP_W W A 12 WE SP_source_W W_desc We t_ESP_W W A 12

WE SP_source_W W_other_desc We t_ESP_W W A 12

WE SP_status We t_ESP A 12

WE SP_study

_W W We t_ESP_W W A 12

WF GD_%solids_lwr FGD_W et_W ater_Gen B 5

WF GD_%solids_upr FGD_W et_W ater_Gen B 5

WF GD_abs_mkup_flow_dpy FGD_W et_General B 4

WF GD_abs_mkup_flow_gpm FGD_W et_General B 4

WF GD_abs_mkup_flow_hpd FGD_W et_General B 4

WF GD_absorb_ty pe FGD_W et_W ater_Gen B 5 WF GD_bd_chlor FGD_W et_General B 4 WF GD_bd_chlor_ppm FGD_W et_General B 4 WF GD_bd_other FGD_W et_General B 4 WF GD_bd_other_desc FGD_W et_General B 4

WF GD_bd_solids FGD_W et_General B 4 WF GD_bd_solids_high FGD_W et_General B 4 WF GD_bd_solids_low FGD_W et_General B 4 WF GD_chlor_abs_max FGD_W et_General B 4

WF GD_chlor_abs_min FGD_W et_General B 4

WF GD_cost_haul_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_haul_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_haul_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_offsite_disp_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_offsite_disp_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_offsite_disp_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_onsite_disp_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_onsite_disp_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_onsite_disp_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other1_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other1_2007 FGD_W et_Solids_Cost B 4 TablesWF GD_cost_other1_2009 FGD_W et_Solids_Cost B 4 Tables

WF GD_cost_other1_desc FGD_W et_Solids_Cost B 4 Tables

WF GD_cost_other2_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other2_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other2_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other2_desc FGD_W et_Solids_Cost B 4 Tables

WF GD_cost_other3_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other3_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other3_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_other3_desc FGD_W et_Solids_Cost B 4 Tables

WF GD_cost_solid_dwr_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_solid_dwr_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_solid_dwr_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_solid_sep_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_solid_sep_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_solid_sep_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_total_2005 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_total_2007 FGD_W et_Solids_Cost B 4 Tables WF GD_cost_total_2009 FGD_W et_Solids_Cost B 4 Tables WF GD_equip1 FGD_W et_General B 4 WF GD_equip1_mat FGD_W et_General B 4

WF GD_equip1_mat_other FGD_W et_General B 4

WF GD_equip2 FGD_W et_General B 4 WF GD_equip2_mat FGD_W et_General B 4

WF GD_equip2_mat_other FGD_W et_General B 4

WF GD_equip3 FGD_W et_General B 4 WF GD_equip3_mat FGD_W et_General B 4

WF GD_equip3_mat_other FGD_W et_General B 4

WF GD_equip4 FGD_W et_General B 4 WF GD_equip4_mat FGD_W et_General B 4

WF GD_equip4_mat_other FGD_W et_General B 4

WF GD_gen_pozz FGD_W et_General B 4

WF GD_mist_flow_dpy FGD_W et_General B 4

WF GD_mist_flow_gpm FGD_W et_General B 4

WF GD_mist_flow_hpd FGD_W et_General B 4WF GD_mkt_dest1_desc FGD_W et_Solids_Mkt_Sold B 4 Tables

WF GD_mkt_dest1_rev_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest1_rev_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest1_rev_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest1_ton_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest1_ton_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest1_ton_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest2_desc FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest2_rev_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest2_rev_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest2_rev_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest2_ton_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest2_ton_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest2_ton_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest3_desc FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest3_rev_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest3_rev_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest3_rev_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest3_ton_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest3_ton_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest3_ton_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest4_desc FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest4_rev_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest4_rev_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest4_rev_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest4_ton_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest4_ton_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest4_ton_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_desc FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_other_desc FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_rev_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_rev_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_rev_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_ton_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_ton_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest5_ton_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_desc FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_other_desc FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_rev_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_rev_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_rev_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_ton_2005 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_ton_2007 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_mkt_dest6_ton_2009 FGD_W et_Solids_Mkt_Sold B 4 Tables WF GD_purge_chlor FGD_W astewater_Treatment B 7WF GD_purge_chlor_ppm FGD_W astewater_Treatment B 7

WF GD_purge_gen_dpy FGD_W et_W ater_Gen B 5 WF GD_purge_gen_hpd FGD_W et_W ater_Gen B 5 WF GD_purge_TSS FGD_W astewater_Treatment B 7 WF GD_purge_TSS_ppm FGD_W astewater_Treatment B 7 WF GD_purge_W WT S_gpd FGD_W et_W ater_Gen B 5

WF GD_purge_W WT S_gpm FGD_W et_W ater_Gen B 5

WF GD_rgnt_slry

_flow_dpy FGD_W et_General B 4 WF GD_rgnt_slry

_flow_gpm FGD_W et_General B 4 WF GD_rgnt_slry

_flow_hpd FGD_W et_General B 4 WF GD_rpw_flow_dpy FGD_W et_General B 4

WF GD_rpw_flow_gpm FGD_W et_General B 4

WF GD_rpw_flow_hpd FGD_W et_General B 4

WF GD_sep_bd_pond FGD_W et_General B 4 WF GD_sep_bd_W WT S FGD_W et_General B 4 WF GD_sep_cntrfge FGD_W et_General B 4 WF GD_sep_hdrclne FGD_W et_General B 4 WF GD_sep_other FGD_W et_General B 4 WF GD_sep_other_desc FGD_W et_General B 4

WF GD_sep_Thknr FGD_W et_General B 4 WF GD_slds_sep_recyc_gpd FGD_W et_W ater_Gen B 5 WF GD_slurry

_bd_gpd FGD_W et_W ater_Gen B 5

WF GD_solids_CaSO3 FGD_W et_General B 4 WF GD_solids_CaSO3_per FGD_W et_General B 4 WF GD_solids_chlor_max FGD_W et_General B 4 WF GD_solids_chlor_min FGD_W et_General B 4 WF GD_solids_chlor_ty p FGD_W et_General B 4 WF GD_solids_comb FGD_W et_General B 4

WF GD_solids_dest_other1_2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dest_other1_2007 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dest_other1_2009 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dest_other1_desc FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dest_other2_2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dest_other2_2007 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dest_other2_2009 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dest_other2_desc FGD_W et_Solids_Dest B 4 Tables WF GD_solids_dwr_bltfltr FGD_W et_General B 4 WF GD_solids_dwr_drmfltr FGD_W et_General B 4 WF GD_solids_dwr_gy p_stk FGD_W et_General B 4 WF GD_solids_dwr_other FGD_W et_General B 4WF GD_solids_dwr_other_desc FGD_W et_General B 4

WF GD_solids_gv_awy _2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_gv_awy _2007 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_gv_awy _2009 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_gy psum FGD_W et_General B 4 WF GD_solids_gy psum_per FGD_W et_General B 4 WF GD_solids_landfill_offsite_2005 FGD_W et_Solids_Dest B 4 Tables

WF GD_solids_landfill_offsite_2007 FGD_W et_Solids_Dest B 4 Tables

WF GD_solids_landfill_offsite_2009 FGD_W et_Solids_Dest B 4 Tables

WF GD_solids_landfill_perm_2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_landfill_perm_2007 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_landfill_perm_2009 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_landfill_temp_2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_landfill_temp_2007 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_landfill_temp_2009 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_mkt_chlor FGD_W et_General B 4

WF GD_solids_mkt_chlor_ppm FGD_W et_General B 4

WF GD_solids_mkt_H2O FGD_W et_General B 4

WF GD_solids_mkt_H2O_per FGD_W et_General B 4 WF GD_solids_mkt_NA FGD_W et_General B 4 WF GD_solids_mkt_none FGD_W et_General B 4

WF GD_solids_mkt_other FGD_W et_General B 4 WF GD_solids_mkt_other_desc FGD_W et_General B 4 WF GD_solids_mkt_other_ppm FGD_W et_General B 4 WF GD_solids_other1 FGD_W et_General B 4 WF GD_solids_other1_desc FGD_W et_General B 4 WF GD_solids_other1_per FGD_W et_General B 4 WF GD_solids_other2 FGD_W et_General B 4 WF GD_solids_other2_desc FGD_W et_General B 4 WF GD_solids_other2_per FGD_W et_General B 4 WF GD_solids_pond_offsite_2005 FGD_W et_Solids_Dest B 4 Tables

WF GD_solids_pond_offsite_2007 FGD_W et_Solids_Dest B 4 Tables

WF GD_solids_pond_offsite_2009 FGD_W et_Solids_Dest B 4 Tables

WF GD_solids_pond_perm_2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_pond_perm_2007 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_pond_perm_2009 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_pond_temp_2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_pond_temp_2007 FGD_W et_Solids_Dest B 4 TablesWF GD_solids_pond_temp_2009 FGD_W et_Solids_Dest B 4 Tables

WF GD_solids_sold_2005 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_sold_2007 FGD_W et_Solids_Dest B 4 Tables WF GD_solids_sold_2009 FGD_W et_Solids_Dest B 4 Tables WF GD_source_abs_mkup_other FGD_W et_General B 4 WF GD_source_abs_mkup_other_desc FGD_W et_General B 4 WF GD_source_abs_mkup_procW W FGD_W et_General B 4 WF GD_source_abs_mkup_procW W_desc FGD_W et_General B 4

WF GD_source_abs_mkup_procW W_other FGD_W et_General B 4

WF GD_source_abs_mkup_raw FGD_W et_General B 4 WF GD_source_abs_mkup_treat FGD_W et_General B 4 WF GD_source_H20_%solids FGD_W et_General B 4 WF GD_source_H2O_chlor FGD_W et_General B 4

WF GD_source_H2O_chlor_ppm FGD_W et_General B 4 WF GD_source_H2O_other FGD_W et_General B 4

WF GD_source_H2O_other_desc FGD_W et_General B 4

WF GD_source_H2O_solids FGD_W et_General B 4

WF GD_source_mist_other FGD_W et_General B 4 WF GD_source_mist_other_desc FGD_W et_General B 4 WF GD_source_mist_procW W FGD_W et_General B 4 WF GD_source_mist_procW W_desc FGD_W et_General B 4

WF GD_source_mist_procW W_other FGD_W et_General B 4

WF GD_source_mist_raw FGD_W et_General B 4 WF GD_source_mist_treat FGD_W et_General B 4 WF GD_source_rpw_other FGD_W et_General B 4 WF GD_source_rpw_other_desc FGD_W et_General B 4 WF GD_source_rpw_procW W FGD_W et_General B 4 WF GD_source_rpw_procW W_desc FGD_W et_General B 4

WF GD_source_rpw_procW W_other FGD_W et_General B 4

WF GD_source_rpw_raw FGD_W et_General B 4 WF GD_source_rpw_treat FGD_W et_General B 4 WF GD_sys_chlor_max FGD_W et_General B 4 WF GD_water_source_other_desc FGD_W et_Sources_Flow B 5 WF GD_water_source_other_gpd FGD_W et_Sources_Flow B 5 WF GD_water_source_other_per FGD_W et_Sources_Flow B 5 WF GD_water_source1 FGD_W et_Sources_Flow B 5 WF GD_water_source1_gpd FGD_W et_Sources_Flow B 5 WF GD_water_source1_per FGD_W et_Sources_Flow B 5WF GD_water_source2 FGD_W et_Sources_Flow B 5

WF GD_water_source2_gpd FGD_W et_Sources_Flow B 5 WF GD_water_source2_per FGD_W et_Sources_Flow B 5 WF GD_water_source3 FGD_W et_Sources_Flow B 5 WF GD_water_source3_gpd FGD_W et_Sources_Flow B 5 WF GD_water_source3_per FGD_W et_Sources_Flow B 5 WW_assoc_SE_unit_1 Nuc_W astewaters H 1 WW_assoc_SE_unit_2 Nuc_W astewaters H 1 WW_assoc_SE_unit_3 Nuc_W astewaters H 1 WW_assoc_SE_unit_4 Nuc_W astewaters H 1 WW_assoc_SE_unit_5 Nuc_W astewaters H 1 WW_assoc_SE_unit_6 Nuc_W astewaters H 1 WW_assoc_SE_unit_7 Nuc_W astewaters H 1 WW_assoc_SE_unit_8 Nuc_W astewaters H 1 WW_assoc_SE_unit_9 Nuc_W astewaters H 1 WW_assoc_SE_unit_ID_other Nuc_W astewaters H 1 WW_assoc_SE_unit_ID_other_desc Nuc_W astewaters H 1 WWT_Anc_Equip WWT S_Ancillary _Equip D 6.2 WWT_at_Plant Treatment_General D 1 WWT_ID Landfill_Storm_Dest F 3.1 WWT_ID Landfill_Storm_Dest F 3.1 WWT_Nmbr_Anc_Equip WWT S_Ancillary _Equip D 6.2 WWT S_id WWT U_Chem_Addn D 5.2 WWT S_id WWT U_Chem_Addn_Info D 5.2 WWT S_Info_Avg_Des_Flow WWT_System_Information D 5.1 WWT S_Info_Duration WWT_System_Information D 5.1 WWT S_Info_Frequency WWT_System_Information D 5.1 WWT S_Info_Max_Daily _GPD WWT_System_Information D 5.1 WWT S_Info_Max_Daily _GPM WWT_System_Information D 5.1 WWT S_Info_Max_Des_Flow WWT_System_Information D 5.1 WWT S_Info_Ty p_Flow WWT_System_Information D 5.1 WWT S_Lim _1 WWT_Pollutants D 5.1 WWT S_Lim _2 WWT_Pollutants D 5.1 WWT S_Lim _3 WWT_Pollutants D 5.1 WWT S_Lim _Unit_1 WWT_Pollutants D 5.1 WWT S_Lim _Unit_2 WWT_Pollutants D 5.1 WWT S_Lim _Unit_3 WWT_Pollutants D 5.1 WWT S_Poll_1 WWT_Pollutants D 5.1 WWT S_Poll_2 WWT_Pollutants D 5.1 WWT S_Poll_3 WWT_Pollutants D 5.1 WWT S_Trgtd_Chlor_Oxidizing WWT_Pollutants D 5.1

WWT S_Trgtd_Metals WWT_Pollutants D 5.1 WWT S_Trgtd_Metals_Specify WWT_Pollutants D 5.1 WWT S_Trgtd_NA WWT_Pollutants D 5.1WWT S_Trgtd_Ntr WWT_Pollutants D 5.1

WWT S_Trgtd_OandG WWT_Pollutants D 5.1 WWT S_Trgtd_Org_Acids WWT_Pollutants D 5.1 WWT S_Trgtd_Other WWT_Pollutants D 5.1 WWT S_Trgtd_Other_Specify WWT_Pollutants D 5.1 WWT S_Trgtd_TSS WWT_Pollutants D 5.1 WWT Studies WWT_Study D 2 WWT U_Chem_Add WWT U_Chem_Addn_Info D 5.2 WWT U_Chem_Add_Rate WWT U_Chem_Addn D 5.2 WWT U_Chem_Add_Rate_Ty pe WWT U_Chem_Addn D 5.2 WWT U_Chem_Add_Rate_Unit WWT U_Chem_Addn D 5.2 WWT U_Chem_Avg_Dose WWT U_Chem_Addn D 5.2 WWT U_Chem_Freq WWT U_Chem_Addn D 5.2 WWT U_Chem_Manu WWT U_Chem_Addn D 5.2 WWT U_Chem_Purpose WWT U_Chem_Addn D 5.2 WWT U_Chem_Trade WWT U_Chem_Addn D 5.2 WWT U_Chem_Ty pe WWT U_Chem_Addn D 5.2 WWT U_Date_Add WWT_Units D 5.1 WWT U_Footprint WWT_Units D 5.1 WWT U_ID Treatment_Influents D 3.2 WWT U_ID Treatment_Effluents D 3.2 WWT U_ID WWT_Units D 5.1 WWT U_ID WWT S_Pld_Im provements D 5.1 WWT U_ID WWT U_Chem_Addn D 5.2 WWT U_ID_Other Treatment_Influents D 3.2 WWT U_ID_Other Treatment_Effluents D 3.2 WWT U_ID_Other WWT_Units D 5.1 WWT U_ID_Other WWT S_Pld_Im provements D 5.1 WWT U_ID_Other WWT U_Chem_Addn D 5.2 WWT U_MOC_2205 WWT_Units D 5.1 WWT U_MOC_255 WWT_Units D 5.1 WWT U_MOC_316L WWT_Units D 5.1 WWT U_MOC_317LM WWT_Units D 5.1 WWT U_MOC_317MN WWT_Units D 5.1 WWT U_MOC_625 WWT_Units D 5.1 WWT U_MOC_Carbon_Lined WWT_Units D 5.1 WWT U_MOC_Carbon_Liner WWT_Units D 5.1 WWT U_MOC_CarbonStl WWT_Units D 5.1 WWT U_MOC_Fiberglass WWT_Units D 5.1 WWT U_MOC_Other WWT_Units D 5.1 WWT U_MOC_Other Desc WWT_Units D 5.1 WWT U_MOC_Titanium WWT_Units D 5.1 WWT U_Plant_Desig WWT_Units D 5.1 WWT U_Res_Time WWT_Units D 5.1 WWT U_Volum e WWT_Units D 5.1**Question Questionnaire**  **Table Number Field Type**  A6-1 Table A-8 Number (Double) D4-12 Text D4-3 Table D-5 Number (Double) D4-12 Yes/No D4-12 Table D-7 Number (Double) D4-12 Table D-7 Text D4-12 Table D-7 Text D4-12 Table D-7 Number (Double) D4-12 Table D-7 Number (Double) D4-12 Table D-7 Text D4-12 Table D-7 Text D4-12 Table D-7 Text D4-12 Table D-7 Text D4-12 Table D-7 Text D4-6 Text

D4-6 Text D4-3 Table D-5 Text D4-9 Number (Double) D4-9 Text D4-8 Text D4-3 Table D-5 Number (Double) D4-11 Number (Double) D4-11 Number (Double) D4-11 Number (Double) D4-11 Text D4-11 Text D4-11 Text D4-4 Table D-6 Number (Double) D4-4 Table D-6 Number (Double) D4-4 Table D-6 Number (Double) D4-4 Table D-6 Text D4-4 Table D-6 Text D4-3 Table D-5 Number (Double) D4-11 Text D4-11 Text D4-11 Text D4-2 Number (Double) D4-5 Text D4-5 Number (Double) D4-5 Number (Double) D4-5 Number (Double) D4-5 Number (Double)D4-5 Number (Double)

D4-5 Number (Double) D4-7 Text D4-2 Number (Double) D4-4 Text D4-2 Number (Double) D4-1 Text

D4-3 Table D-5 Number (Double) D4-3 Table D-5 Text D4-3 Table D-5 Number (Double) D4-3 Table D-5 Text D4-10 Text

D4-10 Text D4-10 Text D4-10 Text D4-10 Text D4-10 Text D4-10 Text D4-10 Text D4-10 Text D4-10 Text D4-3 Table D-5 Number (Double) B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text B3-1 Table B-3 Text C5-2 Text C5-5 Text C5-5 Number (Double) C5-5 Text C5-5 Number (Double) C5-5 Text C5-5 Number (Double) C5-5 Text C5-5 Number (Double) C5-5 Text C5-5 TextC5-5 Number (Double)

C5-5 Text C5-5 Number (Double) C5-3 Number (Double) C5-3 Number (Double) C5-4 Text C5-1 Text C5-1 Text C5-2 Text C5-4 Number (Double) C5-4 Text C5-4 Number (Double) A2-4 Table A-2 Text

Comment Mem o Comment_# Text D3-1 Yes/No D5-10 Text

A6-2 Table A-9 Text

A6-2 Table A-9 Text

A6-2 Table A-9 Text

A6-2 Table A-9 Text A6-2 Table A-9 Text

A6-2 Table A-9 Text

C3-3 Table C-19 Text C3-15 Table C-21 Text C3-17 Text

C3-17 Number (Double)

C3-2 Table C-18 Text C3-2 Table C-18 Text C3-17 Text C3-17 Number (Double)

C3-17 Text C3-17 Text

C3-17 Number (Double)

C3-19 Text C3-19 TextC3-40 Text

C3-39 Table C-27 Number (Double) C3-39 Table C-27 Number (Double) C3-39 Table C-27 Number (Double) C3-39 Table C-27 Number (Double) C3-39 Table C-27 Text C3-35 Table C-26 Text C3-35 Table C-26 Number (Double) C3-35 Table C-26 Text C3-35 Table C-26 Text C3-35 Table C-26 Number (Double) C3-40 Mem o

C3-35 Table C-26 Text C3-37 Mem o

C3-37 Text

C3-38 Mem o

C3-38 Text

C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Number (Double) C3-41 Table C-28 Text C3-41 Table C-28 Number (Double) C3-41 Table C-28 Text C3-41 Table C-28 Number (Double) C3-39 Text

Status Text C3-47 Table C-30 Number (Double)C3-19 Text

C3-19 Number (Double)

C3-2 Table C-18 Number (Double) C3-2 Table C-18 Number (Double) C3-2 Table C-18 Number (Double) C3-2 Table C-18 Number (Double) C3-15 Table C-21 Text C3-36 Text C3-8 Table C-20 Text C3-8 Table C-20 Text C3-8 Table C-20 Number (Double)

C3-8 Table C-20 Number (Double) C3-8 Table C-20 Text C3-8 Table C-20 Number (Double) C3-8 Table C-20 Number (Double) C3-8 Table C-20 Text C3-8 Table C-20 Number (Double) C3-8 Table C-20 Number (Double) C3-8 Table C-20 Text C3-8 Table C-20 Number (Double)

C3-8 Table C-20 Number (Double) C3-8 Table C-20 Text C3-8 Table C-20 Number (Double)

C3-8 Table C-20 Number (Double)

C3-8 Table C-20 Text

C3-8 Table C-20 Number (Double)

C3-8 Table C-20 Number (Double)

C3-26 Text C3-26 Text

C3-26 Mem o C3-29 Text

C3-29 Text C3-29 Mem o C3-2 Table C-18 Number (Double)

C3-28 Text C3-28 Number (Double) C3-28 TextC3-28 Number (Double)

C3-28 Text C3-28 Text C3-28 Text C3-28 Text C3-28 Text C3-28 Text C3-28 Number (Double) C3-28 Number (Double) C3-28 Number (Double) C3-28 Text C3-28 Text C3-28 Text C3-28 Number (Double) C3-24 Text C3-24 Number (Double)

C3-33 Text

C3-33 Table C-24 Number (Double) C3-33 Table C-24 Number (Double) C3-33 Table C-24 Number (Double) C3-33 Table C-24 Number (Double) C3-33 Table C-24 Number (Double) C3-33 Table C-24 Number (Double) C3-33 Table C-24 Text C3-33 Table C-24 Number (Double) C3-25 Text C3-25 Number (Double)

C3-2 Table C-18 Text C3-20 Text C3-23 Text

C3-20 Text

C3-20 Text

C3-21 Text C3-20 Number (Double) C3-2 Table C-18 Text C3-19 Text

C3-19 Date/Time C3-19 Text

C3-42 Text C3-42 TextC3-50 Text

C3-50 Text C3-18 Text C3-18 Text C3-18 Text C3-18 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text

C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-27 Text C3-2 Table C-18 Number (Double) C3-2 Table C-18 Number (Double) C3-2 Table C-18 Text C3-2 Table C-18 Text C3-2 Table C-18 Number (Double) C3-2 Table C-18 Number (Double) C3-2 Table C-18 Text C3-2 Table C-18 Text C3-17 TextC3-17 Text

C3-2 Table C-18 Text C3-11 Text

C3-12 Text

C3-14 Text C3-14 Text C3-14 Text C3-14 Text C3-14 Text C3-14 Number (Double)

C3-14 Text C3-14 Text C3-14 Text C3-14 Text C3-14 Text C3-14 Text C3-14 Text C3-13 Number (Double) C3-18 Text C3-18 Text C3-18 Text C3-2 Table C-18 Text C3-2 Table C-18 Text C3-18 Text C3-18 Text C3-19 Text C3-18 Text C3-17 Text

C3-17 Number (Double)

C3-2 Table C-18 Text C3-2 Table C-18 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Date/Time C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Number (Double)C3-31 Table C-22 Text

C3-31 Table C-22 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-31 Table C-22 Number (Double) C3-31 Table C-22 Text C3-31 Table C-22 Text C3-15 Table C-21 Number (Double) C3-7 Text C3-2 Table C-18 Number (Double)

C3-2 Table C-18 Number (Double)

C3-2 Table C-18 Number (Double)

C3-2 Table C-18 Number (Double)

C3-22 Text C3-22 Text

C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 TextC3-22 Text

C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-22 Text C3-8 Table C-20 Text C3-10 Text C3-10 Text C3-8 Table C-20 Text C3-8 Table C-20 Text C3-8 Table C-20 Text C3-8 Table C-20 Text C3-8 Table C-20 Text C3-9 Number (Double)

C3-10 Text C3-10 Text C3-10 Text C3-10 Number (Double) C3-10 Text C3-10 Text C3-10 Text C3-10 Text C3-10 Text C3-10 Text C3-10 Text C3-3 Table C-19 Number (Double) C3-4 Text

C3-4 Number (Double)

C3-3 Table C-19 Number (Double) C3-3 Table C-19 Number (Double) C3-4 Text

C3-4 Text C3-4 Number (Double) C3-3 Table C-19 Number (Double) C3-3 Table C-19 Number (Double) C3-3 Table C-19 Number (Double)C3-3 Table C-19 Number (Double)

C3-6 Text

C3-5 Text

C3-5 Text

C3-4 Text

C3-4 Number (Double)

C3-3 Table C-19 Text C3-3 Table C-19 Text C3-3 Table C-19 Text C3-3 Table C-19 Text C3-48 Text

C3-47 Table C-30 Number (Double) C3-47 Table C-30 Number (Double) C3-47 Table C-30 Number (Double) C3-47 Table C-30 Text C3-44 Table C-29 Text C3-44 Table C-29 Number (Double) C3-44 Table C-29 Text C3-44 Table C-29 Text C3-44 Table C-29 Number (Double) C3-48 Mem o

C3-44 Table C-29 Text C3-45 Mem o

C3-45 Text

C3-46 Mem o

C3-46 Text C3-32 Table C-23 Number (Double)

C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double)C3-49 Table C-31 Number (Double)

C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double)

C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Number (Double) C3-49 Table C-31 Text C3-49 Table C-31 Number (Double) C3-49 Table C-31 Text C3-49 Table C-31 Number (Double) C3-47 Text C3-32 Table C-23 Number (Double) Status Text C3-43 Text C3-32 Table C-23 Number (Double) C3-32 Table C-23 Text C3-32 Table C-23 Text C3-56 Text

C3-55 Table C-32 Number (Double) C3-55 Table C-32 Number (Double) C3-55 Table C-32 Number (Double) C3-55 Table C-32 Text C3-56 Mem o

C3-53 Mem o

C3-54 Mem o

C3-54 Text C3-53 Text

C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double)C3-57 Table C-33 Number (Double)

C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double)

C3-57 Table C-33 Number (Double) C3-57 Table C-33 Number (Double)

C3-57 Table C-33 Number (Double)

C3-57 Table C-33 Number (Double)

C3-57 Table C-33 Number (Double) C3-57 Table C-33 Text C3-57 Table C-33 Number (Double) C3-57 Table C-33 Text C3-57 Table C-33 Number (Double) C3-55 Table C-32 Number (Double) C3-52 Text C3-52 Text C3-55 Text

C3-51 Text

C3-52 Text C3-52 Text C3-52 Text C3-52 Text C3-52 Text C3-52 Text C3-52 Text C3-52 Text C3-52 Text C3-52 Text C3-30 Text

C3-11 Text

C3-2 Table C-18 Number (Double)

C3-34 Text

C3-34 Table C-25 Number (Double) C3-34 Table C-25 Number (Double) C3-34 Table C-25 Number (Double)C3-34 Table C-25 Number (Double)

C3-34 Table C-25 Number (Double) C3-34 Table C-25 Number (Double) C3-34 Table C-25 Text C3-34 Table C-25 Number (Double) C3-2 Table C-18 Text C3-16 Text A8-2 Text

D4-23 Text D4-23 Text

C1-2 Table C-1 Number (Double) D6-3 Table D-15 Number (Double) D6-3 Table D-15 Text

D6-3 Table D-15 Number (Double) A1-13 Number (Double) A1-13 Number (Double) A1-13 Number (Double) A13-9 Text

A13-9 Number (Double) A13-9 Number (Double)

A13-9 Text

D4-12 Table D-7 Yes/No D4-6 Yes/No D4-9 Yes/No D4-8 Yes/No D4-11 Yes/No D4-3 Table D-5 Yes/No D4-7 Yes/No D4-4 Yes/No D4-4 Table D-6 Yes/No D4-2 Yes/No D4-1 Yes/No D4-10 Yes/No B3-1 Table B-3 Yes/No A1-1 Yes/No C5-5 Yes/No C5-3 Yes/No C5-4 Yes/No C5-1 Yes/NoC5-2 Yes/No

Comment_ CBI Yes/No

D3-1 Yes/No D5-10 Yes/No C3-3 Table C-19 Yes/No C3-15 Table C-21 Yes/No C3-2 Table C-18 Yes/No C3-19 Yes/No C3-40 Yes/No C3-39 Yes/No C3-39 Table C-27 Yes/No C3-35 Table C-26 Yes/No C3-37 Yes/No C3-38 Yes/No C3-41 Table C-28 Yes/No C3-36 Yes/No C3-26 Yes/No C3-29 Yes/No C3-28 Yes/No C3-24 Yes/No C3-33 Yes/No C3-33 Table C-24 Yes/No C3-25 Yes/No C3-20 Yes/No C3-23 Yes/No C3-21 Yes/No C3-42 Yes/No C3-27 Yes/No C3-14 Yes/No C3-12 Yes/No C3-13 Yes/No C3-18 Yes/No C3-31 Table C-22 Yes/No C3-7 Yes/No C3-22 Yes/No C3-10 Yes/No C3-9 Yes/No C3-8 Table C-20 Yes/No C3-4 Yes/No C3-6 Yes/No C3-5 Yes/No C3-32 Table C-23 Yes/No C3-48 Yes/No C3-47 Yes/NoC3-47 Table C-30 Yes/No

C3-44 Table C-29 Yes/No C3-45 Yes/No C3-46 Yes/No C3-49 Table C-31 Yes/No C3-43 Yes/No C3-56 Yes/No C3-55 Yes/No C3-55 Table C-32 Yes/No C3-53 Yes/No C3-54 Yes/No C3-52 Yes/No C3-57 Table C-33 Yes/No C3-51 Yes/No C3-30 Yes/No C3-11 Yes/No C3-34 Yes/No C3-34 Table C-25 Yes/No C3-16 Yes/No C3-17 Yes/No A8-2 Yes/No D4-23 Yes/No A1-13 Yes/No A13-9 Yes/No A11-6 Yes/No A11-2 Yes/No A11-4 Yes/No A11-3 Yes/No A11-1 Table A-15 Yes/No A11-5 Yes/No E3-1 Yes/No D5-8 Yes/No D4-22 Yes/No D4-21 Yes/No D4-20 Yes/No D4-19 Yes/No D4-17 Yes/No D4-17 Table D-10 Yes/No D4-14 Yes/No D4-15 Table D-8 Yes/No D4-18 Yes/No D4-16 Yes/No D4-16 Table D-9 Yes/No D4-13 Yes/No A13-8 Yes/NoA13-1 Yes/No

A13-10 Yes/No A13-6 Yes/No A13-7 Yes/No Comment_ CBI Yes/No

Comment_ CBI Yes/No

Comment_ CBI Yes/No

Comments Yes/No Comments Yes/No A9-2 Table A-13 Yes/No A5-1 Yes/No A13-11 Yes/No A13-5 Yes/No A13-2 Yes/No A13-3 Yes/No A13-4 Yes/No A7-2 Yes/No A7-1 Table A-10 Yes/No D5-7 Yes/No B8-10 Yes/No B8-8 Yes/No B7-7 Yes/No B7-5 Yes/No B8-9 Yes/No B8-3 Yes/No B8-5 Yes/No B8-2 Yes/No B8-14 Table B-12 Yes/No B8-13 Table B-11 Yes/No B8-12 Table B-10 Yes/No B8-11 Yes/No B8-6 Yes/No B8-4 Yes/No B8-7 Yes/No A2-7 Yes/No C4-1 Yes/No C4-6 Yes/No C4-4 Yes/No C4-5 Yes/No C4-2 Yes/No C4-3 Yes/No A2-3 Yes/No A1-4 Yes/NoA1-5 Yes/No

D3-3 Table D-4 Yes/No A2-1 Yes/No A1-14 Table A-1 Yes/No A8-3 Yes/No B1-1 Yes/No B8-1 Yes/No B6-2 Table B-9 Yes/No B7-2 Yes/No B7-3 Yes/No B7-1 Yes/No B1-2 Table B-1 Yes/No B4-1 Yes/No B2-1 Table B-2 Yes/No B7-4 Yes/No D6-5 Yes/No D6-6 Yes/No A10-3 Yes/No A10-2 Yes/No A10-5 Yes/No A10-1 Table A-14 Yes/No A10-4 Yes/No C2-2 Table C-3 Yes/No C2-9 Table C-4 Yes/No C2-37 Yes/No C2-45 Yes/No C2-13 Yes/No C2-35 Yes/No C2-34 Yes/No C2-34 Table C-11 Yes/No C2-30 Table C-10 Yes/No C2-32 Yes/No C2-33 Yes/No C2-36 Table C-12 Yes/No C2-1 Table C-2 Yes/No C2-31 Yes/No C2-19 Yes/No C2-22 Yes/No C2-21 Yes/No C2-17 Yes/No C2-28 Yes/No C2-28 Table C-8 Yes/No C2-18 Yes/No C2-14 Yes/No C2-15 Yes/NoC2-27 Yes/No

C2-20 Yes/No C2-12 Yes/No C2-26 Yes/No C2-26 Table C-7 Yes/No C2-24 Table C-5 Yes/No C2-16 Yes/No C2-3 Yes/No C2-5 Yes/No C2-4 Yes/No

C2-25 Table C-6 Yes/No C2-43 Yes/No C2-42 Yes/No C2-42 Table C-14 Yes/No C2-39 Table C-13 Yes/No C2-40 Yes/No C2-41 Yes/No C2-44 Table C-15 Yes/No C2-38 Yes/No C2-51 Yes/No C2-50 Yes/No C2-50 Table C-16 Yes/No C2-48 Yes/No C2-49 Yes/No C2-47 Yes/No C2-52 Table C-17 Yes/No C2-46 Yes/No C2-23 Yes/No C2-29 Yes/No C2-29 Table C-9 Yes/No C2-6 Yes/No C2-8 Yes/No C2-7 Yes/No C2-10 Yes/No C2-11 Yes/No A8-1 Table A-11 Yes/No A1-8 Yes/No D5-12 Yes/No C3-1 Yes/No A1-7 Yes/No B7-6 Yes/No H1-2 Yes/No C1-1 Yes/No C1-3 Yes/NoG1-1 Yes/No

E1-1 Yes/No F5-4 Yes/No F5-2 Yes/No F5-6 Yes/No F5-6 Table F-14 Yes/No F5-1 Yes/No A11-1 Yes/No A10-1 Yes/No A4-1 Yes/No A9-1 Yes/No A3-1 Yes/No A12-1 Yes/No A13-16 Yes/No A13-17 Yes/No D3-2 Table D-3 Yes/No A4-3 Table A-7 Yes/No A4-2 Table A-6 Yes/No F3-9 Yes/No F3-9 Table F-2 Yes/No F3-21 Table F-4 Yes/No F3-3 Yes/No F3-1 Yes/No F3-1, F3-2, F3-3 Yes/No

F3-4 Yes/No F3-7 Yes/No F3-6 Yes/No F3-5 Yes/No F3-15 Yes/No F3-14 Yes/No F3-13 Yes/No F3-11 Yes/No F3-12 Yes/No F3-8 Yes/No F3-8 Table F-1 Yes/No F3-20 Table F-3 Yes/No F3-21 Table F-4 Yes/No F3-17 Yes/No F3-19 Yes/No F3-16 Yes/No F3-18 Yes/No F3-10 Yes/No G3-2 Yes/NoG2-1 Yes/No

G2-4 Yes/No

G2-2 Yes/No G4-2 Table G-2 Yes/No Sm pl_Pt Table G-1 Yes/No

G2-3 Yes/No G5-1 Table G-3 Yes/No

D4-24 Yes/No F4-1 Table F-5 Yes/No F4-18 Table F-13 Yes/No F4-17 Table F-12 Yes/No F4-2 Yes/No F4-7 Yes/No F4-6 Yes/No F4-3 Table F-6 Yes/No F4-5 Table F-8 Yes/No F4-4 Table F-7 Yes/No F4-16 Table F-11 Yes/No F3-21 Yes/No LTU_ID Table F-9 Yes/No F4-14 Yes/No F4-11 Yes/No LTU_ID Table F-10 Yes/No F4-15 Yes/No F4-13 Yes/No F4-10 Yes/No F4-9 Yes/No F4-12 Yes/No F4-8 Yes/No A5-2 Yes/No E3-6 Yes/No E2-1 Table E-1 Yes/No E3-2 Yes/No E3-8 Yes/No E3-3 Yes/No E3-7 Yes/No E3-5 Yes/No E2-2 Table E-2 Yes/No E3-4 Yes/No Comment_ CBI Yes/No

A13-15 Yes/No A13-14 Yes/NoA13-12 Yes/No

A13-13 Yes/No A2-9 Yes/No B6-1 Yes/No B6-2 Yes/No A1-10 Yes/No A9-1 Table A-12 Yes/No A9-1 Table A-12 Yes/No H3-2 Yes/No H1-3 Table H-1 Yes/No H1-1 Yes/No D2-2 Yes/No D2-6 Yes/No A6-1 Table A-8 Yes/No D2-5 Yes/No D2-7 Yes/No D2-4 Yes/No A2-5 Yes/No A2-10 Table A-3 Yes/No A2-6 Yes/No A3-3 Table A-5 Yes/No A1-9 Yes/No A2-4 Table A-2 Yes/No A2-4 Table A-2 Yes/No A6-2 Table A-9 Yes/No F4-1 Table F-5 Yes/No F5-3 Yes/No F5-5 Yes/No D6-1 Yes/No D4-5 Yes/No D6-3 Yes/No F2-1 Yes/No D2-6 Table D-1 Yes/No D2-6 Table D-1 Yes/No D2-6 Table D-1 Yes/No F2-8 Yes/No F2-7 Yes/No F2-6 Yes/No F2-5 Yes/No F2-4 Yes/No F2-9 Yes/No F2-2 Yes/No F2-3 Yes/No A3-2 Table A-4 Yes/No D6-3 Table D-15 Yes/NoComment_

CBI Yes/No

D6-4 Yes/No D6-2 Table D-14 Yes/No F2-10 Yes/No F1-1 Yes/No A7-3 Yes/No A1-11 Yes/No A1-6 Yes/No A2-2 Yes/No A9-5 Yes/No A9-6 Yes/No A9-4 Yes/No A9-3 Yes/No A9-10 Yes/No A9-11 Yes/No A9-9 Yes/No A9-8 Yes/No A9-7 Yes/No C3-50 Yes/No Sm pl_Data Table G-4 Yes/No Sm pl_Lab Yes/No Sm pl_Loc_ Desc Table G-4 Yes/No

G3-3 Yes/No

D5-9 Yes/No A1-12 Yes/No D5-6 Yes/No D2-3 Yes/No A2-8 Yes/No H3-4 Table H-3 Yes/No H3-5 Table H-5 Yes/No A1-2 Yes/No A1-3 Yes/No C1-2 Table C-1 Yes/No H3-7 Yes/No H3-6 Yes/No H3-3 Yes/No H3-1 Yes/No H2-1 Table H-2 Yes/No H2-2 Table H-2 Yes/No D1-1 Yes/No D1-2 Yes/No A5-3 Yes/No A12-8 Yes/NoA12-4 Yes/No

A12-5 Yes/No A12-2 Yes/No A12-7 Yes/No A12-3 Yes/No A12-6 Yes/No A12-1 Table A-16 Yes/No B4-9 Yes/No B4-4 Yes/No B4-2 Yes/No B4-15 Yes/No B4-13 Yes/No B4-6 Yes/No B5-3 Yes/No B4-8 Yes/No B4-7 Yes/No B4-18 Yes/No B4-14 Yes/No B4-22 Table B-6 Yes/No B4-21 Table B-5 Yes/No B4-20 Table B-4 Yes/No B4-17 Yes/No B4-19 Yes/No B4-16 Yes/No B4-12 Yes/No B4-5 Yes/No B4-10 Yes/No B4-11 Yes/No B5-1 Table B-7 Yes/No B4-3 Yes/No B5-2 Table B-8 Yes/No D6-7 Table D-16 Yes/No D5-1 Yes/No D2-7 Table D-2 Yes/No D5-3 Yes/No D5-11 Table D-12 Yes/No D5-5 Yes/No D5-4 Yes/No D5-2 Table D-11 Yes/No D2-1 Yes/No D5-13 Yes/No D5-13 Table D-13 Yes/No A6-1 Table A-8 Number (Double) A6-2 Table A-9 Number (Double)A11-6 Text

A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Number (Double) A11-1 Table A-15 Number (Double) A11-2 Mem o

A11-4 Text A11-4 Text

A11-4 Text A11-4 Text A11-4 Text

A11-4 Text A11-6 Text

A11-6 Text

A11-6 Text

A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text A11-1 Table A-15 Text

A11-3 Text

A11-1 Table A-15 Text A11-5 Number (Double)

A11-5 Number (Double)

A11-5 Number (Double)

E3-1 Mem o D5-8 Mem o D4-22 Mem oD4-21 Text

D4-22 Text C1-2 Table C-1 Number (Double) D4-15 Table D-8 Number (Double) D4-17 Table D-10 Number (Double) D4-17 Table D-10 Number (Double) D4-17 Table D-10 Number (Double) D4-17 Table D-10 Text

D4-17 Table D-10 Text D4-20 Number (Double) D4-20 Text D4-19 Text D4-15 Table D-8 Number (Double) D4-16 Table D-9 Number (Double) D4-16 Table D-9 Number (Double) D4-16 Table D-9 Number (Double) D4-16 Table D-9 Text D4-16 Table D-9 Text D4-15 Table D-8 Number (Double) D4-17 Text D4-14 Number (Double) D4-14 Date/Time D4-18 Text D4-14 Number (Double) D4-16 Text D4-13 Text

D4-15 Table D-8 Number (Double) D4-15 Table D-8 Text D4-15 Table D-8 Number (Double) D4-15 Table D-8 Text D4-15 Table D-8 Number (Double) A13-8 Text

A13-1 Text

A13-10 Text

A13-6 Text A13-7 Text A13-7 Text

A13-7 Text A13-7 Text A13-7 TextA13-7 Text

A13-7 Text

A13-7 Text A13-7 Text A13-7 Text A13-7 Text A13-7 Text

A13-7 Text A13-7 Text A13-7 Text A13-7 Text A13-7 Text A13-7 Text A13-7 Text A13-7 Text A13-6 Number (Double) A13-6 Number (Double) A13-6 Number (Double) Comment Mem o Comment Mem o Comment Mem o Comments Mem o Comments Mem o Comment_# Text Comment_# Text Comment_# Text Comments Text Comments Text A5-1 Text

A5-1 Number (Double)

A5-1 Number (Double)

A5-1 Number (Double)

A5-1 Number (Double)

A5-1 Number (Double)

A5-1 Number (Double)

A13-11 Text

A13-11 Number (Double) A13-11 Number (Double)A13-11 Text

A13-5 Text A13-5 Text

A13-5 Text A13-5 Text A13-5 Text

A13-5 Text A13-5 Text A13-5 Text

A13-5 Text A13-5 Text

A13-5 Text A13-5 Text A13-5 Text A13-5 Text A13-5 Text A13-5 Text A13-5 Text A13-2 Number (Double) A13-2 Number (Double) A13-3 Text A13-3 Number (Double) A13-3 Number (Double) A13-3 Number (Double) A13-4 Text

A13-4 Text A13-4 Text

A13-4 Text A13-4 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 TextA7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-1 Table A-10 Text

A7-2 Text

A7-2 Text

A7-2 Text A7-2 Text A7-2 Text

A7-2 Text A7-2 Text

A7-1 Table A-10 Number (Double) A7-1 Table A-10 Number (Double)

A7-1 Table A-10 Number (Double) A7-1 Table A-10 Text

A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 Text A7-1 Table A-10 TextA7-1 Table A-10 Text

A7-1 Table A-10 Text A7-1 Table A-10 Text D5-7 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B6-2 Text B8-10 Text B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-10 TextB8-10 Text

B8-10 Text

B8-10 Text

B8-10 Text

B8-8 Text B8-8 Text B8-8 Text

B8-8 Text B8-8 Text

B8-8 Text

B8-8 Text B8-8 Text

B8-8 Text B8-8 Text

B8-8 Text

B8-8 Text B8-8 Text

B8-8 Text

B8-8 Text

B8-8 Text B8-8 Text

B8-8 Text B8-8 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-7 TextB7-7 Text

B7-7 Text B7-7 Text B7-7 Text B7-7 Text B7-5 Text B7-5 Text B7-5 Text B7-5 Text B7-5 Text B7-5 Text B7-5 Text B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Text

B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Text

B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Text

B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double) B8-14 Table B-12 Number (Double)B8-9 Text

B8-3 Text

B8-13 Table B-11 Text B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Text B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Text B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Text B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Text B8-13 Table B-11 Text

B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Text B8-13 Table B-11 Text

B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double)B8-13 Table B-11 Number (Double)

B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-13 Table B-11 Number (Double) B8-5 Number (Double) B8-5 Number (Double) B8-5 Number (Double) B8-2 Text B8-2 Text

B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-12 Table B-10 Text B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-12 Table B-10 Text B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-11 Text

B8-11 Number (Double)

B8-11 Text

B8-11 Number (Double)

B8-11 Text B8-11 TextB8-11 Text

B8-11 Text

B8-11 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double)

B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-12 Table B-10 Number (Double) B8-4 Text

B8-4 Number (Double)

B8-6 Text

B8-6 Text B8-4 Text

B8-4 Text

B8-6 Text B8-6 Text

B8-6 Text

B8-6 Text B8-4 Number (Double)

B8-4 Text

B8-6 Text

B8-9 Number (Double)B8-9 Number (Double)

B8-7 Text

A2-7 Text

H3-4 Table H-3 Text

H3-4 Table H-3 Text

H3-4 Table H-3 Text

H3-4 Table H-3 Text

H3-4 Table H-3 Text

H3-4 Table H-3 Text

H3-4 Table H-3 Text H3-4 Table H-3 Text H3-4 Table H-3 Text C4-1 Text C4-3 Text C4-6 Text C4-6 Number (Double) C4-6 Text C4-6 Number (Double) C4-6 Text C4-6 Number (Double) C4-6 Text C4-6 Number (Double) C4-6 Text C4-6 Text C4-6 Number (Double) C4-6 Text C4-6 Number (Double) C4-4 Number (Double) C4-4 Number (Double) C4-5 Text C4-2 Text C4-2 Text C4-3 Text C4-5 Number (Double) C4-5 Text C4-5 Number (Double) A2-3 Text

A2-3 TextA2-3 Text

A2-3 Text A1-4 Text A1-4 Text A1-4 Text A1-4 Text

A1-4 Text A1-4 Text A1-4 Text A1-4 Date/Time

A1-4 Text A1-4 Date/Time

A1-4 Text A1-4 Text A1-4 Number (Double) A1-5 Text A1-5 Text A1-5 Text A1-5 Text

A1-5 Text A1-5 Text A1-5 Text A1-5 Date/Time

A1-5 Text A1-5 Date/Time

A1-5 Text A1-5 Text A1-5 Number (Double) D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 Text D3-3 Table D-4 TextA2-1 Text

A1-9 Text A1-9 Number (Double) A1-14 Table A-1 Number (Double)

A1-14 Table A-1 Number (Double)

A1-14 Table A-1 Number (Double)

A1-14 Table A-1 Number (Double)

A1-14 Table A-1 Number (Double)

A1-14 Table A-1 Number (Double)

A1-9 Text A1-9 Mem o A1-9 Number (Double) A1-9 Text A1-9 Number (Double) A2-10 Table A-3 Text A8-3 Text

B1-1 Text

B6-2 Table B-9 Text B6-2 Table B-9 Text B6-2 Table B-9 Text B6-2 Table B-9 Text B6-2 Table B-9 Text B6-2 Table B-9 Text B6-2 Table B-9 Number (Double) B6-2 Table B-9 Text B6-2 Table B-9 Text B6-2 Table B-9 Number (Double) B6-2 Table B-9 Text B6-2 Table B-9 Number (Double)

B6-2 Table B-9 Text B6-2 Table B-9 Text B6-2 Table B-9 Number (Double) B6-2 Table B-9 Text B8-1 Text B2-1 Table B-2 Text

FGD_ID Table B-2 Text FGD_ID Text FGD_ID Table B-4 TextFGD_ID Table B-5 Text

FGD_ID Table B-6 Text FGD_ID Table B-7 Text FGD_ID Table B-8 Text FGD_ID Text FGD_ID Table B-10 Text FGD_ID Table B-11 Text FGD_ID Table B-12 Text B1-2 Table B-1 Text B1-2 Table B-1 Text

B1-2 Table B-1 Text B7-3 Text

B7-3 Text

B7-2 Text

B7-2 Text B7-2 Text B7-2 Text

B7-2 Text B7-2 Text

B7-3 Text B7-2 Text

B7-2 Text

B7-2 Text

B7-2 Text

B7-3 Text B7-3 Text

B7-3 Text B7-1 Text

B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 TextB1-2 Table B-1 Text

B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B2-1 Table B-2 Text B1-2 Table B-1 Text

B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B4-1 Text B2-1 Table B-2 Number (Double) B2-1 Table B-2 Text

B2-1 Table B-2 Number (Double) B2-1 Table B-2 Text

B2-1 Table B-2 Text

B7-4 Text B7-4 Text B7-4 Text B7-4 Text

B7-4 Text

B7-4 Text

B7-4 Text B7-4 Text B7-4 Text B7-4 Text D6-5 Text

D6-6 Text

A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Number (Double) A10-1 Table A-14 Text

A10-1 Table A-14 Text A10-1 Table A-14 Number (Double) A10-3 TextA10-3 Text

A10-2 Mem o

A10-5 Text A10-5 Text

A10-5 Text A10-5 Text A10-5 Text A10-5 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text A10-1 Table A-14 Text

A10-1 Table A-14 Text A10-1 Table A-14 Text A10-4 Text

C2-2 Table C-3 Text C2-9 Table C-4 Text C2-11 Text

C2-11 Number (Double) C2-11 Text C2-11 Number (Double)

C2-11 Text C2-37 Text C2-37 Text C2-45 Text

C2-45 Text

C2-11 Text

C2-11 Number (Double) C2-13 TextC2-13 Text

C2-35 Text

C2-34 Table C-11 Number (Double) C2-34 Table C-11 Number (Double) C2-34 Table C-11 Number (Double) C2-34 Table C-11 Number (Double) C2-34 Table C-11 Text C2-30 Table C-10 Text C2-30 Table C-10 Number (Double) C2-30 Table C-10 Text C2-30 Table C-10 Text C2-30 Table C-10 Number (Double) C2-35 Mem o

C2-30 Table C-10 Text C2-32 Mem o

C2-32 Text

C2-33 Mem o

C2-33 Text

C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Number (Double) C2-36 Table C-12 Text C2-36 Table C-12 Number (Double) C2-36 Table C-12 Text C2-36 Table C-12 Number (Double) C2-34 Text

Status Text C2-42 Table C-14 Number (Double)C2-1 Table C-2 Text

C2-1 Table C-2 Text C2-1 Table C-2 Text C2-13 Number (Double)

C2-13 Text C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-9 Table C-4 Text C2-31 Text C2-19 Text

C2-19 Text

C2-19 Mem o C2-22 Text

C2-22 Text C2-22 Mem o C2-1 Table C-2 Number (Double) C2-21 Text C2-21 Number (Double) C2-21 Text C2-21 Number (Double) C2-21 Text C2-21 Text C2-21 Text C2-21 Text C2-21 Text C2-21 Text C2-21 Number (Double) C2-21 Number (Double) C2-21 Number (Double) C2-21 Text C2-21 Text C2-21 Text C2-21 Number (Double) C2-17 Mem o C2-17 Number (Double) C2-28 Text

C2-28 Table C-8 Number (Double) C2-28 Table C-8 Number (Double) C2-28 Table C-8 Number (Double)C2-28 Table C-8 Number (Double)

C2-28 Table C-8 Number (Double) C2-28 Table C-8 Number (Double) C2-28 Table C-8 Text C2-28 Table C-8 Number (Double) C2-18 Text C2-18 Number (Double) C2-14 Text

C2-14 Text

C2-14 Text C2-15 Text C2-14 Number (Double) C2-1 Table C-2 Text C2-13 Text C2-13 Date/Time C2-13 Text C2-26 Table C-7 Text C2-26 Table C-7 Number (Double) C2-26 Table C-7 Number (Double) C2-26 Table C-7 Text C2-26 Table C-7 Text C2-27 Text

C2-26 Table C-7 Text C2-26 Table C-7 Text C2-26 Table C-7 Text

C2-26 Table C-7 Text C2-26 Table C-7 Text C2-26 Table C-7 Text

C2-12 Text C2-12 Text C2-12 Text C2-12 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 TextC2-20 Text

C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-20 Text C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-11 Text

C2-11 Number (Double)

C2-1 Table C-2 Text C2-12 Text C2-12 Text C2-26 Text C2-12 Text

C2-12 Text C2-12 Text C2-13 Text C2-12 Text

C2-11 Text

C2-11 Number (Double)

C2-1 Table C-2 Text C2-1 Table C-2 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 TextC2-24 Table C-5 Number (Double)

C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-24 Table C-5 Number (Double) C2-24 Table C-5 Text C2-24 Table C-5 Text C2-9 Table C-4 Number (Double) C2-1 Table C-2 Text C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-1 Table C-2 Number (Double) C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 TextC2-16 Text

C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-16 Text C2-2 Table C-3 Number (Double) C2-3 Text C2-3 Number (Double) C2-2 Table C-3 Number (Double) C2-2 Table C-3 Number (Double) C2-3 Text C2-3 Text C2-3 Number (Double) C2-2 Table C-3 Number (Double) C2-2 Table C-3 Number (Double) C2-2 Table C-3 Number (Double) C2-2 Table C-3 Number (Double) C2-5 Text C2-4 Text

C2-4 Text C2-3 Text C2-3 Number (Double) C2-2 Table C-3 Text C2-2 Table C-3 Text C2-2 Table C-3 Text C2-2 Table C-3 Text C2-43 Text

C2-42 Table C-14 Number (Double) C2-42 Table C-14 Number (Double) C2-42 Table C-14 Number (Double) C2-42 Table C-14 Text C2-39 Table C-13 Text C2-39 Table C-13 Number (Double) C2-39 Table C-13 Text C2-39 Table C-13 Text C2-39 Table C-13 Number (Double) C2-43 Mem oC2-39 Table C-13 Text

C2-40 Mem o

C2-41 Mem o

C2-41 Text

C2-40 Text

C2-25 Table C-6 Number (Double)

C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double)

C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Number (Double) C2-44 Table C-15 Text C2-44 Table C-15 Number (Double) C2-44 Table C-15 Text C2-44 Table C-15 Number (Double) C2-42 Text

C2-25 Table C-6 Text Status Text C2-38 Text C2-25 Table C-6 Number (Double) C2-25 Table C-6 Text C2-25 Table C-6 Text C2-51 Text

C2-50 Table C-16 Number (Double) C2-50 Table C-16 Number (Double)C2-50 Table C-16 Number (Double)

C2-50 Table C-16 Text C2-51 Mem o C2-48 Mem o

C2-49 Mem o

C2-49 Text

C2-48 Text

C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Number (Double) C2-52 Table C-17 Text C2-52 Table C-17 Number (Double) C2-52 Table C-17 Text C2-52 Table C-17 Number (Double) C2-50 Table C-16 Number (Double) C2-47 Text C2-47 Text C2-50 Text

C2-46 Text

C2-47 Text C2-47 TextC2-47 Text

C2-47 Text C2-47 Number (Double) C2-47 Text C2-47 Text C2-47 Text C2-47 Text C2-47 Number (Double) C2-23 Text

C2-1 Table C-2 Number (Double) C2-29 Text

C2-29 Table C-9 Number (Double) C2-29 Table C-9 Number (Double) C2-29 Table C-9 Number (Double) C2-29 Table C-9 Number (Double) C2-29 Table C-9 Number (Double) C2-29 Table C-9 Number (Double) C2-29 Table C-9 Text C2-29 Table C-9 Number (Double) C2-1 Table C-2 Text C2-6 Text

C2-8 Text C2-8 Text C2-7 Number (Double)

C2-7 Number (Double)

C2-8 Text C2-8 Text C2-8 Text C2-8 Text C2-8 Text C2-8 Text

C2-8 Text C2-8 Text C2-8 Text C2-8 Text C2-8 Text C2-1 Table C-2 Text C2-10 Text D2-7 Table D-2 Number (Double) A8-1 Table A-11 TextA8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Number (Double) A8-1 Table A-11 Text A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Number (Double) A8-1 Table A-11 Number (Double) A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Number (Double) A8-1 Table A-11 Text A8-1 Table A-11 Text

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Number (Double) A8-1 Table A-11 Text A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text A8-1 Table A-11 Number (Double) A8-1 Table A-11 Text A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Text A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Text A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double)

A8-1 Table A-11 Text

A8-1 Table A-11 Text

A8-1 Table A-11 Text A8-1 Table A-11 Number (Double) A8-1 Table A-11 Text

A8-1 Table A-11 Number (Double) A1-8 Text A1-8 Text A1-8 Text A1-8 Text A1-8 Text A1-8 Text D5-12 Text

D5-12 Text

C3-1 Text A1-7 Text

B7-6 Text H1-2 Text

C1-1 Text C1-3 Text G1-1 Text E1-1 Text A6-1 Table A-8 Text

A6-2 Table A-9 TextA6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

A6-1 Table A-8 Text

A6-2 Table A-9 Text

F5-4 Text

F5-2 Text

F5-6 Text

F5-6 Table F-14 Number (Double) F5-6 Table F-14 Number (Double) F5-6 Table F-14 Text F5-1 Text

F5-1 Number (Double) F5-1 Number (Double)

F5-1 Number (Double) B7-6 Number (Double)B7-6 Number (Double)

E2-2 Table E-2 Text E2-2 Table E-2 Text

E2-2 Table E-2 Text E2-2 Table E-2 Text

E2-2 Table E-2 Text E2-2 Table E-2 Text

E2-2 Table E-2 Number (Double) E2-2 Table E-2 Number (Double) E2-2 Table E-2 Number (Double) E2-2 Table E-2 Number (Double) E2-2 Table E-2 Number (Double) E2-1 Table E-1 Text E2-1 Table E-1 Text

E2-1 Table E-1 Text E2-1 Table E-1 Text

E2-1 Table E-1 Text E2-1 Table E-1 Text

E2-1 Table E-1 Number (Double) E2-1 Table E-1 Number (Double) E2-1 Table E-1 Number (Double)

E2-1 Table E-1 Number (Double)

E2-1 Table E-1 Number (Double)

A11-1 Text

A10-1 Text

A4-1 Text

A9-1 Text

A3-1 Text

A12-1 Text

A13-16 TextA13-17 Text

D3-2 Table D-3 Text D3-2 Table D-3 Text D3-2 Table D-3 Text D3-2 Table D-3 Text D3-2 Table D-3 Text D3-2 Table D-3 Text D2-7 Table D-2 Number (Double) A4-2 Table A-6 Text A4-2 Table A-6 Number (Double) Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Table F-1 Text Landfill_ID Table F-2 Text Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Table F-3 Text Landfill_ID Table F-4 Text Landfill_ID Table F-4 Text A4-2 Table A-6 Text A4-3 Table A-7 Text A4-2 Table A-6 Text A4-2 Table A-6 Number (Double) A4-2 Table A-6 Number (Double) A4-2 Table A-6 Number (Double) A4-2 Table A-6 Text A4-2 Table A-6 Text A4-2 Table A-6 Number (Double) A4-2 Table A-6 Number (Double) A4-2 Table A-6 Number (Double) A4-2 Table A-6 Number (Double) A4-2 Table A-6 Text A4-3 Table A-7 Text A4-3 Table A-7 Text

A4-3 Table A-7 Text A4-3 Table A-7 Text A4-3 Table A-7 Text

A4-3 Table A-7 TextA4-3 Table A-7 Text

A4-3 Table A-7 Text

A4-3 Table A-7 Text

A4-3 Table A-7 Text A4-3 Table A-7 Text C1-2 Table C-1 Number (Double) F3-9 Text F3-21 Table F-4 Number (Double) F3-9 Table F-2 Number (Double) F3-9 Table F-2 Number (Double) F3-9 Table F-2 Number (Double) F3-21 Table F-4 Text F3-9 Table F-2 Text

F3-9 Table F-2 Text F3-21 Table F-4 Number (Double) F3-3 Text F3-3 Text F3-1 Text F3-4 Text

F3-7 Text F3-6 Text

F3-5 Text F3-1, F3-2, F3-3 Number (Double)

F3-15 Text

F3-15 Text F3-15 Text F3-15 Text

F3-15 Text

F3-15 Text F3-12 Text

F3-14 Text

F3-14 Text

F3-14 Text

F3-14 Text

F3-14 TextF3-14 Text

F3-14 Text

F3-14 Text

F3-14 Text F3-14 Text F3-12 Number (Double) F3-13 Text

F3-13 Text

F3-13 Text

F3-13 Text F3-13 Number (Double) F3-13 Text

F3-13 Number (Double)

F3-11 Text F3-11 Text F3-11 Text F3-11 Text F3-11 Text F3-12 Number (Double) F3-12 Number (Double) F3-13 Text

F3-13 Number (Double)

F3-8 Text F3-8 Table F-1 Number (Double) F3-8 Table F-1 Number (Double) F3-8 Table F-1 Number (Double) F3-8 Table F-1 Text

F3-8 Table F-1 Text F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double)

F3-20 Table F-3 Number (Double)

F3-20 Table F-3 Number (Double)

F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double)F3-20 Table F-3 Number (Double)

F3-20 Table F-3 Text

F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Text

F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Text

F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Text

F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Text F3-20 Table F-3 Number (Double) F3-20 Table F-3 Text F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-20 Table F-3 Number (Double) F3-21 Table F-4 Text

F3-1, F3-2, F3-3 Number (Double)

F3-1, F3-2, F3-3 Text

F3-16 Text

F3-18 Text

F3-17 TextF3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-17 Text

F3-19 Text

F3-16 Text

F3-18 Text

F3-10 TextF3-10 Text

F3-1, F3-2, F3-3 Number (Double)

G3-2 Text

Sm pl_result

s Table G-4 Text

Sm pl_lab Text G5-1 Table G-3 Text G5-1 Table G-3 Number (Double) G5-1 Table G-3 Text G5-1 Table G-3 Number (Double) Sm pl_result

s Table G-4 Text

G2-1 Text G2-4 Text

Sm pl_result

s Table G-4 Number (Double)

Sm pl_Locati

on Table G-4 Text

G5-1 Table G-3 Text G5-1 Table G-3 Number (Double) G5-1 Table G-3 Text G5-1 Table G-3 Number (Double) Sm pl_result

s Table G-4 Text

Sm pl_result

s Table G-4 Number (Double)

Sm pl_result

s Table G-4 Text

Sm pl_result

s Table G-4 Text

Sm pl_result

s Table G-4 Number (Double)

G3-2 Text

Sm pl_result

s Table G-4 Text

G2-2 Text G5-1 Table G-3 Text G5-1 Table G-3 Text G5-1 Table G-3 Number (Double) G5-1 Table G-3 Text G5-1 Table G-3 Text G5-1 Table G-3 Number (Double) G5-1 Table G-3 Text G5-1 Table G-3 Text G5-1 Table G-3 Number (Double)G5-1 Table G-3 Text

G5-1 Table G-3 Number (Double) G4-2 Table G-2 Date/Time G4-2 Table G-2 Number (Double) G5-1 Table G-3 Text G5-1 Table G-3 Number (Double) G4-1 Table G-1 Date/Time G4-1 Table G-1 Text G4-1 Table G-1 Text Sm pl_lab Text G2-3 Text

D2-7 Table D-2 Number (Double) D2-7 Table D-2 Number (Double) D4-24 Text

D4-24 Text F4-18 Table F-13 Text F4-18 Table F-13 Number (Double) F4-7 Number (Double) F4-17 Table F-12 Number (Double) F4-17 Table F-12 Text

F4-17 Table F-12 Number (Double) F4-2 Yes/No

F4-1 Table F-5 Number (Double) F4-1 Table F-5 Number (Double)

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F4-1 Table F-5 Text F4-1 Table F-5 Text F4-6 Text

F4-6 Text

F4-1 Table F-5 Number (Double) F4-3 Table F-6 Text

F4-5 Table F-8 Number (Double)

F4-5 Table F-8 Date/Time

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F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double) F4-16 Table F-11 Text

F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double) F4-16 Table F-11 Text

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Text

F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double) F4-16 Table F-11 Text

F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Text F4-16 Table F-11 Number (Double) F4-16 Table F-11 Text F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double)

F4-16 Table F-11 Number (Double) F4-16 Table F-11 Number (Double) F3-21 Text

F4-1 Table F-5 Text F4-3 Table F-6 Text

F4-3 Table F-6 Text

F4-3 Table F-6 Number (Double)

F4-3 Table F-6 Number (Double)

F4-3 Table F-6 Number (Double)

F4-3 Table F-6 Number (Double)

F4-3 Table F-6 Number (Double)

F4-14 Text

F4-14 Table F-9 Number (Double)

F4-14 Table F-9 Number (Double) F4-14 Table F-9 Text F4-14 Table F-9 TextF4-14 Table F-9 Text

F4-14 Table F-9 Number (Double) F4-14 Table F-9 Text F4-14 Table F-9 Text

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F4-11 Text

F4-11 Text

F4-11 Text

F4-11 Text

F4-11 Text

F4-11 Text F4-11 Text

F4-12 Text

F4-12 Text

F4-12 Text

F4-12 Text

F4-12 Text

F4-12 Text

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H3-2 Text

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me Text

WWT S_na

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WWT S_na

me Table H-5 Text

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D2-5 Text

D2-7 Text

A6-1 Table A-8 Text A6-1 Table A-8 Number (Double) E2-1 Table E-1 Text

E2-2 Table E-2 Text

Operation_I D Text

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E2-1 Table E-1 Text E2-2 Table E-2 Text E2-1 Table E-1 Text

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C1-2 Table C-1 Number (Double) C1-2 Table C-1 Number (Double) C1-2 Table C-1 Text C1-2 Table C-1 Text D2-4 Mem o

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Outfall_Num ber Table A-3 Text

F2-7 Text

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F3-17 Text

F3-19 Text

F4-1 Table F-5 Text F4-1 Table F-5 Text B7-5 Text B7-7 Text A9-6 Text

A9-11 Text

A12-5 Text

A2-10 Table A-3 Number (Double) A2-10 Table A-3 Number (Double) A2-10 Table A-3 Number (Double) A2-10 Table A-3 Number (Double) A2-10 Table A-3 Number (Double)

A2-10 Table A-3 Number (Double)

A2-10 Table A-3 Number (Double) A2-10 Table A-3 Number (Double) A2-10 Table A-3 Number (Double) C1-2 Table C-1 Number (Double) A3-2 Table A-4 TextA3-2 Table A-4 Number (Double)

A3-2 Table A-4 Text A3-2 Table A-4 Number (Double) A3-2 Table A-4 Number (Double) A3-2 Table A-4 Number (Double) A3-2 Table A-4 Text A3-2 Table A-4 Text A3-2 Table A-4 Number (Double) A3-2 Table A-4 Number (Double) A3-2 Table A-4 Number (Double) A3-2 Table A-4 Number (Double) A3-2 Table A-4 Text A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text

A3-3 Table A-5 Text A3-3 Table A-5 Text A3-3 Table A-5 Text A3-3 Table A-5 Text A3-3 Table A-5 Text A3-3 Table A-5 Text A3-3 Table A-5 Text

A3-3 Table A-5 Text A3-3 Table A-5 Text A3-3 Table A-5 Text A3-3 Table A-5 Text A2-4 Table A-2 Text

A2-4 Table A-2 Text

A2-4 Table A-2 TextA2-4 Table A-2 Text

A2-4 Table A-2 Text

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Plant_ID Number (Long Integer) Plant_ID Table B-9 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table B-10 Number (Double) Plant_ID Table B-11 Number (Double) Plant_ID Table B-12 Number (Double) Plant_ID Number (Double) Plant_ID Table C-2 Number (Double) Plant_ID Table C-3 Number (Double) Plant_ID Number (Double) Plant_ID Table C-4 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table C-6 Number (Double) Plant_ID Number (Double) Plant_ID Table C-7 Number (Double) Plant_ID Table C-8 Number (Double) Plant_ID Table C-9 Number (Double) Plant_ID Table C-10 Number (Double) Plant_ID Number (Double) Plant_ID Table C-11 Number (Double) Plant_ID Table C-12 Number (Double) Plant_ID Number (Double) Plant_ID Table C-13 Number (Double) Plant_ID Table C-14 Number (Double) Plant_ID Table C-15 Number (Double) Plant_ID Number (Double) Plant_ID Table C-16 Number (Double) Plant_ID Table C-17 Number (Double) Plant_ID Number (Double) Plant_ID Table C-19 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table C-21 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double)Plant_ID Number (Double)

Plant_ID Table C-23 Number (Double) Plant_ID Number (Double) Plant_ID Table C-24 Number (Double) Plant_ID Table C-25 Number (Double) Plant_ID Table C-26 Number (Double) Plant_ID Number (Double) Plant_ID Table C-27 Number (Double) Plant_ID Table C-28 Number (Double) Plant_ID Number (Double) Plant_ID Table C-29 Number (Double) Plant_ID Table C-30 Number (Double) Plant_ID Table C-31 Number (Double) Plant_ID Number (Double) Plant_ID Table C-32 Number (Double) Plant_ID Table C-33 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table D-1 Number (Double) Plant_ID Table D-1 Number (Double) Plant_ID Table D-1 Number (Double) Plant_ID Table D-2 Number (Double) Plant_ID Number (Double) Plant_ID Table D-3 Number (Double) Plant_ID Table D-4 Number (Double) Plant_ID Number (Double) Plant_ID Table D-5 Number (Double) Plant_ID Table D-6 Number (Double) Plant_ID Table D-7 Number (Double) Plant_ID Number (Double) Plant_ID Table D-8 Number (Double) Plant_ID Table D-9 Number (Double) Plant_ID Table D-10 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table D-11 Number (Double) Plant_ID Table D-12 Number (Double) Plant_ID Table D-13 Number (Double) Plant_ID Number (Double) Plant_ID Table D-14 Number (Double) Plant_ID Table D-15 Number (Double) Plant_ID Number (Double)Plant_ID Number (Double)

Plant_ID Table D-16 Number (Double) Plant_ID Number (Long Integer) Plant_ID Number (Double) Plant_ID Table E-1 Number (Double) Plant_ID Table E-2 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table G-1 Number (Double) Plant_ID Table G-2 Number (Double) Plant_ID Table G-3 Number (Double) Plant_ID Number (Double) Plant_ID Table G-4 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table H-1 Number (Double) Plant_ID Table H-2 Number (Double) Plant_ID Number (Double) Plant_ID Table H-3 Number (Double) Plant_ID Table H-5 Number (Double) Plant_ID Number (Double) Plant_ID Number (Long Integer) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table F-1 Number (Double) Plant_ID Table F-2 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table F-3 Number (Double) Plant_ID Table F-4 Number (Double) Plant_ID Table F-4 Number (Double) Plant_ID Table F-5 Number (Double) Plant_ID Table F-5 Number (Double) Plant_ID Number (Double) Plant_ID Table F-6 Number (Double)Plant_ID Table F-7 Number (Double)

Plant_ID Table F-8 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table F-9 Number (Double) Plant_ID Table F-10 Number (Double) Plant_ID Table F-11 Number (Double) Plant_ID Table F-12 Number (Double) Plant_ID Number (Double) Plant_ID Table F-13 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) Plant_ID Table A-12 Number (Double) Plant_ID Number (Double) Plant_ID Number (Double) A1-1 Text A1-1 Text A1-1 Text A1-1 Number (Double) D5-11 Table D-12 Number (Double) D5-11 Table D-12 Text D5-11 Table D-12 Text F4-1 Table F-5 Number (Double) F4-1 Table F-5 Number (Double)

F4-1 Table F-5 Number (Double) F4-1 Table F-5 Number (Double) F4-1 Table F-5 Number (Double)

F4-1 Table F-5 Text F5-3 Text

F5-5 Text H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text H3-5 Table H-5 TextH3-4 Table H-3 Text

H3-5 Table H-5 Text

H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text

H3-5 Table H-5 Text

H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text

H3-5 Table H-5 Text

H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text

H3-5 Table H-5 Text

H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text H3-5 Table H-5 Text D6-1 Text

D6-3 Yes/No

F2-1 Text F2-1 Text

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A3-3 Table A-5 Text F3-14 Text F3-17 Text F3-19 Text F4-4 Table F-7 Text

F4-5 Table F-8 Text

D5-2 Table D-11 Text D5-11 Table D-12 Text D2-6 Table D-1 Number (Double) D2-6 Table D-1 Number (Double) D2-6 Table D-1 Number (Double) Pond/Landfil l ID Text

Pond/Landfill ID

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Pond_Landf ill_ID Text

Pond_Landf ill_ID Table F-14 Text

F2-8 Text

F2-8 Text

F2-8 Text

F2-8 Text

F2-8 Text

F2-8 Text

F2-7 Text

F2-7 Text

F2-7 Text

F2-7 Text

F2-7 Text

F2-7 Text

F2-7 TextF2-7 Text

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F2-7 Text

F2-7 Text F2-7 Text F2-5 Mem o F2-5 Number (Double) F2-6 Text

F2-6 Text

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F2-4 Text

F2-4 Text

F2-4 Text

F2-4 Text F2-5 Number (Double) F2-5 Number (Double) F2-9 Text

F2-2 Text

F2-2 Text F2-3 Text

F2-3 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text Comment Mem o Comment_# Text D6-4 TextD6-4 Mem o

F2-10 Text

F2-10 Number (Double) F2-10 Number (Double) F2-10 Text

C1-2 Table C-1 Number (Double) F1-1 Text

A7-3 Text

A1-11 Text

A1-11 Text

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A6-2 Table A-9 Text

A6-2 Table A-9 Text

A6-2 Table A-9 Text

A1-6 Text

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A9-5 Text

A9-5 Text

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A9-5 TextA9-5 Text

A9-5 Text

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A9-6 Text

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A9-6 Text

A9-6 Text A9-6 Text

A9-6 Text A9-6 Text A9-6 Text A9-4 Number (Double)

A9-4 Number (Double)

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A9-1 Table A-12 Text A9-1 Table A-12 Text A9-1 Table A-12 Text

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A9-2 Table A-13 Text A9-3 Text

A9-10 Text

A9-10 Text

A9-10 Text

A9-10 Text

A9-10 Text

A9-10 Text

A9-10 Text

A9-10 Text

A9-10 Text

A9-11 Text A9-11 Text A9-11 Text

A9-11 Text

A9-11 Text

A9-11 Text A9-11 Text

A9-11 Text A9-11 Text A9-11 Text A9-11 Text A9-11 Text A9-11 Text

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seunit_ID Table C-3 Text seunit_ID Text seunit_ID Table C-4 Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Table C-10 Text seunit_ID Text seunit_ID Table C-11 Text seunit_ID Table C-12 Text seunit_ID Text seunit_ID Table C-19 Text seunit_ID Text seunit_ID Text seunit_ID Table C-21 Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Table C-26 Text seunit_ID Text seunit_ID Table C-27 Text seunit_ID Table C-28 Text seunit_ID Table E-1 Text seunit_ID Table E-2 Text seunit_ID Text seunit_ID Text A6-1 Table A-8 Text

A6-2 Table A-9 Text

A9-1 Table A-12 Text A9-1 Table A-12 Text A6-1 Table A-8 Text A6-1 Table A-8 Text A6-2 Table A-9 Text

A6-1 Table A-8 Text A6-2 Table A-9 Text Sm pl_result

s Table G-4 Text

G3-3 Yes/NoB1-2 Table B-1 Text

B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text B1-2 Table B-1 Text D5-9 Mem o

D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text A6-1 Table A-8 Number (Double) A6-2 Table A-9 Number (Double) A1-12 Text A1-12 Number (Double) A1-12 Text A1-12 Number (Double) A1-12 Text

A1-12 Mem o

A1-12 Number (Double)

Storage_ID Text Storage_ID Table C-13 Text Storage_ID Table C-14 Text Storage_ID Table C-15 Text Storage_ID TextStorage_ID Table C-29 Text

Storage_ID Table C-30 Text Storage_ID Table C-31 Text C2-9 Table C-4 Text C2-25 Table C-6 Text C2-26 Table C-7 Text C3-15 Table C-21 Text C3-32 Table C-23 Text C2-9 Table C-4 Text C2-25 Table C-6 Text C2-26 Table C-7 Text C3-15 Table C-21 Text C3-32 Table C-23 Text A2-4 Table A-2 Text

D5-6 Text D2-3 Text

D2-3 Mem o A2-8 Text A2-8 Text A2-8 Text A2-8 Text

System_ID Text System_ID Table D-3 Text System_ID Table D-4 Text System_ID Table D-14 Text System_ID Table D-15 Text System_ID Text System_ID Text System_ID Table D-16 Text WWT S_ID Text WWT S_ID Text WWT S_ID Table D-11 Text WWT S_ID Table D-12 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-6 Table D-1 Text D2-7 Table D-2 Text F2-7 Text F3-14 Text

A1-2 Text A1-2 Text A1-2 TextA1-2 Text

A1-2 Text A1-2 Text A1-2 Text A1-2 Date/Time

A1-2 Text A1-2 Date/Time A1-2 Text A1-2 Text A1-2 Number (Double) A1-3 Text A1-3 Text A1-3 Text A1-3 Text

A1-3 Text A1-3 Text A1-3 Text A1-3 Date/Time

A1-3 Text A1-3 Date/Time

A1-3 Text A1-3 Text A1-3 Number (Double) H3-4 Table H-3 Text H3-5 Table H-5 Text H3-4 Table H-3 Text

H3-5 Table H-5 Text

Status Table H-3 Text

Status Table H-5 Text

C1-2 Table C-1 Number (Double)

H3-7 Number (Double)

H3-7 Number (Double)

H3-7 Number (Double)

H3-7 Number (Double)

H3-6 TextH3-6 Text

H3-6 Text H3-6 Text H3-6 Text H3-6 Text H3-6 Text

H3-6 Text

H3-6 Text H3-6 Text H3-6 Text H3-6 Text H3-6 Text H3-3 Number (Double) H3-3 Number (Double) H3-3 Number (Double) H3-3 Number (Double) H3-1 Text

A6-1 Table A-8 Text A6-2 Table A-9 Text A2-4 Table A-2 Text

H2-1 Table H-2 Number (Double) H2-1 Table H-2 Text H2-1 Table H-2 Number (Double) H2-1 Table H-2 Number (Double) H2-1 Table H-2 Text H2-1 Table H-2 Number (Double) H2-1 Table H-2 Text H2-2 Table H-2 Text H2-2 Table H-2 Text

H2-2 Table H-2 Text H2-2 Table H-2 Text H2-2 Table H-2 Text H2-2 Table H-2 Text H2-2 Table H-2 Text H2-2 Table H-2 Text H2-2 Table H-2 Text H2-2 Table H-2 Text

H2-2 Table H-2 Text

H2-2 Table H-2 Text H2-2 Table H-2 TextH2-2 Table H-2 Text

H2-2 Table H-2 Text H2-2 Table H-2 Text C1-2 Table C-1 Number (Double) C1-2 Table C-1 Text D1-1 Text

D1-2 Text

A5-3 Text A12-8 Text

A12-4 Text

A12-4 Number (Double)

A12-4 Text A12-4 Text

A12-4 Text

A12-4 Number (Double)

A12-5 Text A12-5 Text A12-5 Text A12-5 Text

A12-5 Text

A12-5 Text A12-5 Text

A12-5 Text A12-5 Text

A12-5 Text

A12-5 Text

A12-5 Text

A12-5 Text

A12-5 Text

A12-5 Text

A12-5 Text A12-5 Text A12-5 TextA12-5 Text

A12-5 Text

A12-5 Text

A12-5 Text A12-5 Text

A12-5 Text A12-5 Text A12-2 Number (Double)

A12-2 Number (Double)

A12-2 Number (Double)

A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Number (Double) A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Number (Double) A12-7 Text

A12-7 Text A12-7 Text A12-7 Text

A12-7 Text

A12-7 Text A12-8 Text

A12-8 Text

A12-8 Text

A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 Text A12-1 Table A-16 TextA12-3 Text

A12-3 Text

A12-3 Text A12-3 Text A12-3 Text A12-3 Text

A12-3 Text

A12-1 Table A-16 Text

A12-6 Text

B5-2 Table B-8 Number (Double)

B5-2 Table B-8 Number (Double)

B4-9 Number (Double)

B4-9 Number (Double)

B4-9 Number (Double)

B5-2 Table B-8 Text B4-4 Text B4-4 Number (Double) B4-4 Text B4-4 Text

B4-4 Text B4-4 Number (Double) B4-4 Number (Double) B4-2 Number (Double)

B4-2 Number (Double)

B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double)B4-22 Table B-6 Number (Double)

B4-22 Table B-6 Text

B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Text

B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Text

B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-22 Table B-6 Number (Double) B4-3 Text B4-3 Text

B4-3 Text

B4-3 Text B4-3 Text

B4-3 Text

B4-3 Text B4-3 Text

B4-3 Text

B4-3 Text B4-3 Text

B4-3 Text

B4-15 Text

B4-6 Number (Double)

B4-6 Number (Double)

B4-6 Number (Double)B4-21 Table B-5 Text

B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Text B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Text B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Text B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Text B4-21 Table B-5 Text B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Text B4-21 Table B-5 Text B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B4-21 Table B-5 Number (Double) B5-3 TextB5-3 Number (Double)

B5-2 Table B-8 Number (Double) B5-2 Table B-8 Number (Double) B5-3 Text B5-3 Number (Double) B5-2 Table B-8 Number (Double)

B5-2 Table B-8 Number (Double)

B4-8 Number (Double) B4-8 Number (Double) B4-8 Number (Double) B4-7 Number (Double)

B4-7 Number (Double)

B4-7 Number (Double)

B4-16 Text B4-16 Text B4-16 Text B4-16 Text B4-16 Text B4-16 Text

B4-16 Text B5-2 Table B-8 Number (Double) B5-2 Table B-8 Number (Double)

B4-13 Text B4-13 Number (Double) B4-18 Number (Double) B4-18 Number (Double) B4-18 Number (Double) B4-14 Text

B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Text B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Text B4-17 Text B4-17 Text B4-17 Text B4-17 TextB4-17 Text

B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-13 Text B4-13 Number (Double) B4-20 Table B-4 Number (Double)

B4-20 Table B-4 Number (Double)

B4-20 Table B-4 Number (Double)

B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-19 Text

B4-19 Number (Double)

B4-19 Text

B4-19 Number (Double) B4-19 Text B4-19 Text

B4-19 Text B4-19 Text B4-19 Number (Double) B4-13 Text B4-13 Text B4-13 Number (Double) B4-13 Text B4-13 Text B4-13 Number (Double) B4-20 Table B-4 Number (Double)

B4-20 Table B-4 Number (Double)

B4-20 Table B-4 Number (Double)

B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double)B4-20 Table B-4 Number (Double)

B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-20 Table B-4 Number (Double) B4-12 Text B4-12 Text B4-12 Text B4-12 Text

B4-12 Text

B4-12 Text B4-12 Text B4-5 Number (Double) B4-5 Text

B4-5 Number (Double) B4-5 Text

B4-5 Text

B4-5 Text

B4-10 Text B4-10 Text B4-10 Text B4-10 Text

B4-10 Text

B4-10 Text B4-10 Text B4-11 Text B4-11 Text B4-11 Text B4-11 Text

B4-11 Text

B4-11 Text B4-11 Text B4-3 Number (Double) B5-1 Table B-7 Text B5-1 Table B-7 Number (Double) B5-1 Table B-7 Number (Double) B5-1 Table B-7 Text B5-1 Table B-7 Number (Double) B5-1 Table B-7 Number (Double)B5-1 Table B-7 Text

B5-1 Table B-7 Number (Double) B5-1 Table B-7 Number (Double) B5-1 Table B-7 Text B5-1 Table B-7 Number (Double) B5-1 Table B-7 Number (Double) H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text H1-3 Table H-1 Text D6-7 Table D-16 Text D5-1 Text F3-17 Text F3-19 Text D6-7 Table D-16 Number (Double) WWT S_ID Table D-13 Text WWT S_ID Text D5-3 Number (Double) D5-3 Number (Double) D5-3 Number (Double) D5-3 Number (Double) D5-3 Number (Double) D5-3 Number (Double) D5-3 Number (Double) D5-5 Number (Double) D5-5 Number (Double) D5-5 Number (Double) D5-5 Text D5-5 Text D5-5 Text D5-5 Text D5-5 Text D5-5 Text D5-4 Text

D5-4 Text D5-4 Text D5-4 TextD5-4 Text

D5-4 Text D5-4 Text D5-4 Text D5-4 Text D5-4 Text D2-1 Text D5-13 Text D5-13 Table D-13 Number (Double) D5-13 Table D-13 Text D5-13 Table D-13 Text D5-13 Table D-13 Number (Double) D5-13 Table D-13 Number (Double) D5-13 Table D-13 Text D5-13 Table D-13 Text D5-13 Table D-13 Text D5-13 Table D-13 Text D5-2 Table D-11 Date/Time D5-2 Table D-11 Number (Double) D3-2 Table D-3 Text D3-3 Table D-4 Text D5-2 Table D-11 Text D5-11 Table D-12 Text D5-13 Table D-13 Text D3-2 Table D-3 Text D3-3 Table D-4 Text D5-2 Table D-11 Text D5-11 Table D-12 Text D5-13 Table D-13 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Text D5-2 Table D-11 Number (Double) D5-2 Table D-11 Number (Double)**Field Description**

The total unit electric generation in 2009 (MW -hrs). Yes/no/na if plant added chemicals to pond in 2009. Bottom elevation of pond in ft. CBI designation checkbox for QD4-12. Average addition rate (value) Average addition rate (solid or liquid) Average addition rate (gpd or lb/day) Average dose concentration (g/L) of chemical Frequency

of addition (dpy) Location of chemical addition Manufacturer of chemical Purpose of chemical addition Trade name of chemical being added Chemical ty pe Indication of where dredged solids are transferred, used in construction, landfill, sold, or other. Plant explanation of location for dredged solids. Expected year of closure/retirement for pond. Total cost of any

expansion since 1/1/2000. Plant description of any expansions since 1/1/2000. Indication of type of expansion, lateral, vertical, or both. Freeboard height in ft. Lim itation of first pollutant. Lim itation of second pollutant. Lim itation of third pollutant. Units for limitation of first pollutant. Units for limitation of second pollutant. Units for limitation of third pollutant. Liner layer number (numbered from inner to outer layer). Permeability

of liner layer in cm/sec. Thickness of liner layer in cm. Ty pe of liner: compacted clay , geosy nthetic clay , HPDE, or other. Plant provided explanation for 'other'. Maximum height of berms/dams above grade in ft. Name of first pollutant driving operation of pond. Name of second pollutant driving operation of pond. Name of third pollutant driving operation of pond. Number of cells in pond unit. Yes/no/na if pond unit has ever been dredged. Am ount removed in last year of dredging, tons. Frequency

of dredging in the year it was last dredged, days per year. Number of dredgings in last 5 years. Year of last dredging.Am ount removed in last 5 years, tons.

Number of days dredged in last 5 years. Yes/no/na if the pond has been expanded since being built. Life of pond unit in years. Yes/no/na if the pond unit has a liner. Pond unit residence time in hours. Yes/no if the plant operates or plans to operate any active/inactive/open ponds for storage, treatment, and/or disposal of process ww, by-products, or residues from the combustion of coal, pet coke, and/or oil. Surface area of pond in ft2. Status of dimension: original, current, or expected close. Top elevation of pond in ft, height of berm/dam. Total amount of solids placed in the pond in tons. Checkbox to indicate chlorine and other oxidizing agents as targeted pollutants.

Checkbox to indicate metal as targeted pollutant. Specific ty pe of metal targeted. Checkbox to indicate no pollutants are targeted for removal by pond. Checkbox to indicate nitrogen compounds as targeted pollutant. Checkbox to indicate oil and grease as targeted pollutant. Checkbox to indicate organic acids as targeted pollutant. Checkbox to indicate plant targets other pollutants not listed. Other targeted pollutants not in listed on survey

. Checkbox to indicate TSS as targeted pollutant. Volum e of pond unit in ft3. Additive used or planned to be used in FGD system Additive is Used or is Planned to be Used in FGD System(s) 1 Additive is Used or is Planned to be Used in FGD System(s) 2 Additive is Used or is Planned to be Used in FGD System(s) 3 Additive is Used or is Planned to be Used in FGD System(s) 4 Additive is Used or is Planned to be Used in FGD System(s) 5 Additive is Used or is Planned to be Used in FGD System(s) 6 Additive is Used or is Planned to be Used in FGD System(s) A Additive is Used or is Planned to be Used in FGD System(s) B Additive is Used or is Planned to be Used in FGD System(s) C Other method for combining air heater ash with FA and/or BA Economizer ash is hauled of site (to be given away) Percentage of economizer ash hauled off site to be given away Economizer ash is stored in a landfill not reported in Table A-6 Percentage of economizer ash not stored in a landfill reported in Table A-6 Economizer ash stored in a landfill in Table A-6 Percentage of economizer ash stored in a landfill in Table A-6 Economizer ash is hauled off site (to be marketed) Percentage of economizer ash hauled off site to be marketed Other destination of economizer ash Description of other destination of economizer ashPercentage of economizer ash in other destination

Economizer ash stored in a pond reported in Table A-4 Percentage of economizer ash stored in a pond reported in Table A-4 Frequency

of air heater ash production (dpy) Am ount of air heater ash produced (tpd - dry weight basis) Is process wastewater generated from the handling of air heater ash Method of handling air heater ash If segregated from FA/BA, how is it handled How the air heater ash is combined with FA and/or BA Frequency

of wastewater (Over ____ days) Destination of air heater ash wastewater generated Volum e of wastewater produced (gpd) The yes/no answer to whether the plant's Air Pollution Operating permit is under developm ent. Comment from plant for Part C. Question number reference for Part C comment. Checkbox to indicate diagram is attached. Yes/no if plant has attached big proposal/engineering report for proposal or report prepared since 1/1/1995 for W WT S. The ty pe of boiler or reactor for the associated Steam Electric Unit is a cyclonefired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a waste heat recovery

boiler (HRSG). The ty pe of boiler or reactor for the associated Steam Electric Unit is another ty pe. The description of the other ty pe of boiler/reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is a tangential-fired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a wallfired boiler. Is wet sluicing used to collect bottom ash from this unit? Ty pe of bottom ash handling (W et vs. Dry) We t bottom ash handling system operated in order to maintain its function as a backup Number of days wet ash handling system operated in order to maintain its function as a backup Ty pe of boiler Other ty pe of boiler description Both wet and dry

handling for other reason Number of days wet ash handling system was operated because of other

reason Description of other reason for handling bottom ash both wet and dry We t bottom ash handling system operated because the dry bottom ash handling system does not have the capacity to handle all of the bottom ash Number of days wet ash handling system was operated because dry system does not have the capacity to handle all of the ash Other change expected in bottom ash handling operations Description of other change expected in bottom ash handling operationsAre all m ajor components of the conveyance portion of the bottom ash handling

system included in the capital costs reported in table Btm_Cnvy _Capital_Cost

Cost for modifications to the system Year on which m odifications cost is based Cost for system as originally installed Year on which original cost is based Project description for each subcategory of capital costs in Table C-27 Ty pe of bottom ash handling conveyance components Capacity of conveyance components in the system Capacity units of conveyance component in the system Other unit of conveyance component in the system Number of conveyance components in the system List of components included/excluded in the total capital cost in table Btm _Cnvy

_Captial_Cost Description of other ty pe of bottom ash handling conveyance components List of all major components in the bottom ash conveyance system that a contractor constructed/installed (or plans to) at the contractor's expense Contractor installed/will install all components identified in Btm_Cnvy _Cmpnts at the contractor's expense List of all major O&M activities of the bottom ash conveyance system that a contractor oversees (or plans to) at the contractor's expense Contractor oversees/will oversee all O&M activities in dealing with the conveyance portion of the bottom ash handling system at the contractor's expense Annual 2009 energy

cost 2009 Consumption (kW h/hr) energy 2009 Rate $ per kW h energy Annual 2009 m aintenance labor 2009 Rate per hour (average rate of labor) maintenance labor 2009 Staffing (Days per year) maintenance labor 2009 Staffing (Hours per day) maintenance labor 2009 Staffing (No. of workers) maintenance labor Annual 2009 m aintenance material cost Annual 2009 operating labor cost 2009 Rate per hour (average rate of labor) operating labor 2009 Staffing (Days per year) operating labor 2009 Staffing (Hours per day) operating labor 2009 Staffing (No. of workers) operating labor Annual 2009 other (1) cost Other (1) annual cost description Annual 2009 other (2) cost Other (2) annual cost description Total 2009 Annual O&M Cost for Conveyance Capital cost - hired outside engineering firm to oversee design and/or installation of the system Bottom ash conveyance system planned Project description for each subcategory of capital costs in Table C-27Bottom ash handling operations are expected to decrease in the use of the wet

bottom ash handling system Expected number of days wet bottom ash handling system is expected to operate per year Design ash handling rate of wet conveyed bottom ash - days per year Design ash handling rate of dry conveyed bottom ash - tons per day Design ash handling rate of wet conveyed bottom ash - days per year Design ash handling rate of wet conveyed bottom ash - tons per day Bottom ash storage destination type (Intermediate vs. Final) Block diagram of the entire bottom ash handling system is attached Other bottom ash disposal Description of other bottom ash disposal Ty pical percent moisture of bottom ash disposed in other ash disposal process

Am ount (tons) of solids disposed by other ash disposal process Bottom ash is sold or given away with further treatment Ty pical percent moisture of treated bottom ash disposed Am ount (tons) of solids disposed (dry weight) treated Bottom ash is sold or given away without further treatment Ty pical percent moisture of untreated bottom ash disposed Am ount (tons) of solids disposed (dry weight) untreated Bottom ash is stored in landfills reported in Table A-6 Ty pical percent moisture of bottom ash disposed in landfills reported in Table A6 Am ount (tons) of solids disposed (dry weight) in landfills reported in Table A-6 Bottom ash is stored in landfills not reported in Table A-6 Ty pical percent moisture of bottom ash disposed in landfills not reported in Table A-6 Am ount (tons) of solids disposed (dryweight) in landfills not reported in Table A6 Bottom ash is stored in/transferred to a pond/impoundment reported in Table A4 Ty pical percent moisture of bottom ash disposed in pond/impoundment in Table A-4 Am ount (tons) of solids disposed (dry weight) to a pond/im poundm ent in Table A-4 Cost estimates for the installation or planned installation have been developed Cost estimates for the installation or planned installation of the dry bottom ash handling system attached Explanation for documents not attached Cost estimates that have been obtained/developed since 1/1/1995 for a dry bottom ash conversion/installation Cost estimates have been attached Explanation for why

cost estimates were not attached Number of days dry

conveyed ash was handled by the bottom ash handling system in 2009 Dry bottom ash stored in landfills not reported in Table A-6 Percent of the dry

bottom ash stored in landfills not reported in Table A-6 Dry bottom ash stored in landfills reported in Table A-6Percent of the dry bottom ash stored in Table A-6 landfills Market Destination 1 of dry bottom ash Market Destination 2 of dry bottom ash Market Destination 3 of dry bottom ash Other description of market destination 1 of dry bottom ash Other description of market destination 2 of dry bottom ash Other description of market destination 3 of dry bottom ash Percent of the dry

bottom ash to market destination 1 Percent of the dry

bottom ash to market destination 2 Percent of the dry

bottom ash to market destination 3 Dry bottom ash marketed, sold, or given away Other destination of dry bottom ash Description of other destination of dry bottom ash Percent of the dry

bottom ash to the other destination Is the plant in the process of installing a dry bottom ash handling system Estimated shutdown time in days required to bring the bottom ash handling system online Does the plant market, sell, and/or give away dry bottom ash from the dry ash handling system 2005 gross revenue generated 2005 tons of dry

bottom ash (dry

basis) 2007 gross revenue generated 2007 tons of dry

bottom ash (dry

basis) 2009 gross revenue generated 2009 tons of dry

bottom ash (dry

basis) Destination of marketed dry bottom ash Ty pical percent moisture of dry bottom ash Is the plant planning to install a dry bottom ash handling system Estimated shutdown time in days required to bring the planned bottom ash handling system online Dry pressure bottom ash handling system Wa s the dry

bottom ash handling system installed as a retrofit Process diagram(s) for the dry bottom ash handling retrofit that depicts the conveyance portion of the system is attached Wa s a unit outage(s), outside of regularly scheduled outages, required to bring the dry bottom ash handling system on line? Shutdown tim e (in days) required to bring the dry bottom ash handling system online Ty pe of retrofit to the bottom ash handling system Year dry bottom ash handling retrofit was built Dry vacuum bottom ash handling system Bottom ash handling operations are expected to end the use of the wet bottom ash handling system Expected wet bottom ash handling system end date Bottom ash handling operations are expected to expand capacity of handling and/or storage List of Units that contribute to FA and BA shared storage Does this storage ID store both fly and bottom ash together?Does the plant use the same transport and disposal methods for both fly and bottom ash Units contributing FA and BA to transport and disposal system Increase the capacity

of the dry

bottom ash conveyance equipment Install/increase the capacity of the landfills Increase the capacity

of the silos Increase the number of silos Changes to air permit for dry bottom handling Boiler alteration to accommodate MDS Changes in ash disposal practices for dry bottom handling Installation of completely dry bottom ash handling system Other changes in ash disposal practices for bottom ash handling Explanation of other changes in ash disposal practices for bottom ash handling

Dust suppression activities for bottom ash handling Hauling ash to off-site storage for bottom ash handling Construction of haul roads for dry bottom handling Increase capacity

of landfill for dry

bottom handling Increased capacity

landfill ID from Table A-6 Installation of mechanical drag system for dry bottom handling Construction of landfill for dry bottom handling Constructed landfill ID from Table A-6 Marketing of ash for dry bottom handling Changes in personnel/training for dry bottom ash handling Description of changes to personnel/training Other changes to install dry bottom handling Description of other changes to install dry bottom handling Physical changes to install dry bottom handling Construction of rail track for dry bottom handling Modification of silos for ash transfer to rail cars for dry bottom handling Modification of silos for marketable ash for dry bottom handling Modification of silos to moisture-condition ash for dry bottom handling Installation of storage silos for dry bottom handling Storage of ash in landfill for dry bottom handling Landfill ID from Table A-6 Dry conveyed LOI maximum value (percent) Dry conveyed LOI minimum value (percent) LOI of dry

conveyed bottom ash - NA LOI of dry

conveyed bottom ash not monitored We t conveyed LOI maximum value (percent) We t conveyed LOI minimum value (percent) LOI of wet conveyed ash - NA LOI of wet conveyed bottom ash not monitored We t bottom ash handling system operated when the dry bottom ash collection system was not operational due to maintenance issuesNumber of days wet ash handling system operated because the dry system was down due to m aintenance Mechanical drag bottom ash handling system Ty pe and description of the process of removing bottom ash from the generating unit boiler Is any process wastewater generated from overflow from the mechanical drag system Other destination for MDS wastewater overflow Description of other destination for MDS wastewater overflow MDS wastewater overflow is indirectly discharged to a POTW or PrOTW MDS wastewater overflow is immediately recycled back to plant process Description of how the MDS wastewater overflow recycle is reused The amount of MDS wastewater overflow recycled back to the plant process (gpd) MDS wastewater overflow is discharged to SW MDS wastewater overflow is transferred to an onsite treatment system Other onsite treatment for MDS wastewater overflow Description of onsite treatment for MDS wastewater overflow MDS wastewater overflow is treated with pH adjustment MDS wastewater overflow is sent to a pond MDS wastewater overflow is sent to constructed wetlands Am ount of wastewater overflow from mechanical drag system (gpd) Other modification necessary to handle all of the bottom ash dry Description of other modification to handle all of the bottom ash dry Modify the loading silos to have the ability to moisture condition the ash Ty pical percent moisture of dry conveyed bottom ash Ty pical percent moisture of wet conveyed bottom ash Description of new infrastructure needed Design/develop new infrastructure to dispose of dry ash No change expected in bottom ash handling operations No system modification necessary (procedural changes would be sufficient) We t bottom ash handling system operated during times in which the dry collected bottom ash was not marketable Number of days wet ash handling system operated because dry ash was not

ma rketable Other ty pe of bottom ash handling system Description of other ty pe of bottom ash handling system Dry bottom ash handling caused outage - total days in 2005 Method(s) used to resolve outage(s) Reason for outage We t bottom ash handling caused outage - total days in 2005 Method(s) used to resolve outage(s) Reason for outage Dry bottom ash handling caused outage - total days in 2006 Method(s) used to resolve outage(s) Reason for outage We t bottom ash handling caused outage - total days in 2006Method(s) used to resolve outage(s)

Reason for outage Dry bottom ash handling caused outage - total days in 2007 Method(s) used to resolve outage(s) Reason for outage We t bottom ash handling caused outage - total days in 2007 Method(s) used to resolve outage(s) Reason for outage Dry bottom ash handling caused outage - total days in 2008 Method(s) used to resolve outage(s) Reason for outage We t bottom ash handling caused outage - total days in 2008 Method(s) used to resolve outage(s) Reason for outage Dry bottom ash handling caused outage - total days in 2009 Method(s) used to resolve outage(s) Reason for outage We t bottom ash handling caused outage - total days in 2009 Method(s) used to resolve outage(s) Reason for outage Percent of dry

/wet conveyed bottom ash to this destination Does solids removed (other than in pond(s) occur at the plant? Ty pical amount of bottom ash produced in 2009 (dry weight basis) - dry conveyed days per year Ty pical amount of bottom ash produced in 2009 (dry weight basis) - dry conveyed tons per day Ty pical amount of bottom ash produced in 2009 (dry weight basis) - wet conveyed days per year Ty pical amount of bottom ash produced in 2009 (dry weight basis) - wet conveyed tons per day Changes to the air permit for dry bottom retrofit Boiler alteration to accommodate mechanical drag system for dry bottom retrofit Changes in ash disposal practices for dry bottom retrofit Other changes in ash disposal practices for dry bottom retrofit Description of other changes in ash disposal practices for dry bottom retrofit Dust suppression activities for dry bottom retrofit Expansion of pressure/vacuum system and piping for dry bottom retrofit Hauling ash to off-site storage for dry bottom retrofit Construction of haul roads for dry bottom retrofit Increasing landfill capacity for dry bottom retrofit Increased capacity

landfill ID from Table A-6 Installation of pressure/vacuum system and piping for dry bottom retrofit Construction of landfills for dry bottom retrofit Construction of landfill ID from Table A-6 Marketing of ash for dry bottom retrofit Changes in personnel and training for dry bottom retrofitExplanation of changes in the personnel/training required

Description of other changes required for the dry bottom retrofit Other changes required for the dry bottom retrofit Physical changes required to retrofit the dry bottom ash handling system Construction of rail track for dry bottom retrofit Modification of silos for ash transfer to rail cars for dry bottom retrofit Modification of silos for marketable ash for dry bottom retrofit Modification of silos to moisture condition the ash for dry bottom retrofit Installation of storage silos for dry bottom retrofit Storage of ash in landfills for dry bottom retrofit Landfill IDs of ash storage for dry bottom retrofit Solids removal by

centrifuges Wa stewater overflow destination marked "Other" Description of "Other" wastewater overflow destination Solids removal by

dewatering bins Solids removal by

filters Solids removal by

hydroclones Other form of solids removal Description of other form of solids removal Am ount of wastewater overflow from solids removal for the wet ash sluice system Wa stewater overflow is indirectly discharged to a POTW or PrOTW Wa stewater overflow immediately recycled back to plant process Description of how the wastewater overflow is reused Am ount of wastewater overflow that is recycled (gpd) Wa stewater overflow discharges to SW Wa stewater overflow is transferred to an on-site treatment system Wa stewater overflow treated by "other" Description of "other" wastewater overflow on site treatment Wa stewater overflow treated with pH adjustment Wa stewater overflow treated in settling pond Wa stewater overflow treated in constructed wetlands Average sluice water flow rate (gpd) Criteria for selecting water sources that may be used as a source of bottom ash sluice water - chlorides concentration Maximum chlorides concentrations (ppm) for selection of water sources for use as bottom ash sluice water Ty pical duration of sluicing (hpd) Ty pical frequency

of sluicing (dpy) Other criteria for selecting water sources that may be used as a source of bottom ash sluice water Description of other criteria for source water used as bottom as sluice water Other maximum criteria amount (ppm) Percent contribution of option 1 sluice water Percent contribution of option 2 sluice water Percent contribution of option 3 sluice waterPercent contribution of other sluice water

Is any of the wet bottom ash sluice indirectly discharged to a POTW or PrOTW

Is any of the wet bottom ash sluice water immediately recycled back to plant process Description of how wet bottom ash sluice water is recycled back to the plant process Criteria for selecting water sources that may be used as a source of bottom ash sluice water - solids percentage Maximum solids percentage (%) for selection of water sources for use ash bottom ash sluice water Source of sluice water - Option 1 Source of sluice water - Option 2 Source of sluice water - Option 3 Source of sluice water - "Other" field Are all m ajor components of the storage ID included in Btm _Storage_Capitcal_Cost Cost for modifications to the system Year on which m odifications cost is based Year on which original cost is based Project description for each subcategory of capital costs in Table C-30 Individual com ponents of the intermediate storage destination Capacity of ty pe of intermediate storage component(s) Component capacity

units Other component capacity units Number of ty pe of intermediate storage component in the system If not, list of what is and what is not included in the costs from Btm _Storage_Capital_Cost Other ty pe of component of the intermediate storage destination All m ajor components of this Storage ID that contractors(s) constructed or installed at the contractors expense. Contractor installed/will install ALL components in Btm_Storage_Cmpnts at the contractor's expense All O&M activities that contactor(s) oversee/will oversee at the contractor's expense. Contractor oversees/will oversee ALL operations at the contractor's expense Distance from the unit to intermediate storage or from intermediate storage to the final disposal/destination 2009 Annual cost for energy 2009 consumption kW h/hr for energy 2009 rate per kW h for energy 2009 Annual cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (days per year ) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Annual cost for maintenance materials 2009 Annual cost for operating labor (all other) 2009 Rate per hour (average rate of labor) for operating labor (all other)2009 Staffing (days per year ) for operating labor (all other)

2009 Staffing (hours per day) for operating labor (all other) 2009 Staffing (No. of workers) for operating labor (all other) 2009 Annual cost for operating labor - water trucks only 2009 Rate per hour (average rate of labor) for operating labor - water trucks only 2009 Staffing (days per year ) for operating labor - water trucks only 2009 Staffing (hours per day) for operating labor - water trucks only 2009 Staffing (No. of workers) for operating labor - water trucks only 2009 Annual Other (1) cost Other (1) description of 2009 annual cost 2009 Annual Other (2) cost Other (2) description of 2009 annual cost Total 2009 Annual Cost - Intermediate Storage Hired outside engineering firm to oversee design and/or installation of system Percent moisture of the bottom ash entering the destination (%) Storage destination ID is a planned destination Is the final storage destination a pond/impoundment? Tons of bottom ash transported to destination in 2008 (dry weight basis) How is the bottom ash transported to destination Other method of bottom ash transportation to destination Are all m ajor components listed included in the cost reported in Btm _Trspt_Disp_Capital_Cost Cost for modifications to the system Year on which m odifications cost is based Year on which original cost is based Project description for each subcategory of capital costs in Table C-27 If no, list of what is and what is not included in the capital cost in Btm _Trspt_Disp_Capital_Cost List all of the major components for transport and disposal that a contractor installed/will install at their expense List of all the O&M activities for transport and disposal that a contractor oversees/will oversee at their expense Contractor oversees/will oversee all O&M at the contractors expense Contractor installed/will install all ash transport/disposal equipment at the contractors expense 2009 Annual cost for ash removal/disposal fee 2009 Annual energy

costs 2009 rate per kW h for energy 2009 consumption kW h/hr for energy Annual 2009 Cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (days per year) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Annual cost for maintenance materials Annual 2009 Cost for operating labor - all other2009 Rate per hour (average rate of labor) for operating labor - all other

2009 Staffing (days per year) for operating labor - all other 2009 Staffing (hours per day) for operating labor - all other 2009 Staffing (No. of workers) for operating labor - all other Annual 2009 Cost for operating labor - trucks/rail cars/other transport Transport Rate (Days per year) 2009 Rate per hour (average rate of labor) for operating labor - trucks/rail cars/ other transport Transport Rate (Loads per day) 2009 Staffing (days per year) for operating labor - trucks/rail cars/ other transport 2009 Staffing (hours per day) for operating labor - trucks/rail cars/ other transport 2009 Staffing (No. of workers) for operating labor - trucks/rail cars/ other transport Description of other (1) annual cost 2009 Other (1) annual cost Description of other (2) annual cost 2009 Other (2) annual cost Total 2009 Annual Cost for transport and disposal Cost for system as originally installed Other method used to transport collected bottom ash to final disposal Description of other transport method Hire outside engineering firm to oversee design and/or installation of the system

Is a pond/impoundment the final destination of all bottom ash collected by the plant? Rail cars are used to transport the collected bottom ash to the final disposal Rail cars were purchased Rail cars are contracted out Rail cars are leased Number of rail cars used Trucks are used to transport the collected bottom ash to final disposal Trucks were purchased Trucks are contracted out Trucks are leased Number of trucks used Has the plant encountered any unscheduled outages on this generating unit caused by

the bottom ash handling system Does the plant use a mechanical drag system to remove bottom ash from this generating unit boiler? Number of days wet conveyed ash was handled by the bottom ash handling system in 2009 Does the plant market, sell, and/or give away wet bottom ash from the wet ash handling system 2005 gross revenue generated 2005 tons of wet bottom ash (dry basis) 2007 gross revenue generated2007 tons of wet bottom ash (dry basis) 2009 gross revenue generated 2009 tons of wet bottom ash (dry basis) Destination market of wet bottom ash Ty pical percent moisture of wet bottom ash We t sluicing bottom ash handling system Wa s the bottom ash from this unit handled both wet and dry? The Yes/No response to if the total BTUs generated by the fossil/nuclear fuels comprise 50 percent or more of the total BTUs generated by all fuels for the steam electric generating unit in 2009. Yes/no if plant has built any structures on top of closed pond. Plant provided description of structure and challenges in building on closed pond. Total acreage of buildings and other developed areas Total capital cost for each project area. Ty pe of capital project or area of direct cost, one of the following: purchased equipm ent, purchased equipment installation, buildings, site preparation, or land. Year on which provided cost is based. The total plant nameplate electric generating capacity

. The total electric net summer electric generating capacity

. The total electric net winter electric generating capacity

. Yes/no response to whether the plant generates any process wastewater associated with the blending of the coals in 2009. The volume of process wastewater generated by the blending of coal in 2009. The number of days that process wastewater was generated by the blending of coal in 2009. The units that the volume of process wastewater generated by the blending of coal in 2009 is in. CBI designation checkbox for QD4-12 CBI designation checkbox for QD4-6. CBI designation checkbox for QD4-9. CBI designation checkbox for QD4-8. CBI designation checkbox for QD4-11. CBI designation checkbox for QD4-3. CBI designation checkbox for QD4-7. CBI designation checkbox for QD4-4. CBI designation checkbox for QD4-4. CBI designation checkbox for QD4-2. CBI designation checkbox for QD4-1. CBI designation checkbox for QD4-10. CBI designation checkbox for Q3-1/ Table B-3 CBI designation checkbox for A1-1. CBI designation checkbox for QC5-5 CBI designation checkbox for QC5-3 CBI designation checkbox for QC5-4 CBI designation checkbox for QC5-1CBI designation checkbox for QC5-2

CBI designation checkbox for Part C comments.

CBI designation checkbox for QD3-1. CBI designation checkbox for QD5-10. CBI designation checkbox for QC3-3 CBI designation checkbox for QC3-15 CBI designation checkbox for QC3-2 CBI designation checkbox for QC3-19 CBI designation checkbox fro QC3-40 CBI designation checkbox for QC3-39 CBI designation checkbox for QC3-39 CBI designation checkbox for QC3-35 CBI designation checkbox for QC3-37 CBI designation checkbox for QC3-38 CBI designation checkbox for QC3-41 CBI designation checkbox for QC3-36 CBI designation checkbox for QC3-26 CBI checkbox designation for QC3-29 CBI designation checkbox for QC3-28 CBI designation checkbox for QC3-24 CBI designation checkbox for QC3-33 CBI designation checkbox for QC3-33 CBI designation checkbox for QC3-25 CBI designation checkbox for QC3-20 CBI designation checkbox for QC3-23 CBI designation checkbox for QC3-21 CBI designation checkbox for QC3-42 CBI designation checkbox for QC3-27 CBI designation checkbox for QC3-14 CBI designation checkbox for QC3-12 CBI designation checkbox for QC3-13 CBI designation checkbox for QC3-18 CBI designation checkbox for QC3-31 CBI designation checkbox for QC3-7 CBI designation checkbox for QC3-22 CBI designation checkbox for QC3-10 CBI designation checkbox for QC3-9 CBI designation checkbox for QC3-8 CBI designation checkbox for QC3-4 CBI designation checkbox for QC3-6 CBI designation checkbox for QC3-5 CBI designation number for QC3-32 CBI designation checkbox for QC3-8 CBI designation checkbox for QC3-47CBI designation checkbox for QC3-47 (Table C-30)

CBI designation checkbox for C3-44 (table C-29) CBI designation checkbox for QC3-45 CBI designation checkbox for QC3-46 CBI designation checkbox for QC3-49 CBI designation checkbox for QC3-43 CBI designation checkbox for C3-56 CBI designation checkbox for QC3-55 CBI designation checkbox for QC3-55 CBI designation checkbox for Q3-53 CBI designation checkbox for QC3-54 CBI designation checkbox for Q3-52 CBI designation checkbox for QC3-57 CBI designation checkbox for Q3-51 CBI designation checkbox for QC3-30 CBI designation checkbox for QC3-11 CBI designation checkbox for QC3-34 CBI designation checkbox for QC3-34 CBI designation checkbox for QC3-16 CBI designation checkbox for QC3-17 CBI designation checkbox for A8-2. CBI designation checkbox for QD4-23. CBI designation checkbox for A1-13. CBI designation checkbox for Q A13-9. CBI designation checkbox for Q A11-6. CBI designation checkbox for Q A11-2. CBI designation checkbox for Q A11-4. CBI designation checkbox for Q A11-3. CBI designation checkbox for Q A11-1, Table A-15. CBI designation checkbox for Q A11-5. CBI designation checkbox for MC description CBI designation checkbox for QD5-8. CBI designation checkbox for QD4-22. CBI designation checkbox for qD4-21. CBI designation checkbox for QD4-20. CBI designation checkbox for QD4-19. CBI designation checkbox for QD4-17. CBI designation checkbox for QD4-17. CBI designation checkbox for QD4-14. CBI designation checkbox for QD4-15. CBI designation checkbox for QD4-18. CBI designation checkbox for QD4-16. CBI designation checkbox for QD4-16. CBI designation checkbox for QD4-13. CBI designation checkbox for Q A13-8.CBI designation checkbox for Q A13-1.

CBI designation checkbox for Q A13-10. CBI designation checkbox for Q A13-6. CBI designation checkbox for Q A13-7. CBI checkbox designation for comment box

CBI designation checkbox for comment response

CBI designation checkbox for comment response

CBI designation checkbox for Part A comments. CBI designation checkbox for Part B comments. CBI designation checkbox for Q A9-2, Table A-13. CBI designation checkbox for A5-1. CBI designation checkbox for Q A13-11. CBI designation checkbox for Q A13-5. CBI designation checkbox for Q A13-2. CBI designation checkbox for Q A13-3. CBI designation checkbox for Q A13-4. CBI designation checkbox for A7-2. CBI designation checkbox for A7-1. CBI designation checkbox for QD5-7. CBI designation checkbox for Q B8-10. CBI designation checkbox for Q B8-8. CBI designation checkbox for QB7-7 CBI designation checkbox for QB7-5 CBI designation checkbox for Q B8-9. CBI designation checkbox for Q B8-3. CBI designation checkbox for Q B8-5. CBI designation checkbox for Q B8-2. CBI designation checkbox for QB8-14, Table B-12 CBI designation checkbox for Q B8-13, Table B-11 CBI designation checkbox for QB8-12, Table B-10 CBI designation checkbox for Q B8-11. CBI designation checkbox for Q B8-6. CBI designation checkbox for Q B8-4. CBI designation checkbox for Q B8-7. CBI designation checkbox for A2-7. CBI designation checkbox for QC4-1 CBI designation checkbox for QC4-6 CBI designation checkbox for QC4-4 CBI designation checkbox for QC4-5 CBI designation checkbox for QC4-2 CBI designation checkbox for QC4-3 CBI designation checkbox for A2-3. CBI designation checkbox for A1-4.CBI designation checkbox for A1-5.

CBI designation for QD3-3. CBI designation checkbox for A2-1. CBI designation checkbox for A1-14. CBI designation checkbox for A8-3. CBI designation checkbox for QB1-1 CBI designation checkbox for QB8-1 CBI designation checkbox for QC6-2 CBI designation checkbox for QB7-2 CBI designation checkbox for QB7-3 CBI designation checkbox for QB7-1 CBI designation checkbox for Q1-2/ Table B-1 CBI designation checkbox for QB4-1 CBI designation checkbox for QB2-1/Table B-2 CBI designation checkbox for QB7-4 CBI designation checkbox for QD6-5. CBI designation checkbox for QD6-6. CBI designation checkbox for Q A10-3. CBI designation checkbox for Q A10-2. CBI designation checkbox for Q A10-5. CBI designation checkbox for Q A10-1, Table A-14. CBI designation checkbox for Q A10-4. CBI designation checkbox for QC2-2 CBI designation checkbox for Q C2-9 CBI designation checkbox for QC2-37 CBI designation checkbox for QC2-45 CBI designation checkbox for Q C2-13 CBI designation checkbox for Q C2-35 CBI designation checkbox for Q C2-34 CBI designation checkbox for Q C2-34 CBI designation checkbox for C2-30 CBI designation checkbox for Q C2-32 CBI designation checkbox for Q C2-33 CBI designation checkbox for Q C2-36 CBI designation checkbox for Q C2-1 fly ash collection ty pe CBI designation checkbox for Q C2-31 CBI designation checkbox for Q C2-19 CBI designation checkbox for Q C2-22 CBI designation checkbox for Q C2-21 CBI designation checkbox for Q C2-17 CBI designation checkbox for Q C2-28 CBI designation checkbox for Q C2-28 CBI designation checkbox for Q C2-18 CBI designation checkbox for Q C2-14 CBI designation checkbox for Q C2-15CBI designation checkbox for Q C2-27

CBI designation checkbox for Q C2-20 CBI designation checkbox for Q C2-12 CBI designation checkbox for Q C2-26 CBI designation checkbox for Q C2-26 CBI designation check for Q C2-24 CBI designation checkbox for Q C2-16 CBI designation checkbox for Q C2-3 fly ash sluice criteria CBI designation checkbox for Q C2-5 fly sluice water discharged to POTW CBI designation checkbox for Q C2-4 sluice water immediately recycled back to the plant process CBI designation checkbox for Q C2-25 (Table C-6) CBI designation checkbox for C2-43 CBI designation checkbox for QC2-42 CBI designation checkbox for QC2-42 CBI designation checkbox for QC2-39 CBI designation checkbox for QC2-40 CBI designation checkbox for QC2-41 CBI designation checkbox for QC2-44 CBI designation checkbox for QC2-38 CBI designation checkbox for QC2-51 CBI designation checkbox for QC2-50 CBI designation checkbox for QC2-50 CBI designation checkbox for Q C2-48 CBI designation checkbox for Q C2-49 CBI designation checkbox for QC2-47 CBI designation checkbox for QC2-52 CBI designation checkbox for Q C2-46 CBI designation checkbox for Q C2-23 CBI designation checkbox for Q C2-29 CBI designation checkbox for Q C2-29 CBI designation checkbox for Q C2-6 CBI designation checkbox for Q C2-8 CBI designation checkbox for Q C2-7 CBI designation checkbox for Q C2-10 CBI designation checkbox for Q C2-11 CBI designation checkbox for A8-1. CBI designation checkbox for A1-8. CBI designation checkbox for QD5-12. CBI designation checkbox for QC3-1 CBI designation checkbox for A1-7. CBI designation checkbox for QB7-7 CBI designation checkbox for QH1-2 CBI designation checkbox for any ash generation CBI designation checkbox for fly ash generationCBI designation checkbox for the generation of leachate at the facility (QG1-1) CBI designation checkbox for MCW kickout (QE1-1) CBI designation checkbox for QF5-4. CBI designation checkbox for QF5-2. CBI designation checkbox for QF5-6. CBI designation checkbox for QF5-6. CBI designation checkbox for QF5-1. CBI designation checkbox for A11-1. CBI designation checkbox for A10-1. CBI designation checkbox for A4-1. CBI designation checkbox for A9-1. CBI designation checkbox for A3-1. CBI designation checkbox for A12-1. CBI designation checkbox for Q A13-16. CBI designation checkbox for Q A13-17. CBI designation checkbox for QD3-2. CBI designation checkbox for A4-3. CBI designation checkbox for A4-2. CBI designation checkbox for QF3-9. CBI designation checkbox for QF3-9. CBI designation checkbox for QF3-21. CBI designation checkbox for QF3-3. CBI designation checkbox for QF3-1. CBI designation checkbox for QF3-3.

CBI designation checkbox for QF3-4. CBI designation checkbox for QF3-7. CBI designation checkbox for QF3-6. CBI designation checkbox for QF3-5. CBI designation checkbox for QF3-15. CBI designation checkbox for QF3-14. CBI designation checkbox for QF3-13. CBI designation checkbox for QF3-11. CBI designation checkbox for QF3-12. CBI designation checkbox for QF3-8. CBI designation checkbox for QF3-8. CBI designation checkbox for QF3-20. CBI designation checkbox for QF3-21. CBI designation checkbox for QF3-17. CBI designation checkbox for QF3-19. CBI designation checkbox for QF3-16. CBI designation checkbox for QF3-18. CBI designation checkbox for QF3-10. CBI designation checkbox for the aerial photo of the entire waste management unit (G3-2)CBI designation checkbox for leachate collection (QG2-1)

CBI designation checkbox for combining leachate with runoff/stormwater/process wastewater (QG2-4) CBI designation checkbox for leachate transfer off site (QG2-2) CBI designation checkbox for rainfall data (QG4-2) CBI designation checkbox for sample collection information (place, date, description) (QG4-1) CBI designation checkbox for on site leachate treatment (QG2-3) CBI designation checkbox for process wastes stored in ponds/landfills at the facility CBI designation checkbox for QD4-24. CBI designation checkbox for QF4-1. CBI designation checkbox for QF4-18. CBI designation checkbox for QF4-17. CBI designation checkbox for QF4-2. CBI designation checkbox for QF4-7. CBI designation checkbox for QF4-6. CBI designation checkbox for QF4-3. CBI designation checkbox for QF4-5 CBI designation checkbox for QF4-4. CBI designation checkbox for QF4-16. CBI designation checkbox for QF3-21. CBI designation checkbox for QF4-14. CBI designation checkbox for QF4-14. CBI designation checkbox for QF4-11. CBI designation checkbox for QF4-15. CBI designation checkbox for QF4-15. CBI designation checkbox for QF4-13. CBI designation checkbox for QF4-10. CBI designation checkbox for QF4-9. CBI designation checkbox for QF4-12. CBI designation checkbox for QF4-8. CBI designation checkbox for A5-2. CBI designation checkbox for characteristics of hazardous waste CBI designation checkbox for MCW with Chem Table (QE2-1) CBI designation checkbox for MCW commingled with process wastewater CBI designation checkbox for the combined storage of MCW CBI designation checkbox for MCW destination CBI designation checkbox for handling and average tonnage of MCW CBI designation checkbox for MCW hazardous residues CBI designation checkbox for MCW without Chem Table (QE2-2) CBI designation checkbox MCW residues CBI designation checkbox for comment response.

CBI designation checkbox for Q A13-15. CBI designation checkbox for Q A13-14.CBI designation checkbox for Q A13-12.

CBI designation checkbox for Q A13-13. CBI designation checkbox for A2-9. CBI designation checkbox for QB6-1 CBI designation checkbox for QB6-2 CBI designation checkbox for A1-10. CBI designation checkbox for Q A9-1, Table A-12. CBI designation checkbox for Q A9-1, Table A-12. CBI designation checkbox for QH3-2 CBI designation checkbox for Table H-1 CBI designation checkbox for QH1-1 CBI designation checkbox for QD2-2. CBI designation checkbox for QD2-6. CBI designation checkbox for A6-1. CBI designation checkbox for QD2-5. CBI designation checkbox for QD2-7. CBI designation checkbox for QD2-4. CBI designation checkbox for A2-5. CBI designation checkbox for A2-10. CBI designation checkbox for A2-6. CBI designation checkbox for A3-3, Table A-5. CBI designation checkbox for A1-9. CBI designation checkbox for A2-4. CBI designation checkbox for QA2-4, Table A-2. CBI designation checkbox for A6-2. CBI designation checkbox for QF4-1. CBI designation checkbox for QF5-3. CBI designation checkbox for QF5-5. CBI designation checkbox for QD6-1. CBI designation checkbox for QD4-5. CBI designation checkbox for QD6-3. CBI designation checkbox for QF2-1. CBI designation checkbox for QD2-6. CBI designation checkbox for QD2-6. CBI designation checkbox for QD2-6. CBI designation checkbox for QF2-8. CBI designation checkbox for QF2-7. CBI designation checkbox for QF2-6. CBI designation checkbox for QF2-5. CBI designation checkbox for QF2-4. CBI designation checkbox for QF2-9. CBI designation checkbox for QF2-2. CBI designation checkbox for QF2-3. CBI designation checkbox for A3-2. CBI designation checkbox for QD6-3.CBI designation checkbox for Part D comments.

CBI designation checkbox for QD6-4. CBI designation checkbox for QD6-2. CBI designation checkbox for QF2-10. CBI designation checkbox for QF1-1. CBI designation checkbox for A7-3. CBI designation checkbox for A1-11. CBI designation checkbox for A1-6. CBI designation checkbox for A2-2. CBI designation checkbox for Q A9-5 CBI designation checkbox for Q A9-6 CBI designation checkbox for Q A9-4 CBI designation checkbox for Q A9-3 CBI designation checkbox for Q A9-10. CBI designation checkbox for Q A9-11. CBI designation checkbox for Q A9-9. CBI designation checkbox for Q A9-8. CBI designation checkbox for Q A9-7. CBI designation checkbox for QC3-50 CBI designation checkbox for leachate sampling data CBI designation checkbox for lab data CBI designation checkbox for leachate sampling data

CBI designation checkbox for the identification of sample points of the landfill block diagram submitted in Part F (QG3-3) CBI designation checkbox for QD5-9. CBI designation checkbox for A1-12. CBI designation checkbox for QD5-6. CBI designation checkbox for QD2-3. CBI designation checkbox for A2-8. CBI designation checkbox for Table H-3 (operating) and Table H-4 (planned) CBI designation checkbox for Table H-3 (operating) and Table H-4 (planned) CBI designation checkbox for A1-2. CBI designation checkbox for A1-3. CBI designation checkbox for total acreage CBI designation checkbox for QH3-7 CBI designation checkbox for QH3-6 CBI designation checkbox for QH3-3 CBI designation checkbox for QH3-1 CBI designation checkbox for QH2-1 CBI designation checkbox for QH2-2 CBI designation checkbox for QD1-1. CBI designation checkbox for QD1-2. CBI designation checkbox for A5-3. CBI designation checkbox for Q A12-8.CBI designation checkbox for Q A12-4.

CBI designation checkbox for Q A12-5. CBI designation checkbox for Q A12-2. CBI designation checkbox for Q A12-7. CBI designation checkbox for Q A12-3. CBI designation checkbox for Q A12-6. CBI designation checkbox for Q A12-1, Table A-16. CBI designation checkbox for QB4-9 CBI designation checkbox for QB4-4 CBI designation checkbox for QB4-2 CBI designation checkbox for QB4-15 CBI designation checkbox for QB4-13 CBI designation checkbox for QB4-6 CBI designation checkbox for QB5-3 CBI designation checkbox for QB4-8 CBI designation checkbox for QB4-7 CBI designation checkbox for QB4-18 CBI designation checkbox for QB4-14 CBI designation checkbox for QB4-22 CBI designation checkbox for Q4-21 CBI designation checkbox for QB4-20 CBI designation checkbox for QB4-17 CBI designation checkbox for QB4-19 CBI designation checkbox for QB4-16 CBI designation checkbox for QB4-12 CBI designation checkbox for QB4-5 CBI designation checkbox for QB4-10 CBI designation checkbox for QB4-11 CBI designation checkbox for QB5-1 CBI designation checkbox for QB4-3 CBI designation checkbox for QC5-2 CBI designation checkbox for QD6-7. CBI designation checkbox for QD5-1. CBI designation checkbox for QD2-7. CBI designation checkbox for QD5-3. CBI designation checkbox for QD5-11. CBI designation checkbox for QD5-5. CBI designation checkbox for QD5-4. CBI designation checkbox for QD5-2. CBI designation checkbox for QD2-1. CBI designation checkbox for QD5-13. CBI designation checkbox for QD5-13. The combustion turbine capacity (MW ). Total unit combustion turbine capacity (MW ).Yes/no response to whether characterization samples of the carbon capture

wastewater collected during the study

. Carbon Capture System identification number. Month of installation of carbon capture system. Year of installation of carbon capture system. The percent of flue gas treated by the carbon capture system. Description of all pilot and full scale carbon capture control processes that the plant is currently

operating, constructing/installing, or planning to construct/install by

Dec 31, 2010. The plant attached the final technical evaluation report. Name of company

whose carbon capture control system technology was tested. End date of the carbon capture control system study

. The plant did not attach the final technical evaluation report. Explanation for why

the plant did not attach the final technical evaluation report.

State date of the carbon capture control system study

. The plant attached the analy tical results of the carbon capture wastewater characterization. The plant did not attach the analy tical results of the carbon capture wastewater characterization. Explanation for why

the plant did not attached the analy tical results of the carbon capture wastewater characterization. Indicates whether the carbon capture system is full scale or pilot scale. Description of other SE Unit(s) that correspond to the carbon capture system. SE Unit 1 corresponds to the carbon capture system. SE Unit 10 corresponds to the carbon capture system. SE Unit 2 corresponds to the carbon capture system. SE Unit 3 corresponds to the carbon capture system. SE Unit 4 corresponds to the carbon capture system. SE Unit 5 corresponds to the carbon capture system. SE Unit 6 corresponds to the carbon capture system. SE Unit 7 corresponds to the carbon capture system. SE Unit 8 corresponds to the carbon capture system. SE Unit 9 corresponds to the carbon capture system. Indicates whether the carbon capture system was either operating in 2009 or is planned. Yes/no response to whether the plant has ever operated any full or pilot scale carbon capture control systems that evaluated the process wastewaters generated by

the technology

. Indicates the ty pe of carbon capture control system. The ty pical flow volum e of process wastewater generated from the carbon capture system in dpy

. The ty pical flow volum e of process wastewater generated from the carbon capture system in gpm. The ty pical flow volum e of process wastewater generated from the carbon capture system in hpd. Description of process equipment cleaning operation Information on impacts climate had, or will have, on installation of the W WT S. Plant provided description of closure plan.Yes/no if the plant has a closure plan for the pond unit.

Checkbox to indicate if closure plan is attached. Total acreage of closed ponds/impoundments and landfills Bottom elevation of pond in ft. Cap/cover layer number (numbered from inner to outer layer). Permeability

of cap/cover in cm/sec. Thickness of cap/cover in cm. Ty pe of cap/cover: compacted clay , geosy nthetic clay , vegetative, HPDE, or other. Plant provided explanation for 'other'. Total cost of expansions since 1/1/2000. Plant provided description of expansions since 1/1/2000. Indication of type of expansion: lateral, vertical, or both. Freeboard height in ft. Liner layer number (numbered from inner to outer layer). Permeability

of liner layer in cm/sec. Thickness of liner layer in cm. Ty pe of liner: compacted clay , geosy nthetic clay , HPDE, or other. Plant provided explanation for 'other'. Maximum height of berm/dams above grade in ft. Yes/no if pond has a cap/cover. Number of cells in pond unit. Date pond was closed. Yes/no if the pond was expanded during its life. Life of pond unit in actual years. Yes/no if pond has a liner. Yes/no if the plant closed any ponds on or after 1/1/2000, for storage, treatment, and/or disposal of process ww, by-products, or residues from the combustion of coal, pet coke, and/or oil. Surface area of pond in ft2. Status of dimension: original or end of life. Top elevation of pond in ft, height of berm/dam. Total amount of solids placed in the pond in tons. Volum e of pond unit in ft3. Yes/no response to whether the plant blended more than one type of coal together on site during 2009. Yes/no response to whether the plant stores of processes any coal on-site in 2009. Yes/no response to whether the plant pulverized coal for use in any boiler in 2009. Yes/no response to whether the plant washes coal on site. The coal wash water is discharged to surface water. The NPDES permitted outfall number to which the coal wash water is discharged. The coal wash water is transferred to another destination. Description of the other destination that the coal wash water is transferred to. The coal wash water is transferred to a pond/impoundment.The pond/impoundment IDs that the coal wash water is transferred to.

The coal wash water is indirectly discharged to a publically or privately

owned treatment works. The coal wash water is immediately recycled back to a plant process. The coal wash water is reused in fly or bottom ash sluicing. The coal wash water is reused in flue gas desulfurization processes. The coal wash water is recycled to another plant process. Description of the other plant process to which the coal wash water is recycled.

The coal wash water is transferred to an on-site treatment system. The coal wash water is treated with an aerobic biological reactor. The coal wash water is treated with an anaerobic biological reactor. The coal wash water is treated with a chemical precipitation system. The coal wash water is treated with another treatment technology

. Description of the other coal wash water treatment technology

. The coal wash water is treated with a settling pond. The coal wash water is treated with constructed wetlands. The average frequency in dpy of coal wash water generation. The average volume in gpm of coal wash water generated by the plant. The average duration in hpd of coal wash water generation. Comment from facility Comment for Part G Comment for Part H Comment from plant for Part A. Comment from plant for Part B. Corresponding question number for comment Question number comment refers to Question number comment refers to Question number reference for Part A comment. Question number reference for Part B comment. The plant did not provide the geographical coordinates, nuclear generating unit(s) located at the plant. The latitude degrees of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The latitude minutes of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The latitude seconds of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude degrees of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude minutes of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude seconds of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. Yes/no response to whether any water was used in the coal pulverization process, other than that used for sluicing mill rejects. The volume of coal pulverization process wastewater generated in 2009. The number of days that coal pulverization process wastewater was generated in 2009The units the volume of coal pulverization process wastewater generated in

2009 is in. The coal pile runoff is discharged to surface water. The NPDES permitted outfall number to which the coal pile runoff is discharged to. The coal pile runoff is transferred to another destination. Description of the other destination the coal pile runoff is transferred to. The coal pile runoff is indirectly discharged to a publically or privately

owned treatment works. The coal pile runoff is immediately recycled back to a plant process. The coal pile runoff is immediately reused in fly

or bottom ash sluicing. The coal pile runoff is immediately reused in flue gas desulfurization processes.

the coal pile runoff is immediately recycled back to another plant process. Description of the other plant process the coal pile runoff is immediately recycled back to. The coal pile runoff is transferred to an on-site treatment system. The coal pile runoff is treated by a chemical precipitation system. The coal pile runoff is treated by another treatment system. Description of the other treatment system that treats coal pile runoff. The coal pile runoff is treated by pH adjustment. The coal pile runoff is treated by a settling pond. The coal pile runoff is treated by constructed wetlands. The number of days of coal pile runoff discharge in 2009. The amount in gpy

of coal pile runoff discharge in 2009. Yes/no response to whether coal pile runoff was monitored for pH. Maximum pH of coal pile runoff in standard units. Median pH of coal pile runoff in standard units. Minim um pH of coal pile runoff in standard units. Yes/no question to whether coal pile runoff is transferred to a pond/im poundm ent. The coal pile runoff is transferred to a commingled pond/impoundment. The commingled pond/impoundment unit ID to which the coal pile runoff is transferred. The coal pile runoff is transferred to a segregated pond/impoundment. The segregated pond/impoundment unit ID to which the coal pile runoff is transferred. Active ingredient(s) of the first chemical additive added to the cooling system and make-up water system. Manufacturer of the first chemical additive added to the cooling system and

ma ke-up water system. Trade name of the first chemical additive added to the cooling system and

ma ke-up water system. Active ingredient(s) of the second chemical additive added to the cooling system and make-up water system. Manufacturer of the second chemical additive added to the cooling system and

ma ke-up water system. Trade name of the second chemical additive added to the cooling system and

ma ke-up water system.Active ingredient(s) of the third chemical additive added to the cooling system

and make-up water system. Manufacturer of the third chemical additive added to the cooling system and

ma ke-up water system. Trade name of the third chemical additive added to the cooling system and

ma ke-up water system. Active ingredient(s) of the fourth chemical additive added to the cooling system and make-up water system. Manufacturer of the fourth chemical additive added to the cooling system and

ma ke-up water system. Trade name of the fourth chemical additive added to the cooling system and

ma ke-up water system. Active ingredient(s) of the fifth chemical additive added to the cooling system and make-up water system. Manufacturer of the fifth chemical additive added to the cooling system and

ma ke-up water system. Trade name of the fifth chemical additive added to the cooling system and

ma ke-up water system. The plant used engineering calculations to demonstrate compliance with limits on priority

pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant used waste stream monitoring to demonstrate compliance with limits on priority

pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant does not operate cooling towers. The plant does not have priority pollutant lim its on cooling tower blowdown. The plant used another method to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems. Description of the other method used. The plant used certification from supplier to demonstrate compliance with limits on priority

pollutants for cooling tower blowdown from these cooling systems through monitoring. Ty pical frequency

of generation/blowdown (dpy). Ty pical amount of process wastewater generated/blow down from cooling system (gpm). Ty pical duration of generation/blowdown (hpd). EPA-assigned Cooling System ID for systems the plant is currently constructing/installing or planning to construct/install by December 31, 2015. Checkbox for steam electric unit 1. Checkbox for steam electric unit 10. Checkbox for steam electric unit 2. Checkbox for steam electric unit 3. Checkbox for steam electric unit 4. Checkbox for steam electric unit 5. Checkbox for steam electric unit 6. Checkbox for steam electric unit 7. Checkbox for steam electric unit 8. Checkbox for steam electric unit 9. Checkbox for steam electric unit A. Checkbox for steam electric unit B. Checkbox for steam electric unit C.Checkbox for steam electric unit D.

Ty pe of condenser cooling system. Description of the Other ty pe of cooling system. Yes/no if the plant is currently performing sulfide addition. FGD scrubber purge data associated with FGD-1 FGD scrubber purge data associated with FGD-2 FGD scrubber purge data associated with FGD-3 FGD scrubber purge data associated with FGD-4 FGD scrubber purge data associated with FGD-5 FGD scrubber purge data associated with FGD-6 FGD scrubber purge data associated with SE Unit 1 FGD scrubber purge data associated with SE Unit 10 FGD scrubber purge data associated with SE Unit 2 FGD scrubber purge data associated with SE Unit 3 FGD scrubber purge data associated with SE Unit 4 FGD scrubber purge data associated with SE Unit 5 FGD scrubber purge data associated with SE Unit 6 FGD scrubber purge data associated with SE Unit 7 FGD scrubber purge data associated with SE Unit 8 FGD scrubber purge data associated with SE Unit 9 Wa stewater from cleaning the dry FGD scrubber is injected into a deep well. Wa stewater from cleaning the dry FGD scrubber is discharged to surface water. The NPDES permitted outfall number to which the plant discharges the wastewater from cleaning the dry FGD scrubber. Wa stewater from cleaning the dry FGD scrubber is transferred to another destination. Description of other destination to which the wastewater from cleaning the dry FGD scrubber is transferred. Wa stewater from cleaning the dry FGD scrubber is transferred to a publically or privately owned treatm ent works. Wa stewater from cleaning the dry FGD scrubber is immediately recycled back to the plant. Description of the plant process that the wastewater from cleaning the dry FGD scrubber is immediately recycled back to. Wa stewater from cleaning the dry FGD scrubber is transferred to a treatment system. Wa stewater from cleaning the dry FGD scrubber is treated with an aerobic biological reactor. Wa stewater from cleaning the dry FGD scrubber is treated with an anaerobic biological reactor. Wa stewater from cleaning the dry FGD scrubber is treated with a chemical precipitation system. Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator). Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator) with a crystallizer. Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator) with a spray dryer.Wa stewater from cleaning the dry FGD scrubber is treated with another technology

. Description of the other technology that is used to treat the wastewater from cleaning the dry

FGD scrubber. Wa stewater from cleaning the dry FGD scrubber is treated with a settling pond.

Wa stewater from cleaning the dry FGD scrubber is treated with constructed wetlands. Wa stewater from the dry FGD is injected into a deep well. Wa stewater from the dry FGD is discharged to surface water. The NPDES permitted outfall number to which the plant discharges the wastewater from the dry FGD. Wa stewater from the dry FGD is transferred to another location. Description of other destination to which the wastewater from the dry FGD is transferred. Wa stewater from the dry FGD is transferred to a publically or privately

owned treatment works. Wa stewater from the dry FGD is immediately

recycled back to the plant. Description of the plant process that the wastewater from the dry FGD is im me diately

recycled back to. Wa stewater from the dry FGD is transferred to a treatment system. Wa stewater from the dry FGD is treated by

an aerobic biological reactor system. Wa stewater from the dry FGD is treated by

an anaerobic biological reactor system. Wa stewater from the dry FGD is treated by

a chemical precipitation system. Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) with a crystallizer. Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) with a spray dryer. Wa stewater from the dry FGD treated by

another process. Description of the other process used to treat the wastewater from the dry FGD. Wa stewater from the dry FGD is treated by

a settling pond. Wa stewater from the dry FGD is treated by

constructed wetlands. Gy psum related wastewaters discharged via NPDES outfall Other destination of gy psum related wastewaters Description of other destination of gy psum related wastewaters Gy psum related wastewaters sent to POTW Gy psum related waters are reused in other process operations Description of gy psum related waters reused in plant operations Gy psum related waters are reused in FGD process Transferred to a treatment system in Tables D-1 or D-2 Biological reactor - aerobic Biological reactor - anaerobic Chemical precipitation Mechanical vapor compression (bring concentrator) Mechanical vapor compression (bring concentrator) - with crystallizerMechanical vapor compression (bring concentrator) - spray dryer Other treatment system for gy psum related wastewaters Description of other treatment system Settling pond Construction wetlands Deep well injection Scrubber purge discharges to NPDES outfall Other destination of FGD scrubber purge Description of other destination of FGD scrubber purge Discharged to POTW Scrubber purge is immediately recycled back to plant processes Description of recycled scrubber purge Total cost for hauling FGD solids for dry FGD in 2005 Total cost for hauling FGD solids for dry FGD in 2007 Total cost for hauling FGD solids for dry FGD in 2009 Total cost for off site disposal for dry FGD in 2005 Total cost for off site disposal for dry FGD in 2007 Total cost for off site disposal for dry FGD in 2009 Total cost for on site disposal for dry FGD in 2005 Total cost for on site disposal for dry FGD in 2007 Total cost for on site disposal for dry FGD in 2009 Total cost of Other 1 for dry FGD in 2005 Total cost of Other 1 for dry FGD in 2007 Total cost of Other 1 for dry FGD in 2009 Description of Other 1 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 2 for dry FGD in 2005 Total cost of Other 2 for dry FGD in 2007 Total cost of Other 2 for dry FGD in 2009 Description of Other 2 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 3 for dry FGD in 2005 Total cost of Other 3 for dry FGD in 2007 Total cost of Other 3 for dry FGD in 2009 Description of Other 3 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost for solids dewatering for dry FGD in 2005 Total cost for solids dewatering for dry FGD in 2007 Total cost for solids dewatering for dry FGD in 2009 Total cost for solids separation for dry FGD in 2005 Total cost for solids separation for dry FGD in 2007 Total cost for solids separation for dry FGD in 2009 Total 2005 costs incurred to remove or dispose of dry FGD solids Total 2007 costs incurred to remove or dispose of dry FGD solids Total 2009 costs incurred to remove or dispose of dry FGD solidsYes/no response to whether any FGD wastewater is generated from cleaning the dry FGD scrubber. Indicates if the FGD system is located upstream or downstream of the fly ash collection system. Destination (1) of dry

FGD solids marketed. Revenue from dry

FGD solids sold to destination (1) in 2005 Revenue from dry

FGD solids sold to destination (1) in 2007 Revenue from dry

FGD solids sold to destination (1) in 2009 Tons of dry

FGD solids sold to destination (1) in 2005 Tons of dry

FGD solids sold to destination (1) in 2007 Tons of dry

FGD solids sold to destination (1) in 2009 Destination (2) of dry

FGD solids marketed. Revenue from dry

FGD solids sold to destination (2) in 2005 Revenue from dry

FGD solids sold to destination (2) in 2007 Revenue from dry

FGD solids sold to destination (2) in 2009 Tons of dry

FGD solids sold to destination (2) in 2005 Tons of dry

FGD solids sold to destination (2) in 2007 Tons of dry

FGD solids sold to destination (2) in 2009 Destination (3) of dry

FGD solids marketed. Revenue from dry

FGD solids sold to destination (3) in 2005 Revenue from dry

FGD solids sold to destination (3) in 2007 Revenue from dry

FGD solids sold to destination (3) in 2009 Tons of dry

FGD solids sold to destination (3) in 2005 Tons of dry

FGD solids sold to destination (3) in 2007 Tons of dry

FGD solids sold to destination (3) in 2009 Destination (4) of dry

FGD solids marketed. Revenue from dry

FGD solids sold to destination (4) in 2005 Revenue from dry

FGD solids sold to destination (4) in 2007 Revenue from dry

FGD solids sold to destination (4) in 2009 Tons of dry

FGD solids sold to destination (4) in 2005 Tons of dry

FGD solids sold to destination (4) in 2007 Tons of dry

FGD solids sold to destination (4) in 2009 Destination (5) of dry

FGD solids marketed. Description of Destination (5) of dry FGD solids marketed if destination not specified in dropdown menu. Revenue from dry

FGD solids sold to destination (5) in 2005 Revenue from dry

FGD solids sold to destination (5) in 2007 Revenue from dry

FGD solids sold to destination (5) in 2009 Tons of dry

FGD solids sold to destination (5) in 2005 Tons of dry

FGD solids sold to destination (5) in 2007 Tons of dry

FGD solids sold to destination (5) in 2009 Destination (6) of dry

FGD solids marketed. Description of Destination (6) of dry FGD solids marketed if destination not specified in dropdown menu. Revenue from dry

FGD solids sold to destination (6) in 2005 Revenue from dry

FGD solids sold to destination (6) in 2007Revenue from dry FGD solids sold to destination (6) in 2009 Tons of dry

FGD solids sold to destination (6) in 2005 Tons of dry

FGD solids sold to destination (6) in 2007 Tons of dry

FGD solids sold to destination (6) in 2009 Flow frequency

in dpy of the FGD reagent preparation water for 2009. Flow rate in gpm of the FGD reagent preparation water for 2009. Flow duration in hpd of the FGD reagent preparation water for 2009. Indicates how the FGD solids are removed from the flue gas. Description of how the FGD solids are removed from the flue gas if plant does not use an ESP or fabric filter. Am ount of dry

FGD solids sent to Other Destination 1 in 2005. Am ount of dry

FGD solids sent to Other Destination 1 in 2007. Am ount of dry

FGD solids sent to Other Destination 1 in 2009. Description of Other Destination 1 for the dry FGD solids. Am ount of dry

FGD solids sent to Other Destination 2 in 2005. Am ount of dry

FGD solids sent to Other Destination 2 in 2007. Am ount of dry

FGD solids sent to Other Destination 2 in 2009. Description of Other Destination 2 for the dry FGD solids. Am ount of dry

FGD solids given away in 2005. Am ount of dry

FGD solids given away in 2007. Am ount of dry

FGD solids given away in 2009. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2005. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2007. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2009. Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2005. Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2007. Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2009. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2005. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2007. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2009. Chlorides content affects the ability of dry FGD solids to be marketed, sold, or given away Maximum chlorides concentration limit in ppm for marketing, selling, or giving away dry FGD solids. Moisture content affects the ability of dry FGD solids to be marketed, sold, or given away Maximum moisture content limit in ppm for marketing, selling, or giving away dry FGD solids. FGD solids are not marketed, sold, or given away

. Industries to which the FGD solids are marketed have not specified standards.Another parameter affects the ability of dry FGD solids to be marketed, sold, or given away

. Description of the other parameter that affects the ability of dry FGD solids to be marketed, sold, or given away

. Maximum other parameter concentration limit in ppm for marketing, selling, or giving away

dry FGD solids. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2005. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2007. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2009. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2005. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2007. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2009. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2005. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2007. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2009. Am ount of dry

FGD solids marketed and sold in 2005. Am ount of dry

FGD solids marketed and sold in 2007. Am ount of dry

FGD solids marketed and sold in 2009. There is a maximum chlorides concentration limit that determines whether a water source can be used as FGD reagent preparation water. Maximum chlorides concentration that is acceptable for a water source used as FGD reagent preparation water. Checkbox indicating that the source of FGD reagent preparation water is another source. Description of the other source used as the FGD reagent preparation water. There are other criteria that determines whether a water source can be used as FGD reagent preparation water. Description of other criteria that determines if a water source is acceptable for use as FGD reagent preparation water. The source of FGD reagent preparation water is a process wastewater. The process wastewater selected from the dropdown menu that is used as a source of FGD reagent preparation water. Description of the process wastewater that is used as a source of FGD reagent preparation water if the process wastewater is not specified in the dropdown

me nu. The source of FGD reagent preparation water is raw intake water. Maximum solids percentage that is acceptable for a water source used as FGD reagent preparation water. There is a solids percentage limit that determines whether a water source can be used as FGD reagent preparation water. The source of FGD reagent preparation water is intake water that has been treated on-site. The number of days FGD wastewater was generated from cleaning the dry FGD scrubber in 2009.The volume in gpd of FGD wastewater generated from cleaning the dry FGD scrubber in 2009. Yes/no response indicating whether FGD wastewater is generated from the operation of the dry

FGD scrubber. The yes/no answer to whether the plant's outfall releases water to a discharge canal prior to discharging to surface water. 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Lim itation 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Lim itation 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Lim itation 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit Is economizer ash form this unit collected with air heater ash Description of other method of combining economizer with FA and/or BA Economizer ash is hauled of site (to be given away) Percentage of economizer ash hauled off site to be given away Economizer ash is stored in a landfill not reported in Table A-6 Percentage of economizer ash not stored in a landfill reported in Table A-6 Economizer ash stored in a landfill in Table A-6 Percentage of economizer ash stored in a landfill in Table A-6 Economizer ash is hauled off site (to be marketed) Percentage of economizer ash hauled off site to be marketed Other destination of economizer ash Description of other destination of economizer ash Percentage of economizer ash in other destination Economizer ash stored in a pond reported in Table A-4 Percentage of economizer ash stored in a pond reported in Table A-4 Frequency

of economizer ash collection (dpy) Am ount of economizer ash (tpd - dry weight basis) Is process wastewater generated from the handling of economizer ash Method of handling economizer ash If segregated from FA and BA, how was it handled Identify how the economizer ash is combined with fly ash and/or bottom ash Frequency

of wastewater generated (over _____ days) Destination of the economizer ash wastewater generated Volum e of wastewater generated (gpd) The yes/no answer to whether the plant conduct any Environm ental Assessment (EA) or Environmental Impact Statement (EIS) studies on receiving waters or pond/impoundments reported in Table A-4. Checkbox indicating that the plant did attach the results from the study(ies).Checkbox indicating that the plant did not attach the results from the study(ies).

Explanation on why

the plant did not attach the results from the study(ies). City the primary

contact for economic/financial information is located in. Em ail address of the primary contact for economic/financial information. Fax number of the primary contact for economic/financial information. Name of the primary

contact for economic/financial information presented in questionnaire. State the primary

contact for economic/financial information is located in. Street address for the primary contact for economic/financial information. Telephone number of the primary contact for economic/financial information. Earliest time to call the primary contact for economic/financial information (Eastern Time). The AM/PM designation for the earliest time to call. Earliest time to call the primary contact for economic/financial information contact (Eastern Time). The AM/PM designation for the latest time to call. Title of the primary

contact for economic/financial information. Zip code for the primary contact for economic/financial information. City the secondary

contact for economic/financial information is located in. Em ail address of the secondary contact for economic/financial information. Fax number of the secondary contact for economic/financial information. Name of the secondary contact for economic/financial information presented in questionnaire. State the secondary

contact for economic/financial information is located in. Street address for the secondary contact for economic/financial information. Telephone number of the secondary contact for economic/financial information. Earliest time to call the secondary contact for economic/financial information (Eastern Time). The AM/PM designation for the latest time to call. Earliest time to call the secondary contact for economic/financial information contact (Eastern Time). The AM/PM designation for the latest time to call. Title of the secondary

contact for economic/financial information. Zip code for the secondary contact for economic/financial information. Effluent name selected from dropdown menu. Final effluent destination, selected from dropdown menu. Final effluent destination, plant entered description for 'other'. Avg. annual flow rate frequency , days per year. Avg. annual flow rate in gallons per day

. Avg. annual flow rate in gallons per minute. Avg. annual flow rate frequency , hours per day

. NPDES permit outfall number for effluents sent to surface water. Plant entered effluent name, description of 'other'. Am ount of solids/sludge. Percent moisture contained in solids/sludge. Units for the provided amount of solids/sludge.The plant's EIA Plant Identification Code.

The plant distributes the electricity generated for sale. The percent of electricity distributed for sale (by end use). The total gross electrical generation for all electric generating units at the plant during calendar year 2007. The total gross electrical generation for all electric generating units at the plant during calendar year 2008. The total gross electrical generation for all electric generating units at the plant during calendar year 2009. The total net electrical generation for all electric generating units at the plant during calendar year 2007. The total net electrical generation for all electric generating units at the plant during calendar year 2008. The total net electrical generation for all electric generating units at the plant during calendar year 2009. Other use of electricity

(not used on site or distributed for sale). A description of the other electricity end use/handling. The percent of electricity associated with the other use (by end use). The plant uses the electricity generated on site. The percent of electricity used on site (by

end use). Checkbox if the outfall is used for emergency discharges only

. The Yes/No response to if the plant report a fossil or nuclear fuel as the predominant or second most predominant energy source for this generating unit on Form EIA-860 for reporting year 2009. Designates if the plant operates, is constructing, or planning to construct a FGD system (QB1-1) Analy te CAS Number Date sample collected Collected as grab or composite Sam ple location Method detection limit - unit Method detection limit - value Analy tical Method Measured Value - units Measured Value - value Measured Value - BDL Flow rate of FGD scrubber purge (or slurry discharge) at time of sampling (gpm) Description of qualifiers Reporting lim it - unit Reporting lim it -value Analy zed as Total Recoverable or Dissolved (only answer for metals) Designates if the plant operates a dry FGD system (QB8-1) Designates whether system will generate FGD scrubber purge (or slurry discharge)? FGD system identification number. FGD system identification number. FGD system identification number.FGD system identification number.

FGD system identification number. FGD system identification number FGD system identification number Flue gas desulfurization unit identification number. Flue gas desulfurization unit identification number. Flue gas desulfurization unit identification number. FGD system identification number. FGD system identification number. Date System Initially

Brought On Line, or Planned to be Brought On Line (month/year) Ty pe of Oxidation (Forced, Natural, or Inhibited) FGD scrubber purge is treated in a FGD pond and subsequently commingled with ash water in designated ash pond FGD scrubber purge wastewater is treated using a wastewater treatment system other than a pond and subsequently commingled with ash water in a dedicated ash pond Bottom ash sluice is commingled with FGD scrubber purge in the settling pond

Boiler blowdown is com mi ngled with FGD scrubber purge in the settling pond Fly ash sluice is commingled with FGD scrubber purge in the settling pond Metal cleaning waste is commingled with FGD scrubber purge in the settling pond Mill reject sluice is commingled with FGD scrubber purge in the settling pond FGD scrubber blowdown is not commingled with any process wastewaters in the settling pond "True" commingling in the pond Other process wastewater (1) commingled with FGD scrubber purge in the settling pond Description of other process wastewater (1) commingled with FGD scrubber purge in the settling pond Other process wastewater (2) commingled with FGD scrubber purge in the settling pond Description of other process wastewater (2) commingled with FGD scrubber purge in the settling pond Other method of commingling FGD scrubber purge and BA or FA sluice Description of other method of commingling FGD scrubber purge and BA and FA sluice FGD scrubber purge is not commingled with other wastewaters Does the plant transfer the FGD scrubber purge (or slurry discharge) to a settling pond? SE unit 1 from Table A-8 serviced by this FGD system SE unit 10 from Table A-8 serviced by this FGD system SE unit 2 from Table A-8 serviced by this FGD system SE unit 3 from Table A-8 serviced by this FGD system SE unit 4 from Table A-8 serviced by this FGD system SE unit 5 from Table A-8 serviced by this FGD system SE unit 6 from Table A-8 serviced by this FGD system SE unit 7 from Table A-8 serviced by this FGD systemSE unit 8 from Table A-8 serviced by this FGD system SE unit 9 from Table A-8 serviced by this FGD system SE unit A from Table A-9 serviced by this FGD system SE unit B from Table A-9 serviced by this FGD system SE unit C from Table A-9 serviced by this FGD system SE unit D from Table A-9 serviced by this FGD system Planned solids handling for the FGD slurry blowdown Designates whether the system generate a FGD Slurry Blowdown (or slurry discharge) stream (i.e., is it a wet system) Sulfur Dioxide Removal Efficiency (%) Ty pe of FGD System Description of FGD system if state other in FGD_ty pe Designates if the plant operates a wet FGD system (QB4-1) Design flow rate for FGD treatment system - 24 hour daily average gpm Estimated Date the New FGD Treatment System W ill be Brought On Line (or Date FGD Scrubber Purge (or Slurry Discharge) W ill be Transferred to Existing System) (month/year) Design flow rate for FGD treatment system - max gpm Ty pe of wastewater treatment system planned to treat FGD scrubber purge (or slurry discharge) Designates whether the FGD scrubber purge (or slurry discharge) will be treated by

new or existing treatment system Biological reactor - aerobic wwt for FGD scrubber purge Biological reactor - anaerobic wwt for FGD scrubber purge Chemical precipitation wwt for FGD scrubber purge Mechanical vapor compression (brine concentrator) wwt for FGD scrubber purge Mechanical vapor compression (brine concentrator) with crystallizer for FGD scrubber purge Mechanical vapor compression (brine concentrator) with spray dryer for FGD scrubber purge Other wwt for FGD scrubber purge Description of wwt for FGD scrubber purge Settling pond wwt for FGD scrubber purge Constructed wetlands wwt for FGD scrubber purge Retrofit/installed with FGD scrubber system/na to indicate when FGD system was installed. Yes/no/na to indicate whether FGD W WT S was purchased as a part of the FGD scrubber package. Mercury Control System identification number. Month of installation of mercury control system. Year of installation of mercury control system. Location of mercury

control system in relation to initial particulate control system. Description of other SE Unit(s) that exhaust to the mercury control system. The design or targeted mercury percent removal efficiency

. Yes/no response to whether the plant has ever operated or plans to operate a pilot scale flue gas mercury control system for pilot study evaluation.The ty pe of technology studied by

the pilot scale flue gas mercury control system. Description of all flue gas mercury control processes that the plant is currently operating, constructing/installing, or planning to construct/install by Dec 31, 2010. The plant attached the final technical evaluation report. Name of company

whose flue gas mercury control system technology was/will be tested. End date of the flue gas mercury control system pilot study

. The plant did not attached the final technical evaluation report. Description why

the plant did not attached the final technical evaluation report. State date of the flue gas mercury control system pilot study

. SE Unit 1 exhausts to the mercury control system. SE Unit 10 exhausts to the mercury control system. SE Unit 2 exhausts to the mercury control system. SE Unit 3 exhausts to the mercury control system. SE Unit 4 exhausts to the mercury control system. SE Unit 5 exhausts to the mercury control system. SE Unit 6 exhausts to the mercury control system. SE Unit 7 exhausts to the mercury control system. SE Unit 8 exhausts to the mercury control system. SE Unit 9 exhausts to the mercury control system. Indicates whether the mercury control system was either operating in 2009 or is planned. Description of how mercury control solid waste is handled. Indicates the ty pe of mercury control system. Yes/no response to whether the study evaluates process wastewaters generated by

the technology

or identifies what process wastewater will be generated or affected by

the technology

. Plant's response for sluicing fly ash for the SE Unit Ty pe of ash handling (dry vs. wet) We t fly ash handling system operated in order to maintain to function as a backup to the dry

system Number of days wet fly ash handling system operated as a backup We t fly ash handling system operated because of other reasons Number of days wet fly ash handling system operated because of other

reasons Other reason for operating a wet and dry fly ash handling system Does this storage component store both fly ash and bottom ash together Unit IDs contributing bottom ash to this shared storage component Does the plant use the same transport and disposal equipment for both fly ash bottom ash? Unit and storage IDs contributing bottom ash to the transport and disposal system We t fly ash handling system operational because the dry fly ash handling system does not have the capacity to handle all of the fly

ash Number of days wet fly ash handling system operated because of capacity Description of other change expected for the fly ash handling systemOther change expected for the fly ash handling system Are all m ajor components of the conveyance system included in the table Fly _Cnvy _Capital_Cost Cost for modifications to the system Year on which m odification cost is based Cost for fly

ash system as originally installed Year on which original cost is based Project description for each subcategory of capital costs in Table C-11 Ty pe of fly

ash system conveyance components Total system capacity

of ty pe of conveyance components Conveyance capacity

component units Units of capacity

if "other" is selected Number of ty pe of conveyance components in the system Pieces of equipment included in the cost and those that are not included in the total cost Description of fly

ash system conveyance component if "other" is selected Major components of this fly ash conveyance system that a contractor(s) constructed/installed (or plans to) at the contractor's expense Contractor installed/will install ALL components IDed in Table C-10 (Fly _Cnvy _Cmpnts) Major O&M activities of this fly ash conveyance system that a contractor(s) oversees/will oversee at the contractor's expense Contractor oversees/will oversee ALL O&M activities dealing with the conveyance portion of the fly ash handling system at the contractor's expense 2009 annual cost for energy 2009 consumption kW h/hr for energy 2009 rate per kW h for energy 2009 annual cost for maintenance labor 2009 rate per hour (average rate of labor ) for maintenance labor 2009 staffing maintenance labor - days per year 2009 staffing maintenance labor - hours per day 2009 staffing maintenance labor - number of workers 2009 annual cost for maintenance materials 2009 annual cost for operating labor 2009 rate per hour (average rate of labor) for operating labor 2009 staffing operating labor - days per year 2009 staffing operating labor - hours per day 2009 staffing operating labor - number of workers 2009 annual cost of Other 1 O&M category Other O&M cost description (1) 2009 annual cost of Other 2 O&M category Other O&M cost description (2)) Total O&M cost (2009) Capital cost - hired outside engineering firm to oversee design and/or installation of the system The fly ash handling system for this unit is planned Cost of intermediate storage system as originally installedTy pe of fly

ash collection (ESPs, dry hot, dry cold, wet, baghouse, wet scrubber, or other) Ty pe of fly

ash collection if other is selected for "fly _collection" Combined vacuum/pressure fly ash handling system Expected number of days the wet fly ash handling system is expected to operate per year Decrease use of wet fly ash handling system by Dec 31, 2020 Design ash handling rate for dry conveyed fly

ash (dpy) Design ash handling rate for dry conveyed fly

ash (tpd) Design ash handling rate for wet conveyed fly ash (dpy) Design ash handling rate for wet conveyed fly ash (tpd) Storage destination ty pe (intermediate vs. final) Block diagram of entire fly ash handling system is attached Is the plant in the process of, planning to, installing a dry fly ash handling system by

12/31/20, provide the cost estimates developed Cost estimates for dry

fly ash handling system conversion/installation are attached Explanation if cost estimates are not attached If the plant is in the process of installing a dry fly ash handling system, have cost estimates been obtained/developed? Attached dry

fly ash handling installation estimates Explanation for dry

fly ash handling installation estimates not attached Number of days fly

ash was conveyed dry in 2009 (days) Dry fly ash is stored in landfills not reported in Table A-6 Percentage of dry

fly ash stored in landfills not reported in Table A-6 Dry fly ash is stored in landfills reported in Table A-6 Percentage of dry

fly ash stored in landfills reported in Table A-6 Destination 1 of the marketed, sold, and/or given away dry fly ash Destination 2 of the marketed, sold, and/or given away dry fly ash Destination 3 of the marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away destination Other description of marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away dry fly ash Percentage of dry

fly ash marketed, sold, and/or given away to Destination 1 Percentage of dry

fly ash marketed, sold, and/or given away to Destination 2 Percentage of dry

fly ash marketed, sold, and/or given away to Destination 3 Dry fly ash is marketed, sold, and/or given away Other destination of dry fly ash Description of other destination of dry fly ash Percentage of dry

fly ash stored in other destination Is the plant in the process of installing a dry fly ash handling system Estimated shutdown time in days required to bring system online Does the plant market, sell, and/or give away fly ash from the DRY fly

ash handling system Gross revenue generated from dry fly ash in 2005 Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2005 Gross revenue generated from dry fly ash in 2007Tons of dry fly ash (dry basis) marketed, sold, and/or given away in 2007 Gross revenue generated from dry fly ash in 2009 Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2009 Destination market of fly ash Ty pical percent of moisture of dry fly ash Is the plant planning to install a dry fly ash handling system Estimated shutdown time in days required to bring system online Wa s the dry

fly ash handling system installed as a retrofit to the steam electric generating unit Wa s the time required to install the retrofit outside of the regularly scheduled outage Shutdown tim e required for installation of dry retrofit (days) Ty pe of dry

fly ash retrofit Year of retrofit Dry vacuum fly

ash handling system End use of wet fly

ash handling system Expected end date of wet fly ash handling system Expand capacity

of handling system by

Dec 31, 2020 Other criteria to determine the source of water used to moisten the fly ash Maximum chlorides concentration of water used to moisten the ash (ppm) Maximum solids percentage of water used to moisten the ash (%) Source of water used - Raw intake water Source of water used - Intake water that have been treated on site prior to use Criteria plant used to determine if a water source is unacceptable for use (recycle/reuse) to moisten the ash Source of water used - Process wastewater stream (option 1) Source of water used - Description of process wastewater 1 Source of water used - Description of process wastewater (1) if "other" is selected Source of water used - Process wastewater stream (option 2) Source of water used - Description of process wastewater 2 Source of water used - Description of process wastewater (2) if "other" is selected Increase capacity

of dry ash convey ing equipm ent to handle all ash dry Install/increase the capacity of the landfills to handle all ash dry Increase capacity

of the silo(s) to handle all ash dry Increase the number of silos to handle all ash dry Changes to the air permit to install dry system Changes in ash disposal practices to install dry system Other change to ash disposal practices to install dry system Description of other change to ash disposal practices to install dry system Dust suppression activities to install dry system Expansion of vac/pressure system and piping to install dry system Hauling of ash to off-site storage to install dry system Construction of haul roads to install dry system Increase landfill capacity to install dry

system Landfill ID that will increase capacityInstallation of vac/pressure system and piping to install dry system Construction of landfill to install dry system Construction landfill ID Marketing of ash to install dry system Changes in personnel/training to install dry system Description of personnel/training changes to install dry system Other physical change to the facility to install dry

system Description of other physical change to the facility to install dry

system Physical changes to install dry system Construction of rail track to install dry system Modification of the silos for ash transfer to railcars to install dry system Modification of the silos for marketable ash to install dry system Modification of the silos to moisture-condition ash to install dry system Installation of storage silos to install dry system Storage of ash in landfills to install dry system Landfill IDs that will store fly ash LOI of dry

conveyed fly

ash (ty pical range for 2009) - maximum percentage LOI of dry

conveyed fly

ash (ty pical range for 2009) - minimum percentage LOI of wet conveyed fly ash (ty pical range for 2009) - maximum percentage LOI of wet conveyed fly ash (ty pical range for 2009) - minimum percentage We t fly ash handling system operated when the dry fly ash collection system was not operational due to maintenance issues Number of days wet fly ash handling system operated when dry down due to

ma intenance Mechanical fly

ash handling system Other description needed to handle all ash dry Other requirement needed to handle all ash dry Is water used to moisten the fly ash Modify the loading silos to have the ability to moisten condition the ash to handle all ash dry Description of new infrastructure needed Design/develop new infrastructure to dispose of dry ash to handle all ash dry No change is expected for the fly ash handling system operation No system modifications are necessary to operate the dry

fly ash handling system all the time We t fly ash handling system operated during times when dry fly ash is not

ma rketable Number of days wet fly ash handling system operated when fly ash not

ma rketable Other ty pe of fly

ash handling system Plant's description of the other type of fly ash handling system Total days in 2005 the dry fly ash handling system caused outage Methods used to resolved 2005 dry fly ash handling system caused outage Reason for 2005 dry

fly ash handling system caused outage Total days in 2005 the wet fly ash handling system caused outage Methods used to resolved 2005 wet fly ash handling system caused outage Reason for 2005 wet fly ash handling system caused outageTotal days in 2006 the dry fly ash handling system caused outage Methods used to resolved 2006 dry fly ash handling system caused outage Reason for 2006 dry

fly ash handling system caused outage Total days in 2006 the wet fly ash handling system caused outage Methods used to resolved 2006 wet fly ash handling system caused outage Reason for 2006 wet fly ash handling system caused outage Total days in 2007 the dry fly ash handling system caused outage Methods used to resolved 2007 dry fly ash handling system caused outage Reason for 2007 dry

fly ash handling system caused outage Total days in 2007 the wet fly ash handling system caused outage Methods used to resolved 2007 wet fly ash handling system caused outage Reason for 2007 wet fly ash handling system caused outage Total days in 2008 the dry fly ash handling system caused outage Methods used to resolved 2008 dry fly ash handling system caused outage Reason for 2008 dry

fly ash handling system caused outage Total days in 2008 the wet fly ash handling system caused outage Methods used to resolved 2008 wet fly ash handling system caused outage Reason for 2008 wet fly ash handling system caused outage Total days in 2009 the dry fly ash handling system caused outage Methods used to resolved 2009 dry fly ash handling system caused outage Reason for 2009 dry

fly ash handling system caused outage Total days in 2009 the wet fly ash handling system caused outage Methods used to resolved 2009 wet fly ash handling system caused outage Reason for 2009 wet fly ash handling system caused outage Percent of fly

ash conveyed to each storage destination Pressure fly

ash handling system Am ount of fly

ash produced in 2009 conveyed dry (dpy) Am ount of fly

ash produced in 2009 conveyed dry (tpd) Am ount of fly

ash produced in 2009 conveyed wet (dpy) Am ount of fly

ash produced in 2009 conveyed wet (tpd) Change to air permit for retrofit Changes in ash disposal practices for retrofit Other reason for retrofit (ash disposal practices) Other ash disposal practice description for retrofit Dust suppression activities for retrofit Expansion of pressure/vacuum system and piping for retrofit Hauling ash to off-site storage for retrofit Construction of haul roads for retrofit Increase landfill capacity for retrofit Landfill ID that will be increased for retrofit Installation of pressure/vacuum system and piping for retrofit Construction of landfill for retrofit Landfill ID for construction of landfill for retrofit Marketing of ash for retrofit Changes in personnel/training for retrofitDescription of changes in personnel/training for retrofit

Other reason for retrofit Other description for retrofit Physical changes to the facility needed for the retrofit Construction of rail track for retrofit Modification of the silos for ash transfer to rail cars for retrofit Modification of the silos for marketable ash for retrofit Modification of the silos the moisture-condition ash for retrofit Installation of storage silos for retrofit Storage of ash in landfills for retrofit Landfill ID of storage of ash in landfills for retrofit Average flow rate of the sluice water Chlorides concentration requirement for fly ash sluice water Chlorides concentration value for fly ash sluice water (ppm) Ty pical duration of sluicing (hpd) Ty pical frequency

of sluicing (dpy) Other requirement for fly ash sluice water Description of other requirement for fly ash sluice water Other value for fly

ash sluice water (ppm) Percent contribution of sluice water option 1 Percent contribution of sluice water option 2 Percent contribution of sluice water option 3 Percent contribution of sluice water for other field Plant's response for discharging the fly ash sluice water to a POTW Plant's response for recycling fly ash sluice water immediately back to the plants process Description of how the plant used the recycled sluice water Solids percentage requirement for fly ash sluice water Solids percentage value for fly ash sluice water (%) Source of sluice water (option 1) Source of sluice water (option 2) Source of sluice water (option 3) Source of sluice water description if "other" is selected in drop down menus Are all mjr components of the intermediate storage included in the capital costs in Fly _Storage_Capital_Cost Cost of modification of intermediate storage system Year on which m odification cost is based Year on which original cost is based Project description for each subcategory of capital costs in Table C-14 Ty pe of component (intermediate storage) Capacity of ty pe of intermediate storage components in the system Capacity units of intermediate storage component Other capacity

units of intermediate storage component Number of ty pe of intermediate storage components in the system If not all included, explain what costs are included and which aren't in the total capital costDescription of component if "other" is selected

Major components of this intermediate storage destination that contractor(s) installed/will install at their expense All O&M activities associated with this intermediate storage destination that a contractor(s) oversees/will oversee at their expense Contractor oversees/will oversee all O&M activities dealing with the intermediate storage portion of system at their expense Contractor installed/will install all components IDed in Fly _Storage_Cmpnts table Distance from the SE Unit to the Intermediate Storage or from the Intermediate Storage to the Final Disposal/Destination (miles) 2009 Annual cost for energy 2009 consumption kW h/hr for energy 2009 rate per kW h for energy 2009 Annual cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (days per year ) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Annual cost for maintenance materials 2009 Annual cost for operating labor (all other) 2009 Rate per hour (average rate of labor) for operating labor (all other) 2009 Staffing (days per year ) for operating labor (all other) 2009 Staffing (hours per day) for operating labor (all other) 2009 Staffing (No. of workers) for operating labor (all other) 2009 Annual cost for operating labor - water trucks only 2009 Rate per hour (average rate of labor) for operating labor - water trucks only 2009 Staffing (days per year ) for operating labor - water trucks only 2009 Staffing (hours per day) for operating labor - water trucks only 2009 Staffing (No. of workers) for operating labor - water trucks only 2009 Annual Other (1) cost Other (1) description of 2009 annual cost 2009 Annual Other (2) cost Other (2) description of 2009 annual cost Total 2009 Annual Cost - Intermediate Storage Capital cost - hired outside engineering firm to oversee design and/or installation of the system Percent moisture of the fly ash entering destination (if transported dry) Storage destination is planned Storage destination is a pond/impoundment Tons of fly

ash transported to destination in 2009 (dry weight basis) How the fly

ash is transported to the storage destination Description of transportation if "other" is selected Are all m ajor components of the system included in the capital costs in Fly _Trspt_Disp_Capital_Cost Cost for modifications to the system Year on which m odifications cost is basedYear on which original cost is based

Project description for each subcategory of capital costs in Table C-16 Explanation of items included in the capital cost and those not included List of all major components for transport/disposal of dry fly ash that a contractor(s) constructed/installed (or plans to) at the contractor's expense List of all O&M activities for transport and disposal that the contractor oversees/will oversee at the contractor's expense Contractor oversees/will oversee all transport/disposal activities at the contractor's expense Contract installed/will install all ash transport equipment at the contractor's expense 2009 annual cost for ash removal/disposal fees 2009 annual costs for energy 2009 rate per kW h for energy 2009 consumption - kW h/hr for energy 2009 annual cost for maintenance labor 2009 rate per hour (average rate of labor) for maintenance cost 2009 staffing - days per year for maintenance labor 2009 staffing - hours per day for maintenance labor 2009 staffing - number of workers for maintenance labor 2009 annual cost for maintenance materials 2009 annual cost for operating labor (all other operating costs) 2009 rate per hour (average rate of labor) for operating labor 2009 staffing - days per year for operating labor 2009 staffing - hours per day for operating labor 2009 staffing - number of workers for operating labor 2009 annual cost for operating labor (trucks, rail cars, other transport) 2009 transport rate days per year (operating labor) 2009 rate per hour (average rate of labor) for operating labor 2009 transport rate loads per day (operating labor) 2009 staffing - days per year for operating labor 2009 staffing - hours per day for operating labor 2009 staffing - number of workers for operating labor 2009 annual rate for other(1) O&M cost category Description of other (1) O&M cost category 2009 annual rate for other (2) O&M cost category Description of other (2) O&M cost category Total 2009 O&M Cost Cost for system as originally installed Other method for the transport and disposal of ash Description of other method used (i.e., barge) Capital Cost - Hired outside engineering firm to oversee design and/or installation of the system Is a pond/impoundment the final destination of all the fly ash collected by

the plant Rail car is the method uses to transport ash Rail cars were boughtRail cars are contracted out

Rail cars are leased Number of rail cars plant uses for the transportation/disposal of fly ash Truck is a method used to transport ash Trucks used were bought Trucks used are contracted out Trucks used are leased Number of trucks plant uses for the transportation/disposal of fly ash Has the plant encountered and unscheduled outages on this SE Unit caused by the fly ash handling system in the last 5 years Number of days fly

ash was conveyed wet in 2009 (days) Does the plant market, sell, and/or give away fly ash from the W ET fly

ash handling system Gross revenue generated from wet fly ash in 2005 Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2005 Gross revenue generated from wet fly ash in 2007 Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2007 Gross revenue generated from wet fly ash in 2009 Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2009 Market destination of wet fly ash Ty pical percent moisture of wet fly ash We t sluice fly

ash handling system Plant response for operating a wet vacuum (pneumatic) fly ash handling system

Chemical precipitation for wet vacuum water We t vacuum water "other" destination description Ty pical volum e of the vacuum water form the wet vacuum system number of days (dpy) Ty pical volum e of the vacuum water from the wet vacuum system generated annually (gpy) We t vacuum water "other" destination pH adjustment for wet vacuum water We t vacuum water transferred to a settling pond We t vacuum water discharge to POTW or PrOTW We t vacuum water immediately recycled back to plant process Description of how wet vacuum water is immediately recycled back to plant process We t vacuum water discharged to surface water We t vacuum water transferred to an on-site treatment system We t vacuum water transferred to constructed wetlands We t vacuum water transferred to other ty pe of on-site treatment Description of "other" type of on-site treatment We t vacuum system (pneumatic) fly ash handling system Wa s the fly

ash from this SE Unit conveyed both wet and dry? Area of treatment system footprint in ft2. The plant used anthracite coal for fuel for steam electric power generation in 2009.The amount of anthracite coal used for fuel for steam electric power generation

in 2009 (tons). The plant used bituminous coal for fuel for steam electric power generation in 2009. The amount of bituminous coal used for fuel for steam electric power generation in 2009 (tons). BTU Generated by

Coal and/or Petroleum Coke The plant used lignite coal for fuel for steam electric power generation in 2009. The amount of lignite coal for fuel for steam electric power generation in 2009 (tons). The plant did not use any coal or petroleum coke for fuel for steam electric power generation in 2009. The plant used another type of coal/petroleum coke fuel for steam electric power generation in 2009. The amount of the other ty pe of coal/petroleum coke fuel used for steam electric power generation in 2009 (tons). A description of the other type of coal/petroleum coke fuel used for steam electric power generation in 2009. The plant used petroleum coke for fuel for steam electric power generation in 2009. The amount of petroleum coke used for fuel for steam electric power generation in 2009 (tons). The plant used subbituminous coal for fuel for steam electric power generation in 2009. The amount of subbituminous coal used for fuel for steam electric power generation in 2009 (tons). The plant used coal sy nfuel for fuel for steam electric power generation in 2009.

The amount of coal sy nfuel used for fuel for steam electric power generation in 2009 (tons). The plant used waste coal for fuel for steam electric power generation in 2009. The amount of waste coal used for fuel for steam electric power generation in 2009 (tons). Total BTU Generated by Fossil/Nuclear Fuels BTU Generated by

Gas The plant used Blast Furnace Gas for fuel for steam electric power generation in 2009. The amount of Blast Furnace Gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant used natural gas for fuel for steam electric power generation in 2009. The amount of natural gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant did not use gas as fuel for steam electric power generation in 2009. The plant used another type of gas for fuel for steam electric power generation in 2009. The amount of the other ty pe of gas used for fuel for steam electric power generation in 2009 (Million ft3). A description of the other type of gas used for fuel for steam electric power generation in 2009. The plant used Gaseous Propane for fuel for steam electric power generation in 2009. The amount of Gaseous Propane used for fuel for steam electric power generation in 2009 (Million ft3).The plant used nuclear fuel for steam electric power generation in 2009.

The amount of nuclear fuel used as fuel for steam electric power generation in 2009. BTU Generated by

Nuclear Fuels The plant did not use nuclear fuel for steam electric power generation in 2009. The units for the amount of nuclear fuel used as fuel for steam electric power generation in 2009. The plant used No. 1 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 1 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 2 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 2 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 4 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 4 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 5 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 5 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 6 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 6 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). BTU Generated by

Oil The plant used Diesel Fuel for steam electric power generation in 2009. The amount of Diesel Fuel used for steam electric power generation in 2009 (barrels). The plant used Jet Fuel for steam electric power generation in 2009. The amount of Jet Fuel for steam electric power generation in 2009 (barrels). The plant used Kerosene as fuel for steam electric power generation in 2009. The amount of Kerosene used as fuel for steam electric power generation in 2009 (barrels). The plant did not use oil as fuel for steam electric power generation in 2009. The plant used another type of oil as fuel for steam electric power generation in 2009. The amount of the other ty pe of oil used as fuel for steam electric power generation in 2009. A description of the other type of oil used as fuel for steam electric power generation in 2009. The plant used W aste Oil as fuel for steam electric power generation in 2009. The amount of W aste Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used biomass as fuel for steam electric power generation in 2009. The amount of biomass used as fuel for steam electric power generation in 2009. The units for the amount of biomass used as fuel for steam electric power generation in 2009. Total BTU Generated by Other FuelsThe plant used landfill gas as fuel for steam electric power generation in 2009.

The amount of landfill gas used as fuel for steam electric power generation in 2009. The units for the amount of landfill gas used as fuel for steam electric power generation in 2009. The plant used Municipal Solid W aste as fuel for steam electric power generation in 2009. The amount of Municipal Solid W aste used as fuel for steam electric power generation in 2009. The units for the amount of Municipal Solid W aste used as fuel for steam electric power generation in 2009. The plant did not use fuel for steam electric power generation in 2009. The plant used another type of fuel for steam electric power generation in 2009.

The amount of the other ty pe of fuel used as fuel for steam electric power generation in 2009. A description of the other type of fuel used for steam electric power generation in 2009. The units for the amount of the other ty pe of fuel used as fuel for steam electric power generation in 2009. The plant used wood as fuel for steam electric power generation in 2009. The amount of wood used as fuel for steam electric power generation in 2009. The units for the amount of wood used as fuel for steam electric power generation in 2009. Total BTU Generated by All Fuels The plant used coal to generate electricity in 2009. The plant used gas to generate electricity in 2009. The plant did not use nuclear or fossil fuels other than for start up in 2009. The plant used nuclear fuel to generate electricity in 2009. The plant used oil to generate electricity in 2009. The plant used petroleum coke to generate electricity in 2009. Yes/no if planned im provements to W WT S, or entire future W WT S, is in preparation for future potential limit changes. Description of which pollutant and/or limits the improvement or system will target. Is bottom ash generated in any units at the plant? The yes/no answer to whether the plant generates or has the potential to generate electricity

from a steam electric generating unit. Are gy psum related wastewaters produced at the plant? The yes/no answer to whether the plant generated any process wastewater during 2009 that is associated with the production of electricity from nuclear generating units (QH1-2) Does facility

generate any

ash answer Does facility

generate any

fly ash answer Indicates if the facility

generates any

leachate from ponds/landfills Does facility

does generate any

MCW answer EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit.EIA Generator ID for steam and/or combustion turbines associated with the

steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. The yes/no answer to whether the plant has measured pollutant concentrations from ash and FGD-related constituents in ground water that exceed background concentrations. The yes/no answer to whether the plant has measured pollutant concentrations from ash and FGD-related constituents that exceed a primary or secondary MCL and/or state-issued standard/criteria. Checkbox to indicate the plant attached an overhead diagram of the pond/im poundm ent or landfill. The distance to the nearest surface water (miles). The average water table depth at well (ft). The plant-assigned monitoring well ID number. The yes/no answer to whether the plant performs groundwater monitoring of the pond/im poundm ent or landfill. The average frequency of monitoring (dpy). The number of times the groundwater has been monitored in the last five years.

The year of the last groundwater monitoring event. Ty pical frequency

of gy psum related wastewaters produced (dpy)Ty pical volum e of gy psum related wastewaters produced (gpm)

Ty pe of water used for MCW (wo chemicals) operation (Choice 1) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_1 (Choice 1) Ty pe of water used for MCW (wo chemicals) operation (Choice 2) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_2 (Choice 2) Ty pe of water used for MCW (wo chemicals) operation (Choice 3) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_3 (Choice 3) Ty pical frequency

of MCW operations (wo chemicals) - Every Ty pical frequency

of MCW operations (wo chemicals) - per Year Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 1) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 2) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 3) Ty pe of water used for MCW (with chemicals) operation (Choice 1) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_1 (Choice 1) Ty pe of water used for MCW (with chemicals) operation (Choice 2) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_2 (Choice 2) Ty pe of water used for MCW (with chemicals) operation (Choice 3) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_3 (Choice 3) Ty pical frequency

of MCW operations (with chemicals) - Every Ty pical frequency

of MCW operations (with chemicals) - per Year Ty pical volum e of water used during MCW (with chemicals) operation (Choice 1) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 2) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 3) The yes/no answer to whether the plant operates any carbon capture systems on fossil-fueled electric generating units or are currently constructing/installing or planning to construct/install any by 12/31/20. The yes/no answer to whether the plant operated any flue gas mercury

control systems or are currently constructing/installing or planning to construct/install any by 12/31/20. The yes/no answer to whether the plant is currently constructing/installing or planning to construct/install by December 31, 2020 any landfills. The yes/no answer to whether the plant operated any NOx control systems on fossil-fueled electric generating units after 1/1/10 or are currently constructing/installing or planning to construct/install any by 12/31/20. The yes/no answer to whether the plant has or is the plant currently constructing/installing or planning to construct/install by December 31, 2020 any ponds/impoundments. The yes/no answer to whether the plant operates any wet ESP systems on fossil-fueled electric generating units after 1/1/10 or are currently constructing/installing or planning to construct/install any by 12/31/20. Response to whether the plant gasified coal, petroleum coke, or oil to operate an IGCC generating unit during 2009.Response to whether the plant is currently operating, currently constructing/installing, or planning to construct/install by December 31, 2015 an IGCC generating unit that was not in operation during 2009 Influent name selected from dropdown menu. Avg. annual flow rate frequency , days per year. Avg. annual flow rate in gallons per day

. Avg. annual flow rate in gallons per minute. Avg. annual flow rate frequency , hours per day

. Plant entered influent name, description of 'other'. Year W WT S initially

brought online. Plant’s nam e for each pond/impoundment unit. The closest distance to the nearest surface water (in ft). EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. The yes/no answer to whether the active/inactive/open landfill is "Inactive." The latitude degrees of the geographical coordinates of the landfill. The latitude minutes of the geographical coordinates of the landfill. The latitude seconds of the geographical coordinates of the landfill. The yes/no answer to whether the leachate is collected. The yes/no answer to whether the landfill is lined. The longitude degrees of the geographical coordinates of the landfill. The longitude minutes of the geographical coordinates of the landfill. The longitude seconds of the geographical coordinates of the landfill. Year landfill initially

brought online or planned to be brought online. Active/inactive/open landfill; retired/closed landfill; and/or planned landfill. Bottom ash is stored or disposed of in the landfill unit identified. FGD calcium sulfite (not pozzolanic) is stored or disposed of in the landfill unit identified. Solids from dry

FGD are stored or disposed of in the landfill unit identified. Fly ash is stored or disposed of in the landfill unit identified. FGD calcium sulfate (gy psum) is stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified.The specification of another ty pe of waste is stored or disposed of in the landfill

unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. FGD pozzolanic m aterial is stored or disposed of in the landfill unit identified. Boiler slag is stored or disposed of in the landfill unit identified. Total acreage of active/inactive/open landfills The yes/no answer to whether the landfill has a cap/cover. The cost of the project ($). The cap/cover layer number (numbered from inner to outer layer). The permeability

of cap/cover layer (cm/sec). The thickness of cap/cover layer (cm). The project ty pe for the capital cost expenditure. Indicates if the cap/cover is compacted clay ; geosy nthetic clay ; high density polyethylene (HDPE); and/or other, specified. Indicates if the plant selected a cap/cover type. The year on which the cost of the project is based on. The yes/no answer to whether the landfill is closed. The date the landfill was closed. The date the landfill was built. The yes/no answer to whether the landfill has been expanded since the date it was built. The total cost associated with any expansion(s) to the landfill since 1/1/00. The description of the expansion(s) to the landfill since 1/1/00 and the date(s) of expansion (month/y r). The ty pe of landfill expansion is lateral, vertical, or both. The height above original elevation of the landfill at the expected end of it's life (feet). The yes/no answer to whether chemicals are used to treat the leachate sent to a pond or storage tank. Checkbox to indicate that the plant uses sulfuric acid to treat the leachate. Checkbox to indicate that the plant uses lime to treat the leachate. Checkbox to indicate that the plant uses sodium hydroxide to treat the leachate.

Checkbox to indicate that the plant uses another type of chemical to treat the leachate. An explanation of the other ty pe of chemical used to treat the leachate. Description of estimation method to determine volume of leachate collected in 2009 and frequency

of process wastewater generation. Checkbox to indicate the plant indirectly discharges the leachate to a publicly or privately owned treatm ent works. Checkbox to indicate the plant transfers their leachate to an on-site treatment system. The plant defined the wastewater treatment system that treats the leachate in Part D, Table D-2. Checkbox to indicate another intermediate and/or final destination of the leachate. The specification of another intermediate and/or final destination of the leachate.The IDs of the pond/impoundment unit(s) that represent either an intermediate

or final leachate destination. Checkbox to indicate the plant immediately recycles the leachate back into the plant process. A description of how the leachate is reused once it is immediately recycled back into the plant process. Checkbox to indicate the plant transfers leachate back into a storage tank. The plant discharges the leachate to surface water. The frequency

of process wastewater generation (days). The yes/no answer to whether the plant collects stormwater, rainfall, or process wastewaters with the landfill collection system. Checkbox to indicate that the landfill collection system collects another ty pe of water in the landfill collection system. Drop-down menu of options for the other ty pe of water collected in the landfill collection system. Checkbox to indicate that the landfill collection system collects rainfall. The amount of rainfall collected by the landfill collection system (gpd). Checkbox to indicate that the landfill collection system collects uncontaminated stormwater. The amount of uncontaminated stormwater collected by the landfill collection system (gpd). Checkbox to indicate the landfill has a leachate collection system. Checkbox to indicate the landfill has a leak detection system. Checkbox to indicate the landfill has another system to collect leachate. A description of the other leachate collection system. The yes/no answer to whether the landfill has a system to collect leachate. The volume of leachate collected in 2009 (gpd). The volume of leachate collected in 2009 (gpy). An explanation of the other ty pe of water collected by the landfill collection system. The amount of the other ty pe of water collected by the landfill collection system (gpd). The yes/no answer to whether the landfill has a liner. The landfill liner layer number (numbered from inner to outer layer). The permeability

of the landfill liner layer (cm/sec). The thickness of the landfill liner layer (cm). Indicates if the landfill liner is compacted clay ; geosy nthetic clay ; high density polyethylene (HDPE); and/or other, specified. Indicates if the plant selected a landfill liner type. The annual O&M cost for chemicals for the landfill in 2009 ($). The annual O&M cost for energy for operations other than pumping for the landfill in 2009 ($). The amount of energy

consumed in 2009 to power operations other than pum ping (kW h). The rate of energy

to power operations other than pumping for the landfill in 2009 ($/kW h). The annual O&M cost for energy to power pum ping for the landfill in 2009 ($). The amount of energy

consumed in 2009 to power pumping (kW h). The rate of energy

to power pum ping for the landfill in 2009 ($/kW h). The annual O&M cost for removing hazardous sludge via dredging ($).The rate of removing hazardous sludge via dredging ($).

Checkbox to indicate if the rate of removing hazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing hazardous sludge via landfilling ($) The rate of removing hazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing hazardous sludge via landfilling is in gallons or tons. The annual O&M cost for maintaining the landfill in 2009 ($). The average rate of labor required to maintain the landfill in 2009 ($/hr). The amount of time the workers spent maintaining the landfill in 2009 (dpy ). The amount of time the workers spent maintaining the landfill in 2009 (hpd). The number of workers required to maintain the landfill in 2009. The annual O&M cost for maintenance materials for the landfill in 2009 ($). The annual O&M cost for removing nonhazardous sludge via dredging ($) The rate of removing nonhazardous sludge via dredging ($). Checkbox to indicate if the rate of removing nonhazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via landfilling ($). The rate of removing nonhazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing nonhazardous sludge via landfilling is in gallons or tons. The annual O&M cost for operating the landfill in 2009 ($). The average rate of labor required to operate the landfill in 2009 ($/hr). The amount of time the workers spent operating the landfill in 2009 (dpy ). The amount of time the workers spent operating the landfill in 2009 (hpd). The number of workers required to operate the landfill in 2009. The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($) The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($). The annual O&M cost for plants/organic matter for the landfill in 2009 ($). The cost of steam used for landfill O&M in 2009 ($). The steam consumption rate for landfill O&M in 2009 (pounds/hr). The rate of the steam used for landfill O&M ($/pound). The total O&M cost for 2009. Indirect engineering costs were incurred because plant hired outside engineering firm to oversee design and/or installation of the treatment system. The surface area the landfill is expected to take up at the expected end of it's life (acres). Status of the landfill for the dimensions provided (F3-1: As Built; F3-2: Current; F3-3: End of life or expected end of life). The yes/no answer to whether the plant combines conveyed stormwater runoff that has contacted the uncapped portion of the landfill with leachate. The yes/no answer to whether the plant combines conveyed stormwater runoff that has contacted the uncapped portion of the landfill with leachate. Checkbox to indicate that the conveyed stormwater runoff is indirectly discharged to a treatment works system for it's intermediate and/or final destination.Checkbox to indicate that the conveyed stormwater runoff is indirectly

discharged to a treatment works system for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is transferred to an on-site treatment system for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is transferred to an on-site treatment system for it's intermediate and/or final destination. The specification of another ty pe of on-site wastewater treatment system receiving stormwater runoff. The specification of another ty pe of on-site wastewater treatment system receiving stormwater runoff. Checkbox to indicate if the ty pe of on-site wastewater treatment system is chemical precipitation; aerobic or anoxic/anaerobic biological reactor; constructed wetlands; or other, specified. Checkbox to indicate if the ty pe of on-site wastewater treatment system is chemical precipitation; aerobic or anoxic/anaerobic biological reactor; constructed wetlands; or other, specified. Checkbox to indicate another intermediate and/or final destination of the conveyed stormwater runoff. Checkbox to indicate another intermediate and/or final destination of the conveyed stormwater runoff. An explanation of the other intermediate and/or final destination of the conveyed stormwater runoff. An explanation of the other intermediate and/or final destination of the conveyed stormwater runoff. Checkbox to indicate that the intermediate and final destination of the conveyed stormwater runoff is a pond/impoundment unit. Checkbox to indicate that the intermediate and final destination of the conveyed stormwater runoff is a pond/impoundment unit. Checkbox to indicate that the conveyed stormwater runoff is immediately recycled back into the plant process as it's intermediate and/or final destination.

Checkbox to indicate that the conveyed stormwater runoff is immediately recycled back into the plant process as it's intermediate and/or final destination.

A description on how the leachate is used once it has been immediately recycled back into the plant process. A description on how the leachate is used once it has been immediately recycled back into the plant process. Checkbox to indicate that the conveyed stormwater runoff is transferred to a storage tank for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is transferred to a storage tank for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is discharged to a surface water as it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is discharged to a surface water as it's intermediate and/or final destination. The portion of the landfill (capped vs. uncapped) that conveyed stormwater runoff has contacted and is combined with leachate.

The portion of the landfill (capped vs. uncapped) that conveyed stormwater runoff has contacted and is combined with leachate.

The yes, no, or NA response to whether the plant built any structures on top of the closed landfill.The description of the structure(s) and any challenges that the plant faced building on top of the landfill. The volume of stored materials in the landfill at the expected end of it's life (cubic feet). Indicates if the facility

attached an aerial photo of the entire waste management unit Name of analy

te

Name of analy

tical lab Indicates that bottom ash is stored in the pond/landfill The amount of bottom ash stored in the pond/landfill (tons) Indicates that calcium sulfite (non-pozzalonic) is stored in the pond/landfill The amount of calcium sulfite (non-pozzalonic) stored in the pond/landfill (tons) CAS num ber of analy

te

Indication of leachate collection at the facility Indicates if the leachate is combined with runoff/stormwater/process wastewater Concentration of analy

te (μg/L)

Indicates the location of the sample point for data collection

Indicates that fly

ash is stored in the pond/landfill The amount of fly

ash stored in the pond/landfill (tons) Indicates that gypsum is stored in the pond/landfill The amount of gy psum stored in the pond/landfill (tons) Analy tical method used

Method Detection Limit (MDL) (μg/L)

Description of analy

tical method used, if "other" selected

Qualifiers for the Measurement

Reporting Limit (μg/L)

Explanation for not attached an aerial photo of the entire waste management unit Non-detect result

Indicates if the leachate collected is transferred off site Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons) Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons) Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons)Indicates that pozzalonic m aterial is stored in the pond/landfill

The amount of pozzalonic material stored in the pond/landfill (tons) Date of rainfall collection Inches recorded for rainfall collection Indicates that boiler slag is stored in the pond/landfill The amount of boiler slag stored in the pond/landfill (tons) Date of sample collection Indicates the location of the sample point Description of the sample point Indicates if the summary report is attached Indicates if the leachate collected, that is not transferred off site, it treated at the facility Approx. length of piping to next treatment system or discharge in ft. Approx. length of piping from FGD scrubber system to W WT S in ft. Yes/no if plant performs or intends to perform long-term groundwater, soil, or overflow monitoring of pond. Description of monitoring plan. List of ancillary

equipm ent of the leachate treatment system. Number of ancillary

equipm ent pieces in the system. The average annual flow rate for the leachate treatment system in 2009 (gpm). Cost of the project for the leachate treatment system ($). Ty pe of project associated with the capitol cost for the leachate treatment system. Year the cost of the project for the leachate system is based on. Checkbox to indicate that the plant attached a block diagram of the leachate treatment system operation. Distance from the operating leachate collection system (ft). Approximate distance to final outfall from the operating leachate treatment system (ft). The frequency

of effluent transfers from the treatment system in 2009 (hpd). The duration of effluent transfers from the treatment system in 2009 (hpd). The maximum daily

flow rate for the leachate treatment system in 2009 (gpm). Ty pical flow rate for the leachate treatment system in 2009 (gpm). Operating leachate treatment system footprint (ft2). EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID.Indicates the leachate treatment system ID previously identified in Table F-4 EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. The yes/no answer to whether there were any planned im provements to the leachate treatment system. Identification of pollutants and/or limits the improvement to the leachate treatment system will target. Year the operating leachate treatment system was initially brought online. Pond/im poundm ent unity or landfill ID associated with the process wastewater selected. Total capital cost of planned improvements to the leachate treatment system ($). Expected date of planned improvement to the leachate treatment system (mm/dd/y

yyy)

. Description of planned improvement to the leachate treatment system. The plant’s name for each leachate treatment unit. Number of operating leachate collection systems contributing to the leachate treatment system. The annual O&M cost for chemicals for the leachate treatment system in 2009 ($). The annual O&M cost for energy for operations other than pumping for the leachate treatment system in 2009 ($). The amount of energy

consumed in 2009 to power operations other than pum ping (kW h). The rate of energy

to power operations other than pumping for the leachate treatment system in 2009 ($/kW h). The annual O&M cost for energy to power pum ping for the leachate treatment system in 2009 ($). The amount of energy

consumed in 2009 to power pumping (kW h). The rate of energy

to power pum ping for the leachate treatment system in 2009 ($/kW h). The annual O&M cost for removing hazardous sludge via dredging ($). The rate of removing hazardous sludge via dredging ($). Checkbox to indicate if the rate of removing hazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing hazardous sludge via landfilling ($) The rate of removing hazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing hazardous sludge via landfilling is in gallons or tons. The annual O&M cost for maintaining the leachate treatment system in 2009 ($). The average rate of labor required to maintain the leachate treatment system in 2009 ($/hr). The amount of time the workers spent maintaining the leachate treatment system in 2009 (dpy). The amount of time the workers spent maintaining the leachate treatment system in 2009 (hpd). The number of workers required to maintain the leachate treatment system in 2009. The annual O&M cost for maintenance materials for the leachate treatment system in 2009 ($). The annual O&M cost for removing nonhazardous sludge via dredging ($)The rate of removing nonhazardous sludge via dredging ($).

Checkbox to indicate if the rate of removing nonhazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via landfilling ($). The rate of removing nonhazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing nonhazardous sludge via landfilling is in gallons or tons. The annual O&M cost for operating the leachate treatment system in 2009 ($). The average rate of labor required to operate the leachate treatment system in 2009 ($/hr). The amount of time the workers spent operating the leachate treatment system in 2009 (dpy). The amount of time the workers spent operating the leachate treatment system in 2009 (hpd). The number of workers required to operate the leachate treatment system in 2009. The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($) The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($). The annual O&M cost for plants/organic matter for the leachate treatment system in 2009 ($). The cost of steam used for leachate treatment system O&M in 2009 ($). The steam consumption rate for leachate treatment system O&M in 2009 (pounds/hr). The rate of the steam used for leachate treatment system O&M ($/pound). The total O&M cost for 2009. Indirect engineering costs were incurred because plant hired outside engineering firm to oversee design and/or installation of the treatment system.

Plant designation of the operating leachate treatment system. Drop-down selection of process wastewaters generated from the pond/im poundm ent and/or landfills treated by the leachate treatment system. A description of another type of process wastewater not listed in the drop-down

me nu. First average annual flow rate of influent to the treatment system associated with the process wastewater selected (dpy). Second average annual flow rate of influent to the treatment system associated with the process wastewater selected (dpy). Second average annual flow rate of influent to the treatment system associated with the process wastewater selected (gpd). The average annual flow rate of influent to the treatment system associated with the process wastewater selected (gpm). First average annual flow rate of influent to the treatment system associated with the process wastewater selected (hpd). The yes/no answer to whether the plant adds chemicals to the leachate treatment unit in 2009. Average dose concentration of chemical used in leachate treatment unit operations (g/L). Frequency

of the chemical addition (dpy). Location of chemical addition in leachate treatment unit operations. Manufacturer of chemical used in leachate treatment unit operations.Purpose of chemical used in leachate treatment unit operations.

Average addition rate of chemical used in leachate treatment unit operations. Checkbox to indicate if the phase of the chemical addition is solid or liquid. Checkbox to indicate if the units for the average addition rate of chemical used in leachate treatment unit operations are gpd or lb/day

. Trade name of chemical used in leachate treatment unit operations. Ty pe of chemical used in leachate treatment unit operations. Checkbox to indicate that the leachate treatment unit was constructed using carbon steel. Checkbox to indicate that the leachate treatment unit was constructed using lined carbon steel. The specification of the ty pe of carbon steel liner. Checkbox to indicate that the leachate treatment unit was constructed using fiberglass. Assigned leachate treatment unit ID. Assigned leachate treatment unit ID. Drop-down selection of assigned leachate treatment unit ID based on units that are operating, under construction/installation, or planned to be constructed/installed. Drop-down selection of assigned leachate treatment unit ID. Assigned leachate treatment unit ID. Assigned leachate treatment unit ID. User-defined designation of a leachate treatment unit ID. User-defined designation of a leachate treatment unit ID. First limitation of the pollutant that drives/will drive the operation of the leachate treatment unit. Second lim itation of the pollutant that drives/will drive the operation of the leachate treatment unit. Third limitation of the pollutant that drives/will drive the operation of the leachate treatment unit. First drop-down selection of units for the pollutant limitation (ug/L or mg/L). Second drop-down selection of units for the pollutant limitation (ug/L or mg/L). Third drop-down selection of units for the pollutant limitation (ug/L or mg/L). Checkbox to indicate that the leachate treatment unit was constructed using another ty pe of material. A description of the other type of material used to construct the leachate treatment unit. The yes/no answer to whether the leachate treatment unit contains any plant species. The name of the plant used in the leachate treatment unit operations. The purpose of the plant in the operation of the leachate treatment unit. The plant species name used in the leachate treatment unit operations. Name of the pollutant that drives/will drive the operation of the leachate treatment unit. Name of the pollutant that drives/will drive the operation of the leachate treatment unit. Name of the pollutant that drives/will drive the operation of the leachate treatment unit. Residence time of leachate within the leachate treatment unity (hours). Footprint/surface area of the leachate treatment system unit (ft2).Checkbox to indicate that the leachate treatment unit was constructed using

stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 2205 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 255 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 316L stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 317M stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 317LM stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 625 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using another ty pe of stainless steel alloy

. The specification of another ty pe of stainless steel alloy used in construction. Checkbox to indicate that the leachate treatment unit was constructed using titanium

. Checkbox to indicate that chlorides are targeted for removal by the leachate treatment system. Checkbox to indicate that mercury is targeted for removal by the leachate treatment system. Checkbox to indicate that metals are targeted for removal by the leachate treatment system. Specification of the type of metals targeted for removal by the leachate treatment system. Checkbox to indicate that another pollutant is targeted for removal by the leachate treatment system. Specification of the other type of pollutant targeted for removal by the leachate treatment system. Checkbox to indicate that sulfates are targeted for removal by the leachate treatment system. Checkbox to indicate that TDS is targeted for removal by the leachate treatment system. Checkbox to indicate that TSS is targeted for removal by the leachate treatment system. Wa ter depth of the leachate treatment unit should it be a wetland cell (ft). Volum e of the leachate treatment unit (ft3). The plant attached an aerial map showing the property boundary

of the plant that shows buildings, ponds/impoundments, landfills, and other significant features of the plant. Description of what chemicals makes the MCW hazardous Ty pe of chemical used in MCW (with chemicals) operation (Choice 1) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_1 (Choice 1) Ty pe of chemical used in MCW (with chemicals) operation (Choice 2) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_2 (Choice 2) Ty pe of chemical used in MCW (with chemicals) operation (Choice 3) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_3 (Choice 3) Ty pe of chemical used in MCW (with chemicals) operation (Choice 4)Description of the ty pe of chemical used in MCW (with chemicals) operation if

other was selected in MCW _Chem_4 (Choice 4) Ty pe of chemical used in MCW (with chemicals) operation (Choice 5) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_5 (Choice 5) Ty pe of chemical used in MCW (with chemicals) operation (Choice 6) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_6 (Choice 6) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 1) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 2) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 3) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 4) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 5) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 6) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 1) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 2) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 3) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 4) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 5) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 6) Indicates if MCW is commingled with process wastewater Indicates if MCW is commingled with bottom ash sluice water Indicates if MCW is commingled with cooling tower blowdown Indicates if MCW is commingled with once through cooling water Indicates if MCW is commingled with fly ash sluice water Indicates if MCW is commingled with FGD scrubber purge Indicates if MCW is commingled with a process wastewater not listed Description of process wastewater that is commingled with MCW , if "other" selected Indicates if the MCW residues are combined with bottom ash Indicates if the MCW residues are combined with fly ash Indicates if the MCW residues are combined with FGD scrubber purge Indicates if the MCW residues are combined with mill rejects Indicates if the MCW residues are combined with other solids not listed Describes the solids that MCW residues are combined with, if "other" selected Indicates if the MCW residues stored in a landfill or pond are stored with other solids generated at the plant Indicates that MCW is evaporated Indicates that MCW is indirectly discharged to POTW or PrOTWIndicates if the MCW is transferred on-site for treatment

Indicates that the MCW destination is not listed Description of MCW destination, if "other" selected Indicates if the MCW is immediately recycled to plant process Description of how the recycled MCW is reused at the plant Indicates that the MCW is discharged to surface water Indicates if any

residues are created from the cleaning operation Indicates if the MCW is hauled off site Indicates if the MCW is landfilled Indicates if the MCW is landfilled, permanently Indicates if the MCW is landfilled, temporarily Indicates a type of MCW handling not listed Describes the ty pe of MCW handling, if "other" selected Indicates if the MCW is sent to a pond Indicates if the MCW is sent to a pond, permanently Indicates if the MCW is sent to a pond, temporarily Indicates the annual tonnage for MCW hauled off site Indicates if the MCW generated is always hazardous, sometimes hazardous, always non-hazardous, or unknown Indicates the annual tonnage for permanently landfilled MCW Indicates the annual tonnage for temporarily landfilled MCW Indicates that the on-site treatment for MCW is chemical precipitation Indicates that the on-site treatment for MCW is not listed Description of on-site treatment for MCW , if "other" selected Indicates that the on-site treatment for MCW is pH adjustment Indicates that the on-site treatment for MCW is a settling pond Indicates that the on-site treatment for MCW is a constructed wetland Indicates the annual tonnage for "other" handled MCW Indicates the annual tonnage for MCW permanently placed in a pond Indicates the annual tonnage for MCW temporarily placed in a pond Comment for Part F. Question number comment refers to. Mill rejects are stored in/transferred to a landfill reported in Table A-6 The amount of mill rejects in tons per day that are stored in/transferred to a landfill. Mill rejects are hauled off site for disposal. The amount of mill rejects in tons per day that are hauled off site for disposal. Mill rejects are transferred to another destination. Description of the other destination that mill rejects are transferred to. The amount of mill rejects in tons per day that are transferred to this other destination.Mill rejects are stored in/transferred to a pond/impoundment reported in Table A4. Mill rejects are combined with bottom ash in pond/impoundment. Mill rejects are combined with fly ash in pond/impoundment. Mill rejects are not combined with fly or bottom ash in pond/impoundment.The amount of mill rejects in tons per day that are stored in/transferred to a pond/im poundm ent. Response to whether mill rejects py ritic. Yes/no response to whether mill rejects sluiced in 2009. The volume of mill rejects sluice water generated in 2009. Response to whether mill rejects were sluiced separately or were sluiced with fly and/or bottom ash. The number of days mill rejects sluice water was generated in 2009. The units the volume of mill rejects sluice water generated in 2009 is in. The yes/no answer to whether a mixing zone has been applied to the outfall. Plant collected monitoring data for untreated FGD scrubber purge (or slurry discharge) in the 12 months prior to receiving this questionnaire Prim ary six-digit North American Industry Classification System (NAICS) codes that best describe the plant’s activities. Secondary

six-digit NAICS codes that best describe the plant’s activities. Tertiary six-digit NAICS codes that best describe the plant’s activities. Explanation of why

plant has not attached bid proposal. The ty pe of NOx control system is a Low NOx burner. Month of installation of the Low NOx burner control system. Year of installation of the Low NOx burner control system. Status of the Low NOx burner control system (operating/planned). The ty pe of NOx control system is overfire air. Month of installation of the overfire air NOx control system. Year of installation of the overfire air NOx control system. Status of the overfire air NOx control system (operating/planned). The ty pe of NOx control system is not listed (other). A description of the NOx burner control system. Month of installation of the NOx control system. Year of installation of the NOx control system. Status of the NOx control system (operating/planned). The ty pe of NOx control system is SCR. Month of installation of the SCR NOx control system.. Year of installation of the SCR NOx control system.. Status of the SCR NOx control system. The ty pe of NOx control system is SNCR. Month of installation of the SNCR NOx control system. Year of installation of the SNCR NOx control system. Status of the SNCR NOx control system (operating/planned). The yes/no answer to whether the plant's National Pollutant Discharge Elim ination System (NPDES) permit is under development. Designates whether the wastewater treatment system treats this process wastewater (QH3-2) Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewaterDesignates whether the wastewater treatment system treats this process

wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewaterDesignates whether the wastewater treatment system treats this process

wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater The plant did not attach a diagram because nuclear unit(s) on-site. Description of nuclear process wastewater Description of nuclear process wastewater if other was selected as the nuc_wastewater_desc Nuclear process wastewater ID

Nuclear process wastewater ID Nuclear wastewater treatment system name

Nuclear wastewater treatment system name

Nuclear wastewater treatment system name

The yes/no answer to whether the plant operated one or more units using nuclear energy

as the fuel source to generate electricity in 2009 (QH1-1) Annual chemical costs in 2009. Annual other energy

costs in 2009, for energy other than pumping. Energy , used for other than pumping, consumption rate in 2009, kW h per hour. Rate of other energy

consumed in 2009, dollars per kW h. Annual energy

used to power pumping costs in 2009. Energy , for pumping power, consumption rate in 2009, kW h per hour. Rate of energy

consumed to power pumping in 2009, dollars per kW h. Annual cost to dispose of dredged hazardous waste. Rate of disposal of dredged hazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for the rate of disposal of dredged hazardous sludge. Annual cost to dispose of landfilled hazardous waste in 2009. Rate of disposal of landfilled hazardous waste, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of landfilled hazardous sludge. Annual m aintenance labor costs in 2009. Average rate of maintenance labor in 2009, dollars per hour. Maintenance labor staffing rate in 2009, days per year. Maintenance labor staffing rate in 2009, hours per day

. Maintenance labor staffing rate in 2009, number of workers. Annual m aintenance materials costs in 2009. Annual cost to dispose of dredged nonhazardous sludge in 2009. Rate of disposal of dredged nonhazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of dredged nonhazardous sludge. Annual cost to dispose of landfilled nonhazardous sludge in 2009. Rate of disposal of landfilled nonhazardous sludge, in dollars per gallon or ton.Gallon/ton, units selected for rate of disposal of landfilled nonhazardous sludge.

Annual operating labor costs in 2009. Average rate of operating labor in 2009, per hour. Operating labor staffing rate in 2009, days per year. Operating labor staffing rate in 2009, hours per day

. Operating labor staffing rate in 2009, dollars number of workers. Description of first operating and maintenance cost considered 'other'. Annual cost of first 'other' O&M cost. Description of second operating and maintenance cost considered 'other'. Annual cost of second 'other' O&M cost. Annual steam costs in 2009. Steam consumption rate in 2009, in pounds per hour. Rate of steam consumed in 2009, dollars per pound. Total annual operating and maintenance cost in 2009. Yes/no if any

studies are ongoing. Yes/no if the plant operates or plans to operate any ponds/impoundment systems for process wastewaters from ash handling or FGD operations. Yes/no if the plant operates or plans to operate any systems for the treatment of process wastewater from ash handling or FGD operations. Yes/no if the plant operates or plans to operate any systems (excluding ponds/impoundments) for process wastewaters from ash handling or FGD operations. The yes/no answer to whether the steam electric unit operated in 2009. The number of days that the steam electric unit operated in 2009. Description of Operation IDs for MCW (with chemicals) operations assigned in Table E-1 Description of Operation IDs for MCW (wo chemicals) operations assigned in Table E-2 Operation IDs for MCW operations assigned in Tables E-1 and E-2

Operation IDs for MCW operations assigned in Tables E-1 and E-2

Operation IDs for MCW (with chemicals) operations assigned in Table E-1 Operation IDs for MCW (wo chemicals) operations assigned in Table E-2 Designates whether the metal cleaning operation (with chemicals) occurs at the Plant Designates whether the metal cleaning operation (wo chemicals) occurs at the Plant Total acreage of first additional ty pe of unusable land Total acreage of second additional ty pe of unusable land Description of first additional type of unusable land Description of second additional type of unusable land Description of ash or FGD technology studies not covered in D2-1 through D2-3 (i.e. bench scale). Name of the outfall. The response to whether the outfall is an internal outflow or external outflow. Outfall's discharge flow in days per year. Outfall's discharge flow in gallons per day

.Outfall's discharge flow in gallons per minute.

Outfall's discharge flow in gallons per year. Outfall's discharge flow in hours per day

. The degrees coordinate of the outfall's latitude. The minutes coordinate of the outfall's latitude. The seconds coordinate of the outfall's latitude. The degrees coordinate of the outfall's longitude. The minutes coordinate of the outfall's longitude. The seconds coordinate of the outfall's longitude. Plant's outfall number.

Plant's outfall number.

The NPDES permitted outfall number for the surface water the leachate is discharged to. We t vacuum water discharged to surface water outfall number Indicates the outfall number, if MCW is discharged to surface water NPDES outfall number for the discharge of treated process wastewater SW Outfall number that wastewater overflow is discharged to Outfall number of MDS wastewater overflow discharge The NPDES permitted outfall number for the surface water the leachate is discharged to. The NPDES permitted outfall number for the surface water receiving the conveyed stormwater runoff. The NPDES permitted outfall number for the surface water receiving the conveyed stormwater runoff. Outfall number associated with the operating leachate treatment system. Outfall number associated with the planned leachate treatment system. NPDES outfall number NPDES outfall number The NPDES permitted outfall number in which the SCR catalyst regeneration wastewater is discharged to. The NPDES permitted outfall number for the surface water that the SCR catalyst washing wastewater is discharged to. The NPDES permitted outfall number to which the wet ESP wastewater is discharged. Percent contribution from bottom ash sluice outfall flow. Percent contribution from the coal pile runoff. Percent contribution from cooling water outfall flow. Percent contribution from fly ash sluice outfall flow. Percent contribution from FGD scrubber wastewater (slurry blowdown or scrubber purge) outfall flow. Percent contribution of leachate from coal combustion residue landfills or ponds/impoundments. Percent contribution from metal cleaning waste outfall flow. Percent contribution from an other ty pe of outfall flow, not already identified. Percent contribution from storm water. Total acreage of parking lots Plant’s nam e for the pond/impoundment unit.Closest distance to nearest surface water in feet.

The Yes/No response to if the pond is inactive. The latitude degrees of the geographical coordinates of the pond outlet. The latitude minutes of the geographical coordinates of the pond outlet. The latitude seconds of the geographical coordinates of the pond outlet. The Yes/No response to if the leachate is collected. The Yes/No response to if the pond is lined. The longitude degrees of the geographical coordinates of the pond outlet. The longitude minutes of the geographical coordinates of the pond outlet. The longitude seconds of the geographical coordinates of the pond outlet. Year pond was initially

brought online or is planned to be brought online. Pond/Im poundm ent Unit ID The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is bottom ash. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD calcium sulfite (not pozzolanic). The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified are solids from dry FGD. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is fly

ash. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD calcium sulfate (gy psum). The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD pozzolanic m aterial. Process wastewater type. Process wastewater type. Process wastewater type. Process wastewater type. Process wastewater type. Process wastewater type. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is boiler slag. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. Approval m onth of the plant’s most recently approved permit associated with industrial activities. Approval year of the plant’s most recently approved permit associated with industrial activities. Expiration month of the plant’s most recently approved permit associated with industrial activities.Expiration year of the plant’s most recently approved permit associated with industrial activities. The permit ID of the plant’s most recently approved permit associated with industrial activities. The plant’s most recently approved permit associated with industrial activities City the plant is located in. Plant's name for pond system. Plant's name for pond system. Plant's name for pond system. Plant's name for W WTsystem. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number Plant identification number Plant identification number Plant identification numberPlant identification number

Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification numberPlant identification number

Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number Plant identification number. Plant identification number. Pond identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number.Plant identification number.

Plant identification number. Plant identification number. Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number. Plant identification number Plant Identification number. Plant Identification number Plant identification number Plant identification number Plant identification number Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number.Plant identification number.

Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Name of the plant associated with the plant identification number. State that the plant is located in. Physical street address of the designated plant. Zip code of the plant location. Total capital cost of W WT S unit im provement. Description of planned improvement to W WT S unit. Date improvement is expected to occur. Distance from the planned leachate collection system (ft). Approximate distance to final outfall from the planned leachate treatment system (ft). Planned leachate treatment system footprint (ft2). Year the planned leachate treatment system was initially brought online. Number of planned leachate collection systems contributing to the leachate treatment system. Plant designation of the planned leachate treatment system. List of pollutants that exceeded a primary or secondary

MCL and/or stateissued standard/criteria. List of pollutants that exceeded background concentrations. Designates if boron is targeted for removal by the technology Designates if boron is targeted for removal by the technology Designates if carbohydrazine is targeted for removal by the technology Designates if carbohydrazine is targeted for removal by the technology Designates if cesium 137 is targeted for removal by the technology Designates if cesium 137 is targeted for removal by the technology Designates if chlorine is targeted for removal by the technology Designates if chlorine is targeted for removal by the technology Designates if hydrazine is targeted for removal by the technology Designates if hydrazine is targeted for removal by the technologyDesignates if nitrogen compounds (ammonia, nitrate, and nitrite) are targeted

for removal by

the technology Designates if nitrogen compounds (ammonia, nitrate, and nitrite) are targeted for removal by

the technology Designates if oil and grease is targeted for removal by the technology Designates if oil and grease is targeted for removal by the technology Designates if organic acids are targeted for removal by the technology Designates if organic acids are targeted for removal by the technology Designates if other pollutants not in other fields are targeted for removal by the technology Designates if other pollutants not in other fields are targeted for removal by the technology Describes the other pollutants that are targeted for removal by the technology Describes the other pollutants that are targeted for removal by the technology Designates if other metals not in other fields are targeted for removal by the technology Designates if other metals not in other fields are targeted for removal by the technology Describes the other metals that are targeted for removal by the technology Describes the other metals that are targeted for removal by the technology Designates if other radionuclides not in other fields are targeted for removal by the technology Designates if other radionuclides not in other fields are targeted for removal by the technology Designates if strontium 90 is targeted for removal by the technology Designates if strontium 90 is targeted for removal by the technology Designates if tritium is targeted for removal by the technology Designates if tritium is targeted for removal by the technology Designates if TSS is targeted for removal by the technology Designates if TSS is targeted for removal by the technology ID of ponds/impoundments or W WT S that began operating on or after 1/1/2000. Checkbox to indicate plant hired outside engineering firm to oversee design and/or installation of the treatment system. The hydrologic design criteria of the pond/impoundment unit. The specification of another hydrologic design criteria of the pond/impoundment unit identified. Pond/im poundm ent unit identification. Pond/im poundm ent system identification. Pond/im poundm ent identification. Pond/im poundm ent unit identification. Pond/im poundm ent system identification. Pond/im poundm ent system identification. Pond/im poundm ent identification. Pond/im poundm ent identification. EPA-assigned pond/impoundment unit ID. EPA-assigned pond/impoundment unit ID. EPA-assigned pond/impoundment unit ID.The yes/no response to whether the plant is currently constructing/installing or planning to construct/install by December 31, 2020 any ponds/impoundments used for the storage, treatment, and/or disposal of process wastewater, residues, or by-products. EPA-assigned pond/impoundment unit ID. EPA-assigned pond/impoundment unit ID. The pond/impoundment unit ID(s) receiving the conveyed stormwater runoff. The pond/impoundment unit ID(s) receiving the conveyed stormwater runoff. EPA-assigned pond/impoundment unit ID if it is included as part of the leachate treatment system. EPA-assigned pond/impoundment unit ID if it is included as part of the leachate treatment system. Pond identification, used if wastewater treatment unit is a pond. Pond identification, used if wastewater treatment unit is a pond. Year pond system initially brought online. Year pond system initially brought online. Year pond system will be brought online. Pond/Landfill identification number (Assigned in Tables A-4 or A-6)

Pond/Landfill identification number (Assigned in Tables A-4 or A-6) Pond/Landfill identification number Pond/Landfill identification number (Assigned in Tables A-4 or A-6)

EPA-assigned pond/impoundment unit ID or landfill unit ID.

EPA-assigned pond/impoundment unit ID or landfill unit ID.

The yes, no, or NA response to whether chemicals are used to treat leachate sent to a pond or storage tank. Checkbox to indicate the plant uses sulfuric acid to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses lime to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses sodium hydroxide to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses another chemical to treat the leachate sent to a pond or storage tank. Specification of the other chemical used to treat leachate sent to a pond or storage tank. Checkbox to indicate that the leachate is transferred back into the pond/im poundm ent unit. Checkbox to indicate that the leachate is combined with pond/impoundment unit effluent. Checkbox to indicate that the leachate is indirectly discharged to a treatment works facility

. Checkbox to indicate that the leachate is transferred to an on-site treatment system. The yes/no answer to whether the wastewater treatment system ID has been previously

assigned. Checkbox to indicate another intermediate and/or final destination of the leachate. The specification of another intermediate and/or final destination of the leachate.Checkbox to indicate that the leachate is transferred to other

pond/im poundm ent units. Pond/im poundm ent unit ID receiving the leachate. Checkbox to indicate that the leachate is immediately recycled back into the plant process. Description of how the leachate is reused when it is immediately recycled back into the plant process. Checkbox to indicate that the leachate is transferred back to a storage tank. Checkbox to indicate that the leachate is discharged to surface water. Description of the estimation method. Frequency

of process wastewater generation (days). The yes/no answer to whether the plant collects stormwater, rainfall, or process wastewaters in the collection system. Checkbox to indicate that another ty pe of wastewater is collected in the leachate collection system. Drop-down menu of selections of other ty pes of wastewater. Explanation of the other type of wastewater collected in the system. The amount of rainfall collected in the system (gpy). Checkbox to indicate that rainfall is collected in the leachate collection system.

The amount of rainfall collected in the system (gpy). Checkbox to indicate that uncontaminated stormwater is collected in the leachate collection system. The amount of uncontaminated stormwater collected in the system (gpy). The yes/no answer to whether the pond/impoundment unit has a system to collect leachate. Checkbox to indicate the pond/impoundment unit has a leachate collection system. Checkbox to indicate the pond/impoundment unit has a leachate detection system. Checkbox to indicate the pond/impoundment unit has another ty pe of leachate collection system. Specification of the other type of leachate collection system. Volum e of leachate collected in 2009 (gpd). Volum e of leachate collected in 2009 (gpy). The yes/no answer to whether the plant monitors/inspects the structural integrity of the pond/impoundment unit on a regular basis. The yes/no answer to whether the pond/impoundment unit experienced an overflow since 1/1/95. A description of when the overflow occurred and the reason for the overflow. The yes/no answer to whether the pond/impoundment unit has had a nonpermitted overflow to a receiving water since 1/1/95. The name of the non-permitted overflow receiving water. Status of pond, active/inactive/open or retired/closed or planned. Status of pond, active/inactive/open, retired/closed, or planned. Status of pond, active/inactive/open or retired/closed or planned. Comment from plant for Part D. Question number reference for Part D comment. Yes/no if all components of pond system and/or W WT S are included in capital costs reported in Table D-15.Explanation of components included in capital costs listed in Table D-15 and

those not included in the cost. Designation of monitoring measure or inspection is performed on the pond/im poundm ent unity by the plant and/or engineering contractors. Frequency

of monitoring for a given monitoring measure/inspection. Average num ber of hours spent each year performing monitoring activities. Indication that the type of inspection specified in the Pond_YrInsp field is being performed by

the facility

. Total acreage of active/inactive/open ash ponds The yes/no answer to whether the plant has one or more pond/impoundments or landfills. The Yes/No response to if the POTW effluent used in the cooling water system.

The yes/no answer to whether the plant's primary purpose is the generation of electricity

. The description of the plant's primary purpose in the event that it is not the generation of electricity

. Purpose of additive is as a defoaming agent Purpose of additive is to increase mercury removal Other purpose of additive Other purpose of additive description Purpose of additive is to inhibit oxidation of FGD solids Purpose of additive is as a scale inhibitor Purpose of additive is to increase sulfur dioxide removal Designates if process wastewater is radioactive or nonradioactive The yes/no answer to whether the plant's Resource Conservation and Recovery

Act (RCRA) permit is under development. The ty pe of boiler or reactor for the associated Steam Electric Unit is a boiling water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is a pressurized heavy

water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is a pressurized water reactor. The yes/no answer to whether the plant is permanently retired or will it be permanently

retired by

December 31, 2011. Checkbox to indicate RET SPD-1 included in pond system. Checkbox to indicate RET SPD-2 included in pond system. Checkbox to indicate RET SPD-3 included in pond system. Checkbox to indicate RET SPD-4 included in pond system. The plant's RUS Plant Identification Code. Indicates whether SCR catalyst regeneration wastewater is commingled with any other wastewaters at the plant. SCR catalyst regeneration wastewater is commingled with bottom ash transport water. SCR catalyst regeneration wastewater is commingled with cooling tower blowdown. SCR catalyst regeneration wastewater is commingled with once-through cooling water. SCR catalyst regeneration wastewater is commingled with fly ash transport water.SCR catalyst regeneration wastewater is commingled with FGD scrubber

purge. SCR catalyst regeneration wastewater is commingled with metal cleaning waste SCR catalyst regeneration wastewater is commingled with other process wastewater. Description of other process wastewater commingled with SCR catalyst regeneration wastewater. City company

1 is located. Name of company

1 that performed the last 2 SCR catalyst regenerations. State company

1 is located. Telephone number of company 1. City company

2 is located in. Name of company

2 that performed the last 2 SCR catalyst regenerations. State company

2 is located in. Telephone number of company 2. SCR catalyst regeneration wastewater is discharged to surface water. SCR catalyst regeneration wastewater is transferred to another destination. Description of other destination that the SCR catalyst regeneration wastewater is transferred to. SCR catalyst regeneration wastewater is indirectly discharged to a publically or privately owned treatm ent works. SCR catalyst regeneration wastewater is immediately recycled back to plant process. SCR catalyst regeneration wastewater is immediately recycled back to. SCR catalyst regeneration wastewater is transferred to an on-site treatment system. SCR catalyst regeneration wastewater is treated with a chemical precipitation system. SCR catalyst regeneration wastewater is treated with other types of treatment. Description of other ty pes of treatment that the system treating SCR catalyst regeneration wastewater has. SCR catalyst regeneration wastewater is treated with pH adjustment. SCR catalyst regeneration wastewater is treated with a settling pond. SCR catalyst regeneration wastewater is treated with constructed wetlands. The frequency

at which the SCR catalyst regeneration wastewater is generated (times every). The ty pical flow volum e of SCR catalyst regeneration wastewater generated (gpy). The frequency

at which the SCR catalyst regeneration wastewater is generated (years). Wh ere last SCR catalyst regeneration occurred. Month of last SCR catalyst replacement or regeneration. Drop down menu for if the last SCR catalyst was replaced/regenerated/not replaced or regenerated. Year of last SCR catalyst replacement or regeneration. Wh ere the next planned SCR catalyst regeneration is planned to occur. Month of next planned SCR catalyst replacement or regeneration. Drop down menu for if the next planned SCR catalyst will be replaced/regenerated/not replaced or regenerated.Year of next planned SCR catalyst replacement or regeneration.

The plant did not send SCR catalyst offsite for regeneration. The yes/no response Indicating whether process wastewater is generated from the SCR regeneration process, if the SCR catalyst is regenerated on site. The yes/no answer to if the SCR catalyst washing wastewater commingled with other wastewaters. The SCR catalyst washing wastewater is commingled with bottom ash transport water. The SCR catalyst washing wastewater is commingled with cooling tower blowdown. The SCR catalyst washing wastewater is commingled with once-through cooling water. The SCR catalyst washing wastewater is commingled with fly ash transport water. The SCR catalyst washing wastewater is commingled with FGD scrubber purge. The SCR catalyst washing wastewater is commingled with cleaning wastes from cleaning metal process equipment. The SCR catalyst washing wastewater is commingled with another type of wastewater. A description of what the other ty pe of wastewater the SCR catalyst washing wastewater is. The SCR catalyst washing wastewater is discharged to surface water. The SCR catalyst washing wastewater is transferred to another destination. A description of other destination that the SCR catalyst washing wastewater is transferred to. The SCR catalyst washing wastewater is indirectly discharged to a publicly or privately owned treatm ent works. The SCR catalyst washing wastewater is immediately recycled back to plant process. A description on how the process wastewater is reused. The SCR catalyst washing wastewater is transferred to on-site treatment system. The SCR catalyst washing wastewater is treated by chemical precipitation. The SCR catalyst washing wastewater is treated by some other process. A description of the other type of process that treats the wastewater. The SCR catalyst washing wastewater is adjusted for pH. The SCR catalyst washing wastewater is transferred to a settling pond. The SCR catalyst washing wastewater is transferred to constructed wetlands on-site. The frequency

at which the process wastewater is generated (times every). The ty pical volum e of SCR catalyst washing wastewater generated (gpy). The frequency

at which the process wastewater is generated (year). The yes/no answer to if there is process wastewater generated from the SCR catalyst washing process. The yes/no answer to whether the SCR catalyst is washed on site. Month of the initial date of operation or planned date of operation. Year of the initial date of operation or planned date of operation. Steam electric generating unit ID Steam electric generating unit ID Steam Electric Generating Unit IDSteam electric generating Unit ID

Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric unit identification number (Assigned in Part A) Steam electric unit identification number (Assigned in Part A) Steam electric unit identification number (Assigned in Part A) Steam electric unit identification number (Assigned in Part A) EPA-assigned Steam Electric Unit ID for those operating prior to January 1, 2010. EPA-assigned Steam Electric Unit ID for units that commenced operating after December 31, 2009, or the plant is currently constructing/installing or planning to construct/install by

December 31, 2015. SE Unit ID SE Unit ID The yes/no answer to whether the steam electric unit is now retired? The ty pe of unit. Ty pe of unit (selected from the following: Base load/Peaking/Cycling/Intermediate/Other) The name of the "other" ty pe of unit, if selected. If "Other" is selected, a description of what the other type of unit is. Description of the sampling location

Checkbox for the identification of sample points of the landfill block diagram submitted in Part F (QG3-3)Prim ary

ty pe of sorbent Description of primary

ty pe of sorbent if state other in sorbent_1 Secondary

ty pe of sorbent Description of secondary ty pe of sorbent if state other in sorbent_2 Tertiary ty pe of sorbent Description of tertiary

ty pe of sorbent if state other in sorbent_3 Quaternary

ty pe of sorbent Description of quaternary ty pe of sorbent if state other in sorbent_4 Information on impacts space availability had, or will have, on design and/or cost of W WT S. Checkbox to indicate SPD-1 included in pond system. Checkbox to indicate SPD-10 included in pond system. Checkbox to indicate SPD-11 included in pond system. Checkbox to indicate SPD-12 included in pond system. Checkbox to indicate SPD-13 included in pond system. Checkbox to indicate SPD-14 included in pond system. Checkbox to indicate SPD-2 included in pond system. Checkbox to indicate SPD-3 included in pond system. Checkbox to indicate SPD-4 included in pond system. Checkbox to indicate SPD-5 included in pond system. Checkbox to indicate SPD-6 included in pond system. Checkbox to indicate SPD-7 included in pond system. Checkbox to indicate SPD-8 included in pond system. Checkbox to indicate SPD-9 included in pond system. Checkbox to indicate SPD-A included in pond system. Checkbox to indicate SPD-B included in pond system. Checkbox to indicate SPD-C included in pond system. Checkbox to indicate SPD-D included in pond system. Checkbox to indicate SPD-E included in pond system. The steam turbine capacity (MW ). Total unit steam turbine capacity (MW ). The plant uses steam generated at the plant for electricity generation. The percent of steam used for electricity generation. The plant uses steam generated at the plant for heating and/or cooling. The percent of steam used for heating and/or cooling. The plant uses steam generated at the plant for something other than electricity generation or heating and/or cooling. The description of what the steam is used for if it is not electricity generation or heating and/or cooling. The percent of steam used for something other than electricity generation or heating and/or cooling. Storage destination ID (from Codes Table tab) Storage destination ID Storage destination ID Storage ID (from Storage destination table in Codes Tab) Storage destination identification (from Storage Destinations in Code Tables tab)Storage ID from Storage Destination table in Code Tables tab

Storage ID from Storage Destination table in Code Tables tab Storage ID from Storage Destination table in Code Tables tab Storage destination ID (from Storage Destination table in the codes tab) Storage destination ID (from Storage Destination Table in Codes Table tab) Storage destination ID from Storage Destination Table in Codes Table tab Storage destination ID (from Storage Destination Table in Code Tables tab) Storage destination ID (from Storage Destination Table in Code Tables tab) "Other" storage destination description if "other" is selected Description of storage destination if "other" is selected Description of storage destination if "other" is selected Description of "Other" storage destination Description of "Other" storage destination ID The yes/no answer to whether the plant's Stormwater permit is under developm ent. Yes/no if W WT S is capable of performing sulfide addition. Yes/no if a summary

and/or report documenting pilot or full scale study prepared. Description of pilot or full scale study

. Name of the receiving surface water. Ty pe of surface water. Other ty pe of surface water. The name(s) of the next receiving water downstream if the receiving surface water is unnamed. Pond/Im poundm ent system or wastewater treatment identification. Pond/Im poundm ent system or wastewater treatment system identification. Pond/Im poundm ent system or wastewater treatment system identification. Wa stewater treatment or pond system identification. Wa stewater treatment or pond system identification. Wa stewater treatment or pond system identification. Wa stewater treatment or pond system identification. Wa stewater treatment or pond system identification. Wa stewater treatment system identification. Wa stewater treatment system identification. Wa stewater treatment system identification. Wa stewater treatment system identification. Pond/Im poundm ent system identification. Pond/Im poundm ent system ID. Pond/Im poundm ent system ID. Wa stewater treatment system ID. Wa stewater treatment system ID receiving the leachate. The wastewater treatment system ID that treats the leachate from Part D, Table D-2. City the primary

contact for technical information is located in. Em ail address of the primary contact for technical information. Fax number of the primary contact for technical information.Name of the primary contact for technical information presented in questionnaire. State the primary

contact for technical information is located in. Street address for the primary contact for technical information. Telephone number of the primary contact for technical information. Earliest time to call the primary contact for technical information (Eastern Time). The AM/PM designation for the earliest time to call. Latest time to call the primary contact for technical information (Eastern Time). The AM/PM designation for the latest time to call. Title of the primary

contact for technical information. Zip code for the primary contact for technical information. City the secondary

contact for technical information is located in. Em ail address of the secondary contact for technical information. Fax number of the secondary contact for technical information. Name of the secondary contact for technical information presented in questionnaire. State the secondary

contact for technical information is located in. Street address for the secondary contact for technical information. Telephone number of the secondary contact for technical information. Earliest time to call the secondary contact for technical information (Eastern Time). The AM/PM designation for the earliest time to call. Latest time to call the secondary contact for technical information (Eastern Time). The AM/PM designation for the latest time to call. Title of the secondary

contact for technical information. Zip code for the secondary contact for technical information. Technology

used/planned in the wastewater treatment system Technology

used/planned in the wastewater treatment system Description of technology if the plant selected other as the technology used/planned in the wastewater treatment system Description of technology if the plant selected other as the technology used/planned in the wastewater treatment system Designates if the plant is operating the technology or if they

plant to install the technology

by 2020 Designates if the plant is operating the technology or if they

plant to install the technology

by 2020 Total acreage of the plant including all contiguous and non-adjoining property within 20 m iles under the operational control of the plant or operated by the same ultimate parent, and receiving the plant's waste Frequency

of effluent transfers from treatment system in 2009, dpy (recycled portion) Duration of effluent transfers from treatment system in 2009, hpd (recycled portion) Maximum flow rate in 2009 through wastewater treatment system that is recycled back to plant processes, gpm Ty pical flow rate in 2009 through wastewater treatment system that is recycled back to plant processes, gpm (QH3-7) Transported to an approved licensed burial groundDischarged to surface water following on-site treatment, including those located

on non-adjoining property

. Transported to another location not specified in the other fields Description of how the plant handled the wastewater if they selected other Immediately

recycled back to plant process (QH3-6) Treated wastewater is reused in cooling towers Treated wastewater is reused in another process not specified in the other fields Description of how the process wastewater is used if the plant selected other process Treated wastewater is reused as primary coolant Treated wastewater is reused as reactor coolant Treated wastewater is reused as secondary coolant Transferred to publically or privately

owned treatm ent works Transported to an offsite vendor waste processor Frequency

of effluent transfers from wastewater treatment system in 2009, dpy Duration of effluent transfers from wastewater treatment system in 2009, hpd Maximum flow rate through wastewater treatment system in 2009, gpm Ty pical flow rate through wastewater treatment system in 2009, gpm (QH3-3) Designates whether the wastewater treatment system treats radioactive waste (QH3-1) The ty pe of steam electric prime mover (or turbine). Ty pe of steam electric prime mover (or turbine). The yes/no answer to whether the plant's Underground Injection Control (UIC) permit is under development. Ty pical duration in dpy

of the process wastewater Ty pical frequency

- number of times in the statement # times every # years Ty pical duration in hpd of the process wastewater Flow rate of the process wastewater (gpm) Designates whether the flow of the process wastewater is continuous. (QH2-1) Ty pical volum e generated annually in gallons by

the process wastewater Ty pical frequency

- number of years in the statement # times every # years Transported to an approved licensed burial ground Discharged to surface water following on-site treatment, including those located on non-adjoining property

. NPDES outfall number for the discharge of treated process wastewater Discharged to surface water untreated NPDES outfall number for the discharge of untreated process wastewater Transported to another location not specified in the other fields Description of how the plant handled the wastewater if they selected other Immediately

recycled back to a plant process. (QH2-2) Process wastewater is reused in cooling towers Process wastewater is reused in another process not specified in the other fields Description of how the process wastewater is used if the plant selected other process Process wastewater is reused as primary coolant Process wastewater is reused as reactor coolantProcess wastewater is reused as secondary coolant Transferred to publically or privately

owned treatm ent works Transported to an offsite vendor waste processor Total acreage of unusable land Description of ty pe of unusable land Yes/no if the plant uses or plans to use ponds for storage, treatment, and/or disposal of process ww, residues, or by-products from the combustion of coal, pet coke, or oil. Yes/no if the plant operates or plans to operate any W WT S for water from ash handling or FGD operations. A water balance diagram for the plant is attached. Yes/no response to whether there were characterization samples of wet ESP wastewater collected during the study

. The source of the water used in the wet ESP system requires a limit on chloride concentration. The maximum chlorides concentration in ppm that is acceptable for use as a water source in the wet ESP system. The source of the water used in the wet ESP system requires other criteria. The other criteria necessary for a water source to be accepted for use in the wet ESP system. The source of the water used in the wet ESP system requires a limit on percent solids. The solids percentage (%) that is acceptable for use as a water source in the wet ESP system. The wet ESP wastewater is injected into a deep well. The wet ESP wastewater is discharged to surface water. The wet ESP wastewater is transferred to another destination. Description of the other destination to which the wet ESP wastewater is transferred. The wet ESP wastewater is indirectly discharged to a publically or privately owned treatm ent works. The wet ESP wastewater is immediately recycled back to a plant process. Description of the plant process to which the wet ESP wastewater is recycled back to. The wet ESP wastewater is transferred to a solids separation process. The solids separation process to which the wet ESP wastewater is transferred contains a centrifuge. The solids separation process to which the wet ESP wastewater is transferred contains a dewatering bin. The solids separation process to which the wet ESP wastewater is transferred contains a filter. The solids separation process to which the wet ESP wastewater is transferred contains a hydrocyclone. The solids separation process to which the wet ESP wastewater is transferred contains another ty pe of equipment Description of the other ty pe of equipment used in the solids separation process to which the wet ESP wastewater is transferred. The wet ESP wastewater is transferred to a treatment system reported in Part D. The wet ESP wastewater is treated with an aerobic biological reactor. The wet ESP wastewater is treated with an anaerobic biological reactor. The wet ESP wastewater is treated with a chemical precipitation system.The wet ESP wastewater is treated with a mechanical vapor compression

(brine concentrator). The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator) with crystallizer. The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator) with spray dryer. The wet ESP wastewater is treated with another treatment technology

. Description of the other treatment technology that treats the wet ESP wastewater. The wet ESP wastewater is treated with a settling pond. The wet ESP wastewater is treated with constructed wetlands. The flow frequency

of the wastewater generated from the wet ESP system in 2009 (dpy). The flow rate of the wastewater generated from the wet ESP system in 2009 (gpm). The flow duration of the wastewater generated from the wet ESP system in 2009 (hpd). We t Electrostatic Precipitator System identification number. Month the wet ESP system was installed or planned to be installed. Year the wet ESP system was installed or planned to be installed. Location of wet ESP system. Description of location of wet ESP system if plant selected other. The percent of flue gas treated by the wet ESP system. The plant attached the final technical evaluation report for the wet ESP system.

Name of the company

whose wet ESP technology was tested. End date of the wet ESP system study

. The plant did not attach the final technical evaluation report for the wet ESP system. Explanation for why

the plant did not attach the final technical evaluation report for the wet FGD system. Start date of the wet ESP system study

. The plant attached the analy tical results of the wet ESP wastewater characterization. The plant did not attach the analy tical results of the wet ESP wastewater characterization. Explanation for why

the plant did not attach the analy tical results of the wet ESP wastewater characterization. Indicates whether the wet ESP system is full scale or pilot scale. Description of other SE Unit(s) that correspond to the wet ESP system. SE Unit 1 corresponds to the wet ESP system. SE Unit 10 corresponds to the wet ESP system. SE Unit 2 corresponds to the wet ESP system. SE Unit 3 corresponds to the wet ESP system. SE Unit 4 corresponds to the wet ESP system. SE Unit 5 corresponds to the wet ESP system. SE Unit 6 corresponds to the wet ESP system. SE Unit 7 corresponds to the wet ESP system. SE Unit 8 corresponds to the wet ESP system. SE Unit 9 corresponds to the wet ESP system.The source of the water used in the wet ESP system is intake water that has

been treated on-site. The source of the water used in the wet ESP system is another source not specified in the question. Description of the other source of water used in the wet ESP system. The source of the water used in the wet ESP system is raw intake water. The source of the water used in the wet ESP system is a process wastewater. Dropdown indicating which process wastewater is the source of the water used in the wet ESP system Description of the process wastewater that is the source of the water used in the wet ESP system if the process wastewater is not in the dropdown menu. Indicates whether the wet ESP system was either operating in 2009 or is planned. Yes/no response to whether the plant operated any full or pilot scale wet ESP systems for studies that evaluated the process wastewaters generated by the technology

. Ty pical range of percent solids of FGD slurry blowdown (or slurry

discharge) exiting the absorber - Lower % Ty pical range of percent solids of FGD slurry blowdown (or slurry

discharge) exiting the absorber - Higher % Absorber make-up water for the FGD system ty pical frequency 2009 dpy

(QB4- 9) Absorber make-up water for the FGD system ty pical flow rate 2009 gpm (QB4- 9) Absorber make-up water for the FGD system ty pical duration 2009 hpd (QB4-9)

Ty pe of wet FGD absorber Chloride used to determine when FGD slurry is blown down (B4-4) Chloride concentration maintained less than - ppm (B4-4) Other parameters used to determine when FGD slurry is blown down (B4-4) Description of other parameters used to determine when FGD slurry is blown down (B4-4) Solids used to determine when FGD slurry is blown down (B4-4) Solids percentage maintained below -% (B4-4) Solids percentage maintained above -% (B4-4) Maximum operating concentration of chlorides within the FGD scrubber absorber (QB4-2) Minim um operating concentration of chlorides within the FGD scrubber absorber (QB4-2) Total cost for hauling FGD solids 2005 Total cost for hauling FGD solids 2007 Total cost for hauling FGD solids 2009 Total cost of off site disposal 2005 Total cost of off site disposal 2007 Total cost of off site disposal 2009 Total cost of on site disposal 2005 Total cost of on site disposal 2007 Total cost of on site disposal 2009 Total cost 2005 (1) Total cost 2007 (1)Total cost 2009 (1)

Description (1) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (2) Total cost 2007 (2) Total cost 2009 (2) Description (2) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (3) Total cost 2007 (3) Total cost 2009 (3) Description (3) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost for solids dewatering 2005 Total cost for solids dewatering 2007 Total cost for solids dewatering 2009 Total cost for solids separate 2005 Total cost for solids separate 2007 Total cost for solids separate 2009 Total 2005 costs incurred to remove or dispose of wet FGD solids Total 2007 costs incurred to remove or dispose of wet FGD solids Total 2009 costs incurred to remove or dispose of wet FGD solids FGD equipment 1 that determines maximum design concentration (QB4-3) FGD equipment 1 material that determines maximum design concentration (QB4-3) FGD equipment 1 other description that determines maximum design concentration (QB4-3) FGD equipment 2 that determines maximum design concentration (QB4-3) FGD equipment 2 material that determines maximum design concentration (QB4-3) FGD equipment 2 other description that determines maximum design concentration (QB4-3) FGD equipment 3 that determines maximum design concentration (QB4-3) FGD equipment 3 material that determines maximum design concentration (QB4-3) FGD equipment 3 other description that determines maximum design concentration (QB4-3) FGD equipment 4 that determines maximum design concentration (QB4-3) FGD equipment 4 material that determines maximum design concentration (QB4-3) FGD equipment 4 other description that determines maximum design concentration (QB4-3) Designates if cementitious/pozzolanic material produced with the FGD solids at the plant (QB4-15) Mist elim inator wash water for the FGD system ty pical frequency 2009 dpy (QB4-6) Mist elim inator wash water for the FGD system ty pical flow rate 2009 gpm (QB4- 6) Mist elim inator wash water for the FGD system ty pical duration 2009 hpd (QB4- 6)Destination (1) of wet FGD solids marketed

Revenue from wet FGD solids sold to destination (1) in 2005 Revenue from wet FGD solids sold to destination (1) in 2007 Revenue from wet FGD solids sold to destination (1) in 2009 Tons of wet FGD solids sold to destination (1) in 2005 Tons of wet FGD solids sold to destination (1) in 2007 Tons of wet FGD solids sold to destination (1) in 2009 Destination (2) of wet FGD solids marketed Revenue from wet FGD solids sold to destination (2) in 2005 Revenue from wet FGD solids sold to destination (2) in 2007 Revenue from wet FGD solids sold to destination (2) in 2009 Tons of wet FGD solids sold to destination (2) in 2005 Tons of wet FGD solids sold to destination (2) in 2007 Tons of wet FGD solids sold to destination (2) in 2009 Destination (3) of wet FGD solids marketed Revenue from wet FGD solids sold to destination (3) in 2005 Revenue from wet FGD solids sold to destination (3) in 2007 Revenue from wet FGD solids sold to destination (3) in 2009 Tons of wet FGD solids sold to destination (3) in 2005 Tons of wet FGD solids sold to destination (3) in 2007 Tons of wet FGD solids sold to destination (3) in 2009 Destination (4) of wet FGD solids marketed Revenue from wet FGD solids sold to destination (4) in 2005 Revenue from wet FGD solids sold to destination (4) in 2007 Revenue from wet FGD solids sold to destination (4) in 2009 Tons of wet FGD solids sold to destination (4) in 2005 Tons of wet FGD solids sold to destination (4) in 2007 Tons of wet FGD solids sold to destination (4) in 2009 Destination (5) of wet FGD solids marketed Description of other destination (5) Revenue from wet FGD solids sold to destination (5) in 2005 Revenue from wet FGD solids sold to destination (5) in 2007 Revenue from wet FGD solids sold to destination (5) in 2009 Tons of wet FGD solids sold to destination (5) in 2005 Tons of wet FGD solids sold to destination (5) in 2007 Tons of wet FGD solids sold to destination (5) in 2009 Destination (6) of wet FGD solids marketed Description of other destination (6) Revenue from wet FGD solids sold to destination (6) in 2005 Revenue from wet FGD solids sold to destination (6) in 2007 Revenue from wet FGD solids sold to destination (6) in 2009 Tons of wet FGD solids sold to destination (6) in 2005 Tons of wet FGD solids sold to destination (6) in 2007 Tons of wet FGD solids sold to destination (6) in 2009 Chlorides content of untreated scrubber purge transferred to the wwt (ppm)Chlorides content of untreated scrubber purge transferred to the wwt (ppm)

Ty pical frequency

of FGD scrubber purge (or slurry discharge) generation (dpy) Ty pical duration of FGD scrubber purge (or slurry discharge) generation (tpd) TSS concentration of untreated scrubber purge transferred to the wwt (ppm) TSS concentration of untreated scrubber purge transferred to the wwt (ppm) Ty pical amount of FGD scrubber purge (or slurry discharge) sent to wastewater treatment or discharge (gpd) Ty pical amount of FGD scrubber purge (or slurry discharge) sent to wastewater treatment or discharge (gpm) Reagent slurry

for the FGD system ty pical frequency 2009 dpy

(QB4-8) Reagent slurry

for the FGD system ty pical flow rate 2009 gpm (QB4-8) Reagent slurry

for the FGD system ty pical duration 2009 hpd (QB4-8) Reagent preparation water for the FGD system ty pical frequency 2009 dpy (QB4-7) Reagent preparation water for the FGD system ty pical flow rate 2009 gpm (QB4- 7) Reagent preparation water for the FGD system ty pical duration 2009 hpd (QB4- 7) Blowdown sent directly to a pond system (QB4-16) Blowdown sent directly to a wastewater treatment system (QB4-16) Centrifuge used in solids separation of FGD slurry blowdown (QB4-16) Hydroclones used in solids separation of FGD slurry blowdown (QB4-16) Other method used in solids separation of FGD slurry blowdown (QB4-16) Description of other method used in solids separation of FGD slurry blowdown (QB4-16) Thickener used in solids separation of FGD slurry blowdown (QB4-16) Ty pical amount of solids separation recycle returned to absorber (gpd) Ty pical FGD slurry

blowdown (or slurry

discharge) flow rate exiting the absorber (gpd) Generate calcium sulfite (B4-13) Percentage of calcium sulfite generated (B4-13) Maximum concentration of chlorides of the FGD solids produced (ppm) Minim um concentration of chlorides of the FGD solids produced (ppm) Ty pical concentration of chlorides of the FGD solids produced (ppm) Designates if FGD solids combined with fly ash, bottom ash, or other material (QB4-14) Am ount of wet FGD solids 2005 - Other destination (1) Am ount of wet FGD solids 2007 - Other destination (1) Am ount of wet FGD solids 2009 - Other destination (1) Description of other ultimate destination of wet FGD solids (1) Am ount of wet FGD solids 2005 - Other destination (2) Am ount of wet FGD solids 2007 - Other destination (2) Am ount of wet FGD solids 2009 - Other destination (2) Description of other ultimate destination of wet FGD solids (2) Vacuum belt filter used in solids dewatering of the FGD solids (B4-17) Vacuum drum filter used in solids dewatering of the FGD solids (B4-17) Gy psum stacking use in solids dewatering of the FGD solids (B4-17) Other method used in solids dewatering (B4-17)Description of other method used in solids dewatering (B4-17)

Am ount of wet FGD solids given away in 2005 Am ount of wet FGD solids given away in 2007 Am ount of wet FGD solids given away in 2009 Generate calcium sulfate (gy psum) (B4-13) Percentage of gy psum generated (B4-13) Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2005 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2007 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2009 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2005 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2007 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2009 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2005 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2007 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2009 Chlorides affects the ability of FGD solids that can be marketed, sold, or given away Chloride content (ppm) of FGD solids that can be marketed, sold, or given away Moisture content affects the ability of FGD solids that can be marketed, sold, or given away Moisture content (%) of FGD solids that can be marketed, sold, or given away N/A FGD solids are not marketed None - Industries to which the FGD solids are marketed has not specified standards Other parameter affecting the marketability of the FGD solids Description of other FGD solids marketability parameter Other parameter (ppm) Generate other solids (B4-13) Description of other1 solids (B4-13) Percentage of other 1 solids generated (B4-13) Generate other solids (B4-13) Description of other2 solids (B4-13) Percentage of other 2 solids generated (B4-13) Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2005 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2007 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2009 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2005 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2007 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2009 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2005 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2007Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2009 Am ount of wet FGD solids marketed and sold in 2005 Am ount of wet FGD solids marketed and sold in 2007 Am ount of wet FGD solids marketed and sold in 2009 Other source used for the absorber make-up water (B4-12) Description of other source used for the absorber make-up water (B4-12) Process wastewater used as source for the absorber make-up water (B4-12) Description of process wastewater used as source for the absorber make-up water (B4-12)Description of other process wastewater used as source for the absorber makeup water (B4-12) Raw intake water used as source for the absorber make-up water (B4-12) Treated intake water used as source for the absorber make-up water(B4-12) Maximum solids concentration percent Chlorides determine water source that can be used as FGD reagent preparation water or absorber make-up water (B4-5) Maximum chlorides concentration ppm (B4-5) Other parameters determine water source that can be used as FGD reagent preparation water or absorber make-up water Description of other parameters that determine water source that can be used as FGD reagent preparation water or absorber make-up water Solids determine water source that can be used as FGD reagent preparation water or absorber make-up water (B4-5) Other source used for the mist eliminator wash water (B4-10) Description of other source used for the mist eliminator wash water (B4-10) Process wastewater used as source for the mist eliminator wash water (B4-10) Description of process wastewater used as source for the mist eliminator wash water (B4-10) Description of other process wastewater used as source for the mist eliminator wash water (B4-10) Raw intake water used as source for the mist eliminator wash water (B4-10) Treated intake water used as source for the mist eliminator wash water (B4-10) Other source used for the reagent preparation water (B4-11) Description of other source used for the reagent preparation water (B4-11) Process wastewater used as source for the reagent preparation water (B4-11) Description of process wastewater used as source for the reagent preparation water (B4-11) Description of other process wastewater used as source for the reagent preparation water (B4-11) Raw intake water used as source for the reagent preparation water (B4-11) Treated intake water used as source for the reagent preparation water (B4-11) FGD system maximum design chlorides concentration ppm (QB4-3) FGD system water source (other) description Flow rate (gpd) of FGD system water source Percent contribution of FGD system water source FGD system water source (1) Flow rate (gpd) of FGD system water source Percent contribution of FGD system water sourceFGD system water source (2)

Flow rate (gpd) of FGD system water source Percent contribution of FGD system water source FGD system water source (3) Flow rate (gpd) of FGD system water source Percent contribution of FGD system water source Designates if SE unit 1 is associated with the process wastewater Designates if SE unit 2 is associated with the process wastewater Designates if SE unit 3 is associated with the process wastewater Designates if SE unit 4 is associated with the process wastewater Designates if SE unit 5 is associated with the process wastewater Designates if SE unit 6 is associated with the process wastewater Designates if SE unit 7 is associated with the process wastewater Designates if SE unit 8 is associated with the process wastewater Designates if SE unit 9 is associated with the process wastewater Designates if other SE units are associated with the process wastewater Defines the other SE units that are associated with the process wastewater Ty pe of ancillary

equipm ent. ID of any W WTsystem in Table D-2. The on-site wastewater treatment system ID receiving the stormwater runoff. The on-site wastewater treatment system ID receiving the stormwater runoff. Number of ancillary

equipm ent pieces in the system. Wa stewater treatment system identification. Wa stewater treatment system identification. Average design flow rate of W WT S in gallons per minute. Duration of effluent transfers from W WT S in 2009 in hours per day

. Frequency

of effluent transfers from W WT S in 209 in days per year. Maximum daily

flow rate of W WT S in 2009 in gallons per day

. Maximum daily

flow rate of W WT S in 2009 in gallons per minute. Maximum design flow rate of W WT S in gallons per minute. Ty pical flow rate of W WT S in 2009 in gallons per minute. Lim itation of first pollutant. Lim itation of second pollutant. Lim itation of third pollutant. Units for limitation of first pollutant. Units for limitation of second pollutant. Units for limitation of third pollutant. Name of first pollutant driving operation of pond. Name of second pollutant driving operation of pond. Name of third pollutant driving operation of pond. Checkbox to indicate chlorine and other oxidizing agents as targeted pollutants.

Checkbox to indicate metal as targeted pollutant. Specify ty pe of metal targeted. Checkbox to indicate no pollutants are targeted for removal by pond.Checkbox to indicate nitrogen compounds as targeted pollutant.

Checkbox to indicate oil and grease as targeted pollutant. Checkbox to indicate organic acids as targeted pollutant. Checkbox to indicate plant targets other pollutants not listed. Other targeted pollutants not listed on survey

. Checkbox to indicate TSS as targeted pollutant. Yes/no if plant involved in ash or FGD treatment studies since 2000. Yes/no/na if plant added chemicals to any wastewater treatment unit in 2009. Average addition rate of chemical to W WTunit. Average addition rate ty pe, phase of added chemical, solid or liquid. Units of specified average addition rate, gpd or lb/day

. Average dose concentration of chemical added, in grams per liter. Frequency

of addition of chemical to W WTunit, in days per year. Manufacturer of chemical added to W WTunit. Purpose for adding chemical to W WTunit. Trade name of chemical added to W WTunit. Ty pe of chemical added to W WTunit. Date unit was added to wastewater treatment system. Footprint or surface area of wastewater treatment unit, in ft2. Wa stewater treatment unit identification, selected from dropdown menu. Wa stewater treatment unit identification selected from dropdown menu. Wa stewater treatment unit identification. Wa stewater treatment unit identification. Wa stewater treatment unit identification. Wa stewater treatment unit identification, plant entered description for 'other'. Wa stewater treatment unit identification, plant entered description for 'other'. Plant specified W WTunit identification. Plant specified W WTunit identification. Plant specified W WTunit identification. Checkbox to indicate material of construction is 2205 stainless steel. Checkbox to indicate material of construction is 255 stainless steel. Checkbox to indicate material of construction is 316L stainless steel. Checkbox to indicate material of construction is 317LM stainless steel. Checkbox to indicate material of construction is 317LMN stainless steel. Checkbox to indicate material of construction is 625 stainless steel. Checkbox to indicate material of construction is lined carbon steel. Plant specified liner material for those units that are lined carbon steel. Checkbox to indicate material of construction is carbon steel. Checkbox to indicate material of construction is fiberglass. Checkbox to indicate material of construction is other, not one of those listed. Description of material of construction. Checkbox to indicate material of construction is titanium. Plant's name for wastewater treatment unit. Residence time of wastewater treatment unit, in hours. Volum e of wastewater treatment unit, in ft3.**Part Section**  **Question Questionnaire**  **Table Number Database Table Name**  A 1.1 Plant_ID Plant_Contact_Info A 1.1 A1-1 Plant_Contact_Info A 1.1 A1-1 Plant_Contact_Info A 1.1 A1-1 Plant_Contact_Info A 1.1 A1-1 Plant_Contact_Info A 1.1 A1-1 Plant_Contact_Info A 1.1 A1-1 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-2 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-3 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_InfoA 1.1 A1-4 Plant_Contact_Info

A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-4 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.1 A1-5 Plant_Contact_Info A 1.2 Plant_ID Plant_General A 1.2 A1-6 Plant_General A 1.2 A1-6 Plant_General

A 1.2 A1-7 Plant_General A 1.2 A1-7 Plant_General

A 1.2 A1-8 Plant_General A 1.2 A1-8 Plant_General A 1.2 A1-8 Plant_General A 1.2 A1-8 Plant_General A 1.2 A1-8 Plant_General A 1.2 A1-8 Plant_General A 1.2 A1-8 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-9 Plant_General A 1.2 A1-10 Plant_General A 1.2 A1-10 Plant_GeneralA 1.2 A1-10 Plant_General

A 1.2 A1-10 Plant_General A 1.2 A1-11 Plant_General A 1.2 A1-11 Plant_General A 1.2 A1-11 Plant_General A 1.2 A1-12 Plant_General A 1.2 A1-12 Plant_General A 1.2 A1-12 Plant_General A 1.2 A1-12 Plant_General A 1.2 A1-12 Plant_General A 1.2 A1-12 Plant_General

A 1.2 A1-12 Plant_General A 1.2 A1-12 Plant_General A 1.2 A1-13 Plant_General A 1.2 A1-13 Plant_General A 1.2 A1-13 Plant_General A 1.2 A1-13 Plant_General A 1.2 A1-14 Table A-1 Plant_General A 1.2 A1-14 Table A-1 Plant_General A 1.2 A1-14 Table A-1 Plant_General A 1.2 A1-14 Table A-1 Plant_General A 1.2 A1-14 Table A-1 Plant_General A 1.2 A1-14 Table A-1 Plant_General A 1.2 A1-14 Table A-1 Plant_General A 2.1 Plant_ID Plant_IDs_Pend_Permits A 2.1 Plant_ID Table A-2 Plant_Perm its A 2.1 A2-1 Plant_IDs_Pend_Permits A 2.1 A2-1 Plant_IDs_Pend_Permits A 2.1 A2-2 Plant_IDs_Pend_Permits A 2.1 A2-2 Plant_IDs_Pend_Permits A 2.1 A2-3 Plant_General A 2.1 A2-3 Plant_General

A 2.1 A2-3 Plant_General A 2.1 A2-3 Plant_General A 2.1 A2-3 Plant_General A 2.1 A2-4 Table A-2 Plant_IDs_Pend_Permits A 2.1 A2-4 Table A-2 Plant_IDs_Pend_Permits

A 2.1 A2-4 Table A-2 Plant_IDs_Pend_Permits

A 2.1 A2-4 Table A-2 Plant_IDs_Pend_Permits A 2.1 A2-4 Table A-2 Plant_IDs_Pend_Permits A 2.1 A2-4 Table A-2 Plant_IDs_Pend_Permits A 2.1 A2-4 Table A-2 Plant_Perm itsA 2.1 A2-4 Table A-2 Plant_Perm its

A 2.1 A2-4 Table A-2 Plant_Perm its A 2.1 A2-4 Table A-2 Plant_Perm its A 2.1 A2-4 Table A-2 Plant_Perm its A 2.1 A2-4 Table A-2 Plant_Perm its A 2.1 A2-4 Table A-2 Plant_Perm its A 2.2 Plant_ID Plant_Outfalls A 2.2 Plant_ID Table A-3 Plant_Outfalls_Flow A 2.2 Outfall_Num ber Plant_Outfalls

A 2.2 Outfall_Num ber Table A-3 Plant_Outfalls_Flow

A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-5 Plant_Outfalls A 2.2 A2-6 Plant_Outfalls A 2.2 A2-6 Plant_Outfalls A 2.2 A2-7 Plant_Outfalls A 2.2 A2-7 Plant_Outfalls

A 2.2 A2-8 Plant_Outfalls A 2.2 A2-8 Plant_Outfalls A 2.2 A2-8 Plant_Outfalls A 2.2 A2-8 Plant_Outfalls A 2.2 A2-8 Plant_Outfalls A 2.2 A2-9 Plant_Outfalls A 2.2 A2-9 Plant_Outfalls A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 2.2 A2-10 Table A-3 Plant_Outfalls_FlowA 2.2 A2-10 Table A-3 Plant_Outfalls_Flow

A 2.2 A2-10 Table A-3 Plant_Outfalls_Flow A 3 Plant_ID Plant_Systems_Summary A 3 Plant_ID Table A-4 Pond_General A 3 Plant_ID Table A-5 Pond_Storage A 3 A3-1 Plant_Systems_Summary A 3 A3-1 Plant_Systems_Summary

A 3 A3-2 Table A-4 Pond_General

A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-2 Table A-4 Pond_General A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_StorageA 3 A3-3 Table A-5 Pond_Storage

A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 3 A3-3 Table A-5 Pond_Storage A 4 Plant_ID Table A-6 Landfill_General A 4 Plant_ID Table A-7 Landfill_Storage A 4 A4-1 Plant_Systems_Summary A 4 A4-1 Plant_Systems_Summary

A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-2 Table A-6 Landfill_General A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 4 A4-3 Table A-7 Landfill_Storage A 5 A5-1 Plant_General A 5 A5-1 Plant_General A 5 A5-1 Plant_General

A 5 A5-1 Plant_GeneralA 5 A5-1 Plant_General

A 5 A5-1 Plant_General

A 5 A5-1 Plant_General

A 5 A5-1 Plant_General

A 5 A5-2 Plant_General A 5 A5-2 Plant_General

A 5 A5-2 Plant_General A 5 A5-3 Plant_General A 5 A5-3 Plant_General A 6 Plant_ID Table A-8 SE_Units_Operating A 6 Plant_ID Table A-9 SE_Units_Planned A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-1 Table A-8 SE_Units_Operating A 6 A6-2 Table A-9 SE_Units_Planned

A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_PlannedA 6 A6-2 Table A-9 SE_Units_Planned

A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 6 A6-2 Table A-9 SE_Units_Planned A 7 Plant_ID Table A-10 Cooling_Systems A 7 Plant_ID CS_General A 7 A7-1 Table A-10 Cooling_Systems

A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_SystemsA 7 A7-1 Table A-10 Cooling_Systems

A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-1 Table A-10 Cooling_Systems A 7 A7-2 CS_General A 7 A7-2 CS_General

A 7 A7-2 CS_General A 7 A7-2 CS_General

A 7 A7-2 CS_General

A 7 A7-2 CS_General A 7 A7-2 CS_General

A 7 A7-2 CS_General A 7 A7-3 CS_General A 7 A7-3 CS_General A 8 Plant_ID Table A-11 Fuel_Usage A 8 SEunit_ID Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_UsageA 8 A8-1 Table A-11 Fuel_Usage

A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_UsageA 8 A8-1 Table A-11 Fuel_Usage

A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-1 Table A-11 Fuel_Usage A 8 A8-2 Fuel_Usage A 8 A8-2 Fuel_Usage

A 8 A8-3 Fuel_Usage A 8 A8-3 Fuel_Usage

A 9 Plant_ID Table A-12 NOx_Controls A 9 Plant_ID Table A-13 SCR_Catalyst_Regen_Plant A 9 Plant_ID SCR_Catalyst_W ash A 9 A9-1 Plant_Systems_Summary A 9 A9-1 Plant_Systems_Summary

A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_ControlsA 9 A9-1 Table A-12 NOx_Controls

A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 A9-1 Table A-12 NOx_Controls A 9 Plant_ID Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-1 Table A-12 SCR_Catalyst_Regen_Unit A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-2 Table A-13 SCR_Catalyst_Regen_Plant A 9 A9-3 SCR_Catalyst_Regen_Plant A 9 A9-3 SCR_Catalyst_Regen_Plant

A 9 A9-4 SCR_Catalyst_Regen_Plant A 9 A9-4 SCR_Catalyst_Regen_Plant A 9 A9-4 SCR_Catalyst_Regen_Plant A 9 A9-4 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-5 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_PlantA 9 A9-6 SCR_Catalyst_Regen_Plant

A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-6 SCR_Catalyst_Regen_Plant A 9 A9-7 SCR_Catalyst_W ash A 9 A9-7 SCR_Catalyst_W ash A 9 A9-8 SCR_Catalyst_W ash A 9 A9-8 SCR_Catalyst_W ash A 9 A9-9 SCR_Catalyst_W ash A 9 A9-9 SCR_Catalyst_W ash A 9 A9-9 SCR_Catalyst_W ash A 9 A9-9 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash

A 9 A9-10 SCR_Catalyst_W ash A 9 A9-10 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ashA 9 A9-11 SCR_Catalyst_W ash

A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 9 A9-11 SCR_Catalyst_W ash A 10 Plant_ID Table A-14 Mercury _Controls A 10 Plant_ID Mercury _Control_Studies A 10 A10-1 Plant_Systems_Summary A 10 A10-1 Plant_Systems_Summary

A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-1 Table A-14 Mercury _Controls A 10 A10-2 Mercury _Control_Studies A 10 A10-2 Mercury _Control_Studies

A 10 A10-3 Mercury _Control_Studies A 10 A10-3 Mercury _Control_Studies

A 10 A10-3 Mercury _Control_Studies A 10 A10-4 Mercury _Control_Studies A 10 A10-4 Mercury _Control_Studies

A 10 A10-5 Mercury _Control_Studies A 10 A10-5 Mercury _Control_Studies A 10 A10-5 Mercury _Control_Studies A 10 A10-5 Mercury _Control_Studies A 10 A10-5 Mercury _Control_Studies A 10 A10-5 Mercury _Control_StudiesA 10 A10-5 Mercury _Control_Studies A 11 Plant_ID Table A-15 Carbon_Capture A 11 Plant_ID Carbon_Capture_Studies A 11 A11-1 Plant_Systems_Summary A 11 A11-1 Plant_Systems_Summary

A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-1 Table A-15 Carbon_Capture A 11 A11-2 Carbon_Capture_Studies A 11 A11-2 Carbon_Capture_Studies

A 11 A11-3 Carbon_Capture_Studies A 11 A11-3 Carbon_Capture_Studies

A 11 A11-4 Carbon_Capture_Studies A 11 A11-4 Carbon_Capture_Studies A 11 A11-4 Carbon_Capture_Studies A 11 A11-4 Carbon_Capture_Studies A 11 A11-4 Carbon_Capture_Studies A 11 A11-4 Carbon_Capture_Studies A 11 A11-4 Carbon_Capture_Studies A 11 A11-5 Carbon_Capture_Studies A 11 A11-5 Carbon_Capture_Studies A 11 A11-5 Carbon_Capture_Studies A 11 A11-5 Carbon_Capture_Studies A 11 A11-6 Carbon_Capture_Studies A 11 A11-6 Carbon_Capture_Studies

A 11 A11-6 Carbon_Capture_StudiesA 11 A11-6 Carbon_Capture_Studies

A 11 A11-6 Carbon_Capture_Studies

A 12 Plant_ID Table A-16 We t_ESP A 12 Plant_ID We t_ESP_W W A 12 A12-1 Plant_Systems_Summary A 12 A12-1 Plant_Systems_Summary

A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-1 Table A-16 We t_ESP A 12 A12-2 We t_ESP_W W A 12 A12-2 We t_ESP_W W A 12 A12-2 We t_ESP_W W A 12 A12-2 We t_ESP_W W A 12 A12-3 We t_ESP_W W A 12 A12-3 We t_ESP_W W A 12 A12-3 We t_ESP_W W A 12 A12-3 We t_ESP_W W A 12 A12-3 We t_ESP_W W A 12 A12-3 We t_ESP_W W

A 12 A12-3 We t_ESP_W W A 12 A12-3 We t_ESP_W W A 12 A12-4 We t_ESP_W W A 12 A12-4 We t_ESP_W W A 12 A12-4 We t_ESP_W W

A 12 A12-4 We t_ESP_W WA 12 A12-4 We t_ESP_W W

A 12 A12-4 We t_ESP_W W A 12 A12-4 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W

A 12 A12-5 We t_ESP_W W

A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-5 We t_ESP_W W A 12 A12-6 We t_ESP_W W A 12 A12-6 We t_ESP_W W

A 12 A12-7 We t_ESP_W W A 12 A12-7 We t_ESP_W W A 12 A12-7 We t_ESP_W W A 12 A12-7 We t_ESP_W W A 12 A12-7 We t_ESP_W W A 12 A12-7 We t_ESP_W W A 12 A12-7 We t_ESP_W W A 12 A12-8 We t_ESP_W W A 12 A12-8 We t_ESP_W W

A 12 A12-8 We t_ESP_W WA 12 A12-8 We t_ESP_W W

A 12 A12-8 We t_ESP_W W A 13 Plant_ID Coal_Processing A 13 A13-1 Coal_Processing A 13 A13-1 Coal_Processing A 13 A13-2 Coal_Processing A 13 A13-2 Coal_Processing A 13 A13-2 Coal_Processing A 13 A13-3 Coal_Processing A 13 A13-3 Coal_Processing A 13 A13-3 Coal_Processing A 13 A13-3 Coal_Processing A 13 A13-3 Coal_Processing A 13 A13-4 Coal_Processing A 13 A13-4 Coal_Processing A 13 A13-4 Coal_Processing A 13 A13-4 Coal_Processing A 13 A13-4 Coal_Processing A 13 A13-4 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-5 Coal_Processing A 13 A13-6 Coal_Processing A 13 A13-6 Coal_Processing A 13 A13-6 Coal_Processing A 13 A13-6 Coal_Processing A 13 A13-6 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_ProcessingA 13 A13-7 Coal_Processing

A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-7 Coal_Processing A 13 A13-8 Coal_Processing A 13 A13-8 Coal_Processing A 13 A13-9 Coal_Processing A 13 A13-9 Coal_Processing

A 13 A13-9 Coal_Processing A 13 A13-9 Coal_Processing A 13 A13-9 Coal_Processing A 13 A13-10 Coal_Processing A 13 A13-10 Coal_Processing A 13 A13-11 Coal_Processing A 13 A13-11 Coal_Processing

A 13 A13-11 Coal_Processing A 13 A13-11 Coal_Processing A 13 A13-11 Coal_Processing A 13 A13-12 Coal_Processing A 13 A13-12 Coal_Processing A 13 A13-12 Coal_Processing A 13 A13-12 Coal_Processing A 13 A13-12 Coal_Processing A 13 A13-13 Coal_Processing A 13 A13-13 Coal_Processing A 13 A13-14 Coal_Processing A 13 A13-14 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_ProcessingA 13 A13-15 Coal_Processing

A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-15 Coal_Processing A 13 A13-16 Coal_Processing A 13 A13-16 Coal_Processing

A 13 A13-17 Coal_Processing A 13 A13-17 Coal_Processing

A Comments Comments PartA_Comments A Comments Comments PartA_Comments A Comments Comments PartA_Comments A Comments Comments PartA_Comments B 1 Plant_ID FGD_General B 1 Plant_ID Table B-1 FGD_Systems B 1 B1-1 FGD_General B 1 B1-1 FGD_General B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems

B 1 B1-2 Table B-1 FGD_SystemsB 1 B1-2 Table B-1 FGD_Systems

B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B1-2 Table B-1 FGD_Systems B 1 B4-1 FGD_General B 1 B4-1 FGD_General B 1 B8-1 FGD_General B 1 B8-1 FGD_General B 2 Plant_ID Table B-2 FGD_Pl_Systems B 2 FGD_ID Table B-2 FGD_Pl_Systems B 2 B2-1 Table B-2 FGD_Pl_Systems B 2 B2-1 Table B-2 FGD_Pl_Systems B 2 B2-1 Table B-2 FGD_Pl_Systems B 2 B2-1 Table B-2 FGD_Pl_Systems

B 2 B2-1 Table B-2 FGD_Pl_Systems B 2 B2-1 Table B-2 FGD_Pl_Systems B 2 B2-1 Table B-2 FGD_Pl_Systems B 2 B2-1 Table B-2 FGD_Pl_Systems

B 3 Plant_ID Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_Additives B 3 B3-1 Table B-3 FGD_AdditivesB 3 B3-1 Table B-3 FGD_Additives

B 4 Plant_ID FGD_W et_General B 4 FGD_ID FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-3 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-4 FGD_W et_General B 4 B4-5 FGD_W et_General B 4 B4-5 FGD_W et_General

B 4 B4-5 FGD_W et_General B 4 B4-5 FGD_W et_General

B 4 B4-5 FGD_W et_General B 4 B4-5 FGD_W et_General

B 4 B4-5 FGD_W et_General

B 4 B4-6 FGD_W et_General B 4 B4-6 FGD_W et_General B 4 B4-6 FGD_W et_General B 4 B4-6 FGD_W et_General B 4 B4-7 FGD_W et_General B 4 B4-7 FGD_W et_General B 4 B4-7 FGD_W et_General B 4 B4-7 FGD_W et_General B 4 B4-8 FGD_W et_General B 4 B4-8 FGD_W et_GeneralB 4 B4-8 FGD_W et_General

B 4 B4-8 FGD_W et_General B 4 B4-9 FGD_W et_General B 4 B4-9 FGD_W et_General B 4 B4-9 FGD_W et_General B 4 B4-9 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-10 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-11 FGD_W et_General B 4 B4-12 FGD_W et_General B 4 B4-12 FGD_W et_General B 4 B4-12 FGD_W et_General B 4 B4-12 FGD_W et_General B 4 B4-12 FGD_W et_General

B 4 B4-12 FGD_W et_General

B 4 B4-12 FGD_W et_General B 4 B4-12 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-13 FGD_W et_General B 4 B4-14 FGD_W et_General B 4 B4-14 FGD_W et_GeneralB 4 B4-15 FGD_W et_General

B 4 B4-15 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-16 FGD_W et_General B 4 B4-17 FGD_W et_General B 4 B4-17 FGD_W et_General B 4 B4-17 FGD_W et_General B 4 B4-17 FGD_W et_General B 4 B4-17 FGD_W et_General B 4 B4-17 FGD_W et_General B 4 B4-18 FGD_W et_General B 4 B4-18 FGD_W et_General B 4 B4-18 FGD_W et_General B 4 B4-18 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-19 FGD_W et_General B 4 B4-2 FGD_W et_General B 4 B4-2 FGD_W et_General B 4 B4-2 FGD_W et_General B 4 Tables Plant_ID Table B-4 FGD_W et_Solids_Dest B 4 Tables Plant_ID Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables Plant_ID Table B-6 FGD_W et_Solids_Cost B 4 Tables FGD_ID Table B-4 FGD_W et_Solids_Dest B 4 Tables FGD_ID Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables FGD_ID Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_DestB 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest

B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-20 Table B-4 FGD_W et_Solids_Dest B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_SoldB 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold

B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-21 Table B-5 FGD_W et_Solids_Mkt_Sold B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_CostB 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost

B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 4 Tables B4-22 Table B-6 FGD_W et_Solids_Cost B 5 Plant_ID Table B-7 FGD_W et_Sources_Flow B 5 Plant_ID Table B-8 FGD_W et_W ater_Gen B 5 FGD_ID Table B-7 FGD_W et_Sources_Flow B 5 FGD_ID Table B-8 FGD_W et_W ater_Gen B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-1 Table B-7 FGD_W et_Sources_Flow B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 5 B5-2 Table B-8 FGD_W et_W ater_Gen B 6 Plant_ID FGD_Monitoring_Data B 6 Plant_ID Table B-9 FGD_Monitoring_Data_Results B 6 B6-1 FGD_Monitoring_Data B 6 B6-1 FGD_Monitoring_DataB 6 B6-2 Table B-9 FGD_Monitoring_Data_Results

B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 B6-2 Table B-9 FGD_Monitoring_Data_Results B 6 Tables Plant_ID FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 6 Tables B6-2 FGD_Monitoring_Data_ID B 7 Plant_ID FGD_W astewater_Treatment B 7 Plant_ID FGD_Gy psum_Related_W ater B 7 B5-3 FGD_W astewater_Treatment B 7 B5-3 FGD_W astewater_Treatment B 7 B5-3 FGD_W astewater_Treatment B 7 B5-3 FGD_W astewater_Treatment B 7 B5-3 FGD_W astewater_Treatment B 7 B7-1 FGD_W astewater_Treatment B 7 B7-1 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_TreatmentB 7 B7-2 FGD_W astewater_Treatment

B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-2 FGD_W astewater_Treatment B 7 B7-3 FGD_W astewater_Treatment B 7 B7-3 FGD_W astewater_Treatment B 7 B7-3 FGD_W astewater_Treatment

B 7 B7-3 FGD_W astewater_Treatment B 7 B7-3 FGD_W astewater_Treatment

B 7 B7-3 FGD_W astewater_Treatment B 7 B7-3 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-4 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-5 FGD_W astewater_Treatment B 7 B7-6 FGD_Gy psum_Related_W ater B 7 B7-6 FGD_Gy psum_Related_W ater B 7 B7-6 FGD_Gy psum_Related_W ater B 7 B7-6 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W aterB 7 B7-7 FGD_Gy psum_Related_W ater

B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 7 B7-7 FGD_Gy psum_Related_W ater B 8 Plant_ID FGD_Dry _General B 8 Plant_ID FGD_Dry _W astewater B 8 FGD_ID FGD_Dry _General B 8 B8-2 FGD_Dry _General B 8 B8-2 FGD_Dry _General B 8 B8-2 FGD_Dry _General B 8 B8-3 FGD_Dry _General B 8 B8-3 FGD_Dry _General B 8 B8-4 FGD_Dry _General B 8 B8-4 FGD_Dry _General

B 8 B8-4 FGD_Dry _General B 8 B8-4 FGD_Dry _General

B 8 B8-4 FGD_Dry _General B 8 B8-4 FGD_Dry _General B 8 B8-4 FGD_Dry _General

B 8 B8-5 FGD_Dry _General B 8 B8-5 FGD_Dry _General B 8 B8-5 FGD_Dry _General B 8 B8-5 FGD_Dry _General B 8 B8-6 FGD_Dry _General B 8 B8-6 FGD_Dry _General B 8 B8-6 FGD_Dry _General B 8 B8-6 FGD_Dry _General B 8 B8-6 FGD_Dry _GeneralB 8 B8-6 FGD_Dry _General

B 8 B8-6 FGD_Dry _General B 8 B8-6 FGD_Dry _General B 8 B8-7 FGD_Dry _W astewater B 8 B8-7 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater

B 8 B8-8 FGD_Dry _W astewater

B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-8 FGD_Dry _W astewater B 8 B8-9 FGD_Dry _W astewater B 8 B8-9 FGD_Dry _W astewater B 8 B8-9 FGD_Dry _W astewater B 8 B8-9 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater

B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater

B 8 B8-10 FGD_Dry _W astewaterB 8 B8-10 FGD_Dry _W astewater

B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater

B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-10 FGD_Dry _W astewater B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 B8-11 FGD_Dry _General B 8 Tables Plant_ID Table B-10 FGD_Dry _Solids_Dest B 8 Tables Plant_ID Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables Plant_ID Table B-12 FGD_Dry _Solids_Cost B 8 Tables FGD_ID Table B-10 FGD_Dry _Solids_Dest B 8 Tables FGD_ID Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables FGD_ID Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_DestB 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-12 Table B-10 FGD_Dry _Solids_Dest B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_SoldB 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-13 Table B-11 FGD_Dry _Solids_Mkt_Sold B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B 8 Tables B8-14 Table B-12 FGD_Dry _Solids_CostB 8 Tables B8-14 Table B-12 FGD_Dry _Solids_Cost B Comments Comments PartB_Comments B Comments Comments PartB_Comments B Comments Comments PartB_Comments B Comments Comments PartB_Comments C 1 Plant_ID Ash_General C 1 C1-1 Ash_General C 1 C1-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General

C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-2 Table C-1 Ash_General C 1 C1-3 Ash_General C 1 C1-3 Ash_General C 2.1 Plant_ID Table C-2 Fly _Ash_System C 2.1 Plant_ID Table C-3 Fly _Ash_Sluicing C 2.1 Plant_ID Fly _Ash_W et_Vacuum C 2.1 Plant_ID Table C-4 Fly _Ash_Storage_Dest C 2.1 Plant_ID Fly _Ash_W etAndDry C 2.1 Plant_ID Fly _Ash_Handling_Changes C 2.1 Plant_ID Fly _Ash_Dry

_Retrofit C 2.1 Plant_ID Fly _Ash_Dry

_Installation C 2.1 Plant_ID Fly _Ash_Outages C 2.1 seunit_ID Table C-2 Fly _Ash_System C 2.1 seunit_ID Table C-3 Fly _Ash_Sluicing C 2.1 seunit_ID Fly _Ash_W et_Vacuum C 2.1 seunit_ID Table C-4 Fly _Ash_Storage_Dest C 2.1 seunit_ID Fly _Ash_W etAndDry C 2.1 seunit_ID Fly _Ash_Handling_Changes C 2.1 seunit_ID Fly _Ash_Dry

_Retrofit C 2.1 seunit_ID Fly _Ash_Dry

_Installation C 2.1 seunit_ID Fly _Ash_Outages C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_SystemC 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-1 Table C-2 Fly _Ash_System C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-2 Table C-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-3 Fly _Ash_Sluicing C 2.1 C2-4 Fly _Ash_Sluicing C 2.1 C2-4 Fly _Ash_SluicingC 2.1 C2-4 Fly _Ash_Sluicing C 2.1 C2-5 Fly _Ash_Sluicing C 2.1 C2-5 Fly _Ash_Sluicing C 2.1 C2-6 Fly _Ash_W et_Vacuum C 2.1 C2-6 Fly _Ash_W et_Vacuum C 2.1 C2-7 Fly _Ash_W et_Vacuum C 2.1 C2-7 Fly _Ash_W et_Vacuum C 2.1 C2-7 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-8 Fly _Ash_W et_Vacuum C 2.1 C2-9 Table C-4 Fly _Ash_Storage_Dest C 2.1 C2-9 Table C-4 Fly _Ash_Storage_Dest C 2.1 C2-9 Table C-4 Fly _Ash_Storage_Dest C 2.1 C2-9 Table C-4 Fly _Ash_Storage_Dest C 2.1 C2-9 Table C-4 Fly _Ash_Storage_Dest C 2.1 C2-9 Table C-4 Fly _Ash_Storage_Dest C 2.1 C2-10 Fly _Ash_W etAndDry C 2.1 C2-10 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry

C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry

C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDry C 2.1 C2-11 Fly _Ash_W etAndDryC 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-12 Fly _Ash_W etAndDry C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-13 Fly _Ash_Handling_Changes C 2.1 C2-14 Fly _Ash_Dry

_Retrofit C 2.1 C2-14 Fly _Ash_Dry

_Retrofit C 2.1 C2-14 Fly _Ash_Dry

_Retrofit C 2.1 C2-14 Fly _Ash_Dry

_Retrofit C 2.1 C2-14 Fly _Ash_Dry

_Retrofit C 2.1 C2-15 Fly _Ash_Dry

_Retrofit C 2.1 C2-15 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_RetrofitC 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-16 Fly _Ash_Dry

_Retrofit C 2.1 C2-17 Fly _Ash_Dry

_Installation C 2.1 C2-17 Fly _Ash_Dry

_Installation C 2.1 C2-17 Fly _Ash_Dry

_Installation C 2.1 C2-18 Fly _Ash_Dry

_Installation C 2.1 C2-18 Fly _Ash_Dry

_Installation C 2.1 C2-18 Fly _Ash_Dry

_Installation C 2.1 C2-19 Fly _Ash_Dry

_Installation C 2.1 C2-19 Fly _Ash_Dry

_Installation

C 2.1 C2-19 Fly _Ash_Dry

_Installation C 2.1 C2-19 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_InstallationC 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-20 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-21 Fly _Ash_Dry

_Installation C 2.1 C2-22 Fly _Ash_Dry

_Installation C 2.1 C2-22 Fly _Ash_Dry

_Installation

C 2.1 C2-22 Fly _Ash_Dry

_Installation C 2.1 C2-22 Fly _Ash_Dry

_Installation C 2.1 C2-23 Fly _Ash_Outages C 2.1 C2-23 Fly _Ash_Outages

C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_OutagesC 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.1 C2-24 Table C-5 Fly _Ash_Outages C 2.2 Plant_ID Table C-6 Fly _Ash_Storage C 2.2 Plant_ID Fly _Ash_Mgmt C 2.2 Plant_ID Table C-7 Fly _Ash_Moisten_W ater C 2.2 Plant_ID Table C-8 Fly _Dry _Market C 2.2 Plant_ID Table C-9 Fly _W et_Market C 2.2 C2-25 Table C-6 Fly _Ash_Storage C 2.2 C2-25 Table C-6 Fly _Ash_Storage C 2.2 C2-25 Table C-6 Fly _Ash_Storage C 2.2 C2-25 Table C-6 Fly _Ash_Storage

C 2.2 C2-25 Table C-6 Fly _Ash_Storage C 2.2 C2-25 Table C-6 Fly _Ash_Storage C 2.2 C2-25 Table C-6 Fly _Ash_Storage C 2.2 C2-25 Table C-6 Fly _Ash_Storage C 2.2 C2-26 Fly _Ash_Mgmt C 2.2 C2-26 Fly _Ash_Mgmt C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-26 Table C-7 Fly _Ash_Moisten_W ater C 2.2 C2-27 Fly _Ash_MgmtC 2.2 C2-27 Fly _Ash_Mgmt C 2.2 C2-28 Fly _Ash_Mgmt C 2.2 C2-28 Fly _Ash_Mgmt C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-28 Table C-8 Fly _Dry _Market C 2.2 C2-29 Fly _Ash_Mgmt C 2.2 C2-29 Fly _Ash_Mgmt C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.2 C2-29 Table C-9 Fly _W et_Market C 2.3 Plant_ID Table C-10 Fly _Cnvy _Cmpnts C 2.3 Plant_ID Fly _Cnvy _General C 2.3 Plant_ID Table C-11 Fly _Cnvy _Capital_Cost C 2.3 Plant_ID Table C-12 Fly _Cnvy _OM_Cost C 2.3 seunit_ID Table C-10 Fly _Cnvy _Cmpnts C 2.3 seunit_ID Fly _Cnvy _General C 2.3 seunit_ID Table C-11 Fly _Cnvy _Capital_Cost C 2.3 seunit_ID Table C-12 Fly _Cnvy _OM_Cost C 2.3 Status Fly _Cnvy _General C 2.3 C2-30 Table C-10 Fly _Cnvy _Cmpnts C 2.3 C2-30 Table C-10 Fly _Cnvy _Cmpnts C 2.3 C2-30 Table C-10 Fly _Cnvy _Cmpnts C 2.3 C2-30 Table C-10 Fly _Cnvy _Cmpnts C 2.3 C2-30 Table C-10 Fly _Cnvy _Cmpnts C 2.3 C2-30 Table C-10 Fly _Cnvy _Cmpnts C 2.3 C2-30 Table C-10 Fly _Cnvy _Cmpnts C 2.3 C2-31 Fly _Cnvy _General C 2.3 C2-31 Fly _Cnvy _General C 2.3 C2-32 Fly _Cnvy _General C 2.3 C2-32 Fly _Cnvy _General

C 2.3 C2-32 Fly _Cnvy _GeneralC 2.3 C2-33 Fly _Cnvy _General C 2.3 C2-33 Fly _Cnvy _General

C 2.3 C2-33 Fly _Cnvy _General

C 2.3 C2-34 Fly _Cnvy _General C 2.3 C2-34 Fly _Cnvy _General C 2.3 C2-34 Table C-11 Fly _Cnvy _Capital_Cost C 2.3 C2-34 Table C-11 Fly _Cnvy _Capital_Cost C 2.3 C2-34 Table C-11 Fly _Cnvy _Capital_Cost C 2.3 C2-34 Table C-11 Fly _Cnvy _Capital_Cost C 2.3 C2-34 Table C-11 Fly _Cnvy _Capital_Cost C 2.3 C2-34 Table C-11 Fly _Cnvy _Capital_Cost C 2.3 C2-35 Fly _Cnvy _General C 2.3 C2-35 Fly _Cnvy _General C 2.3 C2-35 Fly _Cnvy _General C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.3 C2-36 Table C-12 Fly _Cnvy _OM_Cost C 2.4 Plant_ID Fly _Storage_General C 2.4 Plant_ID Table C-13 Fly _Storage_Cmpnts C 2.4 Plant_ID Table C-14 Fly _Storage_Capital_Cost C 2.4 Plant_ID Table C-15 Fly _Storage_OM_Cost C 2.4 Storage_ID Fly _Storage_General C 2.4 Storage_ID Table C-13 Fly _Storage_Cmpnts C 2.4 Storage_ID Table C-14 Fly _Storage_Capital_Cost C 2.4 Storage_ID Table C-15 Fly _Storage_OM_Cost C 2.4 Status Fly _Storage_GeneralC 2.4 C2-37 Fly _Storage_General C 2.4 C2-37 Fly _Storage_General C 2.4 C2-37 Fly _Storage_General C 2.4 C2-38 Fly _Storage_General C 2.4 C2-38 Fly _Storage_General C 2.4 C2-39 Table C-13 Fly _Storage_Cmpnts C 2.4 C2-39 Table C-13 Fly _Storage_Cmpnts C 2.4 C2-39 Table C-13 Fly _Storage_Cmpnts C 2.4 C2-39 Table C-13 Fly _Storage_Cmpnts C 2.4 C2-39 Table C-13 Fly _Storage_Cmpnts C 2.4 C2-39 Table C-13 Fly _Storage_Cmpnts C 2.4 C2-39 Table C-13 Fly _Storage_Cmpnts C 2.4 C2-40 Fly _Storage_General C 2.4 C2-40 Fly _Storage_General C 2.4 C2-40 Fly _Storage_General C 2.4 C2-41 Fly _Storage_General C 2.4 C2-41 Fly _Storage_General

C 2.4 C2-41 Fly _Storage_General

C 2.4 C2-42 Fly _Storage_General C 2.4 C2-42 Fly _Storage_General C 2.4 C2-42 Table C-14 Fly _Storage_Capital_Cost C 2.4 C2-42 Table C-14 Fly _Storage_Capital_Cost C 2.4 C2-42 Table C-14 Fly _Storage_Capital_Cost C 2.4 C2-42 Table C-14 Fly _Storage_Capital_Cost C 2.4 C2-42 Table C-14 Fly _Storage_Capital_Cost C 2.4 C2-42 Table C-14 Fly _Storage_Capital_Cost C 2.4 C2-43 Fly _Storage_General C 2.4 C2-43 Fly _Storage_General C 2.4 C2-43 Fly _Storage_General C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_CostC 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.4 C2-44 Table C-15 Fly _Storage_OM_Cost C 2.5 Plant_ID Fly _Trspt_Disp_General C 2.5 Plant_ID Table C-16 Fly _Trspt_Disp_Capital_Cost C 2.5 Plant_ID Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-45 Fly _Trspt_Disp_General C 2.5 C2-45 Fly _Trspt_Disp_General C 2.5 C2-45 Fly _Trspt_Disp_General C 2.5 C2-46 Fly _Trspt_Disp_General C 2.5 C2-46 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-47 Fly _Trspt_Disp_General C 2.5 C2-48 Fly _Trspt_Disp_General C 2.5 C2-48 Fly _Trspt_Disp_General

C 2.5 C2-48 Fly _Trspt_Disp_General C 2.5 C2-49 Fly _Trspt_Disp_General C 2.5 C2-49 Fly _Trspt_Disp_General

C 2.5 C2-49 Fly _Trspt_Disp_General C 2.5 C2-50 Fly _Trspt_Disp_General C 2.5 C2-50 Fly _Trspt_Disp_General C 2.5 C2-50 Table C-16 Fly _Trspt_Disp_Capital_Cost C 2.5 C2-50 Table C-16 Fly _Trspt_Disp_Capital_Cost C 2.5 C2-50 Table C-16 Fly _Trspt_Disp_Capital_CostC 2.5 C2-50 Table C-16 Fly _Trspt_Disp_Capital_Cost C 2.5 C2-50 Table C-16 Fly _Trspt_Disp_Capital_Cost C 2.5 C2-50 Table C-16 Fly _Trspt_Disp_Capital_Cost C 2.5 C2-51 Fly _Trspt_Disp_General

C 2.5 C2-51 Fly _Trspt_Disp_General C 2.5 C2-51 Fly _Trspt_Disp_General C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost

C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 2.5 C2-52 Table C-17 Fly _Trspt_Disp_OM_Cost C 3.1 Plant_ID Btm _Ash_SystemC 3.1 Plant_ID Table C-19 Btm _Ash_Sluicing

C 3.1 Plant_ID Btm _Ash_Solids_Rmvl C 3.1 Plant_ID Btm _Ash_Mech_Drag C 3.1 Plant_ID Table C-21 Btm _Ash_Storage_Dest C 3.1 Plant_ID Btm _Ash_Dry _Handling C 3.1 Plant_ID Btm _Ash_Dry _Retrofit C 3.1 Plant_ID Btm _Ash_Dry _Installation C 3.1 Plant_ID Btm _Ash_Outages C 3.1 seunit_ID Btm _Ash_System C 3.1 seunit_ID Table C-19 Btm _Ash_Sluicing C 3.1 seunit_ID Btm _Ash_Solids_Rmvl C 3.1 seunit_ID Btm _Ash_Mech_Drag C 3.1 seunit_ID Table C-21 Btm _Ash_Storage_Dest C 3.1 seunit_ID Btm _Ash_Dry _Handling C 3.1 seunit_ID Btm _Ash_Dry _Retrofit C 3.1 seunit_ID Btm _Ash_Dry _Installation C 3.1 seunit_ID Btm _Ash_Outages C 3.1 C3-1 Btm _Ash_System C 3.1 C3-1 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_SystemC 3.1 C3-2 Table C-18 Btm _Ash_System

C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-2 Table C-18 Btm _Ash_System C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-3 Table C-19 Btm _Ash_Sluicing C 3.1 C3-4 Btm _Ash_Sluicing C 3.1 C3-4 Btm _Ash_Sluicing

C 3.1 C3-4 Btm _Ash_Sluicing C 3.1 C3-4 Btm _Ash_Sluicing C 3.1 C3-4 Btm _Ash_Sluicing C 3.1 C3-4 Btm _Ash_Sluicing C 3.1 C3-4 Btm _Ash_Sluicing C 3.1 C3-4 Btm _Ash_Sluicing C 3.1 C3-5 Btm _Ash_Sluicing C 3.1 C3-5 Btm _Ash_Sluicing C 3.1 C3-5 Btm _Ash_Sluicing C 3.1 C3-6 Btm _Ash_Sluicing C 3.1 C3-6 Btm _Ash_Sluicing C 3.1 C3-7 Btm _Ash_Solids_Rmvl C 3.1 C3-7 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_RmvlC 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl

C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl

C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-8 Table C-20 Btm _Ash_Solids_Rmvl C 3.1 C3-9 Btm _Ash_Solids_Rmvl C 3.1 C3-9 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-10 Btm _Ash_Solids_Rmvl C 3.1 C3-11 Btm _Ash_Mech_Drag C 3.1 C3-11 Btm _Ash_Mech_Drag C 3.1 C3-11 Btm _Ash_Mech_Drag C 3.1 C3-12 Btm _Ash_Mech_Drag C 3.1 C3-12 Btm _Ash_Mech_Drag C 3.1 C3-13 Btm _Ash_Mech_Drag C 3.1 C3-13 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_DragC 3.1 C3-14 Btm _Ash_Mech_Drag

C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-14 Btm _Ash_Mech_Drag C 3.1 C3-15 Table C-21 Btm _Ash_Storage_Dest C 3.1 C3-15 Table C-21 Btm _Ash_Storage_Dest C 3.1 C3-15 Table C-21 Btm _Ash_Storage_Dest C 3.1 C3-15 Table C-21 Btm _Ash_Storage_Dest C 3.1 C3-15 Table C-21 Btm _Ash_Storage_Dest C 3.1 C3-15 Table C-21 Btm _Ash_Storage_Dest C 3.1 C3-16 Btm _Ash_Dry _Handling C 3.1 C3-16 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling

C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling

C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling

C 3.1 C3-17 Btm _Ash_Dry _Handling

C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-17 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-18 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _HandlingC 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-19 Btm _Ash_Dry _Handling C 3.1 C3-20 Btm _Ash_Dry _Retrofit C 3.1 C3-20 Btm _Ash_Dry _Retrofit C 3.1 C3-20 Btm _Ash_Dry _Retrofit C 3.1 C3-20 Btm _Ash_Dry _Retrofit C 3.1 C3-20 Btm _Ash_Dry _Retrofit

C 3.1 C3-21 Btm _Ash_Dry _Retrofit C 3.1 C3-21 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-22 Btm _Ash_Dry _Retrofit C 3.1 C3-23 Btm _Ash_Dry _Retrofit C 3.1 C3-23 Btm _Ash_Dry _RetrofitC 3.1 C3-24 Btm _Ash_Dry _Installation C 3.1 C3-24 Btm _Ash_Dry _Installation C 3.1 C3-24 Btm _Ash_Dry _Installation C 3.1 C3-25 Btm _Ash_Dry _Installation C 3.1 C3-25 Btm _Ash_Dry _Installation C 3.1 C3-25 Btm _Ash_Dry _Installation C 3.1 C3-26 Btm _Ash_Dry _Installation C 3.1 C3-26 Btm _Ash_Dry _Installation C 3.1 C3-26 Btm _Ash_Dry _Installation C 3.1 C3-26 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-27 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _InstallationC 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-28 Btm _Ash_Dry _Installation C 3.1 C3-29 Btm _Ash_Dry _Installation C 3.1 C3-29 Btm _Ash_Dry _Installation C 3.1 C3-29 Btm _Ash_Dry _Installation C 3.1 C3-29 Btm _Ash_Dry _Installation C 3.1 C3-30 Btm _Ash_Outages C 3.1 C3-30 Btm _Ash_Outages

C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_OutagesC 3.1 C3-31 Table C-22 Btm _Ash_Outages

C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.1 C3-31 Table C-22 Btm _Ash_Outages C 3.2 Plant_ID Table C-23 Btm _Ash_Storage C 3.2 Plant_ID Btm _Ash_Mkt_General C 3.2 Plant_ID Table C-24 Btm _Dry _Market C 3.2 Plant_ID Table C-25 Btm _W et_Market C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-32 Table C-23 Btm _Ash_Storage C 3.2 C3-33 Btm _Ash_Mkt_General C 3.2 C3-33 Btm _Ash_Mkt_General C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-33 Table C-24 Btm _Dry _Market C 3.2 C3-34 Btm _Ash_Mkt_General C 3.2 C3-34 Btm _Ash_Mkt_General C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.2 C3-34 Table C-25 Btm _W et_Market C 3.3 Plant_ID Table C-26 Btm _Cnvy _Cmpnts C 3.3 Plant_ID Btm _Cnvy _General C 3.3 Plant_ID Table C-27 Btm _Cnvy _Capital_Cost C 3.3 Plant_ID Table C-28 Btm _Cnvy _OM_Cost C 3.3 seunit_ID Table C-26 Btm _Cnvy _Cmpnts C 3.3 seunit_ID Btm _Cnvy _General C 3.3 seunit_ID Table C-27 Btm _Cnvy _Capital_CostC 3.3 seunit_ID Table C-28 Btm _Cnvy _OM_Cost C 3.3 Status Btm _Cnvy _General C 3.3 C3-35 Table C-26 Btm _Cnvy _Cmpnts C 3.3 C3-35 Table C-26 Btm _Cnvy _Cmpnts C 3.3 C3-35 Table C-26 Btm _Cnvy _Cmpnts C 3.3 C3-35 Table C-26 Btm _Cnvy _Cmpnts C 3.3 C3-35 Table C-26 Btm _Cnvy _Cmpnts C 3.3 C3-35 Table C-26 Btm _Cnvy _Cmpnts C 3.3 C3-35 Table C-26 Btm _Cnvy _Cmpnts C 3.3 C3-36 Btm _Cnvy _General C 3.3 C3-36 Btm _Cnvy _General C 3.3 C3-37 Btm _Cnvy _General C 3.3 C3-37 Btm _Cnvy _General

C 3.3 C3-37 Btm _Cnvy _General C 3.3 C3-38 Btm _Cnvy _General C 3.3 C3-38 Btm _Cnvy _General

C 3.3 C3-38 Btm _Cnvy _General

C 3.3 C3-39 Btm _Cnvy _General C 3.3 C3-39 Btm _Cnvy _General C 3.3 C3-39 Table C-27 Btm _Cnvy _Capital_Cost C 3.3 C3-39 Table C-27 Btm _Cnvy _Capital_Cost C 3.3 C3-39 Table C-27 Btm _Cnvy _Capital_Cost C 3.3 C3-39 Table C-27 Btm _Cnvy _Capital_Cost C 3.3 C3-39 Table C-27 Btm _Cnvy _Capital_Cost C 3.3 C3-39 Table C-27 Btm _Cnvy _Capital_Cost C 3.3 C3-40 Btm _Cnvy _General C 3.3 C3-40 Btm _Cnvy _General

C 3.3 C3-40 Btm _Cnvy _General C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_CostC 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.3 C3-41 Table C-28 Btm _Cnvy _OM_Cost C 3.4 Plant_ID Btm _storage_General C 3.4 Plant_ID Table C-29 Btm _storage_Cmpnts C 3.4 Plant_ID Table C-30 Btm _storage_Capital_Cost C 3.4 Plant_ID Table C-31 Btm _storage_OM_Cost C 3.4 Storage_ID Btm _storage_General C 3.4 Storage_ID Table C-29 Btm _storage_Cmpnts C 3.4 Storage_ID Table C-30 Btm _storage_Capital_Cost C 3.4 Storage_ID Table C-31 Btm _storage_OM_Cost C 3.4 Status Btm _storage_General C 3.4 C3-42 Btm _storage_General C 3.4 C3-42 Btm _storage_General C 3.4 C3-42 Btm _storage_General C 3.4 C3-43 Btm _storage_General C 3.4 C3-43 Btm _storage_General C 3.4 C3-44 Table C-29 Btm _storage_Cmpnts C 3.4 C3-44 Table C-29 Btm _storage_Cmpnts C 3.4 C3-44 Table C-29 Btm _storage_Cmpnts C 3.4 C3-44 Table C-29 Btm _storage_Cmpnts C 3.4 C3-44 Table C-29 Btm _storage_Cmpnts C 3.4 C3-44 Table C-29 Btm _storage_Cmpnts C 3.4 C3-44 Table C-29 Btm _storage_Cmpnts C 3.4 C3-45 Btm _storage_General C 3.4 C3-45 Btm _storage_General C 3.4 C3-45 Btm _storage_General C 3.4 C3-46 Btm _storage_General C 3.4 C3-46 Btm _storage_General C 3.4 C3-46 Btm _storage_General C 3.4 C3-47 Btm _storage_General C 3.4 C3-47 Btm _storage_General C 3.4 C3-47 Table C-30 Btm _storage_Capital_Cost C 3.4 C3-47 Table C-30 Btm _storage_Capital_Cost C 3.4 C3-47 Table C-30 Btm _storage_Capital_Cost C 3.4 C3-47 Table C-30 Btm _storage_Capital_Cost C 3.4 C3-47 Table C-30 Btm _storage_Capital_Cost C 3.4 C3-47 Table C-30 Btm _storage_Capital_Cost C 3.4 C3-48 Btm _storage_General

C 3.4 C3-48 Btm _storage_General C 3.4 C3-48 Btm _storage_GeneralC 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost

C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.4 C3-49 Table C-31 Btm _storage_OM_Cost C 3.5 Plant_ID Btm _Trspt_Disp_General C 3.5 Plant_ID Table C-32 Btm _Trspt_Disp_Capital_Cost C 3.5 Plant_ID Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-50 Btm _Trspt_Disp_General C 3.5 C3-50 Btm _Trspt_Disp_General C 3.5 C3-50 Btm _Trspt_Disp_General C 3.5 C3-51 Btm _Trspt_Disp_General C 3.5 C3-51 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_GeneralC 3.5 C3-52 Btm _Trspt_Disp_General

C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-52 Btm _Trspt_Disp_General C 3.5 C3-53 Btm _Trspt_Disp_General C 3.5 C3-53 Btm _Trspt_Disp_General C 3.5 C3-53 Btm _Trspt_Disp_General C 3.5 C3-54 Btm _Trspt_Disp_General

C 3.5 C3-54 Btm _Trspt_Disp_General C 3.5 C3-54 Btm _Trspt_Disp_General

C 3.5 C3-55 Btm _Trspt_Disp_General C 3.5 C3-55 Btm _Trspt_Disp_General C 3.5 C3-55 Table C-32 Btm _Trspt_Disp_Capital_Cost C 3.5 C3-55 Table C-32 Btm _Trspt_Disp_Capital_Cost C 3.5 C3-55 Table C-32 Btm _Trspt_Disp_Capital_Cost C 3.5 C3-55 Table C-32 Btm _Trspt_Disp_Capital_Cost C 3.5 C3-55 Table C-32 Btm _Trspt_Disp_Capital_Cost C 3.5 C3-55 Table C-32 Btm _Trspt_Disp_Capital_Cost C 3.5 C3-56 Btm _Trspt_Disp_General

C 3.5 C3-56 Btm _Trspt_Disp_General C 3.5 C3-56 Btm _Trspt_Disp_General

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_CostC 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost

C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 3.5 C3-57 Table C-33 Btm _Trspt_Disp_OM_Cost C 4 Plant_ID Economizer_Ash C 4 SE_Unit_ID Economizer_Ash C 4 C4-1 Economizer_Ash C 4 C4-1 Economizer_Ash C 4 C4-2 Economizer_Ash C 4 C4-2 Economizer_Ash C 4 C4-2 Economizer_Ash C 4 C4-3 Economizer_Ash C 4 C4-3 Economizer_Ash C 4 C4-3 Economizer_Ash C 4 C4-4 Economizer_Ash C 4 C4-4 Economizer_Ash C 4 C4-4 Economizer_Ash C 4 C4-5 Economizer_Ash C 4 C4-5 Economizer_Ash C 4 C4-5 Economizer_Ash C 4 C4-5 Economizer_Ash C 4 C4-5 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_AshC 4 C4-6 Economizer_Ash

C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 4 C4-6 Economizer_Ash C 5 Plant_ID Air_Heater_Ash C 5 SE_Unit_ID Air_Heater_Ash C 5 C5-1 Air_Heater_Ash C 5 C5-1 Air_Heater_Ash C 5 C5-1 Air_Heater_Ash C 5 C5-2 Air_Heater_Ash C 5 C5-2 Air_Heater_Ash C 5 C5-2 Air_Heater_Ash C 5 C5-3 Air_Heater_Ash C 5 C5-3 Air_Heater_Ash C 5 C5-3 Air_Heater_Ash C 5 C5-4 Air_Heater_Ash C 5 C5-4 Air_Heater_Ash C 5 C5-4 Air_Heater_Ash C 5 C5-4 Air_Heater_Ash C 5 C5-4 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C 5 C5-5 Air_Heater_Ash C Comments Plant_ID PartC_Comments C Comments Comment_C BI PartC_Comments

C Comments Comment_# PartC_Comments C Comments Comment PartC_Comments D 1 Plant_ID Treatment_General D 1 D1-1 Treatment_GeneralD 1 D1-1 Treatment_General

D 1 D1-2 Treatment_General D 1 D1-2 Treatment_General D 1 D2-5 Treatment_General D 1 D2-5 Treatment_General

D 1 D2-6 Treatment_General D 1 D2-6 Treatment_General

D 1 D2-7 Treatment_General D 1 D2-7 Treatment_General

D 1 D4-1 Treatment_General D 1 D4-1 Treatment_General

D 1 D4-13 Treatment_General D 1 D4-13 Treatment_General

D 1 D5-1 Treatment_General D 1 D5-1 Treatment_General D 1 D6-1 Treatment_General D 1 D6-1 Treatment_General D 2 Plant_ID WWT_Study D 2 Plant_ID Table D-1 Active_Pond_Systems D 2 Plant_ID Table D-1 Retired_Pond_Systems D 2 Plant_ID Table D-1 Planned_Pond_Systems D 2 Plant_ID Table D-2 WWT_Systems D 2 D2-1 WWT_Study D 2 D2-1 WWT_Study D 2 D2-2 WWT_Study D 2 D2-2 WWT_Study D 2 D2-3 WWT_Study D 2 D2-3 WWT_Study D 2 D2-3 WWT_Study D 2 D2-4 WWT_Study D 2 D2-4 WWT_Study D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_SystemsD 2 D2-6 Table D-1 Active_Pond_Systems

D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Active_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Retired_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-6 Table D-1 Planned_Pond_Systems D 2 D2-7 Table D-2 WWT_Systems D 2 D2-7 Table D-2 WWT_Systems D 2 D2-7 Table D-2 WWT_Systems D 2 D2-7 Table D-2 WWT_Systems D 2 D2-7 Table D-2 WWT_Systems D 2 D2-7 Table D-2 WWT_Systems D 2 D2-7 Table D-2 WWT_Systems D 3.1 Plant_ID Treatment_Diagram D 3.1 System_ID Treatment_Diagram D 3.1 D3-1 Treatment_Diagram D 3.1 D3-1 Treatment_Diagram D 3.2 Plant_ID Table D-3 Treatment_Influents D 3.2 Plant_ID Table D-4 Treatment_Effluents D 3.2 System_ID Table D-3 Treatment_Influents D 3.2 System_ID Table D-4 Treatment_Effluents D 3.2 D3-2 Table D-3 Treatment_Influents D 3.2 D3-2 Table D-3 Treatment_InfluentsD 3.2 D3-2 Table D-3 Treatment_Influents

D 3.2 D3-2 Table D-3 Treatment_Influents D 3.2 D3-2 Table D-3 Treatment_Influents D 3.2 D3-2 Table D-3 Treatment_Influents D 3.2 D3-2 Table D-3 Treatment_Influents D 3.2 D3-2 Table D-3 Treatment_Influents D 3.2 D3-2 Table D-3 Treatment_Influents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 3.2 D3-3 Table D-4 Treatment_Effluents D 4.1 Plant_ID Act_Pond_Unit D 4.1 Plant_ID Table D-5 Act_Pond_Unit_Dimensions D 4.1 Plant_ID Table D-6 Act_Pond_Unit_Liner D 4.1 Plant_ID Table D-7 Act_Pond_Chem_Addn D 4.1 Pond_ID Act_Pond_Unit D 4.1 Pond_ID Table D-5 Act_Pond_Unit_Dimensions D 4.1 Pond_ID Table D-6 Act_Pond_Unit_Liner D 4.1 Pond_ID Table D-7 Act_Pond_Chem_Addn D 4.1 D4-2 Act_Pond_Unit D 4.1 D4-2 Act_Pond_Unit D 4.1 D4-2 Act_Pond_Unit D 4.1 D4-2 Act_Pond_Unit D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-3 Table D-5 Act_Pond_Unit_Dimensions D 4.1 D4-4 Act_Pond_UnitD 4.1 D4-4 Act_Pond_Unit

D 4.1 D4-4 Table D-6 Act_Pond_Unit_Liner D 4.1 D4-4 Table D-6 Act_Pond_Unit_Liner D 4.1 D4-4 Table D-6 Act_Pond_Unit_Liner D 4.1 D4-4 Table D-6 Act_Pond_Unit_Liner D 4.1 D4-4 Table D-6 Act_Pond_Unit_Liner D 4.1 D4-4 Table D-6 Act_Pond_Unit_Liner D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-5 Act_Pond_Unit D 4.1 D4-6 Act_Pond_Unit D 4.1 D4-6 Act_Pond_Unit D 4.1 D4-6 Act_Pond_Unit D 4.1 D4-7 Act_Pond_Unit D 4.1 D4-7 Act_Pond_Unit D 4.1 D4-8 Act_Pond_Unit D 4.1 D4-8 Act_Pond_Unit D 4.1 D4-9 Act_Pond_Unit D 4.1 D4-9 Act_Pond_Unit D 4.1 D4-9 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-10 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_Unit D 4.1 D4-11 Act_Pond_UnitD 4.1 D4-11 Act_Pond_Unit

D 4.1 D4-12 Act_Pond_Unit D 4.1 D4-12 Act_Pond_Unit D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.1 D4-12 Table D-7 Act_Pond_Chem_Addn D 4.2 Plant_ID Clsd_Pond_Unit D 4.2 Plant_ID Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 Plant_ID Table D-9 Clsd_Pond_Unit_Liner D 4.2 Plant_ID Table D-10 Clsd_Pond_Unit_Cap D 4.2 Pond_ID Clsd_Pond_Unit D 4.2 Pond_ID Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 Pond_ID Table D-9 Clsd_Pond_Unit_Liner D 4.2 Pond_ID Table D-10 Clsd_Pond_Unit_Cap D 4.2 D4-14 Clsd_Pond_Unit D 4.2 D4-14 Clsd_Pond_Unit D 4.2 D4-14 Clsd_Pond_Unit D 4.2 D4-14 Clsd_Pond_Unit D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-15 Table D-8 Clsd_Pond_Unit_Dimensions D 4.2 D4-16 Clsd_Pond_Unit D 4.2 D4-16 Clsd_Pond_Unit D 4.2 D4-16 Table D-9 Clsd_Pond_Unit_Liner D 4.2 D4-16 Table D-9 Clsd_Pond_Unit_Liner D 4.2 D4-16 Table D-9 Clsd_Pond_Unit_Liner D 4.2 D4-16 Table D-9 Clsd_Pond_Unit_Liner D 4.2 D4-16 Table D-9 Clsd_Pond_Unit_Liner D 4.2 D4-16 Table D-9 Clsd_Pond_Unit_Liner D 4.2 D4-17 Clsd_Pond_Unit D 4.2 D4-17 Clsd_Pond_UnitD 4.2 D4-17 Table D-10 Clsd_Pond_Unit_Cap

D 4.2 D4-17 Table D-10 Clsd_Pond_Unit_Cap D 4.2 D4-17 Table D-10 Clsd_Pond_Unit_Cap D 4.2 D4-17 Table D-10 Clsd_Pond_Unit_Cap D 4.2 D4-17 Table D-10 Clsd_Pond_Unit_Cap D 4.2 D4-17 Table D-10 Clsd_Pond_Unit_Cap D 4.2 D4-18 Clsd_Pond_Unit D 4.2 D4-18 Clsd_Pond_Unit D 4.2 D4-19 Clsd_Pond_Unit D 4.2 D4-19 Clsd_Pond_Unit D 4.2 D4-20 Clsd_Pond_Unit D 4.2 D4-20 Clsd_Pond_Unit D 4.2 D4-20 Clsd_Pond_Unit D 4.2 D4-21 Clsd_Pond_Unit D 4.2 D4-21 Clsd_Pond_Unit D 4.2 D4-22 Clsd_Pond_Unit D 4.2 D4-22 Clsd_Pond_Unit D 4.2 D4-22 Clsd_Pond_Unit D 4.2 D4-23 Clsd_Pond_Unit D 4.2 D4-23 Clsd_Pond_Unit D 4.2 D4-23 Clsd_Pond_Unit D 4.2 D4-24 Clsd_Pond_Unit D 4.2 D4-24 Clsd_Pond_Unit D 4.2 D4-24 Clsd_Pond_Unit D 5.1 Plant_ID WWT_System_Information D 5.1 Plant_ID WWT_Pollutants D 5.1 Plant_ID Table D-11 WWT_Units D 5.1 Plant_ID Table D-12 WWT S_Pld_Im provements D 5.1 WWT S_ID WWT_System_Information D 5.1 WWT S_ID WWT_Pollutants D 5.1 WWT S_ID Table D-11 WWT_Units D 5.1 WWT S_ID Table D-12 WWT S_Pld_Im provements D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_UnitsD 5.1 D5-2 Table D-11 WWT_Units

D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-2 Table D-11 WWT_Units D 5.1 D5-3 WWT_System_Information D 5.1 D5-3 WWT_System_Information D 5.1 D5-3 WWT_System_Information D 5.1 D5-3 WWT_System_Information D 5.1 D5-3 WWT_System_Information D 5.1 D5-3 WWT_System_Information D 5.1 D5-3 WWT_System_Information D 5.1 D5-3 WWT_System_Information D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-4 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-5 WWT_Pollutants D 5.1 D5-6 WWT_System_Information D 5.1 D5-6 WWT_System_Information D 5.1 D5-7 WWT_System_Information D 5.1 D5-7 WWT_System_Information D 5.1 D5-8 WWT_System_Information D 5.1 D5-8 WWT_System_Information D 5.1 D5-9 WWT_System_InformationD 5.1 D5-9 WWT_System_Information

D 5.1 D5-10 WWT_System_Information D 5.1 D5-10 WWT_System_Information

D 5.1 D5-10 WWT_System_Information D 5.1 D5-11 Table D-12 WWT S_Pld_Im provements D 5.1 D5-11 Table D-12 WWT S_Pld_Im provements D 5.1 D5-11 Table D-12 WWT S_Pld_Im provements D 5.1 D5-11 Table D-12 WWT S_Pld_Im provements D 5.1 D5-11 Table D-12 WWT S_Pld_Im provements D 5.1 D5-11 Table D-12 WWT S_Pld_Im provements D 5.1 D5-11 Table D-12 WWT S_Pld_Im provements D 5.1 D5-12 WWT_Pollutants D 5.1 D5-12 WWT_Pollutants

D 5.1 D5-12 WWT_Pollutants D 5.2 Plant_ID Table D-13 WWT U_Chem_Addn D 5.2 Plant_ID WWT U_Chem_Addn_Info D 5.2 WWT S_ID Table D-13 WWT U_Chem_Addn D 5.2 WWT S_ID WWT U_Chem_Addn_Info D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 Table D-13 WWT U_Chem_Addn D 5.2 D5-13 WWT U_Chem_Addn_Info D 5.2 D5-13 WWT U_Chem_Addn_Info D 6.1 Plant_ID Table D-14 Pond_W WT_OandM D 6.1 Plant_ID Table D-15 Pond_W WT_Capital D 6.1 Plant_ID Pond_W WT_Capital_Info D 6.1 Plant_ID FGD_W WT_Purchase D 6.1 System_ID Table D-14 Pond_W WT_OandM D 6.1 System_ID Table D-15 Pond_W WT_Capital D 6.1 System_ID Pond_W WT_Capital_Info D 6.1 System_ID FGD_W WT_Purchase D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandMD 6.1 D6-2 Table D-14 Pond_W WT_OandM

D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-2 Table D-14 Pond_W WT_OandM D 6.1 D6-3 Table D-15 Pond_W WT_Capital D 6.1 D6-3 Table D-15 Pond_W WT_Capital

D 6.1 D6-3 Table D-15 Pond_W WT_Capital D 6.1 D6-3 Table D-15 Pond_W WT_Capital D 6.1 D6-3 Pond_W WT_Capital_Info D 6.1 D6-3 Pond_W WT_Capital_Info

D 6.1 D6-4 Pond_W WT_Capital_InfoD 6.1 D6-4 Pond_W WT_Capital_Info

D 6.1 D6-4 Pond_W WT_Capital_Info D 6.1 D6-5 FGD_W WT_Purchase D 6.1 D6-5 FGD_W WT_Purchase D 6.1 D6-6 FGD_W WT_Purchase D 6.1 D6-6 FGD_W WT_Purchase D 6.2 Plant_ID Table D-16 WWT S_Ancillary _Equip D 6.2 System_ID Table D-16 WWT S_Ancillary _Equip D 6.2 D6-7 Table D-16 WWT S_Ancillary _Equip D 6.2 D6-7 Table D-16 WWT S_Ancillary _Equip D 6.2 D6-7 Table D-16 WWT S_Ancillary _Equip D Comments Plant_ID PartD_Comments D Comments Comment_C BI PartD_Comments

D Comments Comment_# PartD_Comments D Comments Comment PartD_Comments E 1 Plant_ID MCW _Kickout E 1 E1-1 MCW _Kickout E 1 E1-1 MCW _Kickout E 2 Plant_ID Table E-1 MCW _Chem E 2 Plant_ID Table E-2 MCW _No_Chem E 2 seunit_ID Table E-1 MCW _Chem E 2 seunit_ID Table E-2 MCW _No_Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _ChemE 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem

E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-1 Table E-1 MCW _Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem

E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem

E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem

E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 2 E2-2 Table E-2 MCW _No_Chem E 3 Plant_ID MCW _W W_Treatment E 3 Plant_ID MCW _Slds_Res_Gen E 3 seunit_ID MCW _W W_Treatment E 3 seunit_ID MCW _Slds_Res_Gen E 3 Operation_I D MCW _W W_TreatmentE 3 Operation_I D MCW _Slds_Res_Gen E 3 E3-1 MCW _W W_Treatment E 3 E3-1 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-2 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-3 MCW _W W_Treatment E 3 E3-4 MCW _Slds_Res_Gen E 3 E3-4 MCW _Slds_Res_Gen E 3 E3-5 MCW _Slds_Res_Gen E 3 E3-5 MCW _Slds_Res_Gen E 3 E3-6 MCW _Slds_Res_Gen E 3 E3-6 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_GenE 3 E3-7 MCW _Slds_Res_Gen

E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-7 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E 3 E3-8 MCW _Slds_Res_Gen E Comments Plant_ID PartE_Comments E Comments Comment_C BI PartE_Comments

E Comments Comment_# PartE_Comments E Comments Comment PartE_Comments F 1 Plant_ID BMPs_Kickout F 1 F1-1 BMPs_Kickout F 1 F1-1 BMPs_Kickout F 2 Plant_ID BMPs_Pond_Info F 2 Plant_ID Pond_Leachate_Coll_Sys F 2 Plant_ID Pond_Mntor_Inspct F 2 Pond_ID BMPs_Pond_Info F 2 Pond_ID Pond_Leachate_Coll_Sys F 2 Pond_ID Pond_Mntor_Inspct F 2 F2-1 BMPs_Pond_Info F 2 F2-1 BMPs_Pond_Info F 2 F2-1 BMPs_Pond_Info F 2 F2-10 Pond_Mntor_Inspct F 2 F2-10 Pond_Mntor_Inspct

F 2 F2-10 Pond_Mntor_Inspct

F 2 F2-10 Pond_Mntor_Inspct F 2 F2-10 Pond_Mntor_Inspct F 2 F2-2 BMPs_Pond_Info F 2 F2-2 BMPs_Pond_Info F 2 F2-2 BMPs_Pond_Info F 2 F2-3 BMPs_Pond_Info F 2 F2-3 BMPs_Pond_Info

F 2 F2-3 BMPs_Pond_Info F 2 F2-4 Pond_Leachate_Coll_Sys F 2 F2-4 Pond_Leachate_Coll_SysF 2 F2-4 Pond_Leachate_Coll_Sys

F 2 F2-4 Pond_Leachate_Coll_Sys F 2 F2-4 Pond_Leachate_Coll_Sys F 2 F2-4 Pond_Leachate_Coll_Sys F 2 F2-5 Pond_Leachate_Coll_Sys F 2 F2-5 Pond_Leachate_Coll_Sys F 2 F2-5 Pond_Leachate_Coll_Sys F 2 F2-5 Pond_Leachate_Coll_Sys F 2 F2-5 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys

F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-6 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-7 Pond_Leachate_Coll_Sys F 2 F2-8 Pond_Leachate_Coll_Sys F 2 F2-8 Pond_Leachate_Coll_Sys F 2 F2-8 Pond_Leachate_Coll_Sys F 2 F2-8 Pond_Leachate_Coll_Sys F 2 F2-8 Pond_Leachate_Coll_Sys F 2 F2-8 Pond_Leachate_Coll_Sys F 2 F2-8 Pond_Leachate_Coll_Sys F 2 F2-9 BMPs_Pond_InfoF 2 F2-9 BMPs_Pond_Info

F 3.1 Plant_ID Landfill_Dim F 3.1 Plant_ID Landfill_Info F 3.1 Plant_ID Landfill_Expansion F 3.1 Plant_ID Table F-1 Landfill_Liner F 3.1 Plant_ID Table F-2 Landfill_Cap F 3.1 Plant_ID Landfill_Leachate_Info F 3.1 Plant_ID Landfill_Leachate_Dest F 3.1 Plant_ID Landfill_Storm_Dest F 3.1 Plant_ID Landfill_Storm_Dest F 3.1 Landfill_ID Landfill_Dim F 3.1 Landfill_ID Landfill_Info F 3.1 Landfill_ID Landfill_Expansion F 3.1 Landfill_ID Table F-1 Landfill_Liner F 3.1 Landfill_ID Table F-2 Landfill_Cap F 3.1 Landfill_ID Landfill_Leachate_Info F 3.1 Landfill_ID Landfill_Leachate_Dest F 3.1 Landfill_ID Landfill_Storm_Dest F 3.1 Landfill_ID Landfill_Storm_Dest F 3.1 F3-1, F3-2, F3-3 Landfill_Dim

F 3.1 F3-1, F3-2, F3-3 Landfill_Dim

F 3.1 F3-1, F3-2, F3-3 Landfill_Dim

F 3.1 F3-1, F3-2, F3-3 Landfill_Dim

F 3.1 F3-1, F3-2, F3-3 Landfill_Dim

F 3.1 F3-1 Landfill_Info F 3.1 F3-1 Landfill_Info F 3.1 F3-3 Landfill_Info F 3.1 F3-3 Landfill_Info F 3.1 F3-3 Landfill_Info F 3.1 F3-4 Landfill_Expansion F 3.1 F3-4 Landfill_Expansion F 3.1 F3-5 Landfill_Expansion F 3.1 F3-5 Landfill_Expansion F 3.1 F3-6 Landfill_Expansion F 3.1 F3-6 Landfill_Expansion F 3.1 F3-7 Landfill_Expansion F 3.1 F3-7 Landfill_Expansion F 3.1 F3-8 Landfill_Info F 3.1 F3-8 Landfill_Info F 3.1 F3-8 Table F-1 Landfill_LinerF 3.1 F3-8 Table F-1 Landfill_Liner

F 3.1 F3-8 Table F-1 Landfill_Liner F 3.1 F3-8 Table F-1 Landfill_Liner F 3.1 F3-8 Table F-1 Landfill_Liner F 3.1 F3-8 Table F-1 Landfill_Liner F 3.1 F3-9 Landfill_Info F 3.1 F3-9 Landfill_Info F 3.1 F3-9 Table F-2 Landfill_Cap F 3.1 F3-9 Table F-2 Landfill_Cap

F 3.1 F3-9 Table F-2 Landfill_Cap F 3.1 F3-9 Table F-2 Landfill_Cap F 3.1 F3-9 Table F-2 Landfill_Cap F 3.1 F3-9 Table F-2 Landfill_Cap F 3.1 F3-10 Landfill_Info F 3.1 F3-10 Landfill_Info F 3.1 F3-10 Landfill_Info F 3.1 F3-11 Landfill_Leachate_Info F 3.1 F3-11 Landfill_Leachate_Info F 3.1 F3-11 Landfill_Leachate_Info F 3.1 F3-11 Landfill_Leachate_Info F 3.1 F3-11 Landfill_Leachate_Info F 3.1 F3-11 Landfill_Leachate_Info F 3.1 F3-12 Landfill_Leachate_Info F 3.1 F3-12 Landfill_Leachate_Info F 3.1 F3-12 Landfill_Leachate_Info F 3.1 F3-12 Landfill_Leachate_Info F 3.1 F3-12 Landfill_Leachate_Info

F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-13 Landfill_Leachate_Info

F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-13 Landfill_Leachate_Info

F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-13 Landfill_Leachate_Info F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_DestF 3.1 F3-14 Landfill_Leachate_Dest

F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-14 Landfill_Leachate_Dest F 3.1 F3-15 Landfill_Leachate_Info F 3.1 F3-15 Landfill_Leachate_Info F 3.1 F3-15 Landfill_Leachate_Info F 3.1 F3-15 Landfill_Leachate_Info F 3.1 F3-15 Landfill_Leachate_Info F 3.1 F3-15 Landfill_Leachate_Info F 3.1 F3-15 Landfill_Leachate_Info F 3.1 F3-16 Landfill_Storm_Dest F 3.1 F3-16 Landfill_Storm_Dest

F 3.1 F3-16 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest F 3.1 F3-17 Landfill_Storm_Dest

F 3.1 F3-17 Landfill_Storm_Dest F 3.1 F3-17 Landfill_Storm_Dest F 3.1 F3-17 Landfill_Storm_Dest F 3.1 F3-18 Landfill_Storm_Dest F 3.1 F3-18 Landfill_Storm_DestF 3.1 F3-18 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest F 3.1 F3-19 Landfill_Storm_Dest

F 3.1 F3-19 Landfill_Storm_Dest F 3.1 F3-19 Landfill_Storm_Dest F 3.1 F3-19 Landfill_Storm_Dest F 3.2 Plant_ID Table F-3 Landfill_OM_Cost F 3.2 Plant_ID Table F-4 Landfill_Capital_Cost F 3.2 Plant_ID Table F-4 Landfill_Capital_Cost_Info F 3.2 Landfill_ID Table F-3 Landfill_OM_Cost F 3.2 Landfill_ID Table F-4 Landfill_Capital_Cost F 3.2 Landfill_ID Table F-4 Landfill_Capital_Cost_Info F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_CostF 3.2 F3-20 Table F-3 Landfill_OM_Cost

F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost

F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-20 Table F-3 Landfill_OM_Cost F 3.2 F3-21 Table F-4 Landfill_Capital_Cost F 3.2 F3-21 Table F-4 Landfill_Capital_Cost F 3.2 F3-21 Table F-4 Landfill_Capital_Cost F 3.2 F3-21 Table F-4 Landfill_Capital_Cost F 3.2 F3-21 Table F-4 Landfill_Capital_Cost_Info F 3.2 F3-21 Table F-4 Landfill_Capital_Cost_Info

F 4.1 Plant_ID Table F-5 LTS_Opr F 4.1 Plant_ID Table F-5 LTS_Pln F 4.1 Plant_ID LTS_Diagram F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_Opr F 4.1 F4-1 Table F-5 LTS_PlnF 4.1 F4-1 Table F-5 LTS_Pln

F 4.1 F4-1 Table F-5 LTS_Pln F 4.1 F4-1 Table F-5 LTS_Pln F 4.1 F4-1 Table F-5 LTS_Pln F 4.1 F4-1 Table F-5 LTS_Pln F 4.1 F4-1 Table F-5 LTS_Pln F 4.1 F4-1 Table F-5 LTS_Pln F 4.1 F4-1 Table F-5 LTS_Pln F 4.1 F4-2 LTS_Diagram F 4.1 F4-2 LTS_Diagram F 4.2 Plant_ID Table F-6 LTS_Influent_Flows F 4.2 LTS_ID Table F-6 LTS_Influent_Flows F 4.2 F4-3 Table F-6 LTS_Influent_Flows F 4.2 F4-3 Table F-6 LTS_Influent_Flows

F 4.2 F4-3 Table F-6 LTS_Influent_Flows F 4.2 F4-3 Table F-6 LTS_Influent_Flows F 4.2 F4-3 Table F-6 LTS_Influent_Flows

F 4.2 F4-3 Table F-6 LTS_Influent_Flows

F 4.2 F4-3 Table F-6 LTS_Influent_Flows

F 4.2 F4-3 Table F-6 LTS_Influent_Flows

F 4.2 F4-3 Table F-6 LTS_Influent_Flows

F 4.3 Plant_ID Table F-7 LTS_Treat_Units F 4.3 Plant_ID Table F-8 LTS_Treat_Units_Improv F 4.3 Plant_ID LTS_Lim_Chgs F 4.3 Plant_ID LTS_Flow F 4.3 LTS_ID Table F-7 LTS_Treat_Units F 4.3 LTS_ID Table F-8 LTS_Treat_Units_Improv F 4.3 LTS_ID LTS_Lim_Chgs F 4.3 LTS_ID LTS_Flow F 4.3 F4-4 Table F-7 LTS_Treat_Units F 4.3 F4-4 Table F-7 LTS_Treat_Units

F 4.3 F4-4 Table F-7 LTS_Treat_Units F 4.3 F4-4 Table F-7 LTS_Treat_Units F 4.3 F4-4 Table F-7 LTS_Treat_Units F 4.3 F4-5 Table F-8 LTS_Treat_Units_Improv F 4.3 F4-5 Table F-8 LTS_Treat_Units_Improv F 4.3 F4-5 Table F-8 LTS_Treat_Units_Improv F 4.3 F4-5 Table F-8 LTS_Treat_Units_Improv F 4.3 F4-5 Table F-8 LTS_Treat_Units_Improv F 4.3 F4-5 Table F-8 LTS_Treat_Units_ImprovF 4.3 F4-5 Table F-8 LTS_Treat_Units_Improv

F 4.3 F4-6 LTS_Lim_Chgs F 4.3 F4-6 LTS_Lim_Chgs F 4.3 F4-6 LTS_Lim_Chgs F 4.3 F4-7 LTS_Flow F 4.3 F4-7 LTS_Flow F 4.3 F4-7 LTS_Flow F 4.3 F4-7 LTS_Flow F 4.3 F4-7 LTS_Flow F 4.3 F4-7 LTS_Flow F 4.4 Plant_ID LTU_Design F 4.4 Plant_ID LTU_Trgtd_Pollutants F 4.4 Plant_ID Table F-9 LTU_Add_Chem F 4.4 Plant_ID Table F-10 LTU_Plant_Species F 4.4 LTS_ID LTU_Design F 4.4 LTS_ID LTU_Trgtd_Pollutants F 4.4 LTS_ID Table F-9 LTU_Add_Chem F 4.4 LTS_ID Table F-10 LTU_Plant_Species F 4.4 LTU_ID LTU_Design F 4.4 LTU_ID LTU_Trgtd_Pollutants F 4.4 LTU_ID Table F-9 LTU_Add_Chem F 4.4 LTU_ID Table F-10 LTU_Plant_Species F 4.4 F4-8 LTU_Design F 4.4 F4-8 LTU_Design F 4.4 F4-8 LTU_Design F 4.4 F4-9 LTU_Design F 4.4 F4-9 LTU_Design F 4.4 F4-10 LTU_Design F 4.4 F4-10 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_Design F 4.4 F4-11 LTU_DesignF 4.4 F4-11 LTU_Design

F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-12 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-13 LTU_Trgtd_Pollutants F 4.4 F4-14 LTU_Design F 4.4 F4-14 LTU_Design F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem

F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-14 Table F-9 LTU_Add_Chem F 4.4 F4-15 LTU_Design F 4.4 F4-15 LTU_Design F 4.4 F4-15 Table F-10 LTU_Plant_Species F 4.4 F4-15 Table F-10 LTU_Plant_Species F 4.4 F4-15 Table F-10 LTU_Plant_Species F 4.4 F4-15 Table F-10 LTU_Plant_Species F 4.5 Plant_ID Table F-11 LTS_OM_Cost F 4.5 Plant_ID Table F-12 LTS_Capital F 4.5 Plant_ID LTS_Capital_Info F 4.5 Landfill_ID LTS_Capital_InfoF 4.5 LTS_ID Table F-11 LTS_OM_Cost

F 4.5 LTS_ID Table F-12 LTS_Capital F 4.5 F3-21 LTS_Capital_Info F 4.5 F3-21 LTS_Capital_Info

F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost

F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost

F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-16 Table F-11 LTS_OM_CostF 4.5 F4-16 Table F-11 LTS_OM_Cost

F 4.5 F4-16 Table F-11 LTS_OM_Cost F 4.5 F4-17 Table F-12 LTS_Capital F 4.5 F4-17 Table F-12 LTS_Capital F 4.5 F4-17 Table F-12 LTS_Capital F 4.5 F4-17 Table F-12 LTS_Capital F 4.6 Plant_ID Table F-13 LTS_Anc_Eq F 4.6 LTS_ID Table F-13 LTS_Anc_Eq F 4.6 F4-18 Table F-13 LTS_Anc_Eq F 4.6 F4-18 Table F-13 LTS_Anc_Eq F 4.6 F4-18 Table F-13 LTS_Anc_Eq F 5 Plant_ID GW _Montr F 5 Plant_ID GW _Montr_W ell F 5 Pond_Landfil l_ID GW _Montr

F 5 Pond_Landfil l_ID Table F-14 GW _Montr_W ell

F 5 F5-1 GW _Montr F 5 F5-1 GW _Montr F 5 F5-1 GW _Montr F 5 F5-1 GW _Montr F 5 F5-1 GW _Montr F 5 F5-2 GW _Montr F 5 F5-2 GW _Montr

F 5 F5-3 GW _Montr F 5 F5-3 GW _Montr F 5 F5-4 GW _Montr F 5 F5-4 GW _Montr

F 5 F5-5 GW _Montr F 5 F5-5 GW _Montr F 5 F5-6 GW _Montr F 5 F5-6 GW _Montr F 5 F5-6 Table F-14 GW _Montr_W ell F 5 F5-6 Table F-14 GW _Montr_W ell F 5 F5-6 Table F-14 GW _Montr_W ell F 5 F5-6 Table F-14 GW _Montr_W ell F Comments Plant_ID PartF_Comments F Comments Comment_C BI PartF_Comments

F Comments Comment_# PartF_Comments F Comments Comment PartF_Comments G 1 G1-1 Leach_General G 1 G1-1 Leach_General G 2 Plant_ID Leach_Pond_LandfillG 2 Pond/Landfill ID Leach_Pond_Landfill

G 2 G2-1 Leach_Pond_Landfill G 2 G2-1 Leach_Pond_Landfill G 2 G2-2 Leach_Pond_Landfill G 2 G2-2 Leach_Pond_Landfill G 2 G2-3 Leach_Pond_Landfill G 2 G2-3 Leach_Pond_Landfill G 2 G2-4 Leach_Pond_Landfill G 2 G2-4 Leach_Pond_Landfill G 3 Plant_ID Leach_General G 3 G3-2 Leach_General G 3 G3-2 Leach_General G 3 G3-2 Leach_General G 3 G3-3 Leach_General

G 3 G3-3 Leach_General G 4 Plant_ID Table G-1 Leach_Smpl_Info G 4 Plant_ID Table G-2 Leach_Rainfall G 4 Pond/Landfill ID Table G-1 Leach_Smpl_Info G 4 Sm pl_Pt Table G-1 Leach_Smpl_Info G 4 G4-1 Table G-1 Leach_Smpl_Info G 4 G4-1 Table G-1 Leach_Smpl_Info G 4 G4-1 Table G-1 Leach_Smpl_Info G 4 G4-1 Table G-1 Leach_Smpl_Info G 4 G4-2 Table G-2 Leach_Rainfall G 4 G4-2 Table G-2 Leach_Rainfall G 4 G4-2 Table G-2 Leach_Rainfall G 5 Plant_ID Table G-3 Leach_W aste_Info G 5 Pond/Landfill ID Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_InfoG 5 G5-1 Table G-3 Leach_W aste_Info

G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G 5 G5-1 Table G-3 Leach_W aste_Info G Sam ple Results Plant_ID Leach_Smpl_Lab G Sam ple Results Plant_ID Table G-4 Leach_Smpl_Data G Sam ple Results Pond/Landfill ID Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_Data Table G-4 Leach_Smpl_Data G Sam ple Results Sm pl_Lab Leach_Smpl_Lab G Sam ple Results Sm pl_lab Leach_Smpl_Lab G Sam ple Results Sm pl_lab Leach_Smpl_Lab G Sam ple Results Sm pl_Loc_D

esc Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_Locati

on Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Sam ple Results Sm pl_results Table G-4 Leach_Smpl_Data

G Comments Plant_ID PartG_Comments G Comments Comment_C BI PartG_Comments

G Comments Comment_# PartG_Comments G Comments Comment PartG_Comments H 1 Plant_ID Nuc_General H 1 Plant_ID Table H-1 Nuc_W astewaters H 1 H1-1 Nuc_General H 1 H1-1 Nuc_General

H 1 H1-2 Nuc_GeneralH 1 H1-2 Nuc_General

H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 1 H1-3 Table H-1 Nuc_W astewaters H 2 Plant_ID Table H-2 Nuc_W W_Generation H 2 Wa stewater _ID Table H-2 Nuc_W W_Generation

H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-1 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_Generation H 2 H2-2 Table H-2 Nuc_W W_GenerationH 2 H2-2 Table H-2 Nuc_W W_Generation

H 3 Plant_ID Nuc_W W_Treat H 3 Plant_ID Table H-3 Nuc_W WT S_Technology H 3 Plant_ID Table H-5 Nuc_W WT S_Technology H 3 Status Table H-3 Nuc_W WT S_Technology H 3 Status Table H-5 Nuc_W WT S_Technology H 3 WWT S_nam

e Nuc_W W_Treat

H 3 WWT S_nam

e Table H-3 Nuc_W WT S_Technology

H 3 WWT S_nam

e Table H-5 Nuc_W WT S_Technology

H 3 H3-1 Nuc_W W_Treat H 3 H3-1 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_TreatH 3 H3-2 Nuc_W W_Treat

H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-2 Nuc_W W_Treat H 3 H3-3 Nuc_W W_Treat H 3 H3-3 Nuc_W W_Treat H 3 H3-3 Nuc_W W_Treat H 3 H3-3 Nuc_W W_Treat H 3 H3-3 Nuc_W W_Treat H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology

H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-4 Table H-3 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology

H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_TechnologyH 3 H3-5 Table H-5 Nuc_W WT S_Technology

H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-5 Table H-5 Nuc_W WT S_Technology H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-6 Nuc_W W_Treat H 3 H3-7 Nuc_W W_Treat H 3 H3-7 Nuc_W W_Treat

H 3 H3-7 Nuc_W W_Treat H 3 H3-7 Nuc_W W_Treat H 3 H3-7 Nuc_W W_Treat H Comments Plant_ID PartH_Comments H Comments Comment_C BI PartH_Comments

H Comments Comment_# PartH_Comments H Comments Comment PartH_Comments**Database Field Name Field Type** 

plant_id Number (Double) cbi_address Yes/No plant_nam e Text plant_street Text plant_city Text plant_state Text plant_zip Number (Double) cbi_tech1 Yes/No tech1_name Text tech1_title Text tech1_email Text tech1_street Text tech1_city Text tech1_state Text tech1_zip Number (Double) tech1_telephone Text tech1_fax Text tech1_time_lower Date/Time tech1_time_lower_unit Text tech1_time_upper Date/Time tech1_time_upper_unit Text cbi_tech2 Yes/No tech2_name Text tech2_title Text tech2_email Text tech2_street Text tech2_city Text tech2_state Text tech2_zip Number (Double) tech2_telephone Text tech2_fax Text tech2_time_lower Date/Time tech2_time_lower_unit Text tech2_time_upper Date/Time tech2_time_upper_unit Text cbi_econ1 Yes/No econ1_name Text econ1_title Text econ1_email Text econ1_street Text econ1_city Text econ1_state Textecon1_zip Number (Double)

econ1_telephone Text econ1_fax Text econ1_time_lower Date/Time econ1_time_lower_unit Text econ1_time_upper Date/Time econ1_time_upper_unit Text cbi_econ2 Yes/No econ2_name Text econ2_title Text econ2_email Text econ2_street Text econ2_city Text econ2_state Text econ2_zip Number (Double) econ2_telephone Text econ2_fax Text econ2_time_lower Date/Time econ2_time_lower_unit Text econ2_time_upper Date/Time econ2_time_upper_unit Text plant_id Number (Double) cbi_retired Yes/No retired Text

cbi_gen_elec Yes/No gen_elec Text

cbi_fuels Yes/No fuels_coal Text fuels_oil Text fuels_gas Text fuels_petcoke Text fuels_nuclear Text fuels_none Text cbi_per_elec Yes/No elec_used Text elec_used_per Number (Double) elec_distributed Text elec_distributed_per Number (Double) elec_other Text elec_other_per Number (Double) elec_other_desc Mem o cbi_naics Yes/No naics_primary Textnaics_secondary Text

naics_tertiary Text cbi_prime_purpose Yes/No prime_purpose Text prime_purpose_desc Text cbi_steam_use Yes/No steam_elec Text steam_elec_per Number (Double) steam_heat_cool Text steam_heat_cool_per Number (Double) steam_use_other Text

steam_use_other_per Number (Double) steam_use_other_desc Mem o cbi_capacity Yes/No capacity _nam eplate Number (Double) capacity _summer Number (Double) capacity _winter Number (Double) cbi_elec_gen Yes/No elec_net_2007 Number (Double) elec_net_2008 Number (Double) elec_net_2009 Number (Double) elec_gross_2007 Number (Double) elec_gross_2008 Number (Double) elec_gross_2009 Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_EIA Yes/No EIA_ID Text cbi_RUS Yes/No RUS_ID Text cbi_EAreport Yes/No EAreport Text

EAreport_attach Text EAreport_notattach Text EAreport_notattach_desc Text cbi_permit_tbl Yes/No NPDES_pend Text

RCRA_pend Text

Stormwater_pend Text Air_pend Text UIC_pend Text cbi_permit_tbl Yes/Nopermit_ty pe Text

permit_ID Text permit_app_mo Text permit_app_y r Text permit_exp_mo Text permit_exp_y r Text plant_id Number (Double) plant_id Number (Double) Outfall_number Text

Outfall_number Text

cbi_outfall Yes/No oufall_name Text outfall_lat_deg Number (Double) outfall_lat_min Number (Double) outfall_lat_sec Number (Double) outfall_long_deg Number (Double) outfall_long_min Number (Double) outfall_long_sec Number (Double) outfall_gpy Number (Double) outfall_gpd Number (Double) outfall_gpm Number (Double) outfall_hpd Number (Double) outfall_dpy Number (Double) cbi_outfall_ty pe Yes/No oufall_ty pe Text cbi_discharge_canal Yes/No discharge_canal Text

cbi_surfwater Yes/No surfwater_name Text surfwater_unnamed_desc Text surfwater_ty pe Text surfwater_ty pe_other Text cbi_mixzone Yes/No mi xzone Text cbi_outfall_flow_tbl Yes/No outfall_per_CW Number (Double) outfall_per_fa_sluice Number (Double) outfall_per_ba_sluice Number (Double) outfall_per_FGD_scrub Number (Double) outfall_per_leachate Number (Double) outfall_per_coal_runoff Number (Double) outfall_per_mcw Number (Double) outfall_per_stormwater Number (Double)outfall_per_other Number (Double)

em rgncy _outfall Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_has_pond Yes/No has_pond Text

pond_id Text

cbi_pond_tbl Yes/No pd_status Text pd_desc Text pd_lat_deg Number (Double) pd_lat_m in Number (Double) pd_lat_sec Number (Double) pd_long_deg Number (Double) pd_long_m in Number (Double) pd_long_sec Number (Double) pd_lined Text pd_leachate_collect Text pd_dist Number (Double) pd_online_y r Number (Double) pd_inactive Text pond_id Text cbi_pd_stor_tbl Yes/No pd_stor_slag Text pd_stor_ba Text pd_stor_fa Text pd_stor_gy psum Text

pd_stor_Ca_Sulfite Text

pd_stor_pozz Text

pd_stor_dry FGD Text

pd_stor_other1 Text

pd_stor_other2 Text

pd_stor_other3 Text

pd_stor_other4 Text

pd_stor_procW W1 Text pd_stor_procW W2 Text pd_stor_procW W3 Textpd_stor_procW W4 Text

pd_stor_procW W5 Text pd_stor_procW W6 Text pd_stor_ww_other1 Text pd_stor_ww_other2 Text pd_stor_ww_other3 Text pd_stor_ww_other4 Text plant_id Number (Double) plant_id Number (Double) cbi_has_landfill Yes/No has_landfill Text

landfill_id Text cbi_landfill_tbl Yes/No landfill_status Text landfill_desc Text landfill_lat_deg Number (Double) landfill_lat_m in Number (Double) landfill_lat_sec Number (Double) landfill_long_deg Number (Double) landfill_long_m in Number (Double) landfill_long_sec Number (Double) landfill_lined Text landfill_leachate_collect Text landfill_dist Number (Double) landfill_online_y r Number (Double) landfill_inactive Text landfill_id Text cbi_landfill_stor_tbl Yes/No landfill_stor_slag Text landfill_stor_ba Text landfill_stor_fa Text landfill_stor_gy psum Text landfill_stor_Ca_Sulfite Text landfill_stor_pozz Text landfill_stor_dry FGD Text landfill_stor_other1 Text landfill_stor_other2 Text landfill_stor_other3 Text landfill_stor_other4 Text cbi_coord Yes/No coord_eia Text coord_lat_deg Number (Double)

coord_lat_min Number (Double)coord_lat_sec Number (Double)

coord_long_deg Number (Double)

coord_long_min Number (Double)

coord_long_sec Number (Double)

cbi_map Yes/No

ma p_attach Text

nuc_unit_onsite Text cbi_W balance Yes/No Wb alance_attach Text plant_id Number (Double) plant_id Number (Double) seunit_id Text cbi_op_seunit_tbl Yes/No genID1 Text genID2 Text genID3 Text genID4 Text genID5 Text genID6 Text genID7 Text genID8 Text genID9 Text genID10 Text operate_2009 Text operate_2009_days Number (Double) ty pe_primemover Text 2009_generation Number (Double) ST_capacity Number (Double) CC_capacity Number (Double) seunit_ty pe Text seunit_ty pe_other Text seunit_retired Text seunit_id Text

cbi_pl_seunit_tbl Yes/No genID1 Text genID2 Text genID3 Text genID4 Text genID5 Text genID6 Text genID7 TextgenID8 Text

genID9 Text genID10 Text boiler_tang Text boiler_wall Text boiler_cyc Text boiler_hrsg Text reactor_pwr Text reactor_bwr Text reactor_phwr Text boiler_other Text boiler_other_desc Text ty pe_primemover Text SE_unit_online_m o Text SE_unit_online_y r Text ST_capacity Number (Double) CC_capacity Number (Double) seunit_ty pe Text seunit_ty pe_other Text plant_id Number (Double) plant_id Number (Double) cs_id Text

cbi_cs_tbl Yes/No cs_ty pe Text cs_ty pe_other Text cs_seunit1 Text cs_seunit2 Text cs_seunit3 Text cs_seunit4 Text cs_seunit5 Text cs_seunit6 Text cs_seunit7 Text cs_seunit8 Text cs_seunit9 Text cs_seunit10 Text cs_seunitA Text cs_seunitB Text cs_seunitC Text cs_seunitD Text cs_chem1_name Text cs_chem1_man Text cs_chem1_ingred Text cs_chem2_name Text cs_chem2_man Textcs_chem2_ingred Text

cs_chem3_name Text cs_chem3_man Text cs_chem3_ingred Text cs_chem4_name Text cs_chem4_man Text cs_chem4_ingred Text cs_chem5_name Text cs_chem5_man Text cs_chem5_ingred Text cs_gpm Number (Double) cs_hpd Number (Double) cs_dpy Number (Double) cbi_cs_comp Yes/No cs_comp_monitor Text

cs_comp_no_CT Text cs_comp_supplier Text

cs_comp_calc Text

cs_comp_no_limits Text cs_comp_other Text

cs_comp_other_desc Text cbi_POTW _effl_CS Yes/No POTW _effl_CS Text plant_id Number (Double) seunit_id Text cbi_fuel_tbl Yes/No fuel_coal_btu Number (Double) fuel_gas_btu Number (Double) fuel_oil_btu Number (Double) fuel_nuclear_btu Number (Double) fuel_fos/nuc_btu Number (Double) fuel_other_btu Number (Double) fuel_unit_total_btu Number (Double) fuel_coal_anthr Text fuel_coal_anthr_amt Number (Double) fuel_coal_bit Text fuel_coal_bit_amt Number (Double) fuel_coal_lig Text fuel_coal_lig_amt Number (Double) fuel_coal_sub Text fuel_coal_sub_amt Number (Double) fuel_coal_waste Textfuel_coal_waste_amt Number (Double)

fuel_coal_sy n Text fuel_coal_sy n_am t Number (Double) fuel_coal_other Text fuel_coal_other_desc Text fuel_coal_other_amt Number (Double) fuel_coal_petcoke Text fuel_coal_petcoke_amt Number (Double) fuel_coal_none Text fuel_gas_nat Text fuel_gas_nat_amt Number (Double) fuel_gas_furn Text fuel_gas_furn_amt Number (Double) fuel_gas_prop Text fuel_gas_prop_amt Number (Double) fuel_gas_other Text fuel_gas_other_desc Text fuel_gas_other_amt Number (Double) fuel_gas_none Text fuel_oil_1 Text fuel_oil_1_amt Number (Double) fuel_oil_2 Text fuel_oil_2_amt Number (Double) fuel_oil_4 Text fuel_oil_4_amt Number (Double) fuel_oil_5 Text fuel_oil_5_amt Number (Double) fuel_oil_6 Text fuel_oil_6_amt Number (Double) fuel_oil_diesel Text fuel_oil_diesel_amt Number (Double) fuel_oil_jet Text fuel_oil_jet_amt Number (Double) fuel_oil_ker Text fuel_oil_ker_amt Number (Double) fuel_oil_waste Text fuel_oil_waste_am t Number (Double) fuel_oil_other Text fuel_oil_other_desc Text fuel_oil_other_amt Number (Double) fuel_oil_none Text fuel_nuclear Text fuel_nuclear_amt Number (Double) fuel_nuclear_unit Text fuel_nuclear_none Textfuel_other_MSW Text

fuel_other_MSW _am t Number (Double) fuel_other_MSW _unit Text fuel_other_wood Text fuel_other_wood_amt Number (Double) fuel_other_wood_unit Text fuel_other_lgas Text fuel_other_lgas_amt Number (Double) fuel_other_lgas_unit Text fuel_other_biomass Text fuel_other_biomass_amt Number (Double) fuel_other_biomass_unit Text fuel_other_other Text fuel_other_other_desc Text fuel_other_other_amt Number (Double) fuel_other_other_units Text fuel_other_none Text cbi_btu_fos_nuc Yes/No btu_fos_nuc Text

cbi_energy

_source Yes/No energy _source Text

plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_has_nox Yes/No has_nox Text

seunit_id Text cbi_nox_tbl Yes/No nox_scr Text nox_scr_status Text nox_scr_install_mo Text nox_scr_install_y r Text nox_sncr Text nox_sncr_status Text nox_sncr_install_mo Text nox_sncr_install_y r Text nox_oa Text nox_oa_status Text nox_oa_install_mo Text nox_oa_install_y r Text nox_low Text nox_low_status Text nox_low_install_m o Textnox_low_install_y r Text

nox_other Text nox_other_desc Text nox_other_status Text nox_other_install_mo Text nox_other_install_y r Text plant_id Number (Double) seunit_id Text cbi_nox_tbl Yes/No scr_regen_last_repl Text scr_regen_last_mo Text scr_regen_last_y r Text scr_regen_last_loc Text scr_regen_next_repl Text scr_regen_next_mo Text scr_regen_next_y r Text scr_regen_next_loc Text cbi_company Yes/No SCR_regen_no_offsite Text SCR_regen_company 1_nam e Text SCR_regen_company 1_city Text SCR_regen_company 1_state Text SCR_regen_company 1_tele Text SCR_regen_company2_nam e Text SCR_regen_company2_city Text SCR_regen_company2_state Text SCR_regen_company2_tele Text cbi_SCR_regen_onsite_W W Yes/No SCR_regen_onsite_W W Text

cbi_SCR_regen_flow Yes/No SCR_regen_flow_gpy Number (Double) SCR_regen_flow_every Number (Double) SCR_regen_flow_yr Number (Double) cbi_SCR_regen_commingle Yes/No SCR_regen_commingle Text SCR_regen_commingle_fa Text SCR_regen_commingle_ba Text SCR_regen_commingle_FGD Text SCR_regen_commingle_CTB Text SCR_regen_commingle_CW Text SCR_regen_commingle_mcw Text SCR_regen_commingle_other Text SCR_regen_commingle_other_desc Text cbi_SCR_regen_dest Yes/NoSCR_regen_dest_reuse Text

SCR_regen_dest_reuse_desc Text SCR_regen_dest_treat Text SCR_regen_dest_treat_pond Text SCR_regen_dest_treat_pH Text SCR_regen_dest_treat_chemprec Text SCR_regen_dest_treat_wetlands Text SCR_regen_dest_treat_other Text SCR_regen_dest_treat_other_desc Text SCR_regen_dest_NPDES Text Outfall_number Text SCR_regen_dest_POTW Text SCR_regen_dest_other Text SCR_regen_dest_other_desc Text cbi_SCR_wash_onsite Yes/No SCR_wash_onsite Text cbi_SCR_wash_gen_W W Yes/No SCR_wash_gen_W W Text cbi_SCR_wash_flow Yes/No SCR_wash_flow_gpy Number (Double) SCR_wash_flow_every Number (Double) SCR_wash_flow_yr Number (Double) cbi_SCR_wash_commingle Yes/No SCR_wash_commingle Text SCR_wash_commingle_fa Text SCR_wash_commingle_ba Text SCR_wash_commingle_FGD Text SCR_wash_commingle_CTB Text SCR_wash_commingle_CW Text SCR_wash_commingle_mcw Text

SCR_wash_commingle_other Text SCR_wash_commingle_other_desc Text cbi_SCR_wash_dest Yes/No SCR_wash_dest_reuse Text SCR_wash_dest_reuse_desc Text SCR_wash_dest_treat Text SCR_wash_dest_treat_pond Text SCR_wash_dest_treat_pH Text SCR_wash_dest_treat_chemprec Text SCR_wash_dest_treat_wetlands Text SCR_wash_dest_treat_other Text SCR_wash_dest_treat_other_desc Text SCR_wash_dest_NPDES TextOutfall_number Text

SCR_wash_dest_POTW Text SCR_wash_dest_other Text SCR_wash_dest_other_desc Text plant_id Number (Double) plant_id Number (Double) cbi_has_FGMC Yes/No has_FGMC Text

FGMC_ID Text cbi_FGMC_tbl Yes/No FGMC_status Text FGMC_ty pe Text FGMC_seunit1 Text FGMC_seunit2 Text FGMC_seunit3 Text FGMC_seunit4 Text FGMC_seunit5 Text FGMC_seunit6 Text FGMC_seunit7 Text FGMC_seunit8 Text FGMC_seunit9 Text FGMC_seunit10 Text FGMC_other Text FGMC_install_mo Text FGMC_install_yr Number (Double) FGMC_loc Text FGMC_swaste Text FGMC_per_eff Number (Double) cbi_FGMC_process Yes/No FGMC_process Mem o

cbi_FGMC_pilot Yes/No FGMC_pilot Text

FGMC_pilot_tech Text cbi_FGMC_W W Yes/No FGMC_W W Text

cbi_FGMC_report Yes/No FGMC_report_company Text FGMC_report_start Text FGMC_report_end Text FGMC_report_attach Text FGMC_report_notattach TextFGMC_report_notattach_desc Text

plant_id Number (Double) plant_id Number (Double) cbi_has_CCS Yes/No has_CCS Text

CCS_id Text cbi_CCS_tbl Yes/No CCS_status Text CCS_ty pe Text CCS_seunit1 Text CCS_seunit2 Text CCS_seunit3 Text CCS_seunit4 Text CCS_seunit5 Text CCS_seunit6 Text CCS_seunit7 Text CCS_seunit8 Text CCS_seunit9 Text CCS_seunit10 Text CCS_seunit_other Text CCS_install_m o Text CCS_install_y r Number (Double) CCS_scale Text CCS_per_FG Number (Double) cbi_CCS_process Yes/No CCS_process Mem o cbi_CCS_study

_W W Yes/No CCS_study

_W W Text

cbi_CCS_report Yes/No CCS_report_company Text CCS_report_start Text CCS_report_end Text CCS_report_attach Text CCS_report_notattach Text CCS_report_notattach_desc Text cbi_CCS_wastewater Yes/No CCS_wastewater_gpm Number (Double) CCS_wastewater_hpd Number (Double) CCS_wastewater_dpy Number (Double) cbi_CCS_characterize_W W Yes/No CCS_characterize_W W Text

CCS_results_attach TextCCS_results_notattach Text

CCS_results_notattach_desc Text

plant_id Number (Double) plant_id Number (Double) cbi_has_W ESP Yes/No has_W ESP Text

WE SP_id Text cbi_W ESP_tbl Yes/No WE SP_status Text WE SP_seunit1 Text WE SP_seunit2 Text WE SP_seunit3 Text WE SP_seunit4 Text WE SP_seunit5 Text WE SP_seunit6 Text WE SP_seunit7 Text WE SP_seunit8 Text WE SP_seunit9 Text WE SP_seunit10 Text WE SP_seunit_other Text WE SP_install_m o Text WE SP_install_yr Number (Double) WE SP_loc Text WE SP_loc_other_desc Text WE SP_scale Text WE SP_per_FG Number (Double) cbi_W ESP_flow Yes/No WE SP_flow_gpm Number (Double) WE SP_flow_hpd Number (Double) WE SP_flow_dpy Number (Double) cbi_W ESP_source Yes/No WE SP_source_raw Text WE SP_source_intake Text WE SP_source_W W Text WE SP_source_W W_desc Text WE SP_source_W W_other_desc Text

WE SP_source_other Text WE SP_source_other_desc Text cbi_W ESP_criteria Yes/No WE SP_criteria_cl Text WE SP_criteria_cl_ppm Number (Double)

WE SP_criteria_solids TextWE SP_criteria_solids_per Number (Double)

WE SP_criteria_other Text WE SP_criteria_other_desc Text cbi_W ESP_dest Yes/No WE SP_dest_recyc Text WE SP_dest_recyc_desc Text WE SP_dest_ssep Text WE SP_dest_ssep_dewtr Text WE SP_dest_ssep_centr Text WE SP_dest_ssep_hydro Text WE SP_dest_ssep_filter Text WE SP_dest_ssep_other Text

WE SP_dest_ssep_other_desc Text

WE SP_dest_treat Text WE SP_dest_treat_pond Text WE SP_dest_treat_bioaer Text WE SP_dest_treat_bioanaer Text WE SP_dest_treat_chemprec Text WE SP_dest_treat_wetlands Text WE SP_dest_treat_mvc Text WE SP_dest_treat_mvc_spray Text WE SP_dest_treat_mvc_crys Text WE SP_dest_treat_other Text WE SP_dest_treat_other_desc Text WE SP_dest_NPDES Text Outfall_number Text WE SP_dest_POTW Text WE SP_dest_DW I Text WE SP_dest_other Text WE SP_dest_other_desc Text cbi_W ESP_study

_W W Yes/No WE SP_study

_W W Text

cbi_W ESP_report Yes/No WE SP_report_company Text WE SP_report_start Text WE SP_report_end Text wESP_report_attach Text WE SP_report_notattach Text WE SP_report_notattach_desc Text cbi_W ESP_characterize_W W Yes/No WE SP_characterize_W W Text

WE SP_results_attach TextWE SP_results_notattach Text

WE SP_results_notattach_desc Text plant_id Number (Double) cbi_coal_process Yes/No coal_process Text cbi_cpr_flow Yes/No cpr_flow_gpy Number (Double) cpr_flow_days Number (Double) cbi_cpr_pH Yes/No cpr_pH Text cpr_pH_min Number (Double) cpr_pH_max Number (Double) cpr_pH_med Number (Double) cbi_cpr_pond Yes/No cpr_pond Text cpr_pond_seg Text cpr_pond_seg_pondID Text cpr_pond_com Text cpr_pond_com_pondID Text cbi_cpr_dest Yes/No cpr_dest_recyc Text cpr_dest_recyc_ashsluice Text cpr_dest_recyc_fgd Text cpr_dest_recyc_other Text cpr_dest_recyc_other_desc Text cpr_dest_treat Text cpr_dest_treat_pond Text cpr_dest_treat_pH Text cpr_dest_treat_chemprec Text cpr_dest_treat_wetlands Text cpr_dest_treat_other Text cpr_dest_treat_other_desc Text cpr_dest_NPDES Text cpr_dest_NPDES_outfall Text cpr_dest_POTW Text cpr_dest_other Text cpr_dest_other_desc Text cbi_coal_wash Yes/No coal_wash Text coal_wash_gpm Number (Double) coal_wash_hpd Number (Double) coal_wash_dpy Number (Double) cbi_coal_wash_dest Yes/No coal_wash_dest_recyc Text coal_wash_dest_recyc_ashsluice Textcoal_wash_dest_recyc_fgd Text

coal_wash_dest_recyc_other Text coal_wash_dest_recyc_other_desc Text coal_wash_dest_pond Text coal_wash_dest_pond_IDs Text coal_wash_dest_treat Text coal_wash_dest_treat_pond Text coal_wash_dest_treat_bio_aer Text coal_wash_dest_treat_bio_anaer Text coal_wash_dest_treat_chemprec Text coal_wash_dest_treat_wetlands Text coal_wash_dest_treat_other Text coal_wash_dest_treat_other_desc Text coal_wash_dest_NPDES Text coal_wash_dest_NPDES_outfall Text coal_wash_dest_POTW Text coal_wash_dest_other Text coal_wash_dest_other_desc Text cbi_coal_blend Yes/No coal_blend Text cbi_cb_wastewater Yes/No cb_wastewater Text

cb_wastewater_amt Number (Double) cb_wastewater_unit Text cb_wastewater_day Number (Double) cbi_coal_pulv Yes/No coal_pulv Text cbi_cp_wastewater Yes/No cp_wastewater Text

cp_wastewater_amt Number (Double) cp_wastewater_unit Text cp_wastewater_day Number (Double) cbi_mill_sluice Yes/No mi ll_sluice Text mi ll_sluice_amt Number (Double) mi ll_sluice_unit Text mi ll_sluice_day Number (Double) cbi_mill_sluice_commingle Yes/No mi ll_sluice_commingle Text cbi_mill_py ritic Yes/No mi ll_py ritic Text cbi_mill_dispose Yes/No mi ll_dispose_pond Textmi ll_dispose_pond_tpd Number (Double)

mi ll_dispose_pond_fa Text mi ll_dispose_pond_ba Text mi ll_dispose_pond_no_ash Text mi ll_dispose_landfill Text mi ll_dispose_landfill_tpd Number (Double) mi ll_dispose_offsite Text mi ll_dispose_offsite_tpd Number (Double) mi ll_dispose_other Text mi ll_dispose_other_desc Text mi ll_dispose_other_tpd Number (Double) cbi_igcc_2009 Yes/No igcc_2009 Text

cbi_igcc_pl Yes/No igcc_pl Text

plant_id Number (Double) cbi_comment Yes/No comment_quest_nmbr Text comment Mem o plant_id Number (Double) plant_id Number (Double) cbi_FGD Yes/No FGD Text FGD_id Text cbi_FGD_tbl Yes/No FGD_online_date Text FGD_seunit1 Text FGD_seunit2 Text FGD_seunit3 Text FGD_seunit4 Text FGD_seunit5 Text FGD_seunit6 Text FGD_seunit7 Text FGD_seunit8 Text FGD_seunit9 Text FGD_seunit10 Text FGD_seunitA Text FGD_seunitB Text FGD_seunitC Text FGD_seunitD Text FGD_slurry Text

FGD_oxidation TextFGD_ty pe Text

FGD_ty pe_other Text sorbent_1 Text sorbent_1_other Text sorbent_2 Text sorbent_2_other Text sorbent_3 Text sorbent_3_other Text sorbent_4 Text sorbent_4_other Text FGD_SO2 Text cbi_FGD_wet Yes/No FGD_wet Text cbi_FGD_dry Yes/No FGD_dry Text plant_id Number (Double) FGD_id Text cbi_FGD_W WT_tbl Yes/No FGD_slds_handling Text FGD_gen_purge Text FGD_W WT S_old_new Text

FGD_W WT S Text FGD_W WT_m ax Number (Double) FGD_W WT_24avg Number (Double) FGD_W WT_date_online Text

plant_id Number (Double) cbi_additives_tbl Yes/No additive Text adtv_used_FGD1 Text adtv_used_FGD2 Text adtv_used_FGD3 Text adtv_used_FGD4 Text adtv_used_FGD5 Text adtv_used_FGD6 Text adtv_used_FGDA Text adtv_used_FGDB Text adtv_used_FGDC Text purpose_SO2_rem Text purpose_prvt_oxdtn Text purpose_Hg_rem Text purpose_scale_inhibit Text purpose_defoam Text purpose_other Textpurpose_other_desc Text

plant_id Number (Double) FGD_id Text cbi_W FGD_sys_chlor Yes/No WF GD_sys_chlor_max Number (Double) WF GD_equip1 Text WF GD_equip1_mat Text WF GD_equip1_mat_other Text WF GD_equip2 Text WF GD_equip2_mat Text WF GD_equip2_mat_other Text WF GD_equip3 Text WF GD_equip3_mat Text WF GD_equip3_mat_other Text WF GD_equip4 Text WF GD_equip4_mat Text WF GD_equip4_mat_other Text cbi_W FGD_bd_params Yes/No WF GD_bd_chlor Text WF GD_bd_chlor_ppm Number (Double) WF GD_bd_solids Text WF GD_bd_solids_low Number (Double) WF GD_bd_solids_high Number (Double) WF GD_bd_other Text WF GD_bd_other_desc Text cbi_W FGD_source_H2O_params Yes/No WF GD_source_H2O_chlor Text

WF GD_source_H2O_chlor_ppm Number (Double) WF GD_source_H2O_solids Text

WF GD_source_H20_%solids Number (Double) WF GD_source_H2O_other Text

WF GD_source_H2O_other_desc Text

cbi_W FGD_mist_flow Yes/No WF GD_mist_flow_gpm Number (Double) WF GD_mist_flow_hpd Number (Double) WF GD_mist_flow_dpy Number (Double) cbi_W FGD_rpw_flow Yes/No WF GD_rpw_flow_gpm Number (Double) WF GD_rpw_flow_hpd Number (Double) WF GD_rpw_flow_dpy Number (Double) cbi_W FGD_rgnt_slry

_flow Yes/No WF GD_rgnt_slry

_flow_gpm Number (Double)WF GD_rgnt_slry _flow_hpd Number (Double) WF GD_rgnt_slry

_flow_dpy Number (Double) cbi_W FGD_abs_mkup_flow Yes/No WF GD_abs_mkup_flow_gpm Number (Double) WF GD_abs_mkup_flow_hpd Number (Double) WF GD_abs_mkup_flow_dpy Number (Double) cbi_W FGD_source_mist Yes/No WF GD_source_mist_raw Text WF GD_source_mist_treat Text WF GD_source_mist_procW W Text WF GD_source_mist_procW W_desc Text WF GD_source_mist_procW W_other Text WF GD_source_mist_other Text WF GD_source_mist_other_desc Text cbi_W FGD_source_rpw Yes/No WF GD_source_rpw_raw Text WF GD_source_rpw_treat Text WF GD_source_rpw_procW W Text WF GD_source_rpw_procW W_desc Text WF GD_source_rpw_procW W_other Text WF GD_source_rpw_other Text WF GD_source_rpw_other_desc Text cbi_W FGD_source_abs_mkup Yes/No WF GD_source_abs_mkup_raw Text WF GD_source_abs_mkup_treat Text WF GD_source_abs_mkup_procW W Text WF GD_source_abs_mkup_procW W_d

esc Text

WF GD_source_abs_mkup_procW W_o ther Text

WF GD_source_abs_mkup_other Text WF GD_source_abs_mkup_other_desc Text cbi_W FGD_gen_solids Yes/No WF GD_solids_gy psum Text WF GD_solids_gy psum_per Number (Double) WF GD_solids_CaSO3 Text WF GD_solids_CaSO3_per Number (Double) WF GD_solids_other1 Text WF GD_solids_other1_desc Text WF GD_solids_other1_per Number (Double) WF GD_solids_other2 Text WF GD_solids_other2_desc Text WF GD_solids_other2_per Number (Double) cbi_W FGD_solids_comb Yes/No WF GD_solids_comb Textcbi_W FGD_gen_pozz Yes/No

WF GD_gen_pozz Text cbi_W FGD_solids_sep Yes/No WF GD_sep_hdrclne Text WF GD_sep_cntrfge Text WF GD_sep_Thknr Text WF GD_sep_other Text WF GD_sep_other_desc Text WF GD_sep_bd_pond Text WF GD_sep_bd_W WT S Text cbi_W FGD_solids_dwr Yes/No WF GD_solids_dwr_drmfltr Text WF GD_solids_dwr_bltfltr Text WF GD_solids_dwr_gy p_stk Text WF GD_solids_dwr_other Text WF GD_solids_dwr_other_desc Text cbi_W FGD_solids_chlor Yes/No WF GD_solids_chlor_ty p Number (Double) WF GD_solids_chlor_min Number (Double) WF GD_solids_chlor_max Number (Double) cbi_W FGD_solids_mkt_params Yes/No WF GD_solids_mkt_chlor Text WF GD_solids_mkt_chlor_ppm Number (Double) WF GD_solids_mkt_H2O Text WF GD_solids_mkt_H2O_per Number (Double) WF GD_solids_mkt_other Text WF GD_solids_mkt_other_desc Text WF GD_solids_mkt_other_ppm Number (Double) WF GD_solids_mkt_none Text WF GD_solids_mkt_NA Text cbi_W FGD_chlor_abs Yes/No WF GD_chlor_abs_min Number (Double) WF GD_chlor_abs_max Number (Double) plant_id Number (Double) plant_id Number (Long Integer) plant_id Number (Double) FGD_id Text FGD_id Text FGD_id Text cbi_W FGD_solids_dest_tbl Yes/No WF GD_solids_landfill_perm_2005 Number (Double) WF GD_solids_landfill_perm_2007 Number (Double) WF GD_solids_landfill_perm_2009 Number (Double) WF GD_solids_landfill_temp_2005 Number (Double) WF GD_solids_landfill_temp_2007 Number (Double)WF GD_solids_landfill_temp_2009 Number (Double)

WF GD_solids_pond_perm_2005 Number (Double) WF GD_solids_pond_perm_2007 Number (Double) WF GD_solids_pond_perm_2009 Number (Double) WF GD_solids_pond_temp_2005 Number (Double) WF GD_solids_pond_temp_2007 Number (Double) WF GD_solids_pond_temp_2009 Number (Double) WF GD_solids_landfill_offsite_2005 Number (Double) WF GD_solids_landfill_offsite_2007 Number (Double) WF GD_solids_landfill_offsite_2009 Number (Double) WF GD_solids_pond_offsite_2005 Number (Double) WF GD_solids_pond_offsite_2007 Number (Double) WF GD_solids_pond_offsite_2009 Number (Double) WF GD_solids_sold_2005 Number (Double) WF GD_solids_sold_2007 Number (Double) WF GD_solids_sold_2009 Number (Double) WF GD_solids_gv_awy _2005 Number (Double) WF GD_solids_gv_awy _2007 Number (Double) WF GD_solids_gv_awy _2009 Number (Double) WF GD_solids_dest_other1_desc Text WF GD_solids_dest_other1_2005 Number (Double) WF GD_solids_dest_other1_2007 Number (Double) WF GD_solids_dest_other1_2009 Number (Double) WF GD_solids_dest_other2_desc Text WF GD_solids_dest_other2_2005 Number (Double) WF GD_solids_dest_other2_2007 Number (Double) WF GD_solids_dest_other2_2009 Number (Double) cbi_W FGD_solids_dest_mkt_tbl Yes/No WF GD_mkt_dest1_desc Text WF GD_mkt_dest1_ton_2005 Number (Double) WF GD_mkt_dest1_rev_2005 Number (Double) WF GD_mkt_dest1_ton_2007 Number (Double) WF GD_mkt_dest1_rev_2007 Number (Double) WF GD_mkt_dest1_ton_2009 Number (Double) WF GD_mkt_dest1_rev_2009 Number (Double) WF GD_mkt_dest2_desc Text WF GD_mkt_dest2_ton_2005 Number (Double) WF GD_mkt_dest2_rev_2005 Number (Double) WF GD_mkt_dest2_ton_2007 Number (Double) WF GD_mkt_dest2_rev_2007 Number (Double) WF GD_mkt_dest2_ton_2009 Number (Double) WF GD_mkt_dest2_rev_2009 Number (Double) WF GD_mkt_dest3_desc Text WF GD_mkt_dest3_ton_2005 Number (Double) WF GD_mkt_dest3_rev_2005 Number (Double)WF GD_mkt_dest3_ton_2007 Number (Double)

WF GD_mkt_dest3_rev_2007 Number (Double) WF GD_mkt_dest3_ton_2009 Number (Double) WF GD_mkt_dest3_rev_2009 Number (Double) WF GD_mkt_dest4_desc Text WF GD_mkt_dest4_ton_2005 Number (Double) WF GD_mkt_dest4_rev_2005 Number (Double) WF GD_mkt_dest4_ton_2007 Number (Double) WF GD_mkt_dest4_rev_2007 Number (Double) WF GD_mkt_dest4_ton_2009 Number (Double) WF GD_mkt_dest4_rev_2009 Number (Double) WF GD_mkt_dest5_desc Text WF GD_mkt_dest5_other_desc Text WF GD_mkt_dest5_ton_2005 Number (Double) WF GD_mkt_dest5_rev_2005 Number (Double) WF GD_mkt_dest5_ton_2007 Number (Double) WF GD_mkt_dest5_rev_2007 Number (Double) WF GD_mkt_dest5_ton_2009 Number (Double) WF GD_mkt_dest5_rev_2009 Number (Double) WF GD_mkt_dest6_desc Text WF GD_mkt_dest6_other_desc Text WF GD_mkt_dest6_ton_2005 Number (Double) WF GD_mkt_dest6_rev_2005 Number (Double) WF GD_mkt_dest6_ton_2007 Number (Double) WF GD_mkt_dest6_rev_2007 Number (Double) WF GD_mkt_dest6_ton_2009 Number (Double) WF GD_mkt_dest6_rev_2009 Number (Double) cbi_W FGD_solids_cost_tbl Yes/No WF GD_cost_solid_sep_2005 Number (Double) WF GD_cost_solid_sep_2007 Number (Double) WF GD_cost_solid_sep_2009 Number (Double) WF GD_cost_solid_dwr_2005 Number (Double) WF GD_cost_solid_dwr_2007 Number (Double) WF GD_cost_solid_dwr_2009 Number (Double) WF GD_cost_haul_2005 Number (Double) WF GD_cost_haul_2007 Number (Double) WF GD_cost_haul_2009 Number (Double) WF GD_cost_onsite_disp_2005 Number (Double) WF GD_cost_onsite_disp_2007 Number (Double) WF GD_cost_onsite_disp_2009 Number (Double) WF GD_cost_offsite_disp_2005 Number (Double) WF GD_cost_offsite_disp_2007 Number (Double) WF GD_cost_offsite_disp_2009 Number (Double) WF GD_cost_other1_desc Text WF GD_cost_other1_2005 Number (Double)WF GD_cost_other1_2007 Number (Double)

WF GD_cost_other1_2009 Number (Double) WF GD_cost_other2_desc Text WF GD_cost_other2_2005 Number (Double) WF GD_cost_other2_2007 Number (Double) WF GD_cost_other2_2009 Number (Double) WF GD_cost_other3_desc Text WF GD_cost_other3_2005 Number (Double) WF GD_cost_other3_2007 Number (Double) WF GD_cost_other3_2009 Number (Double) WF GD_cost_total_2005 Number (Double) WF GD_cost_total_2007 Number (Double) WF GD_cost_total_2009 Number (Double) plant_id Number (Double) plant_id Number (Double) FGD_id Text FGD_id Text cbi_W FGD_sources_flow_tbl Yes/No WF GD_water_source1 Text WF GD_water_source1_per Number (Double) WF GD_water_source1_gpd Number (Double) WF GD_water_source2 Text WF GD_water_source2_per Number (Double) WF GD_water_source2_gpd Number (Double) WF GD_water_source3 Text WF GD_water_source3_per Number (Double) WF GD_water_source3_gpd Number (Double) WF GD_water_source_other_desc Text WF GD_water_source_other_per Number (Double) WF GD_water_source_other_gpd Number (Double) cbi_W FGD_water_gen_tbl Yes/No WF GD_absorb_ty pe Text WF GD_slurry

_bd_gpd Number (Double) WF GD_%solids_lwr Number (Double) WF GD_%solids_upr Number (Double) WF GD_slds_sep_recyc_gpd Number (Double) WF GD_purge_W WT S_gpm Number (Double) WF GD_purge_W WT S_gpd Number (Double) WF GD_purge_gen_hpd Number (Double) WF GD_purge_gen_dpy Number (Double) plant_id Number (Long Integer) plant_id Number (Double) cbi_mon_data_scrub_purge Yes/No

mo n_data_scrub_purge Textcbi_FGD_monitoring_data_tbl Yes/No

FGD_data_analy

te Text FGD_data_CASNo Text FGD_data_non_detect Text FGD_data_msrd_value Number (Double) FGD_data_msrd_unit Text FGD_data_method Text FGD_data_MDL_value Number (Double) FGD_data_MDL_unit Text FGD_data_RL_value Number (Double) FGD_data_RL_unit Text FGD_data_date_collect Text FGD_data_loc Text FGD_data_grab_comp Text FGD_data_qualifier Text FGD_data_tot_diss Text FGD_data_purge_flow Number (Double) plant_id Number (Double) cbi_mon_data_sp_FGDsystem_SEunit Yes/No data_assoc_FGD_1 Text data_assoc_FGD_2 Text data_assoc_FGD_3 Text data_assoc_FGD_4 Text data_assoc_FGD_5 Text data_assoc_FGD_6 Text data_assoc_SE_unit_1 Text data_assoc_SE_unit_2 Text data_assoc_SE_unit_3 Text data_assoc_SE_unit_4 Text data_assoc_SE_unit_5 Text data_assoc_SE_unit_6 Text data_assoc_SE_unit_7 Text data_assoc_SE_unit_8 Text data_assoc_SE_unit_9 Text data_assoc_SE_unit_10 Text plant_id Number (Double) plant_id Number (Double) cbi_W FGD_purge_params Yes/No WF GD_purge_chlor Text WF GD_purge_chlor_ppm Number (Double) WF GD_purge_TSS Text WF GD_purge_TSS_ppm Number (Double) cbi_FGD_purge_pond Yes/No FGD_purge_pond Text cbi_FGD_purge_cmngl Yes/NoFGD_purge_cmngl_fa Text

FGD_purge_cmngl_ba Text FGD_purge_cmngl_mcw Text FGD_purge_cmngl_mill Text FGD_purge_cmngl_boiler_bd Text FGD_purge_cmngl_other1 Text FGD_purge_cmngl_other1_desc Text FGD_purge_cmngl_other2 Text FGD_purge_cmngl_other2_desc Text FGD_purge_cmngl_none Text cbi_FGD_purge_cmngl_pond Yes/No FGD_purge_cmngl_one_pond Text FGD_purge_cmngl_after_FGD_pond Text

FGD_purge_not_cmngl Text FGD_purge_cmngl_after_W WT S Text

FGD_purge_cmngl_pond_other Text FGD_purge_cmngl_pond_other_desc Text cbi_FGD_wwts_tech Yes/No FGD_wwts_tech_pond Text FGD_wwts_tech_bio_aer Text FGD_wwts_tech_bio_anaer Text FGD_wwts_tech_chemprecip Text FGD_wwts_tech_wetlands Text FGD_wwts_tech_mvc Text FGD_wwts_tech_mvc_spray Text FGD_wwts_tech_mvc_crys Text FGD_wwts_tech_other Text FGD_wwts_tech_other_desc Text cbi_dest_treat_purge Yes/No dest_treat_purge_recyc Text dest_treat_purge_recyc_desc Text dest_treat_purge_NPDES Text Outfall_number Text dest_treat_purge_POTW Text dest_treat_purge_DW I Text dest_treat_purge_other Text dest_treat_purge_other_desc Text cbi_gen_gy psum_waters Yes/No gen_gy psum_waters Text gy psum_waters_gpd Number (Double) gy psum_waters_dpy Number (Double) cbi_dest_gy psum_waters Yes/No dest_gw_reuse_fgd Textdest_gw_resuse_other Text

dest_gw_resuse_other_desc Text dest_gw_treat Text dest_gw_treat_pond Text dest_gw_treat_chemprecip Text dest_gw_treat_bio_aer Text dest_gw_treat_bio_anaer Text dest_gw_treat_wetlands Text dest_gw_treat_mvc Text dest_gw_treat_mvc_spray Text dest_gw_treat_mvc_cryst Text dest_gw_treat_other Text dest_gw_treat_other_desc Text dest_gw_NPDES Text Outfall_number Text dest_gw_POTW Text dest_gw_other Text dest_gw_other_desc Text plant_id Number (Double) plant_id Number (Double) FGD_id Text cbi_DFGD_solid_removal Yes/No DFGD_solid_removal Text DFGD_solid_removal_other_desc Text cbi_DFGD_location Yes/No DFGD_location Text cbi_DFGD_source_rpw_parameters Yes/No DFGD_source_rpw_chlor Text

DFGD_source_rpw_chlor_ppm Number (Double) DFGD_source_rpw_solids Text

DFGD_source_rpw_solid_per Number (Double) DFGD_source_rpw_params_other Text DFGD_source_rpw_params_other_des

c Text

cbi_DFGD_rpw_flow Yes/No DFGD_rpw_flow_gpm Number (Double) DFGD_rpw_flow_hpd Number (Double) DFGD_rpw_flow_dpy Number (Double) cbi_DFGD_source_rpw Yes/No DFGD_source_rpw_raw Text DFGD_source_rpw_treat Text DFGD_source_rpw_procW W Text DFGD_source_rpw_procW W_desc TextDFGD_source_rpw_procW W_other Text

DFGD_source_rpw_other Text DFGD_source_rpw_other_desc Text cbi_DFGD_ww_gen Yes/No DFGD_ww_gen Text cbi_dest_DFGD_ww Yes/No dest_DFGD_ww_recyc Text dest_DFGD_ww_recyc_desc Text dest_DFGD_ww_treat Text dest_DFGD_ww_treat_pond Text dest_DFGD_ww_treat_chemprecip Text dest_DFGD_ww_treat_bio_aer Text dest_DFGD_ww_treat_bio_anaer Text dest_DFGD_ww_treat_wetlands Text dest_DFGD_ww_treat_mvc Text dest_DFGD_ww_treat_mvc_spray Text

dest_DFGD_ww_treat_mvc_cryst Text

dest_DFGD_ww_treat_other Text dest_DFGD_ww_treat_other_desc Text dest_DFGD_ww_NPDES Text dest_DFGD_ww_NPDES_outfall Text dest_DFGD_ww_POTW Text dest_DFGD_ww_DW I Text dest_DFGD_ww_other Text dest_DFGD_ww_other_desc Text cbi_DFGD_gen_ww_clean Yes/No DFGD_gen_ww_clean Text DFGD_ww_clean_gpd Number (Double) DFGD_ww_clean_days Number (Double) cbi_dest_DFGD_clean Yes/No dest_DFGD_clean_recyc Text dest_DFGD_clean_recyc_desc Text

dest_DFGD_clean_treat Text dest_DFGD_clean_treat_pond Text dest_DFGD_clean_treat_chemprecip Text dest_DFGD_clean_treat_bio_aer Text dest_DFGD_clean_treat_bio_anaer Text dest_DFGD_clean_treat_wetlands Text dest_DFGD_clean_treat_mvc Text

dest_DFGD_clean_treat_mvc_spray Textdest_DFGD_clean_treat_mvc_cryst Text

dest_DFGD_clean_treat_other Text dest_DFGD_clean_treat_other_desc Text dest_DFGD_clean_NPDES Text dest_DFGD_clean_NPDES_outfall Text

dest_DFGD_clean_POTW Text dest_DFGD_clean_DW I Text dest_DFGD_clean_other Text dest_DFGD_clean_other_desc Text cbi_DFGD_solids_mkt_parameters Yes/No DFGD_solids_mkt_chlor Text DFGD_solids_mkt_chlor_ppm Number (Double) DFGD_solids_mkt_H2O Text DFGD_solids_mkt_H2O_ppm Number (Double) DFGD_solids_mkt_other Text DFGD_solids_mkt_other_desc Text DFGD_solids_mkt_other_ppm Number (Double) DFGD_solids_mkt_none Text DFGD_solids_mkt_NA Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) FGD_id Text FGD_id Text FGD_id Text cbi_DFGD_solids_dest_tbl Yes/No DFGD_solids_landfill_perm_2005 Number (Double) DFGD_solids_landfill_perm_2007 Number (Double) DFGD_solids_landfill_perm_2009 Number (Double) DFGD_solids_landfill_temp_2005 Number (Double) DFGD_solids_landfill_temp_2007 Number (Double) DFGD_solids_landfill_temp_2009 Number (Double) DFGD_solids_pond_perm_2005 Number (Double) DFGD_solids_pond_perm_2007 Number (Double) DFGD_solids_pond_perm_2009 Number (Double) DFGD_solids_pond_temp_2005 Number (Double) DFGD_solids_pond_temp_2007 Number (Double) DFGD_solids_pond_temp_2009 Number (Double) DFGD_solids_landfill_offsite_2005 Number (Double) DFGD_solids_landfill_offsite_2007 Number (Double) DFGD_solids_landfill_offsite_2009 Number (Double) DFGD_solids_pond_offsite_2005 Number (Double) DFGD_solids_pond_offsite_2007 Number (Double)DFGD_solids_pond_offsite_2009 Number (Double)

DFGD_solids_sold_2005 Number (Double) DFGD_solids_sold_2007 Number (Double) DFGD_solids_sold_2009 Number (Double) DFGD_solids_gv_awy

_2005 Number (Double) DFGD_solids_gv_awy

_2007 Number (Double) DFGD_solids_gv_awy

_2009 Number (Double) DFGD_solids_dest_other1_desc Text DFGD_solids_dest_other1_2005 Number (Double) DFGD_solids_dest_other1_2007 Number (Double) DFGD_solids_dest_other1_2009 Number (Double) DFGD_solids_dest_other2_desc Text DFGD_solids_dest_other2_2005 Number (Double) DFGD_solids_dest_other2_2007 Number (Double) DFGD_solids_dest_other2_2009 Number (Double) cbi_DFGD_solids_dest_mkt_tbl Yes/No DFGD_mkt_dest1_desc Text DFGD_mkt_dest1_ton_2005 Number (Double) DFGD_mkt_dest1_rev_2005 Number (Double) DFGD_mkt_dest1_ton_2007 Number (Double) DFGD_mkt_dest1_rev_2007 Number (Double) DFGD_mkt_dest1_ton_2009 Number (Double) DFGD_mkt_dest1_rev_2009 Number (Double) DFGD_mkt_dest2_desc Text DFGD_mkt_dest2_ton_2005 Number (Double) DFGD_mkt_dest2_rev_2005 Number (Double) DFGD_mkt_dest2_ton_2007 Number (Double) DFGD_mkt_dest2_rev_2007 Number (Double) DFGD_mkt_dest2_ton_2009 Number (Double) DFGD_mkt_dest2_rev_2009 Number (Double) DFGD_mkt_dest3_desc Text DFGD_mkt_dest3_ton_2005 Number (Double) DFGD_mkt_dest3_rev_2005 Number (Double) DFGD_mkt_dest3_ton_2007 Number (Double) DFGD_mkt_dest3_rev_2007 Number (Double) DFGD_mkt_dest3_ton_2009 Number (Double) DFGD_mkt_dest3_rev_2009 Number (Double) DFGD_mkt_dest4_desc Text DFGD_mkt_dest4_ton_2005 Number (Double) DFGD_mkt_dest4_rev_2005 Number (Double) DFGD_mkt_dest4_ton_2007 Number (Double) DFGD_mkt_dest4_rev_2007 Number (Double) DFGD_mkt_dest4_ton_2009 Number (Double) DFGD_mkt_dest4_rev_2009 Number (Double) DFGD_mkt_dest5_desc TextDFGD_mkt_dest5_other_desc Text

DFGD_mkt_dest5_ton_2005 Number (Double) DFGD_mkt_dest5_rev_2005 Number (Double) DFGD_mkt_dest5_ton_2007 Number (Double) DFGD_mkt_dest5_rev_2007 Number (Double) DFGD_mkt_dest5_ton_2009 Number (Double) DFGD_mkt_dest5_rev_2009 Number (Double) DFGD_mkt_dest6_desc Text DFGD_mkt_dest6_other_desc Text DFGD_mkt_dest6_ton_2005 Number (Double) DFGD_mkt_dest6_rev_2005 Number (Double) DFGD_mkt_dest6_ton_2007 Number (Double) DFGD_mkt_dest6_rev_2007 Number (Double) DFGD_mkt_dest6_ton_2009 Number (Double) DFGD_mkt_dest6_rev_2009 Number (Double) cbi_DFGD_solids_cost_process_tbl Yes/No DFGD_cost_solid_sep_2005 Number (Double) DFGD_cost_solid_sep_2007 Number (Double) DFGD_cost_solid_sep_2009 Number (Double) DFGD_cost_solid_dwr_2005 Number (Double) DFGD_cost_solid_dwr_2007 Number (Double) DFGD_cost_solid_dwr_2009 Number (Double) DFGD_cost_haul_2005 Number (Double) DFGD_cost_haul_2007 Number (Double) DFGD_cost_haul_2009 Number (Double) DFGD_cost_onsite_disp_2005 Number (Double) DFGD_cost_onsite_disp_2007 Number (Double) DFGD_cost_onsite_disp_2009 Number (Double) DFGD_cost_offsite_disp_2005 Number (Double) DFGD_cost_offsite_disp_2007 Number (Double) DFGD_cost_offsite_disp_2009 Number (Double) DFGD_cost_other1_desc Text DFGD_cost_other1_2005 Number (Double) DFGD_cost_other1_2007 Number (Double) DFGD_cost_other1_2009 Number (Double) DFGD_cost_other2_desc Text DFGD_cost_other2_2005 Number (Double) DFGD_cost_other2_2007 Number (Double) DFGD_cost_other2_2009 Number (Double) DFGD_cost_other3_desc Text DFGD_cost_other3_2005 Number (Double) DFGD_cost_other3_2007 Number (Double) DFGD_cost_other3_2009 Number (Double) DFGD_cost_total_2005 Number (Double) DFGD_cost_total_2007 Number (Double)DFGD_cost_total_2009 Number (Double)

plant_id Number (Double) cbi_comment Yes/No comment_quest_nmbr Text comment Mem o plant_id Number (Double) cbi_generate_ash Yes/No generate_ash Text cbi_total_acre Yes/No total_acre Number (Double)

parking_acre Number (Double) buildings_acre Number (Double) ponds_acre Number (Double) landfills_acre Number (Double) closed_pond_land_acre Number (Double) unusable_ty pe Text unusable_acre Number (Double) other_ty pe_1 Text other_acre_1 Number (Double) other_ty pe_2 Text other_acre_2 Number (Double) cbi_generate_fly Yes/No generate_fly Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text cbi_fly _collection_ty pe Yes/No fly _collection Text fly _collection_other Textfly

_wet_sluicing Text fly _wet_vacuum Text fly _dry _vacuum Text fly _pressure Text fly _combined Text fly _m echanical Text fly _other Text fly _other_desc Text fly _produced_wet_tpd Number (Double) fly _produced_wet_dpy Number (Double) fly _produced_dry

_tpd Number (Double) fly _produced_dry

_dpy Number (Double) fly _design_wet_tpd Number (Double) fly _design_wet_dpy Number (Double) fly _design_dry

_tpd Number (Double) fly _design_dry

_dpy Number (Double) fly _wet_days Number (Double) fly _dry _days Number (Double) fly _LOI_wet_m in Number (Double) fly _LOI_wet_m ax Number (Double) fly _LOI_dry

_m in Number (Double) fly _LOI_dry

_m ax Number (Double) cbi_fly _ash_sluice Yes/No fly _ash_sluice Text fly _sluice_avg_flow Number (Double) fly _sluice_duration Number (Double) fly _sluice_freq Number (Double) fly _sluice_source_1 Text fly _sluice_source_2 Text fly _sluice_source_3 Text fly _sluice_source_other_desc Text fly _sluice_percent_1 Number (Double) fly _sluice_percent_2 Number (Double) fly _sluice_percent_3 Number (Double) fly _sluice_percent_other Number (Double) cbi_fly _sluice_criteria Yes/No fly _sluice_chlorides Text fly _sluice_chlorides_ppm Number (Double) fly _sluice_solids Text fly _sluice_solids_percent Number (Double) fly _sluice_other Text fly _sluice_other_desc Text fly _sluice_other_ppm Number (Double) cbi_fly _sluice_recyc Yes/No fly _sluice_recyc Textfly

_sluice_recyc_desc Text cbi_fly _sluice_POTW Yes/No fly _sluice_POTW Text cbi_fly _wet_vac Yes/No fly _wet_vac Text cbi_fly _wet_vac_water Yes/No fly _wet_vac_gpy Number (Double) fly _wet_vac_dpy Number (Double) cbi_fly _wet_vac_dest Yes/No fly _wet_vac_recyc Text fly _wet_vac_recyc_desc Text fly _wet_vac_transferred Text fly _wet_vac_pond Text fly _wet_vac_pH Text fly _wet_vac_chem_precip Text fly _wet_vac_wetland Text fly _wet_vac_wwt_other Text fly _wet_vac_wwt_other_desc Text fly _wet_vac_SW Text Outfall_number Text fly _wet_vac_POTW Text fly _wet_vac_other Text fly _wet_vac_desc Text cbi_fly _ash_storage Yes/No fly _ash_ty pe Text storage_ID Text storage_ID_other Text fly _percent Number (Double) fly _destin_ty pe Text cbi_fly _wetanddry Yes/No fly _wetanddry Text cbi_fly _why _wetanddry Yes/No fly _not_marketable Text fly _not_marketable_days Number (Double) fly _m aintenance Text

fly _m aintenance_days Number (Double) fly _backup Text fly _backup_days Number (Double) fly _capacity Text

fly _capacity

_days Number (Double) fly _both_other Text fly _both_other_desc Text fly _both_other_days Number (Double)cbi_fly

_m odifications Yes/No fly _no_m ods Text fly _increase_silo_cap Text fly _increase_silo_nmbr Text fly _m oisture_condition Text fly _increase_landfill Text fly _increase_dry

_convey Text fly _new_infrastructure Text fly _new_infra_desc Text fly _m od_other Text fly _m od_desc Text cbi_fly _change_operations Yes/No fly _expand_capacity Text fly _decrease_wet Text fly _decrease_days Number (Double) fly _end_wet Text fly _end_wet_date Date/Time fly _no_change Text fly _change_other Text fly _change_desc Text cbi_fly _dry _retrofit Yes/No fly _dry _retrofit Text fly _dry _retrofit_y r Number (Double) fly _dry _retrofit_shutdown Text fly _dry _retrofit_outages Text cbi_fly _dry _retrofit_ty pe Yes/No fly _dry _retrofit_ty pe Text cbi_fly _ret_mods Yes/No fly _retrofit_physical Text fly _retrofit_install_pv_system Text fly _retrofit_expand_pv_system Text fly _retrofit_silos Text fly _retrofit_silo_mc Text fly _retrofit_silo_ashtransfer Text fly _retrofit_silo_market Text fly _retrofit_haul_roads Text fly _retrofit_rail Text fly _retrofit_landfill Text fly _retrofit_landfill_ID Text fly _retrofit_inc_landfill Text fly _retrofit_inc_landfill_ID Text fly _retrofit_air_permit Text fly _retrofit_phys_other Text fly _retrofit_phys_other_desc Text fly _retrofit_personnel Textfly

_retrofit_personnel_desc Text fly _retrofit_ashdisposal Text fly _retrofit_storage_landfills Text fly _retrofit_storage_landfills_ID Text fly _retrofit_market_ash Text fly _retrofit_haul_off Text fly _retrofit_dust Text fly _retrofit_disposal_other Text fly _retrofit_disposal_other_desc Text cbi_fly _dry _install Yes/No fly _dry _install Mem o fly _dry _install_days Number (Double) cbi_fly _dry _plan Yes/No fly _dry _plan Text fly _dry _plan_days Number (Double) cbi_fly _dry _cost_est_instl Yes/No fly _dry _cost_est_instl Text

fly _dry _cost_est_instl_attch Text fly _dry _cost_est_instl_explain Mem o cbi_fly _install_m ods Yes/No fly _install_physical Text fly _install_install_pv_system Text fly _install_expand_pv_system Text fly _install_silos Text fly _install_silo_m c Text fly _install_silo_ashtransfer Text fly _install_silo_m arket Text fly _install_haul_roads Text fly _install_rail Text fly _install_landfill Text fly _install_landfill_ID Text fly _install_inc_landfill Text fly _install_inc_landfill_ID Text fly _install_air_permit Text fly _install_phys_other Text fly _install_phys_other_desc Text fly _install_personnel Text fly _install_personnel_desc Text fly _install_ashdisposal Text fly _install_storage_landfills Text fly _install_storage_landfills_ID Text fly _install_m arket_ash Text fly _install_haul_off Text fly _install_dust Textfly

_install_disposal_other Text fly _install_disposal_other_desc Text cbi_fly _dry _exp_dest Yes/No fly _dry _exp_marketed Text fly _dry _exp_mark_dest_1 Text fly _dry _exp_mark_dest_other_1 Text fly _dry _exp_mark_perc_1 Number (Double) fly _dry _exp_mark_dest_2 Text fly _dry _exp_mark_dest_other_2 Text fly _dry _exp_mark_perc_2 Number (Double) fly _dry _exp_mark_dest_3 Text fly _dry _exp_mark_dest_other_3 Text fly _dry _exp_mark_perc_3 Number (Double) fly _dry _exp_landfills_A-6 Text fly _dry _exp_landfills_A-6_perc Number (Double) fly _dry _exp_ landfill_noA-6 Text fly _dry _exp_ landfill_noA-6_perc Number (Double) fly _dry _exp_other Text fly _dry _exp_other_desc Text fly _dry _exp_other_perc Number (Double) cbi_fly _dry _cost_est_not_instl Text fly _dry _cost_est_not_instl Text

fly _dry _cost_est_not_instl_attch Text fly _dry _cost_est_not_instl_explain Mem o cbi_fly _unscdld_outages Yes/No fly _unscdld_outages Text

cbi_fly _out Yes/No fly _out_2005_wet_days Number (Double) fly _out_2005_wet_resn Text fly _out_2005_wet_reslvd Text fly _out_2005_dry

_days Number (Double) fly _out_2005_dry

_resn Text fly _out_2005_dry

_reslvd Text fly _out_2006_wet_days Number (Double) fly _out_2006_wet_resn Text fly _out_2006_wet_reslvd Text fly _out_2006_dry

_days Number (Double) fly _out_2006_dry

_resn Text fly _out_2006_dry

_reslvd Text fly _out_2007_wet_days Number (Double) fly _out_2007_wet_resn Text fly _out_2007_wet_reslvd Text fly _out_2007_dry

_days Number (Double)fly

_out_2007_dry

_resn Text fly _out_2007_dry

_reslvd Text fly _out_2008_wet_days Number (Double) fly _out_2008_wet_resn Text fly _out_2008_wet_reslvd Text fly _out_2008_dry

_days Number (Double) fly _out_2008_dry

_resn Text fly _out_2008_dry

_reslvd Text fly _out_2009_wet_days Number (Double) fly _out_2009_wet_resn Text fly _out_2009_wet_reslvd Text fly _out_2009_dry

_days Number (Double) fly _out_2009_dry

_resn Text fly _out_2009_dry

_reslvd Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_fly _storage Yes/No storage_ID Text storage_ID_other Text fly _storage_miles Number (Double)

fly _storage_tons Number (Double) fly _storage_trnspt Text fly _storage_trnspt_other Text fly _storage_per_H2O Text cbi_fly _m oisten_H2O Yes/No fly _m oisten_H2O Text cbi_fly _m oisten_H2O Yes/No storage_ID Text storage_ID_other Text fly _H2O_raw_intake Text fly _H2O_trt_intake Text fly _H2O_W W1 Text fly _H2O_W W1 _desc Text fly _H2O_W W1 _other Text fly _H2O_W W2 Text fly _H2O_W W2_desc Text fly _H2O_W W2_other Text fly _H2O_max_cl_ppm Number (Double) fly _H2O_max_solids_per Number (Double) fly _H2O_criteria Text cbi_fly _H2O_unacpt_criteria Yes/Nofly

_H2O_unacpt_criteria Text cbi_fly _dry _m kt Yes/No fly _dry _m kt Text cbi_fly _dry _m kt Yes/No fly _dry _m kt_dest Text fly _dry _m kt_per_H2O Number (Double) fly _dry _m kt_2005_tons Number (Double) fly _dry _m kt_2005_rev Number (Double) fly _dry _m kt_2007_tons Number (Double) fly _dry _m kt_2007_rev Number (Double) fly _dry _m kt_2009_tons Number (Double) fly _dry _m kt_2009_rev Number (Double) cbi_fly _wet_m kt Yes/No fly _wet_m kt Text cbi_fly _wet_m kt Yes/No fly _wet_m kt_dest Text fly _wet_m kt_per_H2O Number (Double) fly _wet_m kt_2005_tons Number (Double) fly _wet_m kt_2005_rev Number (Double) fly _wet_m kt_2007_tons Number (Double) fly _wet_m kt_2007_rev Number (Double) fly _wet_m kt_2009_tons Number (Double) fly _wet_m kt_2009_rev Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) seunit_ID Text seunit_ID Text seunit_ID Text seunit_ID Text fly _cnvy _planned Text cbi_fly _cnvy _cmpnts_tbl Yes/No fly _cnvy _cmpnts Text fly _cnvy _cmpnts_other Text fly _cnvy _cmpnts_nmbr Number (Double) fly _cnvy _cmpnts_cpcty Number (Double) fly _cnvy _cmpnts_cpcty

_unit Text fly _cnvy _cmpnts_cpcty

_unit_other Text cbi_fly _diagram Yes/No fly _diagram_attch Text cbi_fly _cnvy _cntrctr_instl Yes/No fly _cnvy _cntrctr_instl Mem o fly _cnvy _cntrctr_instl_all Textcbi_fly

_cnvy _cntrctr_oversee Yes/No fly _cnvy _cntrctr_oversee Mem o fly _cnvy _cntrctr_oversee_all Text

cbi_fly _cnvy _cap_tbl Yes/No fly _cnvy _outside_firm_oversee Text cbi_fly _cnvy _cap_tbl Yes/No fly _cnvy _cap_project Text fly _cnvy _cap_original Number (Double) fly _cnvy _cap_mdfy Number (Double) fly _cnvy _cap_original_y r_based Number (Double) fly _cnvy _cap_mdfy

_yr_based Number (Double) cbi_fly _cnvy _all_cmpnts_cap_costs Yes/No fly _cnvy _all_cmpnts_cap_costs Text fly _cnvy _cmpnts_not_cap_costs Mem o cbi_fly _cnvy _OM_tbl Yes/No fly _cnvy _OM_OLbr_2009_cost Number (Double) fly _cnvy _OM_OLbr_rate_hourly Number (Double) fly _cnvy _OM_OLbr_staff_nmbr Number (Double) fly _cnvy _OM_OLbr_staff_hpd Number (Double) fly _cnvy _OM_OLbr_staff_dpy Number (Double) fly _cnvy _OM_MLbr_2009_cost Number (Double) fly _cnvy _OM_MLbr_rate_hourly Number (Double) fly _cnvy _OM_MLbr_staff_nmbr Number (Double) fly _cnvy _OM_MLbr_staff_hpd Number (Double) fly _cnvy _OM_MLbr_staff_dpy Number (Double) fly _cnvy _OM_MMtrls_2009_cost Number (Double) fly _cnvy _OM_energy

_2009_cost Number (Double) fly _cnvy _OM_energy

_rate_per_kW h Number (Double) fly _cnvy _OM_energy

_kW h/hr Number (Double) fly _cnvy _OM_other1_desc Text fly _cnvy _OM_other1_2009_cost Number (Double) fly _cnvy _OM_other2_desc Text fly _cnvy _OM_other2_2009_cost Number (Double) fly _cnvy _OM_total_2009_cost Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) storage_ID Text storage_ID Text storage_ID Text storage_ID Text fly _storage_planned Textcbi_fly

_btm_share_storage Yes/No fly _btm_share_storage Text fly _btm_share_storage_cmpnts Text cbi_fly _storage_pond Yes/No fly _storage_pond Text cbi_fly _storage_cmpnts_tbl Yes/No fly _storage_cmpnts Text fly _storage_cmpnts_other Text fly _storage_cmpnts_nmbr Number (Double) fly _storage_cmpnts_cpcty Number (Double) fly _storage_cmpnts_cpcty _unit Text fly _storage_cmpnts_cpcty _unit_other Text cbi_fly _storage_cntrctr_instl Yes/No fly _storage_cntrctr_instl Mem o fly _storage_ctrctr_instl_all Text cbi_fly _storage_cntrctr_oversee Yes/No fly _storage_cntrctr_oversee Mem o fly _storage_cntrctr_oversee_all Text

cbi_fly _storage_cap_tbl Yes/No fly _storage_outside_firm_oversee Text cbi_fly _storage_cap_tbl Yes/No fly _storage_cap_project Text fly _cnvy _storage_original Number (Double) fly _storage_cap_mdfy Number (Double) fly _storage_cap_original_y r_based Number (Double) fly _storage_cap_mdfy

_yr_based Number (Double) cbi_fly _storage_all_cmpnts_cap_costs Yes/No fly _storage_all_cmpnts_cap_costs Text fly _storage_cmpnts_not_cap_costs Mem o cbi_fly _storage_OM_tbl Yes/No fly _storage_OM_OLbr_trks_2009_cost Number (Double) fly _storage_OM_OLbr_trks_rate_hourly Number (Double) fly _storage_OM_OLbr_trks_staff_nmbr Number (Double) fly _storage_OM_OLbr_trks_staff_hpd Number (Double) fly _storage_OM_OLbr_trks_staff_dpy Number (Double) fly _storage_OM_OLbr_othr_2009_cost Number (Double) fly _storage_OM_OLbr_othr_rate_hourl y Number (Double) fly _storage_OM_OLbr_othr_staff_nmbr Number (Double) fly _storage_OM_OLbr_othr_staff_hpd Number (Double) fly _storage_OM_OLbr_othr_staff_dpy Number (Double) fly _storage_OM_MLbr_2009_cost Number (Double) fly _storage_OM_MLbr_rate_hourly Number (Double) fly _storage_OM_MLbr_staff_nmbr Number (Double)fly

_storage_OM_MLbr_staff_hpd Number (Double) fly _storage_OM_MLbr_staff_dpy Number (Double) fly _storage_OM_MMtrls_2009_cost Number (Double) fly _storage_OM_energy

_2009_cost Number (Double) fly _storage_OM_energy

_rate_per_kW h Number (Double) fly _storage_OM_energy

_kW h/hr Number (Double) fly _storage_OM_other1_desc Text fly _storage_OM_other1_2009_cost Number (Double) fly _storage_OM_other2_desc Text fly _storage_OM_other2_2009_cost Number (Double) fly _storage_OM_total_2009_cost Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_fly _btm_share_trspt_disp Yes/No fly _btm_share_trspt_disp Text fly _btm_share_trspt_disp_cmpnts Text cbi_fly _trspt_disp_pond Yes/No fly _trspt_disp_pond Text cbi_fly _trspt_disp_mthd Yes/No fly _trspt_disp_truck Text fly _trspt_disp_truck_nmbr Number (Double) fly _trspt_disp_truck_bought Text fly _trspt_disp_truck_lease Text fly _trspt_disp_truck_contract Text fly _trspt_disp_rail Text fly _trspt_disp_rail_nmbr Number (Double) fly _trspt_disp_rail_bought Text fly _trspt_disp_rail_lease Text fly _trspt_disp_rail_contract Text fly _trspt_disp_other Text fly _trspt_disp_other_desc Text cbi_fly _trspt_disp_cntrctr_pay _instl Yes/No fly _trspt_disp_cntrctr_pay _instl Mem o fly _trspt_disp_ctrctr_pay

_instl_all Text cbi_fly _trspt_disp_cntrctr_pay _oversee Yes/No fly _trspt_disp_cntrctr_pay _oversee Mem o fly _trspt_disp_cntrctr_pay _oversee_all Text cbi_fly _trspt_disp_cap_tbl Yes/No fly _trspt_disp_outside_firm_oversee Text cbi_fly _trspt_disp_cap_tbl Yes/No fly _trspt_disp_cap_project Text fly _trspt_disp_original Number (Double)fly

_trspt_disp_cap_mdfy Number (Double) fly _trspt_disp_cap_original_y r_based Number (Double) fly _trspt_disp_cap_mdfy

_yr_based Number (Double) cbi_fly _trspt_disp_all_cmpnts_cap_cos ts Yes/No

fly _trspt_disp_all_cmpnts_cap_costs Text fly _trspt_disp_cmpnts_not_cap_costs Mem o cbi_fly _trspt_disp_OM_tbl Yes/No fly _trspt_disp_OM_OLbr_tspt_2009_co st Number (Double)

fly _trspt_disp_OM_OLbr_tspt_rate_hou rly Number (Double)

fly _trspt_disp_OM_OLbr_tspt_staff_nm br Number (Double)

fly _trspt_disp_OM_OLbr_tspt_staff_hp d Number (Double)

fly _trspt_disp_OM_OLbr_tspt_staff_dp y Number (Double)

fly _trspt_disp_OM_OLbr_tspt_rate_lds/ day Number (Double)

fly _trspt_disp_OM_OLbr_tspt_rate_dpy Number (Double) fly _trspt_disp_OM_OLbr_othr_2009_co st Number (Double)

fly _trspt_disp_OM_OLbr_othr_rate_ho urly Number (Double)

fly _trspt_disp_OM_OLbr_othr_staff_nm br Number (Double)

fly _trspt_disp_OM_OLbr_othr_staff_hp d Number (Double)

fly _trspt_disp_OM_OLbr_othr_staff_dp y Number (Double)

fly _trspt_disp_OM_MLbr_2009_cost Number (Double) fly _trspt_disp_OM_MLbr_rate_hourly Number (Double) fly _trspt_disp_OM_MLbr_staff_nmbr Number (Double) fly _trspt_disp_OM_MLbr_staff_hpd Number (Double) fly _trspt_disp_OM_MLbr_staff_dpy Number (Double) fly _trspt_disp_OM_MMtrls_2009_cost Number (Double) fly _trspt_disp_OM_energy _2009_cost Number (Double) fly _trspt_disp_OM_energy _rate_per_k Wh Number (Double)

fly _trspt_disp_OM_energy _staff_kW h/h

r Number (Double)

fly _trspt_disp_OM_ash_rmvl_2009_cos t Number (Double)

fly _trspt_disp_OM_other1_desc Text fly _trspt_disp_OM_other1_2009_cost Number (Double) fly _trspt_disp_OM_other2_desc Text fly _trspt_disp_OM_other2_2009_cost Number (Double) fly _trspt_disp_OM_total_2009_cost Number (Double) plant_id Number (Double)plant_id Number (Double)

plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) seunit_ID Text seunit_id Text seunit_id Text seunit_id Text seunit_ID Text seunit_id Text seunit_id Text seunit_id Text seunit_id Text cbi_gen_btm_ash Yes/No gen_btm_ash Text cbi_btm_boiler_ty pe Yes/No btm_boiler_ty pe Text btm_boiler_ty pe_other Text btm_wet_sluicing Text btm_mech_drag Text btm_dry _vacuum Text btm_dry _pressure Text btm_other Text btm_other_desc Text btm_produced_wet_tpd Number (Double) btm_produced_wet_dpy Number (Double) btm_produced_dry

_tpd Number (Double) btm_produced_dry

_dpy Number (Double) btm_moisture_wet_per Text btm_moisture_dry

_per Text btm_design_wet_tpd Number (Double) btm_design_wet_dpy Number (Double) btm_design_dry

_tpd Number (Double) btm_design_dry

_dpy Number (Double) btm_wet_days Number (Double) btm_dry _days Number (Double) btm_LOI_wet_min Number (Double) btm_LOI_wet_max Number (Double) btm_LOI_wet_not_mntr Text btm_LOI_wet_NA Text btm_LOI_dry

_m in Number (Double)btm_LOI_dry _m ax Number (Double) btm_LOI_dry

_not_mntr Text btm_LOI_dry

_NA Text cbi_btm_ash_sluice Yes/No btm_ash_sluice Text btm_sluice_avg_flow Number (Double) btm_sluice_duration Number (Double) btm_sluice_freq Number (Double) btm_sluice_source_1 Text btm_sluice_source_2 Text btm_sluice_source_3 Text btm_sluice_source_other_desc Text btm_sluice_percent_1 Number (Double) btm_sluice_percent_2 Number (Double) btm_sluice_percent_3 Number (Double) btm_sluice_percent_other Number (Double) cbi_btm_sluice_criteria Yes/No btm_sluice_chlorides Text

btm_sluice_chlorides_ppm Number (Double) btm_sluice_solids Text btm_sluice_solids_percent Number (Double) btm_sluice_other Text btm_sluice_other_desc Text btm_sluice_other_ppm Number (Double) cbi_btm_sluice_recyc Yes/No btm_sluice_recyc Text btm_sluice_recyc_decs Text cbi_btm_sluice_POTW Yes/No btm_sluice_POTW Text cbi_btm_plant_solids_rmvl Yes/No btm_plant_solids_rmvl Text cbi_btm_slds_rmvl_tbl Yes/No btm_slds_rmvl_dewatering_bin Text btm_slds_rmvl_hydroclone Text btm_slds_rmvl_centrifuge Text btm_slds_rmvl_filter Text btm_slds_rmvl_other Text btm_slds_rmvl_other_desc Text btm_disp_sold_untrt Text btm_disp_sold_untrt_tons Number (Double) btm_disp_sold_untrt_H2O_per Number (Double) btm_disp_sold_trt Text btm_disp_sold_trt_tons Number (Double) btm_disp_sold_trt_H2O_per Number (Double)btm_disp_stor_pond Text

btm_disp_stor_pond_tons Number (Double) btm_disp_stor_pond_H2O_per Number (Double) btm_disp_stor_landfill_A-06 Text btm_disp_stor_landfill_A-06_tons Number (Double) btm_disp_stor_landfill_A-06_H2O_per Number (Double) btm_disp_stor_landfill_not_A-06 Text btm_disp_stor_landfill_not_A-06_tons Number (Double)btm_disp_stor_landfill_not_A06_H2O_per Number (Double)

btm_disp_other Text btm_disp_other_desc Text btm_disp_other_tons Number (Double) btm_disp_other_H2O_per Number (Double) cbi_btm_slds_rmvl_overflow_gpd Yes/No btm_slds_rmvl_overflow_gpd Number (Double) cbi_btm_slds_rmvl_dest Yes/No btm_slds_rmvl_recycle Text btm_slds_rmvl_recycle_gpd Number (Double) btm_slds_rmvl_recycle_desc Text btm_slds_rmvl_treat Text btm_slds_rmvl_treat_pond Text btm_slds_rmvl_treat_pH Text btm_slds_rmvl_treat_wetlands Text btm_slds_rmvl_treat_other Text btm_slds_rmvl_treat_other_desc Text btm_slds_rmvl_surf_water Text Outfall_number Text btm_slds_rmvl_POTW Text btm_slds_rmvl_dest_other Text btm_slds_rmvl_dest_other_desc Text cbi_btm_use_mech_drag Yes/No btm_use_mech_drag Text btm_mech_drag_desc Text cbi_btm_mech_drag_gen_W W Yes/No btm_mech_drag_gen_W W Text cbi_btm_mech_drag_W W_gpd Yes/No btm_mech_drag_W W_gpd Number (Double) cbi_btm_mech_drag_dest Yes/No btm_mech_drag_recycle Text btm_mech_drag_recycle_gpd Number (Double) btm_mech_drag_recycle_desc Text btm_mech_drag_treat Text btm_mech_drag_treat_pond Text btm_mech_drag_treat_pH Textbtm_mech_drag_treat_wetlands Text

btm_mech_drag_treat_other Text btm_mech_drag_treat_other_desc Text btm_mech_drag_surf_water Text Outfall_number Text btm_mech_drag_POTW Text btm_mech_drag_other Text btm_mech_drag_other_desc Text cbi_btm_ash_storage_tbl Yes/No btm_ash_ty pe Text storage_ID Text storage_ID_other Text btm_percent Number (Double) btm_destin_ty pe Text cbi_btm_wetanddry Yes/No btm_wetanddry Text cbi_btm_why

_wetanddry Yes/No btm_not_marketable Text

btm_not_marketable_days Number (Double) btm_maintenance Text

btm_maintenance_dry Text btm_backup Text btm_backup_days Number (Double) btm_capacity Text

btm_capacity

_days Number (Double)

btm_both_other Text btm_both_other_desc Text btm_both_other_days Number (Double) cbi_btm_modifications Yes/No btm_no_mods Text btm_increase_silo_cap Text btm_increase_silo_nmbr Text btm_moisture_condition Text btm_increase_landfill Text btm_increase_dry

_convey Text btm_new_infrastructure Text btm_new_infra_desc Text btm_mod_other Text btm_mod_other_desc Text cbi_btm_change_operations Yes/No btm_expand_capacity Text btm_decrease_wet Textbtm_decrease_wet_days Number (Double)

btm_end_wet Text btm_end_wet_date Date/Time btm_no_change Text btm_change_other Text btm_change_other_desc Text cbi_btm_dry

_retrofit Yes/No btm_dry _retrofit Text btm_dry _retrofit_y r Number (Double) btm_dry _retrofit_shutdown Text btm_dry _retrofit_outages Text

cbi_btm_dry

_retrofit_ty pe Text btm_dry _retrofit_ty pe Text cbi_btm_ret_mods Yes/No btm_retrofit_physical Text btm_retrofit_install_pv_system Text btm_retrofit_altr_boiler Text btm_retrofit_expand_pv_system Text btm_retrofit_silos Text btm_retrofit_silo_mc Text btm_retrofit_silo_ashtransfer Text btm_retrofit_silo_market Text btm_retrofit_haul_roads Text btm_retrofit_rail Text btm_retrofit_landfill Text btm_retrofit_landfill_ID Text btm_retrofit_inc_landfill Text btm_retrofit_inc_landfill_ID Text btm_retrofit_air_permit Text btm_retrofit_phys_other Text btm_retrofit_phsy

_other_desc Text btm_retrofit_personnel Text btm_retrofit_personnel_desc Text btm_retrofit_ashdisposal Text btm_retrofit_storage_landfills Text btm_retrofit_storage_landfills_ID Text btm_retrofit_market_ash Text btm_retrofit_haul_off Text btm_retrofit_dust Text btm_retrofit_disposal_other Text btm_retrofit_disposal_other_desc Text cbi_btm_dry

_retrofit_diagram Yes/No btm_dry _retrofit_diagram Textcbi_btm_dry _install Yes/No btm_dry _install Text btm_dry _install_days Number (Double) cbi_btm_dry

_plan Yes/No btm_dry _plan Text btm_dry _plan_days Number (Double) cbi_btm_dry

_cost_est_instl Yes/No btm_dry _cost_est_instl Text btm_dry _cost_est_instl_attch Text btm_dry _cost_est_instl_explain Mem o cbi_btm_install_mods Yes/No btm_install_physical Text btm_install_install_mech_drag Text btm_install_altr_boiler Text btm_install_complete_dry Text btm_install_silos Text btm_install_silo_mc Text btm_install_silo_ashtransfer Text btm_install_silo_market Text btm_install_haul_roads Text btm_install_rail Text btm_install_landfill Text btm_install_landfill_ID Text btm_install_inc_landfill Text btm_install_inc_landfill_ID Text btm_install_air_permit Text btm_install_phys_other Text btm_install_phys_other_desc Text btm_install_personnel Text btm_install_personnel_desc Text btm_install_ashdisposal Text btm_install_starge_landfills Text btm_install_storage_landfills_ID Text btm_install_market_ash Text btm_install_haul_off Text btm_install_dust Text btm_install_disposal_other Text btm_install_disposal_other_desc Text cbi_btm_dry

_exp_dest Yes/No btm_dry _exp_marketed Text btm_dry _exp_mark_dest_1 Text btm_dry _exp_mark_dest_other_1 Text btm_dry _exp_mark_perc_1 Number (Double) btm_dry _exp_mark_dest_2 Text btm_dry _exp_mark_dest_other_2 Textbtm_dry

_exp_mark_perc_2 Number (Double) btm_dry _exp_mark_dest_3 Text btm_dry _exp_mark_dest_other_3 Text btm_dry _exp_mark_perc_3 Number (Double) btm_dry _exp_landfills_A-6 Text btm_dry _exp_landfills_A-6_perc Number (Double) btm_dry _exp_ landfill_noA-6 Text btm_dry _exp_ landfill_noA-6_perc Number (Double) btm_dry _exp_other Text btm_dry _exp_other_desc Text btm_dry _exp_other_perc Number (Double) cbi_btm_dry

_cost_est_not_instl Yes/No btm_dry _cost_est_not_instl Text btm_dry _cost_est_not_instl_attch Text btm_dry _cost_est_not_instl_explain Mem o cbi_btm_unscdld_outages Yes/No btm_unscdld_outages Text

cbi_btm_out Yes/No btm_out_2005_wet_days Date/Time btm_out_2005_wet_resn Text btm_out_2005_wet_reslvd Text btm_out_2005_dry

_days Number (Double) btm_out_2005_dry

_resn Text btm_out_2005_dry

_reslvd Text btm_out_2006_wet_days Number (Double) btm_out_2006_wet_resn Text btm_out_2006_wet_reslvd Text btm_out_2006_dry

_days Number (Double) btm_out_2006_dry

_resn Text btm_out_2006_dry

_reslvd Text btm_out_2007_wet_days Number (Double) btm_out_2007_wet_resn Text btm_out_2007_wet_reslvd Text btm_out_2007_dry

_days Number (Double) btm_out_2007_dry

_resn Text btm_out_2007_dry

_reslvd Text btm_out_2008_wet_days Number (Double) btm_out_2008_wet_resn Text btm_out_2008_wet_reslvd Text btm_out_2008_dry

_days Number (Double) btm_out_2008_dry

_resn Text btm_out_2008_dry

_reslvd Text btm_out_2009_wet_days Number (Double) btm_out_2009_wet_resn Textbtm_out_2009_wet_reslvd Text

btm_out_2009_dry

_days Number (Double) btm_out_2009_dry

_resn Text btm_out_2009_dry

_reslvd Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_btm_storage Yes/No storage_ID Text storage_ID_other Text btm_storage_miles Number (Double) btm_storage_tons Number (Double) btm_storage_trnspt Text btm_storage_trnspt_other Text btm_storage_per_H2O Number (Double) cbi_btm_dry

_m kt Yes/No btm_dry _m kt Text cbi_btm_dry

_m kt Yes/No btm_dry _m kt_dest Text btm_dry _m kt_per_H2O Number (Double) btm_dry _m kt_2005_tons Number (Double) btm_dry _m kt_2005_rev Number (Double) btm_dry _m kt_2007_tons Number (Double) btm_dry _m kt_2007_rev Number (Double) btm_dry _m kt_2009_tons Number (Double) btm_dry _m kt_2009_rev Number (Double) cbi_btm_wet_mkt Yes/No btm_wet_mkt Text cbi_btm_wet_mkt Yes/No btm_wet_mkt_dest Text btm_wet_mkt_per_H2O Number (Double) btm_wet_mkt_2005_tons Number (Double) btm_wet_mkt_2005_rev Number (Double) btm_wet_mkt_2007_tons Number (Double) btm_wet_mkt_2007_rev Number (Double) btm_wet_mkt_2009_tons Number (Double) btm_wet_mkt_2009_rev Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) seunit_ID Text seunit_ID Text seunit_ID Textseunit_ID Text

btm_cnvy

_planned Text cbi_btm_cnvy

_cmpnts_tbl Yes/No btm_cnvy

_cmpnts Text btm_cnvy

_cmpnts_other Text btm_cnvy

_cmpnts_nmbr Number (Double) btm_cnvy

_cmpnts_cpcty Number (Double) btm_cnvy

_cmpnts_cpcty

_unit Text btm_cnvy

_cmpnts_cpcty

_unit_other Text cbi_btm_diagram Yes/No btm_diagram_attch Text cbi_btm_cnvy

_cntrctr_instl Yes/No btm_cnvy

_cntrctr_instl Mem o

btm_cnvy

_cntrctr_instl_all Text cbi_btm_cnvy

_cntrctr_oversee Yes/No btm_cnvy

_cntrctr_oversee Mem o

btm_cnvy

_cntrctr_oversee_all Text

cbi_btm_cnvy

_cap_tbl Yes/No btm_cnvy

_outside_firm_oversee Text cbi_btm_cnvy

_cap_tbl Yes/No btm_cnvy

_cap_project Text btm_cnvy

_cap_original Number (Double) btm_cnvy

_cap_mdfy Number (Double) btm_cnvy

_cap_original_y r_based Number (Double) btm_cnvy

_cap_mdfy

_yr_based Number (Double) cbi_btm_cnvy

_all_cmpnts_cap_costs Yes/No btm_cnvy

_all_cmpnts_cap_costs Text

btm_cnvy

_cmpnts_not_cap_costs Mem o cbi_btm_cnvy

_OM_tbl Yes/No btm_cnvy

_OM_OLbr_2009_cost Number (Double) btm_cnvy

_OM_OLbr_rate_hourly Number (Double) btm_cnvy

_OM_OLbr_staff_nmbr Number (Double) btm_cnvy

_OM_OLbr_staff_hpd Number (Double) btm_cnvy

_OM_OLbr_staff_dpy Number (Double) btm_cnvy

_OM_MLbr_2009_cost Number (Double) btm_cnvy

_OM_MLbr_rate_hourly Number (Double) btm_cnvy

_OM_MLbr_staff_nmbr Number (Double) btm_cnvy

_OM_MLbr_staff_hpd Number (Double) btm_cnvy

_OM_MLbr_staff_dpy Number (Double) btm_cnvy

_OM_MMtrls_2009_cost Number (Double) btm_cnvy

_OM_energy

_2009_cost Number (Double) btm_cnvy

_OM_energy

_rate_per_kW h Number (Double)btm_cnvy

_OM_energy

_kW h/hr Number (Double) btm_cnvy

_OM_other1_desc Text btm_cnvy

_OM_other1_2009_cost Number (Double) btm_cnvy

_OM_other2_desc Text btm_cnvy

_OM_other2_2009_cost Number (Double) btm_cnvy

_OM_total_2009_cost Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) storage_ID Text storage_ID Text storage_ID Text storage_ID Text btm_storage_planned Text cbi_btm_fly

_share_storage Yes/No btm_fly _share_storage Text btm_fly _share_storage_cmpnts Text cbi_btm_storage_pond Yes/No btm_storage_pond Text cbi_btm_storage_cmpnts_tbl Yes/No btm_storage_cmpnts Text btm_storage_cmpnts_other Text btm_storage_cmpnts_nmbr Number (Double) btm_storage_cmpnts_cpcty Number (Double) btm_storage_cmpnts_cpcty _unit Text btm_storage_cmpnts_cpcty _unit_other Text cbi_btm_storage_cntrctr_instl Yes/No btm_storage_cntrctr_instl Mem o btm_storage_cntrctr_instl_all Text cbi_btm_storage_cntrctr_oversee Yes/No btm_storage_cntrctr_oversee Mem o btm_storage_cntrctr_oversee_all Text cbi_btm_storage_cap_tbl Yes/No btm_storage_outside_firm_oversee Text cbi_btm_storage_cap_tbl Yes/No btm_storage_cap_project Text btm_cnvy

_storage_original Number (Double) btm_storage_cap_mdfy Number (Double) btm_storage_cap_original_y r_based Number (Double) btm_storage_cap_mdfy _yr_based Number (Double) cbi_btm_storage_all_cmpnts_cap_cost

s Yes/No

btm_storage_all_cmpnts_cap_costs Text btm_storage_cmpnts_not_cap_costs Mem ocbi_btm_storage_OM_tbl Yes/No

btm_storage_OM_OLbr_trks_2009_co st Number (Double)

btm_storage_OM_OLbr_trks_rate_hour ly Number (Double)

btm_storage_OM_OLbr_trks_staff_nm br Number (Double)

btm_storage_OM_OLbr_trks_staff_hpd Number (Double) btm_storage_OM_OLbr_trks_staff_dpy Number (Double) btm_storage_OM_OLbr_othr_2009_co st Number (Double)

btm_storage_OM_OLbr_othr_rate_hou rly Number (Double)

btm_storage_OM_OLbr_othr_staff_nm br Number (Double)

btm_storage_OM_OLbr_othr_staff_hpd Number (Double) btm_storage_OM_OLbr_othr_staff_dpy Number (Double) btm_storage_OM_MLbr_2009_cost Number (Double) btm_storage_OM_MLbr_rate_hourly Number (Double) btm_storage_OM_MLbr_staff_nmbr Number (Double) btm_storage_OM_MLbr_staff_hpd Number (Double) btm_storage_OM_MLbr_staff_dpy Number (Double) btm_storage_OM_MMtrls_2009_cost Number (Double) btm_storage_OM_energy _2009_cost Number (Double) btm_storage_OM_energy _rate_per_k Wh Number (Double)

btm_storage_OM_energy _kW h/hr Number (Double) btm_storage_OM_other1_desc Text btm_storage_OM_other1_2009_cost Number (Double) btm_storage_OM_other2_desc Text btm_storage_OM_other2_2009_cost Number (Double) btm_storage_OM_total_2009_cost Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_share_trspt_disp Yes/No btm_fly _share_trspt_disp Text btm_fly _share_trspt_disp_cmpnts Text cbi_btm_trspt_disp_pond Yes/No btm_trspt_disp_pond Text cbi_btm_trspt_disp_mthd Yes/No btm_trspt_disp_truck Text btm_trspt_disp_truck_nmbr Text btm_trspt_disp_truck_bought Text btm_trspt_disp_truck_lease Text btm_trspt_disp_truck_contract Text btm_trspt_disp_rail Textbtm_trspt_disp_rail_nmbr Text

btm_trspt_disp_rail_bought Text btm_trspt_disp_rail_lease Text btm_trspt_disp_rail_contract Text btm_trspt_disp_other Text btm_trspt_disp_other_desc Text cbi_btm_trspt_disp_cntrctr_pay _instl Yes/No btm_trspt_disp_cntrctr_pay _instl Mem o btm_trspt_disp_ctrctr_pay _instl_all Text cbi_btm_trspt_disp_cntrctr_pay _overse e Yes/No

btm_trspt_disp_cntrctr_pay _oversee Mem o btm_trspt_disp_cntrctr_pay _oversee_al l Text

cbi_btm_trspt_disp_cap_tbl Yes/No btm_trspt_disp_outside_firm_oversee Text cbi_btm_trspt_disp_cap_tbl Yes/No btm_trspt_disp_cap_project Text btm_trspt_disp_original Number (Double) btm_trspt_disp_cap_mdfy Number (Double) btm_trspt_disp_cap_original_y r_based Number (Double) btm_trspt_disp_cap_mdfy _yr_based Number (Double) cbi_btm_trspt_disp_all_cmpnts_cap_co sts Yes/No

btm_trspt_disp_all_cmpnts_cap_costs Text btm_trspt_disp_cmpnts_not_cap_costs Mem o

cbi_btm_trspt_disp_OM_tbl Yes/No btm_trspt_disp_OM_OLbr_tspt_2009_c ost Number (Double)

btm_trspt_disp_OM_OLbr_tspt_rate_h ourly Number (Double)

btm_trspt_disp_OM_OLbr_tspt_staff_n mb r Number (Double)

btm_trspt_disp_OM_OLbr_tspt_staff_h pd Number (Double)

btm_trspt_disp_OM_OLbr_tspt_staff_d py Number (Double)

btm_trspt_disp_OM_OLbr_tspt_rate_ld s/day Number (Double)

btm_trspt_disp_OM_OLbr_tspt_rate_d py Number (Double)

btm_trspt_disp_OM_OLbr_othr_2009_ cost Number (Double)

btm_trspt_disp_OM_OLbr_othr_rate_h ourly Number (Double)

btm_trspt_disp_OM_OLbr_othr_staff_n mb r Number (Double)

btm_trspt_disp_OM_OLbr_othr_staff_h pd Number (Double)btm_trspt_disp_OM_OLbr_othr_staff_d

py Number (Double)

btm_trspt_disp_OM_MLbr_2009_cost Number (Double) btm_trspt_disp_OM_MLbr_rate_hourly Number (Double) btm_trspt_disp_OM_MLbr_staff_nmbr Number (Double) btm_trspt_disp_OM_MLbr_staff_hpd Number (Double) btm_trspt_disp_OM_MLbr_staff_dpy Number (Double) btm_trspt_disp_OM_MMtrls_2009_cost Number (Double)

btm_trspt_disp_OM_energy _2009_cost Number (Double)

btm_trspt_disp_OM_energy _rate_per_ kW h Number (Double)

btm_trspt_disp_OM_energy _staff_kW h /hr Number (Double)

btm_trspt_disp_OM_ash_rmvl_2009_c ost Number (Double)

btm_trspt_disp_OM_other1_desc Text btm_trspt_disp_OM_other1_2009_cost Number (Double) btm_trspt_disp_OM_other2_desc Text btm_trspt_disp_OM_other2_2009_cost Number (Double) btm_trspt_disp_OM_total_2009_cost Number (Double) plant_id Number (Double) seunit_id Text cbi_ea_cllct_w_aha Yes/No ea_cllct_w_aha Text cbi_ea_handle Yes/No ea_handle Text ea_handle_segregated_desc Text cbi_ea_how_cmbn Yes/No ea_how_cm bn Text ea_cmbn_other_desc Text cbi_ea_gen_amt Yes/No ea_gen_tpd Number (Double) ea_gen_dpy Number (Double) cbi_ea_gen_W W Yes/No ea_gen_W W Text ea_W W_gpd Number (Double) ea_W W_days Number (Double) ea_W W_dest Text cbi_ea_fnl_dest Yes/No ea_dest_landfill_report Text ea_dest_landfill_report_per Number (Double) ea_dest_pond_report Text ea_dest_pond_report_per Number (Double) ea_dest_landfill_not_report Text ea_dest_landfill_not_report_per Number (Double)ea_dest_mkt Text

ea_dest_mkt_per Number (Double) ea_dest_gv_awy Text ea_dest_gv_awy

_per Number (Double) ea_dest_other Text ea_dest_other_desc Text ea_dest_other_per Number (Double) plant_id Number (Double) seunit_id Text cbi_aha_handle Yes/No aha_handle Text aha_handle_segregated_desc Text cbi_aha_how_cmbn Yes/No aha_how_cm bn Text aha_cmbn_other_desc Text cbi_aha_gen_amt Yes/No aha_gen_tpd Number (Double) aha_gen_dpy Number (Double) cbi_aha_gen_W W Yes/No aha_gen_W W Text aha_W W_gpd Number (Double) aha_W W_days Number (Double) aha_W W_dest Text cbi_aha_fnl_dest Yes/No aha_dest_landfill_report Text aha_dest_landfill_report_per Number (Double) aha_dest_pond_report Text aha_dest_pond_report_per Number (Double) aha_dest_landfill_not_report Text aha_dest_landfill_not_report_per Number (Double) aha_dest_mkt Text aha_dest_mkt_per Number (Double) aha_dest_gv_awy Text aha_dest_gv_awy

_per Number (Double) aha_dest_other Text aha_dest_other_desc Text aha_dest_other_per Number (Double) plant_id Number (Double) cbi_ash_comment Yes/No

ash_comment_nmbr Text ash_comment Mem o plant_id Number (Double) cbi_Use_Ponds Yes/NoUse_Ponds Text

cbi_Use_W WT Yes/No Use_W WT Text cbi_Op_System Yes/No Op_System Text

cbi_Op_Pond Yes/No Op_Pond Text

cbi_Op_W WT Yes/No Op_W WT Text

cbi_Act_Pond_Use Yes/No Act_Pond_Use Text

cbi_Clsd_Pond_Use Yes/No Clsd_Pond_Use Text

cbi_W WT_at_Plant Yes/No WWT_at_Plant Text cbi_Pond_After_2000 Yes/No Pond_After_2000 Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_W WT Studies Yes/No WWT Studies Text cbi_OngoingStudies Yes/No OngoingStudies Text cbi_SummaryStudies Yes/No Sum ma ryStudies Text Sum ma ryStudiesDesc Mem o cbi_OtherStudies Yes/No OtherStudies Mem o cbi_Pond_ID Yes/No System_ID Text Pond_Status Text Pond_Initial_Yr Number (Double) Plant_Desig Text SPD-01 Text SPD-02 Text SPD-03 Text SPD-04 Text SPD-05 TextSPD-06 Text

SPD-07 Text SPD-08 Text SPD-09 Text SPD-010 Text SPD-011 Text SPD-012 Text SPD-013 Text SPD-014 Text cbi_Pond_ID Yes/No System_ID Text Pond_Status Text Pond_Initial_Yr Number (Double) Plant_Desig Text RetSPD-01 Text RetSPD-02 Text RetSPD-03 Text RetSPD-04 Text cbi_Pond_ID Yes/No System_ID Text Pond_Status Text Pond_Initial_Yr Number (Double) Plant_Desig Text SPD-0A Text SPD-0B Text SPD-0C Text SPD-0D Text SPD-0E Text cbi_W WT_ID Yes/No System_ID Text Plant_Desig Text Footprint_ft2 Number (Double) Initial_Yr Number (Double) Length_FGD_Scr Number (Double) Length_FGD_DSCH Number (Double) plant_id Number (Double) System_ID Text cbi_Attchd_Diagram Yes/No Attchd_Diagram Yes/No plant_id Number (Double) plant_id Number (Double) System_ID Text System_ID Text cbi_Influents Yes/No Influent TextInfluent_Other Text

Influent_gpm Text Influent_hpd Text Influent_gpd Text Influent_dpy Text WWT U_ID Text WWT U_ID_Other Text cbi_Effluents Yes/No Effluent Text Effluent_Other Text Effluent_gpm Text Effluent_hpd Text Effluent_gpd Text Effluent_dpy Text Effluent_Slds_amt Text Effluent_Slds_unit Text Effluent_Slds_MC Text WWT U_ID Text WWT U_ID_Other Text Effluent_Dest Text Effluent_Dest_Other Text Effluent_NPDES Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) Pond_ID Text Pond_ID Text Pond_ID Text Pond_ID Text cbi_Act_Pond_Res_Time Yes/No Act_Pond_Res_Time Number (Double) Act_Pond_Life Number (Double) Act_Pond_Cells Number (Double) cbi_Act_Pond_Dimensions Yes/No Act_Status Text Act_Volum e Number (Double) Act_SA Number (Double) Act_Bot_Elevation Number (Double) Act_Top_Elevation Number (Double) Act_Freeboard Number (Double) Act_Max_Ht_Berms Number (Double) Act_Tot_Solids Text Act_Exp_Close Text cbi_Act_Pond_Liner Yes/NoAct_Pond_Liner Text

cbi_Act_Pond_Liner Yes/No Act_Liner_Nmbr Number (Double) Act_Liner_Ty pe Text Act_Liner_Ty pe_Other Text Act_Liner_Thick Number (Double) Act_Liner_Perm Number (Double) cbi_Pond_Drdg Yes/No Act_Pond_Drdg Text Act_Pond_Drdg_Yr Number (Double) Act_Pond_Drdg_Freq_Yr Number (Double) Act_Pond_Drdg_AmtRem_Yr Number (Double) Act_Pond_Drdg_NmbrTimes_5Yr Number (Double) Act_Pond_Drgd_NmbrDays_5Yr Number (Double) Act_Pond_Drgd_AmtRem_5Yr Number (Double) cbi_Act_Drdg_Transfer Yes/No Act_Drdg_Transfer Text Act_Drdg_Transfer_Other Text cbi_Act_Pond_Expand Yes/No Act_Pond_Expand Text cbi_Act_Expand_Ty pe Yes/No Act_Expand_Ty pe Text cbi_Act_Expand_Desc Yes/No Act_Expand_Desc Text Act_Expand_Cost Number (Double) cbi_Act_Trgtd_Pollutants Yes/No Act_Trgtd_Metals Text Act_Trgtd_Metals_Specify Text Act_Trgtd_TSS Text Act_Trgtd_Ntr Text Act_Trgtd_Org_Acids Text Act_Trgtd_Chlor_Oxidizing Text Act_Trgtd_OandG Text Act_Trgtd_Other Text Act_Trgtd_Other_Specify Text Act_Trgtd_NA Text cbi_Act_Poll_Lim _Driver Yes/No Act_Poll_1 Text Act_Lim_1 Number (Double) Act_Lim_Unit_1 Text Act_Poll_2 Text Act_Lim_2 Number (Double) Act_Lim_Unit_2 Text Act_Poll_3 Text Act_Lim_3 Number (Double)Act_Lim_Unit_3 Text

Act_cbi_Add_Chem_Pond Yes/No Act_Add_Chem_Pond Text cbi_Act_Chem_Addn Yes/No Act_Chem_Ty pe Text Act_Chem_Trade Text Act_Chem_Manu Text Act_Chem_Purpose Text Act_Chem_Location Text Act_Chem_Avg_Dose Number (Double) Act_Chem_Add_Rate Number (Double) Act_Chem_Add_Rate_Unit Text Act_Chem_Add_Rate_Ty pe Text Act_Chem_Freq Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) Pond_ID Text Pond_ID Text Pond_ID Text Pond_ID Text cbi_Clsd_Pond_Date Yes/No Clsd_Pond_Date Date/Time Clsd_Pond_Life Number (Double) Clsd_Pond_Cells Number (Double) cbi_Clsd_Pond_Dimensions Yes/No Clsd_Status Text Clsd_Volum e Number (Double) Clsd_SA Number (Double) Clsd_Bot_Elevation Number (Double) Clsd_Top_Elevation Number (Double) Clsd_Freeboard Number (Double) Clsd_Max_Ht_Berms Number (Double) Clsd_Tot_Solids Text cbi_Clsd_Pond_Liner Yes/No Clsd_Pond_Liner Text cbi_Clsd_Pond_Liner Yes/No Clsd_Liner_Nmbr Number (Double) Clsd_Liner_Ty pe Text Clsd_Liner_Ty pe_Other Text Clsd_Liner_Thick Number (Double) Clsd_Liner_Perm Number (Double) cbi_Clsd_Pond_Cap Yes/No Clsd_Pond_Cap Textcbi_Clsd_Pond_Cap Yes/No

Clsd_Cap_Nmbr Number (Double) Clsd_Cap_Ty pe Text Clsd_Cap_Ty pe_Other Text Clsd_Cap_Thick Number (Double) Clsd_Cap_Perm Number (Double) cbi_Clsd_Pond_Expand Yes/No Clsd_Pond_Expand Text cbi_Clsd_Expand_Ty pe Yes/No Clsd_Expand_Ty pe Text cbi_Clsd_Expand_Desc Yes/No Clsd_Expand_Desc Text Clsd_Expand_Cost Number (Double) cbi_Close_Plan Yes/No Close_Plan Text cbi_Close_Desc Yes/No Close_Desc Mem o Close_Plan_Attached Text cbi_Build_On_Clsd Yes/No Build_On_Clsd Text Build_On_Clsd_Desc Text cbi_Long_Monitoring Yes/No Long_Monitoring Text Long_Monitoring_Plan Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) System_ID Text System_ID Text System_ID Text System_ID Text cbi_W WT S_Units Yes/No WWT U_ID Text WWT U_ID_Other Text Pond_ID Text WWT U_Plant_Desig Text WWT U_Date_Add Date/Time WWT U_Volum e Number (Double) WWT U_Footprint Number (Double) WWT U_Res_Time Number (Double) WWT U_MOC_316L Text WWT U_MOC_317LM Text WWT U_MOC_317MN Text WWT U_MOC_255 TextWWT U_MOC_2205 Text

WWT U_MOC_625 Text WWT U_MOC_CarbonStl Text WWT U_MOC_Carbon_Lined Text WWT U_MOC_Carbon_Liner Text WWT U_MOC_Fiberglass Text WWT U_MOC_Titanium Text WWT U_MOC_Other Text WWT U_MOC_Other Desc Text cbi_W WT S_Info Yes/No WWT S_Info_Avg_Des_Flow Number (Double) WWT S_Info_Max_Des_Flow Number (Double) WWT S_Info_Ty p_Flow Number (Double) WWT S_Info_Max_Daily _GPM Number (Double) WWT S_Info_Max_Daily _GPD Number (Double) WWT S_Info_Duration Number (Double) WWT S_Info_Frequency Number (Double) cbi_W WT S_Trgtd_Pollutants Yes/No WWT S_Trgtd_Metals Text WWT S_Trgtd_Metals_Specify Text WWT S_Trgtd_TSS Text WWT S_Trgtd_Ntr Text WWT S_Trgtd_Org_Acids Text WWT S_Trgtd_Chlor_Oxidizing Text WWT S_Trgtd_OandG Text WWT S_Trgtd_Other Text WWT S_Trgtd_Other_Specify Text WWT S_Trgtd_NA Text cbi_W WT S_Poll_Lim _Driver Yes/No WWT S_Poll_1 Text WWT S_Lim _1 Number (Double) WWT S_Lim _Unit_1 Text WWT S_Poll_2 Text WWT S_Lim _2 Number (Double) WWT S_Lim _Unit_2 Text WWT S_Poll_3 Text WWT S_Lim _3 Number (Double) WWT S_Lim _Unit_3 Text cbi_Sulf_Addn_Capbl Yes/No Sulf_Addn_Capbl Text cbi_Current_Sulf_Addn Yes/No Current_Sulf_Addn Text cbi_Clim ate Yes/No Clim ate Mem o cbi_Space_Avail Yes/NoSpace_Avail Mem o

cbi_Bid_Proposal Yes/No Bid_Proposal Text

No_Bid_Explanation Text cbi_W WT S_Pld_Im prvts Yes/No WWT U_ID Text WWT U_ID_Other Text Pond_ID Text Pld_W WT S_Desc Text Pld_W WT S_Exp_Date Text Pld_W WT S_Cap_Cost Number (Double) cbi_Fut_Lim_Chng Yes/No Fut_Lim_Chng Text

Fut_Lim_Chng_Desc Text plant_id Number (Double) plant_id Number (Double) WWT S_id Text WWT S_id Text cbi_W WT U_Chem_Addn Yes/No WWT U_ID Text WWT U_ID_Other Text WWT U_Chem_Ty pe Text WWT U_Chem_Trade Text WWT U_Chem_Manu Text WWT U_Chem_Purpose Text WWT U_Chem_Avg_Dose Number (Double) WWT U_Chem_Add_Rate Number (Double) WWT U_Chem_Add_Rate_Unit Text WWT U_Chem_Add_Rate_Ty pe Text WWT U_Chem_Freq Number (Double) cbi_W WT U_Chem_Add Yes/No WWT U_Chem_Add Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) System_ID Text System_ID Text System_ID Text System_ID Text cbi_Pond_W WT_OandM Yes/No OM_Opr_Annual Number (Double) OM_Opr_Rate_Hours Number (Double)OM_Opr_Staffing_W orkers Number (Double)

OM_Opr_Staffing_hpd Number (Double) OM_Opr_Staffing_dpy Number (Double) OM_MLabor_Annual Number (Double) OM_MLabor_Rate_Hours Number (Double) OM_MLabor_Staffing_W orkers Number (Double) OM_MLabor_Staffing_hpd Number (Double) OM_MLabor_Staffing_dpy Number (Double) OM_MMaterials_Annual Number (Double) OM_Chemicals_Annual Number (Double) OM_Energy

_Pum p_Annual Number (Double) OM_Energy

_Pum p_kW h Number (Double) OM_Energy

_Pum p_Consump_kW h/h Number (Double) OM_Energy

_Other_Annual Number (Double) OM_Energy

_Other_kW h Number (Double) OM_Energy

_Other_Consump_kW h/h Number (Double) OM_Steam_Annual Number (Double) OM_Steam_pounds Number (Double) OM_Steam_Consump_pounds/hr Number (Double) OM_HazDrdg_Annual Number (Double) OM_HazDrgd_Rate Number (Double) OM_HazDrgd_Rate_Per Text OM_HazLandfill_Annual Number (Double) OM_HazLandfill_Rate Number (Double) OM_HazLandfill_Rate_Per Text OM_NonHazDrgd_Annual Number (Double) OM_NonHazDrgd_Rate Number (Double) OM_NonHazDrgd_Rate_Per Text OM_NonHazLandfill_Annual Number (Double) OM_NonHazLandfill_Rate Number (Double) OM_NonHazLandfill_Rate_Per Text OM_Other1 Text OM_Other1_Annual Number (Double) OM_Other2 Text OM_Other2_Annual Number (Double) OM_Total_Annual Number (Double) cbi_Pond_W WT_Cap Yes/No Cap_Project Text

Cap_Cost Number (Double) Cap_Year_Based Number (Double) cbi_Pond_Hired_Contractor Yes/No Pond_Hired_Contractor Yes/No

cbi_Pond_W WT_Components Yes/NoPond_W WT_Components_Incl Text

Pond_W WT_Components_Incl_desc Mem o cbi_FGDW WT S_Retrofit Yes/No FGDW WT S_Retrofit Text cbi_FGDW WT S_Scrubber_Pkg Yes/No FGDW WT S_Scrubber_Pkg Text plant_id Number (Double) System_ID Text cbi_W WT_Anc_Equip Yes/No WWT_Anc_Equip Text WWT_Nmbr_Anc_Equip Number (Double) plant_id Number (Long Integer) cbi_pond_wwt_com me nt Yes/No

pond_wwt_com me nt_nmbr Text pond_wwt_com me nt Mem o plant_id Number (Double) cbi_generate_mcw Yes/No generate_mcw Text plant_id Number (Double) plant_id Number (Double) seunit_id Text seunit_ID Text cbi_MCW _Chem_Tbl Yes/No Operation_ID Text Operation Text Oprtn_ocurr_wChem Text MCW _Chem_1 Text MCW _Chem_1_other Text

MCW _Chem_2 Text MCW _Chem_2_other Text

MCW _Chem_3 Text MCW _Chem_3_other Text

MCW _Chem_4 Text MCW _Chem_4_other Text

MCW _Chem_5 Text MCW _Chem_5_other Text

MCW _Chem_6 Text MCW _Chem_6_other Text

MCW _Chem_Dose_1 Number (Double) MCW _Chem_Dose_2 Number (Double)MCW _Chem_Dose_3 Number (Double)

MCW _Chem_Dose_4 Number (Double) MCW _Chem_Dose_5 Number (Double) MCW _Chem_Dose_6 Number (Double) MCW _Chem_Addn_1 Number (Double) MCW _Chem_Addn_2 Number (Double) MCW _Chem_Addn_3 Number (Double) MCW _Chem_Addn_4 Number (Double) MCW _Chem_Addn_5 Number (Double) MCW _Chem_Addn_6 Number (Double) H2O_wChem_1 Text H2O_wChem_1_other Text

H2O_wChem_2 Text H2O_wChem_2_other Text

H2O_wChem_3 Text H2O_wChem_3_other Text

H2O_wChem_Vol_1 Number (Double) H2O_wChem_Vol_2 Number (Double) H2O_wChem_Vol_3 Number (Double) H2O_wChem_Freq_Every Number (Double) H2O_wChem_Freq_Yrs Number (Double) cbi_MCW _NoChem_Tbl Yes/No Operation_ID Text Operation Text Oprtn_ocurr_woChem Text H2O__NoChem_1 Text H2O__NoChem_1_other Text

H2O__NoChem_2 Text H2O__NoChem_2_other Text

H2O__NoChem_3 Text H2O__NoChem_3_other Text

H2O__NoChem_Vol_1 Number (Double) H2O__NoChem_Vol_2 Number (Double) H2O__NoChem_Vol_3 Number (Double) H2O__NoChem_Freq_Every Number (Double) H2O__NoChem_Freq_Yrs Number (Double) plant_id Number (Double) plant_id Number (Double) seunit_ID Text seunit_ID Text Operation_ID TextOperation_ID Text

cbi_Clean_desc Yes/No Clean_desc Mem o cbi_MCW _Cmgld Yes/No MCW _Cmgld Text MCW _Cmgld_FA Yes/No MCW _Cmgld_BA Yes/No MCW _Cmgld_FGD Yes/No MCW _Cmgld_CTB Yes/No MCW _Cmgld_CW _Once Yes/No MCW _Cmgld_Other Yes/No MCW _Cmgld_Other_desc Text cbi_MCW _Dest Yes/No MCW _Dest_Recyc Yes/No MCW _Dest_Recyc_desc Text MCW _Dest_Onsite_TS Yes/No MCW _Onsite_TS_SP Yes/No MCW _Onsite_TS_pH Yes/No MCW _Onsite_TS_ChemP Yes/No MCW _Onsite_TS_W etland Yes/No MCW _Onsite_TS_Other Yes/No MCW _Onsite_TS_Other_desc Text MCW _Dest_SW Yes/No Outfall_number Text MCW _Dest_Indirect Yes/No MCW _Dest_Evap Yes/No MCW _Dest_Other Yes/No MCW _Dest_Other_desc Text cbi_MCW _Residues Yes/No MCW _Gen_Residues Text cbi_MCW _HazResidues Yes/No MCW _HazResidues Text cbi_MCW _Characteristics Yes/No MCW _Characteristics Text cbi_MCW _Handling Yes/No MCW _Handling_Landfill Yes/No MCW _Handling_Landfill_Perm Yes/No MCW _LPerm_TPY Number (Double) MCW _Handling_Landfill_Temp Yes/No MCW _LTemp_TPY Number (Double) MCW _Handling_Pond Yes/No MCW _Handling_Pond_Perm Yes/No MCW _PPerm_TPY Number (Double) MCW _Handling_Pond_Temp Yes/No MCW _PTemp_TPY Number (Double)MCW _Handling_Haul Yes/No

MCW _Haul_TPY Number (Double) MCW _Handling_Other Yes/No MCW _Handling_Other_desc Text MCW _Other_TPY Number (Double) cbi_MCW _CombinedStorage Yes/No MCW _CombinedStorage Text MCW _Combined_FA Yes/No MCW _Combined_BA Yes/No MCW _Combined_FGD Yes/No MCW _Combined_Mill Yes/No MCW _Combined_Other Yes/No MCW _Combined_Other_desc Text plant_id Number (Double) cbi_comment Yes/No

comment_quest_nmbr Text comment Mem o plant_id Number (Double) cbi_Ponds_Landfills Yes/No Ponds_Landfills Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) pond_ID Text pond_ID Text pond_ID Text cbi_Pond_Hydr_Dsgn Yes/No Pond_Hydr_Dsgn Text Pond_Hydr_Dsgn_Other_desc Text cbi_Pond_YrInsp Yes/No Pond_YrInsp Text

Pond_YrInsp_Performed Text

Pond_YrInsp_Freq Number (Double) Pond_YrInsp_Hrs Number (Double) cbi_Pond_Ovrflw Yes/No Pond_Ovrflw Text Pond_Ovrflw_desc Text cbi_Pond_Ovrflw_Dsch Yes/No Pond_Ovrflw_Dsch Text

Pond_Ovrflw_Dsch_RW Text cbi_Pond_Leachate_Sys Yes/No Pond_Leach_Sys TextPond_Leach_Sys_LCS Text

Pond_Leach_Sys_LDS Text Pond_Leach_Sys_Other Text Pond_Leach_Sys_Other_desc Text cbi_Pond_Leach_Vol_Freq Yes/No Pond_Leach_Vol_GPD Number (Double) Pond_Leach_Vol_GPY Number (Double) Pond_Leach_Freq Number (Double) Pond_Leach_Est_Desc Mem o cbi_Pond_Leach_PW Yes/No Pond_Leach_procW W Text

Pond_Leach_procW W_Storm Text Pond_Leach_procW W_Storm_GPY Number (Double) Pond_Leach_procW W_ Rain Text Pond_Leach_procW W_ Rain_GPY Number (Double) Pond_Leach_procW W_Other Text Pond_Leach_procW W_Other_Code Text Pond_Leach_procW W_Other_GPY Number (Double) Pond_Leach_procW W_Other_desc Text cbi_Pond_Leach_Dest Yes/No Pond_Leach_Dest_BackToPond Text Pond_Leach_Dest_CmbndPondEff Text Pond_Leach_Dest_OtherPond Text Pond_Leach_Dest_OtherPond_ID Text Pond_Leach_Dest_OnsiteTS Text Pond_Leach_Dest_OnsiteTS_W WT Text System_ID Text Pond_Leach_Dest_StorTnk Text Pond_Leach_Dest_Indirect Text Pond_Leach_Dest_Recyc Text Pond_Leach_Dest_Recyc_desc Text Pond_Leach_Dest_SW Text Outfall_number Text Pond_Leach_Dest_Other Text Pond_Leach_Dest_Other_desc Text cbi_Pond_Leach_Chem Yes/No Pond_Leach_Chem Text Pond_Leach_Chem_Lime Text Pond_Leach_Chem_NaOH Text Pond_Leach_Chem_H2SO4 Text Pond_Leach_Chem_Other Text Pond_Leach_Chem_Other_desc Text cbi_Pond_Mon Yes/NoPond_Mon Text

plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Text Landfill_ID Text cbi_Ldfl_Dim Yes/No

Ldfl_Status Text

Ldfl_SA Number (Double)

Ldfl_Vol Number (Double)

Ldfl_Ht Number (Double)

cbi_Ldfl_Date Yes/No Ldfl_Date Text cbi_Ldfl_Clsd Yes/No Ldfl_Clsd Text Ldfl_Clsd_Date Text cbi_Ldfl_Exp Yes/No Ldfl_Exp Text cbi_Ldfl_Exp_Ty pe Yes/No Ldfl_Exp_Ty pe Text cbi_Ldfl_Exp_desc Yes/No Ldfl_Exp_desc Text cbi_Ldfl_Exp_Cost Yes/No Ldfl_Exp_Cost Text cbi_Ldfl_Liner Yes/No Ldfl_Liner Text cbi_Ldfl_Liner Yes/NoLdfl_Liner_Ty pe Text

Ldfl_Liner_Ty pe_Present Text Ldfl_Liner_Ly r_No Number (Double) Ldfl_Liner_Ly r_Thick Number (Double) Ldfl_Liner_Ly r_Perm Number (Double) cbi_Ldfl_Cap Yes/No Ldfl_Cap Text cbi_Ldfl_Cap Yes/No Ldfl_Cap_Ty pe Text

Ldfl_Cap_Ty pe_Present Text Ldfl_Cap_Lyr_No Number (Double) Ldfl_Cap_Lyr_Thick Number (Double) Ldfl_Cap_Lyr_Perm Number (Double) cbi_Ldfl_Struc Yes/No Ldfl_Struc Text Ldfl_Struc_desc Text cbi_Ldfl_Leach_Sys Yes/No Ldfl_Leach_Sys_Present Text Ldfl_Leach_Sys_LCS Text Ldfl_Leach_Sys_LDS Text Ldfl_Leach_Sys_Other Text Ldfl_Leach_Sys_Other_desc Text cbi_Ldfl_Leach_Vol_Freq Yes/No Ldfl_Leach_Vol_GPD Number (Double) Ldfl_Leach_Vol_GPY Number (Double) Ldfl_Leach_Freq Number (Double) Ldfl_Leach_Desc Text

cbi_Ldfl_Leach_PW Yes/No Ldfl_Leach_ProcW W Text

Ldfl_Leach_ProcW W_Storm Text Ldfl_Leach_ProcW W_Storm_GPD Number (Double) Ldfl_Leach_ProcW W_ Rain Text Ldfl_Leach_ProcW W_ Rain_GPD Number (Double) Ldfl_Leach_ProcW W_Other Text

Ldfl_Leach_ProcW W_Other_Code Text Ldfl_LeachProcW W_Other_desc Text Ldfl_LeachProcW W_Other_GPD Number (Double) cbi_Ldfl_Leach_Dest Yes/No Ldfl_Leach_Dest_Pond Text Pond_ID Text Ldfl_Leach_Dest_OnsiteTS Text Ldfl_Leach_Dest_OnsiteTS_W WT TextSystem_ID Text

Ldfl_Leach_Dest_StorTnk Text Ldfl_Leach_Dest_Indirect Text Ldfl_Leach_Dest_Recyc Text Ldfl_Leach_Dest_Recyc_desc Text Ldfl_Leach_Dest_SW Text Outfall_number Text Ldfl_Leach_Dest_Other Text Ldfl_Leach_Dest_Other_desc Text cbi_Ldfl_Leach_Chem Yes/No Ldfl_Leach_Chem Text Ldfl_Leach_Chem_Lime Text Ldfl_Leach_Chem_NaOH Text Ldfl_Leach_Chem_H2SO4 Text Ldfl_Leach_Chem_Other Text Ldfl_Leach_Chem_Other_desc Text cbi_Ldfl_Storm_Src Yes/No Ldfl_Storm_Src Text

Ldfl_Storm_Comb_Leachate Text

cbi_Ldfl_Storm_Dest Yes/No Ldfl_Storm_Dest_Pond Text

Pond_ID Text Ldfl_Storm_Dest_OnsiteTS Text

WWT_ID Text Ldfl_Storm_Dest_OnsiteTS_Ty pe Text

Ldfl_Storm_Dest_OnsiteTS_Other_des

c Text

Ldfl_Storm_Dest_StorTnk Text

Ldfl_Storm_Dest_Indirect Text

Ldfl_Storm_Dest_Recyc Text

Ldfl_Storm_Dest_Recyc_desc Text Ldfl_Storm_Dest_SW Text

Outfall_number Text Ldfl_Storm_Dest_Other Text Ldfl_Storm_Dest_Other_desc Text cbi_Ldfl_Storm_Src Yes/No Ldfl_Storm_Src TextLdfl_Storm_Comb_Leachate Text

cbi_Ldfl_Storm_Dest Yes/No Ldfl_Storm_Dest_Pond Text

Pond_ID Text Ldfl_Storm_Dest_OnsiteTS Text

WWT_ID Text Ldfl_Storm_Dest_OnsiteTS_Ty pe Text

Ldfl_Storm_Dest_OnsiteTS_Other_des

c Text

Ldfl_Storm_Dest_StorTnk Text

Ldfl_Storm_Dest_Indirect Text

Ldfl_Storm_Dest_Recyc Text

Ldfl_Storm_Dest_Recyc_desc Text Ldfl_Storm_Dest_SW Text

Outfall_number Text Ldfl_Storm_Dest_Other Text Ldfl_Storm_Dest_Other_desc Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) Landfill_ID Text Landfill_ID Text Landfill_ID Text cbi_Ldfl_OandM Yes/No Ldfl_OM_Opr_Annual Number (Double) Ldfl_OM_Opr_Rate_Hours Number (Double) Ldfl_OM_Opr_Staffing_W orkers Number (Double) Ldfl_OM_Opr_Staffing_hpd Number (Double) Ldfl_OM_Opr_Staffing_dpy Number (Double) Ldfl_OM_MLabor_Annual Number (Double) Ldfl_OM_MLabor_Rate_Hours Number (Double) Ldfl_OM_MLabor_Staffing_W orkers Number (Double) Ldfl_OM_MLabor_Staffing_hpd Number (Double) Ldfl_OM_MLabor_Staffing_dpy Number (Double) Ldfl_OM_MMaterials_Annual Number (Double) Ldfl_OM_Chemicals_Annual Number (Double) Ldfl_OM_Plants_Annual Number (Double) Ldfl_OM_Energy

_Pum p_Annual Number (Double) Ldfl_OM_Energy

_Pum p_kW h Number (Double)Ldfl_OM_Energy _Pum p_Consump_k Wh /h Number (Double)

Ldfl_OM_Energy

_Other_Annual Number (Double) Ldfl_OM_Energy

_Other_kW h Number (Double) Ldfl_OM_Energy

_Other_Consump_kW h/h Number (Double)

Ldfl_OM_Steam_Annual Number (Double) Ldfl_OM_Steam_pounds Number (Double) Ldfl_OM_Steam_Consump_pounds/hr Number (Double) Ldfl_OM_HazDrdg_Annual Number (Double) Ldfl_OM_HazDrgd_Rate Number (Double) Ldfl_OM_HazDrgd_Rate_Per Text Ldfl_OM_HazLandfill_Annual Number (Double) Ldfl_OM_HazLandfill_Rate Number (Double) Ldfl_OM_HazLandfill_Rate_Per Text Ldfl_OM_NonHazDrgd_Annual Number (Double) Ldfl_OM_NonHazDrgd_Rate Number (Double) Ldfl_OM_NonHazDrgd_Rate_Per Text Ldfl_OM_NonHazLandfill_Annual Number (Double) Ldfl_OM_NonHazLandfill_Rate Number (Double) Ldfl_OM_NonHazLandfill_Rate_Per Text Ldfl_OM_Other1 Text Ldfl_OM_Other1_Annual Number (Double) Ldfl_OM_Other2 Text Ldfl_OM_Other2_Annual Number (Double) Ldfl_OM_Total_Annual Number (Double) cbi_Ldfl_Cap Yes/No Ldfl_Cap_Project Text Ldfl_Cap_Cost Number (Double) Ldfl_Cap_Year_Based Number (Double) cbi_Ldfl_Outside_Firm_Oversee Yes/No Ldfl_Outside_Firm_Oversee Text

plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) cbi_LTS Yes/No LTS_ID Text LTS_Plant_Des Text LTS_Ftprt Number (Double) LTS_Init_Year Number (Double) LTS_NoOfLCS Number (Double) LTS_DistFromLCS Number (Double) LTS_DistToOutfall Number (Double) Outfall_number Text cbi_Pln_LTS Yes/NoLTS_ID Text

Pln_LTS_Plant_Des Text Pln_LTS_Ftprt Number (Double) Pln_LTS_Init_Year Number (Double) Pln_LTS_NoOfLCS Number (Double) Pln_LTS_DistFromLCS Number (Double) Pln_LTS_DistToOutfall Number (Double) Outfall_number Text cbi_LTS_Diagram Yes/No LTS_Diagram Yes/No plant_id Number (Double) LTS_ID Text cbi_LTS_Infl Yes/No LTS_PW Text

LTS_PW _desc Text LTS_Ldfl Text LTS_PW _GPM Number (Double)

LTS_PW _HPD Number (Double)

LTS_PW _DPY_1 Number (Double)

LTS_PW _GPD Number (Double)

LTS_PW _DPY_2 Number (Double)

plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) LTS_ID Text LTS_ID Text LTS_ID Text LTS_ID Text cbi_LTS_LTUs Yes/No LTU_ID Text

LTU_ID_other Text Pond_ID Text LTS_LTU_Plant_Des Text cbi_LTS_LTU_Improv Yes/No LTU_ID Text LTU_ID_other Text Pond_ID Text LTS_LTU_Improv_desc Text LTS_LTU_Improv_Date Date/TimeLTS_LTU_Improv_CapCost Number (Double)

cbi_LTS_Imp_Lim_Chgs Yes/No LTS_Imp_Lim_Chgs Text LTS_Imp_Lim_Chgs_desc Text cbi_LTS_Flow Yes/No LTS_Flow_Ty p Number (Double) LTS_Flow_Max Number (Double) LTS_Annual_Avg Number (Double) LTS_Eff_Trnsf_HPD Number (Double) LTS_Eff_Trnsf_DPY Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) LTS_ID Text LTS_ID Text LTS_ID Text LTS_ID Text LTU_ID Text LTU_ID Text cbi_LTU_Chem Yes/No cbi_LTU_Plant Yes/No cbi_LTU_Vol Yes/No LTU_Vol_Ft3 Number (Double) LTU_Vol_Depth_Ft Number (Double) cbi_LTU_SA Yes/No LTU_SA Number (Double) cbi_LTU_ResTime Yes/No LTU_ResTime Number (Double) cbi_LTU_Mtrl Yes/No LTU_SS Text LTU_SS_316L Text LTU_SS_317LM Text LTU_SS_317LMN Text LTU_SS_2205 Text LTU_SS_255 Text LTU_SS_625 Text LTU_SS_Other Text LTU_SS_Other_desc Text LTU_CS Text LTU_CS_Lined Text LTU_CS_Lined_desc Text LTU_Fiberglass Text LTU_Titanium Text LTU_Mtrl_Other TextLTU_Mtrl_Other_desc Text

cbi_LTU_Trgtd Yes/No LTU_Trgtd_Metals Text LTU_Trgtd_Metals_Specify Text LTU_Trgtd_Hg Text LTU_Trgtd_Chlor Text LTU_Trgtd_SO4 Text LTU_Trgtd_TDS Text LTU_Trgtd_TSS Text LTU_Trgtd_Other Text LTU_Trgtd_Other_Specify Text cbi_LTU_Poll_Lim_Driver Yes/No LTU_Poll_1 Text LTU_Lim_1 Number (Double) LTU_Lim_Unit_1 Text LTU_Poll_2 Text LTU_Lim_2 Number (Double) LTU_Lim_Unit_2 Text LTU_Poll_3 Text LTU_Lim_3 Number (Double) LTU_Lim_Unit_3 Text cbi_LTU_Chem Yes/No LTU_Chem Text LTU_ID Text LTU_Chem_Ty pe Text LTU_Chem_Trade_Nm Text LTU_Chem_Mftr Text LTU_Chem_Purp Text LTU_Chem_Loc Text LTU_Chem_Conc Number (Double) LTU_Chem_Rate Number (Double) LTU_Chem_Rate_Unit Text

LTU_Chem_Rate_Phase Text LTU_Chem_Freq Number (Double) cbi_LTU_Plant Yes/No LTU_Plant Text LTU_ID Text LTU_Plant_Ty pe Text LTU_Plant_Nm Text LTU_Plant_Purp Text plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) LTS_ID TextLTS_ID Text

LTS_ID Text cbi_LTS_Outside_Firm_Oversee Yes/No LTS_Outside_Firm_Oversee Text

cbi_LTS_OandM Yes/No LTS_OM_Opr_Annual Number (Double) LTS_OM_Opr_Rate_Hours Number (Double) LTS_OM_Opr_Staffing_W orkers Number (Double) LTS_OM_Opr_Staffing_hpd Number (Double) LTS_OM_Opr_Staffing_dpy Number (Double) LTS_OM_MLabor_Annual Number (Double) LTS_OM_MLabor_Rate_Hours Number (Double) LTS_OM_MLabor_Staffing_W orkers Number (Double) LTS_OM_MLabor_Staffing_hpd Number (Double) LTS_OM_MLabor_Staffing_dpy Number (Double) LTS_OM_MMaterials_Annual Number (Double) LTS_OM_Chemicals_Annual Number (Double) LTS_OM_Plants_Annual Number (Double) LTS_OM_Energy

_Pum p_Annual Number (Double) LTS_OM_Energy

_Pum p_kW h Number (Double) LTS_OM_Energy

_Pum p_Consump_k Wh /h Number (Double)

LTS_OM_Energy

_Other_Annual Number (Double) LTS_OM_Energy

_Other_kW h Number (Double) LTS_OM_Energy

_Other_Consump_k Wh /h Number (Double)

LTS_OM_Steam_Annual Number (Double) LTS_OM_Steam_pounds Number (Double) LTS_OM_Steam_Consump_pounds/hr Number (Double) LTS_OM_HazDrdg_Annual Number (Double) LTS_OM_HazDrgd_Rate Number (Double) LTS_OM_HazDrgd_Rate_Per Text LTS_OM_HazLandfill_Annual Number (Double) LTS_OM_HazLandfill_Rate Number (Double) LTS_OM_HazLandfill_Rate_Per Text LTS_OM_NonHazDrgd_Annual Number (Double) LTS_OM_NonHazDrgd_Rate Number (Double) LTS_OM_NonHazDrgd_Rate_Per Text LTS_OM_NonHazLandfill_Annual Number (Double) LTS_OM_NonHazLandfill_Rate Number (Double) LTS_OM_NonHazLandfill_Rate_Per Text LTS_OM_Other1 Text LTS_OM_Other1_Annual Number (Double) LTS_OM_Other2 TextLTS_OM_Other2_Annual Number (Double)

LTS_OM_Total_Annual Number (Double) cbi_LTS_Cap Yes/No LTS_Cap_Project Text LTS_Cap_Cost Number (Double) LTS_Cap_Year_Based Number (Double) plant_id Number (Double) LTS_ID Text cbi_LTS_Anc_Eq Yes/No LTS_Anc_Equip Text LTS_Anc_Equip_No Number (Double) plant_id Number (Double) plant_id Number (Double) Pond_Landfill_ID Text

Pond_Landfill_ID Text

cbi_GW _Montr Yes/No GW _Montr Text GW _Montr_Yr Number (Double) GW _Montr_Freq Number (Double) GW _Montr_No Number (Double) cbi_GW _Exc Yes/No GW _Excd Text

cbi_Poll_Excd Yes/No Poll_Excd Text cbi_GW _Bkgd Yes/No GW _Bkgd Text

cbi_Poll_Excd_Bkgd Yes/No Poll_Excd_Bkgd Text cbi_GW _Mon_Diagram Yes/No GW _Mon_Diagram Text cbi_GW _Mon_W ell Yes/No GW _Mon_W ell_No Text GW _Mon_W ell_Dpth Number (Double) GW _Mon_W ell_DistToSW Number (Double) plant_id Number (Long Integer) cbi_Mgmt_Prac_comment Yes/No

Mgm t_Prac_comment_nmbr Text Mgm t_Prac_comment Mem o cbi_generate_leachate Yes/No generate_leachate Text plant_id Number (Double)Pond_Landfill_ID Text

cbi_leach_collected Yes/No leach_collected Text cbi_leach_offsite Yes/No leach_offsite Text cbi_leach_treated Yes/No leach_treated Text cbi_leach_combined Yes/No leach_combined Text plant_id Number (Double) cbi_leach_aerial_photo Yes/No leach_aerial_photo Text leach_no_aerial_desc Text cbi_smple_pts_landfill_BD Yes/No

smple_pts_landfill_BD Yes/No plant_id Number (Double) plant_id Number (Double) Pond_Landfill_ID Text cbi_Leach_Smpl_Point_Info Yes/No Leach_Smpl_Location Text LTS_ID Text Leach_Smpl_Pt_Desc Text Leach_Smpl_Date Date/Time cbi_Leach_Rain Yes/No Leach_Rain_Date Date/Time Leach_Rain_Inches Number (Double) plant_id Number (Double) Pond_Landfill_ID Text cbi_Leach_W aste_Info Yes/No Leach_FA Text Leach_FA_tons Number (Double) Leach_BA Text Leach_BA_tons Number (Double) Leach_Slag Text Leach_Slag_tons Number (Double) Leach_Gy psum Text Leach_Gy psum_tons Number (Double) Leach_Ca_Sulfite Text Leach_Ca_Sulfite_tons Number (Double) Leach_Pozz Text Leach_Pozz_tons Number (Double) Leach_Other1 Text Leach_Other1_Desc TextLeach_Other1_tons Number (Double)

Leach_Other2 Text Leach_Other2_Desc Text Leach_Other2_tons Number (Double) Leach_Other3 Text Leach_Other3_Desc Text Leach_Other3_tons Number (Double) plant_id Number (Double) plant_id Number (Double) Pond_Landfill_ID Text

cbi_Smpl_Data Yes/No cbi_Smpl_Lab Yes/No Leach_Analy

tical_Lab Text Leach_Summary

_Attch Text cbi_Smpl_Loc_Desc Yes/No

Leach_Data_Smpl_Location Text

Sm pl_Loc_Desc Text

Leach_Analy

te Text

Leach_CAS Text

Leach_Non_Detect Text

Leach_Conc Number (Double)

Leach_Method Text

Leach_Method_Other Text

Leach_Method_DL Number (Double)

Leach_Method_RL Number (Double)

Leach_Method_Qual Text

plant_id Number (Double) cbi_comment Yes/No

comment_quest_nmbr Text comment Mem o plant_id Number (Double) plant_id Number (Double) cbi_nuclear_fuel Yes/No nuclear_fuel Text

cbi_gen_nuc_wastewater Yes/Nogen_nuc_wastewater Text

nuc_wastewater_ID Text cbi_nuc_wastewater_tbl Yes/No nuc_wastewater_desc Text nuc_wastewater_desc_other Text radioactive_W W Text WW_assoc_SE_unit_1 Text WW_assoc_SE_unit_2 Text WW_assoc_SE_unit_3 Text WW_assoc_SE_unit_4 Text WW_assoc_SE_unit_5 Text WW_assoc_SE_unit_6 Text WW_assoc_SE_unit_7 Text WW_assoc_SE_unit_8 Text WW_assoc_SE_unit_9 Text WW_assoc_SE_unit_ID_other Text WW_assoc_SE_unit_ID_other_desc Text plant_id Number (Double) nuc_wastewater_ID Text

cbi_untr_flow Yes/No untr_flow_ty pe Text untr_flow_rate Number (Double) untr_flow_volum e Number (Double) untr_flow_hpd Number (Double) untr_flow_dpy Number (Double) untr_flow_every Text untr_flow_years Text cbi_untr_handled Yes/No untr_handled_recyc Text untr_handled_recyc_ct Text untr_handled_recyc_rc Text untr_handled_recyc_pc Text untr_handled_recyc_sc Text untr_handled_recyc_other Text untr_handled_recyc_other_desc Text untr_handled_discharge_treat Text untr_handled_discharge_treat_outfall Text untr_handled_discharge_untreat Text untr_handled_discharge_untreat_outfal l Text untr_handled_treatmentworks Text untr_handled_wasteprocessor Text untr_handled_burial Text untr_handled_other Textuntr_handled_other_desc Text

plant_id Number (Double) plant_id Number (Double) plant_id Number (Double) technology

_status Text technology

_status Text nuc_wwts_nam e Text

nuc_wwts_nam e Text

nuc_wwts_nam e Text

cbi_treat_radioactive Yes/No treat_radioactive Text cbi_nuc_wastewater_ID Yes/No NUC_1 Text NUC_2 Text NUC_3 Text NUC_4 Text NUC_5 Text NUC_6 Text NUC_7 Text NUC_8 Text NUC_9 Text NUC_10 Text NUC_11 Text NUC_12 Text NUC_13 Text NUC_14 Text NUC_15 Text NUC_16 Text NUC_17 Text NUC_18 Text NUC_19 Text NUC_20 Text NUC_21 Text NUC_22 Text NUC_23 Text NUC_24 Text NUC_25 Text NUC_26 Text NUC_27 Text NUC_28 Text NUC_29 Text NUC_30 Text NUC_31 TextNUC_32 Text

NUC_33 Text NUC_34 Text NUC_35 Text NUC_36 Text cbi_treat_nuc_flow Yes/No treat_nuc_flow_ty p Number (Double) treat_nuc_flow_max Number (Double) treat_nuc_flow_hpd Number (Double) treat_nuc_flow_dpy Number (Double) technology Text technology

_other Text

CBI_tech_table Yes/No pollutants_chlorine Text pollutants_nitrogen Text pollutants_carbohydrazine Text pollutants_hydrazine Text pollutants_organicacids Text pollutants_TSS Text pollutants_oilgrease Text pollutants_boron Text pollutants_tritium Text pollutants_strontium90 Text pollutants_cesium137 Text pollutants_other_radionuclides Text pollutants_other_metals Text pollutants_other_metals_desc Text pollutants_other Text pollutants_other_desc Text drive_pollutant_1 Text drive_lim itation_1 Text drive_unit_1 Text drive_pollutant_2 Text drive_lim itation_2 Text drive_unit_2 Text drive_pollutant_3 Text drive_lim itation_3 Text drive_unit_3 Text technology Text technology

_other Text

CBI_tech_table Yes/No pollutants_chlorine Text pollutants_nitrogen Textpollutants_carbohydrazine Text

pollutants_hydrazine Text pollutants_organicacids Text pollutants_TSS Text pollutants_oilgrease Text pollutants_boron Text pollutants_tritium Text pollutants_strontium90 Text pollutants_cesium137 Text pollutants_other_radionuclides Text pollutants_other_metals Text pollutants_other_metals_desc Text pollutants_other Text pollutants_other_desc Text cbi_treat_handled Yes/No treat_handled_recyc Text treat_handled_recyc_ct Text treat_handled_recyc_rc Text treat_handled_recyc_pc Text treat_handled_recyc_sc Text treat_handled_recyc_other Text treat_handled_recyc_other_desc Text treat_handled_discharge_treat Text Outfall_number Text treat_handled_treatmentworks Text treat_handled_wasteprocessor Text treat_handled_burial Text treat_handled_other Text treat_handled_other_desc Text cbi_treat_flow_recyc Yes/No treat_flow_recyc_ty p Number (Double)

treat_flow_recyc_max Number (Double) treat_flow_recyc_hpd Number (Double) treat_flow_recyc_dpy Number (Double) plant_id Number (Double) cbi_comment Yes/No

comment_quest_nmbr Text comment Mem o**Field Description**

Plant identification number. CBI designation checkbox for A1-1. Name of the plant associated with the plant identification number. Physical street address of the designated plant. City the plant is located in. State that the plant is located in. Zip code of the plant location. CBI designation checkbox for A1-2. Name of the primary

contact for technical information presented in questionnaire. Title of the primary

contact for technical information. Em ail address of the primary contact for technical information. Street address for the primary contact for technical information. City the primary

contact for technical information is located in. State the primary

contact for technical information is located in. Zip code for the primary contact for technical information. Telephone number of the primary contact for technical information. Fax number of the primary contact for technical information. Earliest time to call the primary contact for technical information (Eastern Time). The AM/PM designation for the earliest time to call. Latest time to call the primary contact for technical information (Eastern Time). The AM/PM designation for the latest time to call. CBI designation checkbox for A1-3. Name of the secondary contact for technical information presented in questionnaire. Title of the secondary

contact for technical information. Em ail address of the secondary contact for technical information. Street address for the secondary contact for technical information. City the secondary

contact for technical information is located in. State the secondary

contact for technical information is located in. Zip code for the secondary contact for technical information. Telephone number of the secondary contact for technical information. Fax number of the secondary contact for technical information. Earliest time to call the secondary contact for technical information (Eastern Time). The AM/PM designation for the earliest time to call. Latest time to call the secondary contact for technical information (Eastern Time). The AM/PM designation for the latest time to call. CBI designation checkbox for A1-4. Name of the primary

contact for economic/financial information presented in questionnaire. Title of the primary

contact for economic/financial information. Em ail address of the primary contact for economic/financial information. Street address for the primary contact for economic/financial information. City the primary

contact for economic/financial information is located in. State the primary

contact for economic/financial information is located in.Zip code for the primary contact for economic/financial information. Telephone number of the primary contact for economic/financial information. Fax number of the primary contact for economic/financial information. Earliest time to call the primary contact for economic/financial information (Eastern Time). The AM/PM designation for the earliest time to call. Earliest time to call the primary contact for economic/financial information contact (Eastern Time). The AM/PM designation for the latest time to call. CBI designation checkbox for A1-5. Name of the secondary contact for economic/financial information presented in questionnaire. Title of the secondary

contact for economic/financial information. Em ail address of the secondary contact for economic/financial information. Street address for the secondary contact for economic/financial information. City the secondary

contact for economic/financial information is located in. State the secondary

contact for economic/financial information is located in. Zip code for the secondary contact for economic/financial information. Telephone number of the secondary contact for economic/financial information. Fax number of the secondary contact for economic/financial information. Earliest time to call the secondary contact for economic/financial information (Eastern Time). The AM/PM designation for the latest time to call. Earliest time to call the secondary contact for economic/financial information contact (Eastern Time). The AM/PM designation for the latest time to call. Plant identification number. CBI designation checkbox for A1-6. The yes/no answer to whether the plant is permanently retired or will it be permanently retired by

December 31, 2011. CBI designation checkbox for A1-7. The yes/no answer to whether the plant generates or has the potential to generate electricity from a steam electric generating unit. CBI designation checkbox for A1-8. The plant used coal to generate electricity in 2009. The plant used oil to generate electricity in 2009. The plant used gas to generate electricity in 2009. The plant used petroleum coke to generate electricity in 2009. The plant used nuclear fuel to generate electricity in 2009. The plant did not use nuclear or fossil fuels other than for start up in 2009. CBI designation checkbox for A1-9. The plant uses the electricity generated on site. The percent of electricity used on site (by

end use). The plant distributes the electricity generated for sale. The percent of electricity distributed for sale (by end use). Other use of electricity

(not used on site or distributed for sale). The percent of electricity associated with the other use (by end use). A description of the other electricity end use/handling. CBI designation checkbox for A1-10. Prim ary six-digit North American Industry Classification System (NAICS) codes that best describe the plant’s activities.Secondary six-digit NAICS codes that best describe the plant’s activities. Tertiary six-digit NAICS codes that best describe the plant’s activities. CBI designation checkbox for A1-11. The yes/no answer to whether the plant's primary purpose is the generation of electricity

. The description of the plant's primary purpose in the event that it is not the generation of electricity

. CBI designation checkbox for A1-12. The plant uses steam generated at the plant for electricity generation. The percent of steam used for electricity generation. The plant uses steam generated at the plant for heating and/or cooling. The percent of steam used for heating and/or cooling. The plant uses steam generated at the plant for something other than electricity generation or heating and/or cooling. The percent of steam used for something other than electricity generation or heating and/or cooling. The description of what the steam is used for if it is not electricity generation or heating and/or cooling. CBI designation checkbox for A1-13. The total plant nameplate electric generating capacity

. The total electric net summer electric generating capacity

. The total electric net winter electric generating capacity

. CBI designation checkbox for A1-14. The total net electrical generation for all electric generating units at the plant during calendar year 2007. The total net electrical generation for all electric generating units at the plant during calendar year 2008. The total net electrical generation for all electric generating units at the plant during calendar year 2009. The total gross electrical generation for all electric generating units at the plant during calendar year 2007. The total gross electrical generation for all electric generating units at the plant during calendar year 2008. The total gross electrical generation for all electric generating units at the plant during calendar year 2009. Plant identification number. Plant identification number. CBI designation checkbox for A2-1. The plant's EIA Plant Identification Code. CBI designation checkbox for A2-2. The plant's RUS Plant Identification Code. CBI designation checkbox for A2-3. The yes/no answer to whether the plant conduct any Environm ental Assessment (EA) or Environmental Impact Statem ent (EIS) studies on receiving waters or pond/impoundments reported in Table A-4. Checkbox indicating that the plant did attach the results from the study(ies). Checkbox indicating that the plant did not attach the results from the study(ies). Explanation on why

the plant did not attach the results from the study(ies). CBI designation checkbox for A2-4. The yes/no answer to whether the plant's National Pollutant Discharge Elimination System (NPDES) permit is under developm ent. The yes/no answer to whether the plant's Resource Conservation and Recovery Act (RCRA) permit is under developm ent. The yes/no answer to whether the plant's Stormwater permit is under development. The yes/no answer to whether the plant's Air Pollution Operating permit is under development. The yes/no answer to whether the plant's Underground Injection Control (UIC) permit is under development. CBI designation checkbox for QA2-4, Table A-2.The plant’s most recently approved permit associated with industrial activities The permit ID of the plant’s most recently approved permit associated with industrial activities. Approval m onth of the plant’s most recently approved permit associated with industrial activities. Approval year of the plant’s most recently approved permit associated with industrial activities. Expiration month of the plant’s most recently approved permit associated with industrial activities. Expiration year of the plant’s most recently approved permit associated with industrial activities. Plant identification number. Plant identification number. Plant's outfall number.

Plant's outfall number.

CBI designation checkbox for A2-5. Name of the outfall. The degrees coordinate of the outfall's latitude. The minutes coordinate of the outfall's latitude. The seconds coordinate of the outfall's latitude. The degrees coordinate of the outfall's longitude. The minutes coordinate of the outfall's longitude. The seconds coordinate of the outfall's longitude. Outfall's discharge flow in gallons per year. Outfall's discharge flow in gallons per day

. Outfall's discharge flow in gallons per minute. Outfall's discharge flow in hours per day

. Outfall's discharge flow in days per year. CBI designation checkbox for A2-6. The response to whether the outfall is an internal outflow or external outflow. CBI designation checkbox for A2-7. The yes/no answer to whether the plant's outfall releases water to a discharge canal prior to discharging to surface water. CBI designation checkbox for A2-8. Name of the receiving surface water. The name(s) of the next receiving water downstream if the receiving surface water is unnamed. Ty pe of surface water. Other ty pe of surface water. CBI designation checkbox for A2-9. The yes/no answer to whether a mixing zone has been applied to the outfall. CBI designation checkbox for A2-10. Percent contribution from cooling water outfall flow. Percent contribution from fly ash sluice outfall flow. Percent contribution from bottom ash sluice outfall flow. Percent contribution from FGD scrubber wastewater (slurry blowdown or scrubber purge) outfall flow. Percent contribution of leachate from coal combustion residue landfills or ponds/impoundments. Percent contribution from the coal pile runoff. Percent contribution from metal cleaning waste outfall flow. Percent contribution from storm water.Percent contribution from an other ty pe of outfall flow, not already identified. Checkbox if the outfall is used for emergency discharges only

. Plant identification number. Plant identification number. Plant identification number. CBI designation checkbox for A3-1. The yes/no answer to whether the plant has or is the plant currently constructing/installing or planning to construct/install by

December 31, 2020 any ponds/impoundments. The yes/no response to whether the plant is currently constructing/installing or planning to construct/install by December 31, 2020 any ponds/impoundments used for the storage, treatment, and/or disposal of process wastewater, residues, or by-products. CBI designation checkbox for A3-2. Pond/Im poundm ent Unit ID Plant’s nam e for the pond/impoundment unit. The latitude degrees of the geographical coordinates of the pond outlet. The latitude minutes of the geographical coordinates of the pond outlet. The latitude seconds of the geographical coordinates of the pond outlet. The longitude degrees of the geographical coordinates of the pond outlet. The longitude minutes of the geographical coordinates of the pond outlet. The longitude seconds of the geographical coordinates of the pond outlet. The Yes/No response to if the pond is lined. The Yes/No response to if the leachate is collected. Closest distance to nearest surface water in feet. Year pond was initially

brought online or is planned to be brought online. The Yes/No response to if the pond is inactive. EPA-assigned pond/impoundment unit ID. CBI designation checkbox for A3-3, Table A-5. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is boiler slag. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is bottom ash. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is fly ash. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD calcium sulfate (gy psum). The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD calcium sulfite (not pozzolanic). The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified is FGD pozzolanic

ma terial. The solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified are solids from dry FGD. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. The specification of another way the solid waste stored, treated, and/ or disposed of in the pond/impoundment unit identified. Process wastewater type. Process wastewater type. Process wastewater type.Process wastewater type.

Process wastewater type. Process wastewater type. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. The specification of another process wastewater ty pe. Plant identification number. Plant identification number. CBI designation checkbox for A4-1. The yes/no answer to whether the plant is currently constructing/installing or planning to construct/install by December 31, 2020 any landfills. EPA-assigned landfill ID number. CBI designation checkbox for A4-2. Active/inactive/open landfill; retired/closed landfill; and/or planned landfill. Plant’s nam e for each pond/impoundment unit. The latitude degrees of the geographical coordinates of the landfill. The latitude minutes of the geographical coordinates of the landfill. The latitude seconds of the geographical coordinates of the landfill. The longitude degrees of the geographical coordinates of the landfill. The longitude minutes of the geographical coordinates of the landfill. The longitude seconds of the geographical coordinates of the landfill. The yes/no answer to whether the landfill is lined. The yes/no answer to whether the leachate is collected. The closest distance to the nearest surface water (in ft). Year landfill initially

brought online or planned to be brought online. The yes/no answer to whether the active/inactive/open landfill is "Inactive." EPA-assigned landfill ID number. CBI designation checkbox for A4-3. Boiler slag is stored or disposed of in the landfill unit identified. Bottom ash is stored or disposed of in the landfill unit identified. Fly ash is stored or disposed of in the landfill unit identified. FGD calcium sulfate (gy psum) is stored or disposed of in the landfill unit identified. FGD calcium sulfite (not pozzolanic) is stored or disposed of in the landfill unit identified. FGD pozzolanic m aterial is stored or disposed of in the landfill unit identified. Solids from dry

FGD are stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. The specification of another ty pe of waste is stored or disposed of in the landfill unit identified. CBI designation checkbox for A5-1. The plant did not provide the geographical coordinates, nuclear generating unit(s) located at the plant. The latitude degrees of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The latitude minutes of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6.The latitude seconds of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860

(2007), schedule 2, line 6. The longitude degrees of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude minutes of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. The longitude seconds of the geographical coordinates of the plant as reported to EIA on U.S. DOE/EIA Form-860 (2007), schedule 2, line 6. CBI designation checkbox for A5-2. The plant attached an aerial map showing the property boundary

of the plant that shows buildings, ponds/impoundments, landfills, and other significant features of the plant. The plant did not attach a diagram because nuclear unit(s) on-site. CBI designation checkbox for A5-3. A water balance diagram for the plant is attached. Plant identification number. Plant identification number. EPA-assigned Steam Electric Unit ID for those operating prior to January 1, 2010. CBI designation checkbox for A6-1. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. The yes/no answer to whether the steam electric unit operated in 2009. The number of days that the steam electric unit operated in 2009. The ty pe of steam electric prime mover (or turbine). The total unit electric generation in 2009 (MW -hrs). The steam turbine capacity (MW ). The combustion turbine capacity (MW ). The ty pe of unit. The name of the "other" ty pe of unit, if selected. The yes/no answer to whether the steam electric unit is now retired? EPA-assigned Steam Electric Unit ID for units that commenced operating after December 31, 2009, or the plant is currently constructing/installing or planning to construct/install by December 31, 2015. CBI designation checkbox for A6-2. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit.EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit.

EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. EIA Generator ID for steam and/or combustion turbines associated with the steam electric generating unit. The ty pe of boiler or reactor for the associated Steam Electric Unit is a tangential-fired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a wall-fired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a cyclone-fired boiler. The ty pe of boiler or reactor for the associated Steam Electric Unit is a waste heat recovery boiler (HRSG). The ty pe of boiler or reactor for the associated Steam Electric Unit is a pressurized water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is a boiling water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is a pressurized heavy water reactor. The ty pe of boiler or reactor for the associated Steam Electric Unit is another ty pe. The description of the other ty pe of boiler/reactor. Ty pe of steam electric prime mover (or turbine). Month of the initial date of operation or planned date of operation. Year of the initial date of operation or planned date of operation. Total unit steam turbine capacity (MW ). Total unit combustion turbine capacity (MW ). Ty pe of unit (selected from the following: Base load/Peaking/Cycling/Intermediate/Other) If "Other" is selected, a description of what the other type of unit is. Plant identification number. Plant identification number. EPA-assigned Cooling System ID for systems the plant is currently constructing/installing or planning to construct/install by

December 31, 2015. CBI designation checkbox for A7-1. Ty pe of condenser cooling system. Description of the Other ty pe of cooling system. Checkbox for steam electric unit 1. Checkbox for steam electric unit 2. Checkbox for steam electric unit 3. Checkbox for steam electric unit 4. Checkbox for steam electric unit 5. Checkbox for steam electric unit 6. Checkbox for steam electric unit 7. Checkbox for steam electric unit 8. Checkbox for steam electric unit 9. Checkbox for steam electric unit 10. Checkbox for steam electric unit A. Checkbox for steam electric unit B. Checkbox for steam electric unit C. Checkbox for steam electric unit D. Trade name of the first chemical additive added to the cooling system and make-up water system. Manufacturer of the first chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the first chemical additive added to the cooling system and make-up water system. Trade name of the second chemical additive added to the cooling system and make-up water system. Manufacturer of the second chemical additive added to the cooling system and make-up water system.Active ingredient(s) of the second chemical additive added to the cooling system and make-up water system.

Trade name of the third chemical additive added to the cooling system and make-up water system. Manufacturer of the third chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the third chemical additive added to the cooling system and make-up water system. Trade name of the fourth chemical additive added to the cooling system and make-up water system. Manufacturer of the fourth chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the fourth chemical additive added to the cooling system and make-up water system. Trade name of the fifth chemical additive added to the cooling system and make-up water system. Manufacturer of the fifth chemical additive added to the cooling system and make-up water system. Active ingredient(s) of the fifth chemical additive added to the cooling system and make-up water system. Ty pical amount of process wastewater generated/blow down from cooling system (gpm). Ty pical duration of generation/blowdown (hpd). Ty pical frequency

of generation/blowdown (dpy). CBI designation checkbox for A7-2. The plant used waste stream monitoring to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant does not operate cooling towers. The plant used certification from supplier to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant used engineering calculations to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems through monitoring. The plant does not have priority pollutant lim its on cooling tower blowdown. The plant used another method to demonstrate compliance with limits on priority pollutants for cooling tower blowdown from these cooling systems. Description of the other method used. CBI designation checkbox for A7-3. The Yes/No response to if the POTW effluent used in the cooling water system. Plant identification number. Steam Electric Generating Unit ID CBI designation checkbox for A8-1. BTU Generated by

Coal and/or Petroleum Coke BTU Generated by

Gas BTU Generated by

Oil BTU Generated by

Nuclear Fuels Total BTU Generated by Fossil/Nuclear Fuels Total BTU Generated by Other Fuels Total BTU Generated by All Fuels The plant used anthracite coal for fuel for steam electric power generation in 2009. The amount of anthracite coal used for fuel for steam electric power generation in 2009 (tons). The plant used bituminous coal for fuel for steam electric power generation in 2009. The amount of bituminous coal used for fuel for steam electric power generation in 2009 (tons). The plant used lignite coal for fuel for steam electric power generation in 2009. The amount of lignite coal for fuel for steam electric power generation in 2009 (tons). The plant used subbituminous coal for fuel for steam electric power generation in 2009. The amount of subbituminous coal used for fuel for steam electric power generation in 2009 (tons). The plant used waste coal for fuel for steam electric power generation in 2009.The amount of waste coal used for fuel for steam electric power generation in 2009 (tons).

The plant used coal sy nfuel for fuel for steam electric power generation in 2009. The amount of coal sy nfuel used for fuel for steam electric power generation in 2009 (tons). The plant used another type of coal/petroleum coke fuel for steam electric power generation in 2009. A description of the other type of coal/petroleum coke fuel used for steam electric power generation in 2009. The amount of the other ty pe of coal/petroleum coke fuel used for steam electric power generation in 2009 (tons). The plant used petroleum coke for fuel for steam electric power generation in 2009. The amount of petroleum coke used for fuel for steam electric power generation in 2009 (tons). The plant did not use any coal or petroleum coke for fuel for steam electric power generation in 2009. The plant used natural gas for fuel for steam electric power generation in 2009. The amount of natural gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant used Blast Furnace Gas for fuel for steam electric power generation in 2009. The amount of Blast Furnace Gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant used Gaseous Propane for fuel for steam electric power generation in 2009. The amount of Gaseous Propane used for fuel for steam electric power generation in 2009 (Million ft3). The plant used another type of gas for fuel for steam electric power generation in 2009. A description of the other type of gas used for fuel for steam electric power generation in 2009. The amount of the other ty pe of gas used for fuel for steam electric power generation in 2009 (Million ft3). The plant did not use gas as fuel for steam electric power generation in 2009. The plant used No. 1 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 1 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 2 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 2 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 4 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 4 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 5 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 5 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used No. 6 Fuel Oil as fuel for steam electric power generation in 2009. The amount of No. 6 Fuel Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used Diesel Fuel for steam electric power generation in 2009. The amount of Diesel Fuel used for steam electric power generation in 2009 (barrels). The plant used Jet Fuel for steam electric power generation in 2009. The amount of Jet Fuel for steam electric power generation in 2009 (barrels). The plant used Kerosene as fuel for steam electric power generation in 2009. The amount of Kerosene used as fuel for steam electric power generation in 2009 (barrels). The plant used W aste Oil as fuel for steam electric power generation in 2009. The amount of W aste Oil used as fuel for steam electric power generation in 2009 (barrels). The plant used another type of oil as fuel for steam electric power generation in 2009. A description of the other type of oil used as fuel for steam electric power generation in 2009. The amount of the other ty pe of oil used as fuel for steam electric power generation in 2009. The plant did not use oil as fuel for steam electric power generation in 2009. The plant used nuclear fuel for steam electric power generation in 2009. The amount of nuclear fuel used as fuel for steam electric power generation in 2009. The units for the amount of nuclear fuel used as fuel for steam electric power generation in 2009. The plant did not use nuclear fuel for steam electric power generation in 2009.The plant used Municipal Solid W aste as fuel for steam electric power generation in 2009.

The amount of Municipal Solid W aste used as fuel for steam electric power generation in 2009. The units for the amount of Municipal Solid W aste used as fuel for steam electric power generation in 2009. The plant used wood as fuel for steam electric power generation in 2009. The amount of wood used as fuel for steam electric power generation in 2009. The units for the amount of wood used as fuel for steam electric power generation in 2009. The plant used landfill gas as fuel for steam electric power generation in 2009. The amount of landfill gas used as fuel for steam electric power generation in 2009. The units for the amount of landfill gas used as fuel for steam electric power generation in 2009. The plant used biomass as fuel for steam electric power generation in 2009. The amount of biomass used as fuel for steam electric power generation in 2009. The units for the amount of biomass used as fuel for steam electric power generation in 2009. The plant used another type of fuel for steam electric power generation in 2009. A description of the other type of fuel used for steam electric power generation in 2009. The amount of the other ty pe of fuel used as fuel for steam electric power generation in 2009. The units for the amount of the other ty pe of fuel used as fuel for steam electric power generation in 2009. The plant did not use fuel for steam electric power generation in 2009. CBI designation checkbox for A8-2. The Yes/No response to if the total BTUs generated by the fossil/nuclear fuels comprise 50 percent or more of the total BTUs generated by all fuels for the steam electric generating unit in 2009. CBI designation checkbox for A8-3. The Yes/No response to if the plant report a fossil or nuclear fuel as the predominant or second most predominant energy source for this generating unit on Form EIA-860 for reporting year 2009. Plant identification number. Plant identification number. Plant identification number. CBI designation checkbox for A9-1. The yes/no answer to whether the plant operated any NOx control systems on fossil-fueled electric generating units after 1/1/10 or are currently constructing/installing or planning to construct/install any by 12/31/20. SE Unit ID CBI designation checkbox for Q A9-1, Table A-12. The ty pe of NOx control system is SCR. Status of the SCR NOx control system. Month of installation of the SCR NOx control system.. Year of installation of the SCR NOx control system.. The ty pe of NOx control system is SNCR. Status of the SNCR NOx control system (operating/planned). Month of installation of the SNCR NOx control system. Year of installation of the SNCR NOx control system. The ty pe of NOx control system is overfire air. Status of the overfire air NOx control system (operating/planned). Month of installation of the overfire air NOx control system. Year of installation of the overfire air NOx control system. The ty pe of NOx control system is a Low NOx burner. Status of the Low NOx burner control system (operating/planned). Month of installation of the Low NOx burner control system.Year of installation of the Low NOx burner control system.

The ty pe of NOx control system is not listed (other). A description of the NOx burner control system. Status of the NOx control system (operating/planned). Month of installation of the NOx control system. Year of installation of the NOx control system. Plant identification number. SE Unit ID CBI designation checkbox for Q A9-1, Table A-12. Drop down menu for if the last SCR catalyst was replaced/regenerated/not replaced or regenerated. Month of last SCR catalyst replacement or regeneration. Year of last SCR catalyst replacement or regeneration. Wh ere last SCR catalyst regeneration occurred. Drop down menu for if the next planned SCR catalyst will be replaced/regenerated/not replaced or regenerated. Month of next planned SCR catalyst replacement or regeneration. Year of next planned SCR catalyst replacement or regeneration. Wh ere the next planned SCR catalyst regeneration is planned to occur. CBI designation checkbox for Q A9-2, Table A-13. The plant did not send SCR catalyst offsite for regeneration. Name of company

1 that performed the last 2 SCR catalyst regenerations. City company

1 is located. State company

1 is located. Telephone number of company 1. Name of company

2 that performed the last 2 SCR catalyst regenerations. City company

2 is located in. State company

2 is located in. Telephone number of company 2. CBI designation checkbox for Q A9-3 The yes/no response Indicating whether process wastewater is generated from the SCR regeneration process, if the SCR catalyst is regenerated on site. CBI designation checkbox for Q A9-4 The ty pical flow volum e of SCR catalyst regeneration wastewater generated (gpy). The frequency

at which the SCR catalyst regeneration wastewater is generated (times every). The frequency

at which the SCR catalyst regeneration wastewater is generated (years). CBI designation checkbox for Q A9-5 Indicates whether SCR catalyst regeneration wastewater is commingled with any other wastewaters at the plant. SCR catalyst regeneration wastewater is commingled with fly ash transport water. SCR catalyst regeneration wastewater is commingled with bottom ash transport water. SCR catalyst regeneration wastewater is commingled with FGD scrubber purge. SCR catalyst regeneration wastewater is commingled with cooling tower blowdown. SCR catalyst regeneration wastewater is commingled with once-through cooling water. SCR catalyst regeneration wastewater is commingled with metal cleaning waste SCR catalyst regeneration wastewater is commingled with other process wastewater. Description of other process wastewater commingled with SCR catalyst regeneration wastewater. CBI designation checkbox for Q A9-6SCR catalyst regeneration wastewater is immediately recycled back to plant process. SCR catalyst regeneration wastewater is immediately recycled back to. SCR catalyst regeneration wastewater is transferred to an on-site treatment system. SCR catalyst regeneration wastewater is treated with a settling pond. SCR catalyst regeneration wastewater is treated with pH adjustment. SCR catalyst regeneration wastewater is treated with a chemical precipitation system. SCR catalyst regeneration wastewater is treated with constructed wetlands. SCR catalyst regeneration wastewater is treated with other types of treatment. Description of other ty pes of treatment that the system treating SCR catalyst regeneration wastewater has. SCR catalyst regeneration wastewater is discharged to surface water. The NPDES permitted outfall number in which the SCR catalyst regeneration wastewater is discharged to. SCR catalyst regeneration wastewater is indirectly discharged to a publically or privately

owned treatm ent works. SCR catalyst regeneration wastewater is transferred to another destination. Description of other destination that the SCR catalyst regeneration wastewater is transferred to. CBI designation checkbox for Q A9-7. The yes/no answer to whether the SCR catalyst is washed on site. CBI designation checkbox for Q A9-8. The yes/no answer to if there is process wastewater generated from the SCR catalyst washing process. CBI designation checkbox for Q A9-9. The ty pical volum e of SCR catalyst washing wastewater generated (gpy). The frequency

at which the process wastewater is generated (times every). The frequency

at which the process wastewater is generated (year). CBI designation checkbox for Q A9-10. The yes/no answer to if the SCR catalyst washing wastewater commingled with other wastewaters. The SCR catalyst washing wastewater is commingled with fly ash transport water. The SCR catalyst washing wastewater is commingled with bottom ash transport water. The SCR catalyst washing wastewater is commingled with FGD scrubber purge. The SCR catalyst washing wastewater is commingled with cooling tower blowdown. The SCR catalyst washing wastewater is commingled with once-through cooling water. The SCR catalyst washing wastewater is commingled with cleaning wastes from cleaning metal process equipm ent. The SCR catalyst washing wastewater is commingled with another type of wastewater. A description of what the other ty pe of wastewater the SCR catalyst washing wastewater is. CBI designation checkbox for Q A9-11. The SCR catalyst washing wastewater is immediately recycled back to plant process. A description on how the process wastewater is reused. The SCR catalyst washing wastewater is transferred to on-site treatment system. The SCR catalyst washing wastewater is transferred to a settling pond. The SCR catalyst washing wastewater is adjusted for pH. The SCR catalyst washing wastewater is treated by chemical precipitation. The SCR catalyst washing wastewater is transferred to constructed wetlands on-site. The SCR catalyst washing wastewater is treated by some other process. A description of the other type of process that treats the wastewater. The SCR catalyst washing wastewater is discharged to surface water.The NPDES permitted outfall number for the surface water that the SCR catalyst washing wastewater is

discharged to. The SCR catalyst washing wastewater is indirectly discharged to a publicly or privately

owned treatm ent works. The SCR catalyst washing wastewater is transferred to another destination. A description of other destination that the SCR catalyst washing wastewater is transferred to. Plant identification number. Plant identification number. CBI designation checkbox for A10-1. The yes/no answer to whether the plant operated any flue gas mercury

control systems or are currently constructing/installing or planning to construct/install any by 12/31/20. Mercury Control System identification number. CBI designation checkbox for Q A10-1, Table A-14. Indicates whether the mercury control system was either operating in 2009 or is planned. Indicates the ty pe of mercury control system. SE Unit 1 exhausts to the mercury control system. SE Unit 2 exhausts to the mercury control system. SE Unit 3 exhausts to the mercury control system. SE Unit 4 exhausts to the mercury control system. SE Unit 5 exhausts to the mercury control system. SE Unit 6 exhausts to the mercury control system. SE Unit 7 exhausts to the mercury control system. SE Unit 8 exhausts to the mercury control system. SE Unit 9 exhausts to the mercury control system. SE Unit 10 exhausts to the mercury control system. Description of other SE Unit(s) that exhaust to the mercury control system. Month of installation of mercury control system. Year of installation of mercury control system. Location of mercury

control system in relation to initial particulate control system. Description of how mercury control solid waste is handled. The design or targeted mercury percent removal efficiency

. CBI designation checkbox for Q A10-2. Description of all flue gas mercury control processes that the plant is currently operating, constructing/installing, or planning to construct/install by Dec 31, 2010. CBI designation checkbox for Q A10-3. Yes/no response to whether the plant has ever operated or plans to operate a pilot scale flue gas mercury control system for pilot study

evaluation. The ty pe of technology studied by

the pilot scale flue gas mercury control system. CBI designation checkbox for Q A10-4. Yes/no response to whether the study evaluates process wastewaters generated by the technology

or identifies what process wastewater will be generated or affected by

the technology

. CBI designation checkbox for Q A10-5. Name of company

whose flue gas mercury control system technology was/will be tested. State date of the flue gas mercury control system pilot study

. End date of the flue gas mercury control system pilot study

. The plant attached the final technical evaluation report. The plant did not attached the final technical evaluation report.Description why the plant did not attached the final technical evaluation report. Plant identification number. Plant identification number. CBI designation checkbox for A11-1. The yes/no answer to whether the plant operates any carbon capture systems on fossil-fueled electric generating units or are currently

constructing/installing or planning to construct/install any by 12/31/20. Carbon Capture System identification number. CBI designation checkbox for Q A11-1, Table A-15. Indicates whether the carbon capture system was either operating in 2009 or is planned. Indicates the ty pe of carbon capture control system. SE Unit 1 corresponds to the carbon capture system. SE Unit 2 corresponds to the carbon capture system. SE Unit 3 corresponds to the carbon capture system. SE Unit 4 corresponds to the carbon capture system. SE Unit 5 corresponds to the carbon capture system. SE Unit 6 corresponds to the carbon capture system. SE Unit 7 corresponds to the carbon capture system. SE Unit 8 corresponds to the carbon capture system. SE Unit 9 corresponds to the carbon capture system. SE Unit 10 corresponds to the carbon capture system. Description of other SE Unit(s) that correspond to the carbon capture system. Month of installation of carbon capture system. Year of installation of carbon capture system. Indicates whether the carbon capture system is full scale or pilot scale. The percent of flue gas treated by the carbon capture system. CBI designation checkbox for Q A11-2. Description of all pilot and full scale carbon capture control processes that the plant is currently operating, constructing/installing, or planning to construct/install by Dec 31, 2010. CBI designation checkbox for Q A11-3. Yes/no response to whether the plant has ever operated any full or pilot scale carbon capture control systems that evaluated the process wastewaters generated by the technology

. CBI designation checkbox for Q A11-4. Name of company

whose carbon capture control system technology was tested. State date of the carbon capture control system study

. End date of the carbon capture control system study

. The plant attached the final technical evaluation report. The plant did not attach the final technical evaluation report. Explanation for why

the plant did not attach the final technical evaluation report. CBI designation checkbox for Q A11-5. The ty pical flow volum e of process wastewater generated from the carbon capture system in gpm. The ty pical flow volum e of process wastewater generated from the carbon capture system in hpd. The ty pical flow volum e of process wastewater generated from the carbon capture system in dpy

. CBI designation checkbox for Q A11-6. Yes/no response to whether characterization samples of the carbon capture wastewater collected during the study

. The plant attached the analy tical results of the carbon capture wastewater characterization.The plant did not attach the analy tical results of the carbon capture wastewater characterization. Explanation for why

the plant did not attached the analy tical results of the carbon capture wastewater characterization. Plant identification number. Plant identification number. CBI designation checkbox for A12-1. The yes/no answer to whether the plant operates any wet ESP systems on fossil-fueled electric generating units after 1/1/10 or are currently constructing/installing or planning to construct/install any by 12/31/20. We t Electrostatic Precipitator System identification number. CBI designation checkbox for Q A12-1, Table A-16. Indicates whether the wet ESP system was either operating in 2009 or is planned. SE Unit 1 corresponds to the wet ESP system. SE Unit 2 corresponds to the wet ESP system. SE Unit 3 corresponds to the wet ESP system. SE Unit 4 corresponds to the wet ESP system. SE Unit 5 corresponds to the wet ESP system. SE Unit 6 corresponds to the wet ESP system. SE Unit 7 corresponds to the wet ESP system. SE Unit 8 corresponds to the wet ESP system. SE Unit 9 corresponds to the wet ESP system. SE Unit 10 corresponds to the wet ESP system. Description of other SE Unit(s) that correspond to the wet ESP system. Month the wet ESP system was installed or planned to be installed. Year the wet ESP system was installed or planned to be installed. Location of wet ESP system. Description of location of wet ESP system if plant selected other. Indicates whether the wet ESP system is full scale or pilot scale. The percent of flue gas treated by the wet ESP system. CBI designation checkbox for Q A12-2. The flow rate of the wastewater generated from the wet ESP system in 2009 (gpm). The flow duration of the wastewater generated from the wet ESP system in 2009 (hpd). The flow frequency

of the wastewater generated from the wet ESP system in 2009 (dpy). CBI designation checkbox for Q A12-3. The source of the water used in the wet ESP system is raw intake water. The source of the water used in the wet ESP system is intake water that has been treated on-site. The source of the water used in the wet ESP system is a process wastewater. Dropdown indicating which process wastewater is the source of the water used in the wet ESP system Description of the process wastewater that is the source of the water used in the wet ESP system if the process wastewater is not in the dropdown m enu. The source of the water used in the wet ESP system is another source not specified in the question. Description of the other source of water used in the wet ESP system. CBI designation checkbox for Q A12-4. The source of the water used in the wet ESP system requires a limit on chloride concentration. The maximum chlorides concentration in ppm that is acceptable for use as a water source in the wet ESP system.

The source of the water used in the wet ESP system requires a limit on percent solids.The solids percentage (%) that is acceptable for use as a water source in the wet ESP system.

The source of the water used in the wet ESP system requires other criteria. The other criteria necessary for a water source to be accepted for use in the wet ESP system. CBI designation checkbox for Q A12-5. The wet ESP wastewater is immediately recycled back to a plant process. Description of the plant process to which the wet ESP wastewater is recycled back to. The wet ESP wastewater is transferred to a solids separation process. The solids separation process to which the wet ESP wastewater is transferred contains a dewatering bin. The solids separation process to which the wet ESP wastewater is transferred contains a centrifuge. The solids separation process to which the wet ESP wastewater is transferred contains a hydrocyclone. The solids separation process to which the wet ESP wastewater is transferred contains a filter. The solids separation process to which the wet ESP wastewater is transferred contains another ty pe of equipment

Description of the other ty pe of equipment used in the solids separation process to which the wet ESP wastewater is transferred. The wet ESP wastewater is transferred to a treatment system reported in Part D. The wet ESP wastewater is treated with a settling pond. The wet ESP wastewater is treated with an aerobic biological reactor. The wet ESP wastewater is treated with an anaerobic biological reactor. The wet ESP wastewater is treated with a chemical precipitation system. The wet ESP wastewater is treated with constructed wetlands. The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator). The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator) with spray dryer. The wet ESP wastewater is treated with a mechanical vapor compression (brine concentrator) with crystallizer. The wet ESP wastewater is treated with another treatment technology

. Description of the other treatment technology that treats the wet ESP wastewater. The wet ESP wastewater is discharged to surface water. The NPDES permitted outfall number to which the wet ESP wastewater is discharged. The wet ESP wastewater is indirectly discharged to a publically or privately

owned treatm ent works. The wet ESP wastewater is injected into a deep well. The wet ESP wastewater is transferred to another destination. Description of the other destination to which the wet ESP wastewater is transferred. CBI designation checkbox for Q A12-6. Yes/no response to whether the plant operated any full or pilot scale wet ESP systems for studies that evaluated the process wastewaters generated by the technology

. CBI designation checkbox for Q A12-7. Name of the company

whose wet ESP technology was tested. Start date of the wet ESP system study

. End date of the wet ESP system study

. The plant attached the final technical evaluation report for the wet ESP system. The plant did not attach the final technical evaluation report for the wet ESP system. Explanation for why

the plant did not attach the final technical evaluation report for the wet FGD system. CBI designation checkbox for Q A12-8. Yes/no response to whether there were characterization samples of wet ESP wastewater collected during the study

. The plant attached the analy tical results of the wet ESP wastewater characterization.The plant did not attach the analy tical results of the wet ESP wastewater characterization. Explanation for why

the plant did not attach the analy tical results of the wet ESP wastewater characterization. Plant identification number. CBI designation checkbox for Q A13-1. Yes/no response to whether the plant stores of processes any coal on-site in 2009. CBI designation checkbox for Q A13-2. The amount in gpy

of coal pile runoff discharge in 2009. The number of days of coal pile runoff discharge in 2009. CBI designation checkbox for Q A13-3. Yes/no response to whether coal pile runoff was monitored for pH. Minim um pH of coal pile runoff in standard units. Maximum pH of coal pile runoff in standard units. Median pH of coal pile runoff in standard units. CBI designation checkbox for Q A13-4. Yes/no question to whether coal pile runoff is transferred to a pond/impoundment. The coal pile runoff is transferred to a segregated pond/impoundment. The segregated pond/impoundment unit ID to which the coal pile runoff is transferred. The coal pile runoff is transferred to a commingled pond/impoundment. The commingled pond/impoundment unit ID to which the coal pile runoff is transferred. CBI designation checkbox for Q A13-5. The coal pile runoff is immediately recycled back to a plant process. The coal pile runoff is immediately reused in fly

or bottom ash sluicing. The coal pile runoff is immediately reused in flue gas desulfurization processes. the coal pile runoff is immediately recycled back to another plant process. Description of the other plant process the coal pile runoff is immediately recycled back to. The coal pile runoff is transferred to an on-site treatment system. The coal pile runoff is treated by a settling pond. The coal pile runoff is treated by pH adjustment. The coal pile runoff is treated by a chemical precipitation system. The coal pile runoff is treated by constructed wetlands. The coal pile runoff is treated by another treatment system. Description of the other treatment system that treats coal pile runoff. The coal pile runoff is discharged to surface water. The NPDES permitted outfall number to which the coal pile runoff is discharged to. The coal pile runoff is indirectly discharged to a publically or privately

owned treatm ent works. The coal pile runoff is transferred to another destination. Description of the other destination the coal pile runoff is transferred to. CBI designation checkbox for Q A13-6. Yes/no response to whether the plant washes coal on site. The average volume in gpm of coal wash water generated by the plant. The average duration in hpd of coal wash water generation. The average frequency in dpy of coal wash water generation. CBI designation checkbox for Q A13-7. The coal wash water is immediately recycled back to a plant process. The coal wash water is reused in fly or bottom ash sluicing.The coal wash water is reused in flue gas desulfurization processes.

The coal wash water is recycled to another plant process. Description of the other plant process to which the coal wash water is recycled. The coal wash water is transferred to a pond/impoundment. The pond/impoundment IDs that the coal wash water is transferred to. The coal wash water is transferred to an on-site treatment system. The coal wash water is treated with a settling pond. The coal wash water is treated with an aerobic biological reactor. The coal wash water is treated with an anaerobic biological reactor. The coal wash water is treated with a chemical precipitation system. The coal wash water is treated with constructed wetlands. The coal wash water is treated with another treatment technology

. Description of the other coal wash water treatment technology

. The coal wash water is discharged to surface water. The NPDES permitted outfall number to which the coal wash water is discharged. The coal wash water is indirectly discharged to a publically or privately

owned treatm ent works. The coal wash water is transferred to another destination. Description of the other destination that the coal wash water is transferred to. CBI designation checkbox for Q A13-8. Yes/no response to whether the plant blended more than one type of coal together on site during 2009. CBI designation checkbox for Q A13-9. Yes/no response to whether the plant generates any process wastewater associated with the blending of the coals in 2009. The volume of process wastewater generated by the blending of coal in 2009. The units that the volume of process wastewater generated by the blending of coal in 2009 is in. The number of days that process wastewater was generated by the blending of coal in 2009. CBI designation checkbox for Q A13-10. Yes/no response to whether the plant pulverized coal for use in any boiler in 2009. CBI designation checkbox for Q A13-11. Yes/no response to whether any water was used in the coal pulverization process, other than that used for sluicing mi ll rejects. The volume of coal pulverization process wastewater generated in 2009. The units the volume of coal pulverization process wastewater generated in 2009 is in. The number of days that coal pulverization process wastewater was generated in 2009 CBI designation checkbox for Q A13-12. Yes/no response to whether mill rejects sluiced in 2009. The volume of mill rejects sluice water generated in 2009. The units the volume of mill rejects sluice water generated in 2009 is in. The number of days mill rejects sluice water was generated in 2009. CBI designation checkbox for Q A13-13. Response to whether mill rejects were sluiced separately or were sluiced with fly and/or bottom ash. CBI designation checkbox for Q A13-14. Response to whether mill rejects py ritic. CBI designation checkbox for Q A13-15. Mill rejects are stored in/transferred to a pond/impoundment reported in Table A-4.The amount of mill rejects in tons per day that are stored in/transferred to a pond/impoundment. Mill rejects are combined with fly ash in pond/impoundment. Mill rejects are combined with bottom ash in pond/impoundment. Mill rejects are not combined with fly or bottom ash in pond/impoundment. Mill rejects are stored in/transferred to a landfill reported in Table A-6 The amount of mill rejects in tons per day that are stored in/transferred to a landfill. Mill rejects are hauled off site for disposal. The amount of mill rejects in tons per day that are hauled off site for disposal. Mill rejects are transferred to another destination. Description of the other destination that mill rejects are transferred to. The amount of mill rejects in tons per day that are transferred to this other destination. CBI designation checkbox for Q A13-16. Response to whether the plant gasified coal, petroleum coke, or oil to operate an IGCC generating unit during 2009. CBI designation checkbox for Q A13-17. Response to whether the plant is currently operating, currently

constructing/installing, or planning to construct/install by

December 31, 2015 an IGCC generating unit that was not in operation during 2009 Plant identification number. CBI designation checkbox for Part A comments. Question number reference for Part A comment. Comment from plant for Part A. Plant identification number. Plant identification number. CBI designation checkbox for QB1-1 Designates if the plant operates, is constructing, or planning to construct a FGD system (QB1-1) FGD system identification number. CBI designation checkbox for Q1-2/ Table B-1 Date System Initially

Brought On Line, or Planned to be Brought On Line (month/year) SE unit 1 from Table A-8 serviced by this FGD system SE unit 2 from Table A-8 serviced by this FGD system SE unit 3 from Table A-8 serviced by this FGD system SE unit 4 from Table A-8 serviced by this FGD system SE unit 5 from Table A-8 serviced by this FGD system SE unit 6 from Table A-8 serviced by this FGD system SE unit 7 from Table A-8 serviced by this FGD system SE unit 8 from Table A-8 serviced by this FGD system SE unit 9 from Table A-8 serviced by this FGD system SE unit 10 from Table A-8 serviced by this FGD system SE unit A from Table A-9 serviced by this FGD system SE unit B from Table A-9 serviced by this FGD system SE unit C from Table A-9 serviced by this FGD system SE unit D from Table A-9 serviced by this FGD system Designates whether the system generate a FGD Slurry Blowdown (or slurry

discharge) stream (i.e., is it a wet system) Ty pe of Oxidation (Forced, Natural, or Inhibited)Ty pe of FGD System

Description of FGD system if state other in FGD_ty pe Prim ary ty pe of sorbent Description of primary

ty pe of sorbent if state other in sorbent_1 Secondary

ty pe of sorbent Description of secondary ty pe of sorbent if state other in sorbent_2 Tertiary ty pe of sorbent Description of tertiary

ty pe of sorbent if state other in sorbent_3 Quaternary

ty pe of sorbent Description of quaternary ty pe of sorbent if state other in sorbent_4 Sulfur Dioxide Removal Efficiency (%) CBI designation checkbox for QB4-1 Designates if the plant operates a wet FGD system (QB4-1) CBI designation checkbox for QB8-1 Designates if the plant operates a dry FGD system (QB8-1) Plant identification number. FGD system identification number. CBI designation checkbox for QB2-1/Table B-2 Planned solids handling for the FGD slurry blowdown Designates whether system will generate FGD scrubber purge (or slurry discharge)? Designates whether the FGD scrubber purge (or slurry discharge) will be treated by new or existing treatment system Ty pe of wastewater treatment system planned to treat FGD scrubber purge (or slurry discharge) Design flow rate for FGD treatment system - max gpm Design flow rate for FGD treatment system - 24 hour daily average gpm Estimated Date the New FGD Treatment System W ill be Brought On Line (or Date FGD Scrubber Purge (or Slurry Discharge) W ill be Transferred to Existing System) (month/year) Plant identification number. CBI designation checkbox for Q3-1/ Table B-3 Additive used or planned to be used in FGD system Additive is Used or is Planned to be Used in FGD System(s) 1 Additive is Used or is Planned to be Used in FGD System(s) 2 Additive is Used or is Planned to be Used in FGD System(s) 3 Additive is Used or is Planned to be Used in FGD System(s) 4 Additive is Used or is Planned to be Used in FGD System(s) 5 Additive is Used or is Planned to be Used in FGD System(s) 6 Additive is Used or is Planned to be Used in FGD System(s) A Additive is Used or is Planned to be Used in FGD System(s) B Additive is Used or is Planned to be Used in FGD System(s) C Purpose of additive is to increase sulfur dioxide removal Purpose of additive is to inhibit oxidation of FGD solids Purpose of additive is to increase mercury removal Purpose of additive is as a scale inhibitor Purpose of additive is as a defoaming agent Other purpose of additiveOther purpose of additive description

Plant identification number. FGD system identification number. CBI designation checkbox for QB4-3 FGD system maximum design chlorides concentration ppm (QB4-3) FGD equipment 1 that determines maximum design concentration (QB4-3) FGD equipment 1 material that determines maximum design concentration (QB4-3) FGD equipment 1 other description that determines maximum design concentration (QB4-3) FGD equipment 2 that determines maximum design concentration (QB4-3) FGD equipment 2 material that determines maximum design concentration (QB4-3) FGD equipment 2 other description that determines maximum design concentration (QB4-3) FGD equipment 3 that determines maximum design concentration (QB4-3) FGD equipment 3 material that determines maximum design concentration (QB4-3) FGD equipment 3 other description that determines maximum design concentration (QB4-3) FGD equipment 4 that determines maximum design concentration (QB4-3) FGD equipment 4 material that determines maximum design concentration (QB4-3) FGD equipment 4 other description that determines maximum design concentration (QB4-3) CBI designation checkbox for QB4-4 Chloride used to determine when FGD slurry is blown down (B4-4) Chloride concentration maintained less than - ppm (B4-4) Solids used to determine when FGD slurry is blown down (B4-4) Solids percentage maintained above -% (B4-4) Solids percentage maintained below -% (B4-4) Other parameters used to determine when FGD slurry is blown down (B4-4) Description of other parameters used to determine when FGD slurry is blown down (B4-4) CBI designation checkbox for QB4-5 Chlorides determine water source that can be used as FGD reagent preparation water or absorber make-up water (B4-5) Maximum chlorides concentration ppm (B4-5) Solids determine water source that can be used as FGD reagent preparation water or absorber make-up water (B4- 5) Maximum solids concentration percentOther parameters determine water source that can be used as FGD reagent preparation water or absorber makeup water Description of other parameters that determine water source that can be used as FGD reagent preparation water or absorber make-up water CBI designation checkbox for QB4-6 Mist elim inator wash water for the FGD system ty pical flow rate 2009 gpm (QB4-6) Mist elim inator wash water for the FGD system ty pical duration 2009 hpd (QB4-6) Mist elim inator wash water for the FGD system ty pical frequency 2009 dpy

(QB4-6) CBI designation checkbox for QB4-7 Reagent preparation water for the FGD system ty pical flow rate 2009 gpm (QB4-7) Reagent preparation water for the FGD system ty pical duration 2009 hpd (QB4-7) Reagent preparation water for the FGD system ty pical frequency 2009 dpy

(QB4-7) CBI designation checkbox for QB4-8 Reagent slurry

for the FGD system ty pical flow rate 2009 gpm (QB4-8)Reagent slurry for the FGD system ty pical duration 2009 hpd (QB4-8) Reagent slurry

for the FGD system ty pical frequency 2009 dpy

(QB4-8) CBI designation checkbox for QB4-9 Absorber make-up water for the FGD system ty pical flow rate 2009 gpm (QB4-9) Absorber make-up water for the FGD system ty pical duration 2009 hpd (QB4-9) Absorber make-up water for the FGD system ty pical frequency 2009 dpy

(QB4-9) CBI designation checkbox for QB4-10 Raw intake water used as source for the mist eliminator wash water (B4-10) Treated intake water used as source for the mist eliminator wash water (B4-10) Process wastewater used as source for the mist eliminator wash water (B4-10) Description of process wastewater used as source for the mist eliminator wash water (B4-10) Description of other process wastewater used as source for the mist eliminator wash water (B4-10) Other source used for the mist eliminator wash water (B4-10) Description of other source used for the mist eliminator wash water (B4-10) CBI designation checkbox for QB4-11 Raw intake water used as source for the reagent preparation water (B4-11) Treated intake water used as source for the reagent preparation water (B4-11) Process wastewater used as source for the reagent preparation water (B4-11) Description of process wastewater used as source for the reagent preparation water (B4-11) Description of other process wastewater used as source for the reagent preparation water (B4-11) Other source used for the reagent preparation water (B4-11) Description of other source used for the reagent preparation water (B4-11) CBI designation checkbox for QB4-12 Raw intake water used as source for the absorber make-up water (B4-12) Treated intake water used as source for the absorber make-up water(B4-12) Process wastewater used as source for the absorber make-up water (B4-12) Description of process wastewater used as source for the absorber make-up water (B4-12)

Description of other process wastewater used as source for the absorber make-up water (B4-12)

Other source used for the absorber make-up water (B4-12) Description of other source used for the absorber make-up water (B4-12) CBI designation checkbox for QB4-13 Generate calcium sulfate (gy psum) (B4-13) Percentage of gy psum generated (B4-13) Generate calcium sulfite (B4-13) Percentage of calcium sulfite generated (B4-13) Generate other solids (B4-13) Description of other1 solids (B4-13) Percentage of other 1 solids generated (B4-13) Generate other solids (B4-13) Description of other2 solids (B4-13) Percentage of other 2 solids generated (B4-13) CBI designation checkbox for QB4-14 Designates if FGD solids combined with fly ash, bottom ash, or other material (QB4-14)CBI designation checkbox for QB4-15

Designates if cementitious/pozzolanic material produced with the FGD solids at the plant (QB4-15) CBI designation checkbox for QB4-16 Hydroclones used in solids separation of FGD slurry blowdown (QB4-16) Centrifuge used in solids separation of FGD slurry blowdown (QB4-16) Thickener used in solids separation of FGD slurry blowdown (QB4-16) Other method used in solids separation of FGD slurry blowdown (QB4-16) Description of other method used in solids separation of FGD slurry blowdown (QB4-16) Blowdown sent directly to a pond system (QB4-16) Blowdown sent directly to a wastewater treatment system (QB4-16) CBI designation checkbox for QB4-17 Vacuum drum filter used in solids dewatering of the FGD solids (B4-17) Vacuum belt filter used in solids dewatering of the FGD solids (B4-17) Gy psum stacking use in solids dewatering of the FGD solids (B4-17) Other method used in solids dewatering (B4-17) Description of other method used in solids dewatering (B4-17) CBI designation checkbox for QB4-18 Ty pical concentration of chlorides of the FGD solids produced (ppm) Minim um concentration of chlorides of the FGD solids produced (ppm) Maximum concentration of chlorides of the FGD solids produced (ppm) CBI designation checkbox for QB4-19 Chlorides affects the ability of FGD solids that can be marketed, sold, or given away Chloride content (ppm) of FGD solids that can be marketed, sold, or given away Moisture content affects the ability of FGD solids that can be marketed, sold, or given away Moisture content (%) of FGD solids that can be marketed, sold, or given away Other parameter affecting the marketability of the FGD solids Description of other FGD solids marketability parameter Other parameter (ppm) None - Industries to which the FGD solids are marketed has not specified standards N/A FGD solids are not marketed CBI designation checkbox for QB4-2 Minim um operating concentration of chlorides within the FGD scrubber absorber (QB4-2) Maximum operating concentration of chlorides within the FGD scrubber absorber (QB4-2) Plant identification number Plant identification number Plant identification number FGD system identification number. FGD system identification number. FGD system identification number. CBI designation checkbox for QB4-20 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2005 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2007 Am ount of wet FGD solids permanently stored in a Table A-6 landfill in 2009 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2005 Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2007Am ount of wet FGD solids temporarily stored in a Table A-6 landfill in 2009 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2005 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2007 Am ount of wet FGD solids permanently stored in Table A-4 pond in 2009 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2005 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2007 Am ount of wet FGD solids temporarily stored in Table A-4 pond in 2009 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2005 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2007 Am ount of wet FGD solids disposed of in a landfill not reported in Table A-6 in 2009 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2005 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2007 Am ount of wet FGD solids disposed of in a pond not reported in Table A-4 in 2009 Am ount of wet FGD solids marketed and sold in 2005 Am ount of wet FGD solids marketed and sold in 2007 Am ount of wet FGD solids marketed and sold in 2009 Am ount of wet FGD solids given away in 2005 Am ount of wet FGD solids given away in 2007 Am ount of wet FGD solids given away in 2009 Description of other ultimate destination of wet FGD solids (1) Am ount of wet FGD solids 2005 - Other destination (1) Am ount of wet FGD solids 2007 - Other destination (1) Am ount of wet FGD solids 2009 - Other destination (1) Description of other ultimate destination of wet FGD solids (2) Am ount of wet FGD solids 2005 - Other destination (2) Am ount of wet FGD solids 2007 - Other destination (2) Am ount of wet FGD solids 2009 - Other destination (2) CBI designation checkbox for Q4-21 Destination (1) of wet FGD solids marketed Tons of wet FGD solids sold to destination (1) in 2005 Revenue from wet FGD solids sold to destination (1) in 2005 Tons of wet FGD solids sold to destination (1) in 2007 Revenue from wet FGD solids sold to destination (1) in 2007 Tons of wet FGD solids sold to destination (1) in 2009 Revenue from wet FGD solids sold to destination (1) in 2009 Destination (2) of wet FGD solids marketed Tons of wet FGD solids sold to destination (2) in 2005 Revenue from wet FGD solids sold to destination (2) in 2005 Tons of wet FGD solids sold to destination (2) in 2007 Revenue from wet FGD solids sold to destination (2) in 2007 Tons of wet FGD solids sold to destination (2) in 2009 Revenue from wet FGD solids sold to destination (2) in 2009 Destination (3) of wet FGD solids marketed Tons of wet FGD solids sold to destination (3) in 2005 Revenue from wet FGD solids sold to destination (3) in 2005Tons of wet FGD solids sold to destination (3) in 2007

Revenue from wet FGD solids sold to destination (3) in 2007 Tons of wet FGD solids sold to destination (3) in 2009 Revenue from wet FGD solids sold to destination (3) in 2009 Destination (4) of wet FGD solids marketed Tons of wet FGD solids sold to destination (4) in 2005 Revenue from wet FGD solids sold to destination (4) in 2005 Tons of wet FGD solids sold to destination (4) in 2007 Revenue from wet FGD solids sold to destination (4) in 2007 Tons of wet FGD solids sold to destination (4) in 2009 Revenue from wet FGD solids sold to destination (4) in 2009 Destination (5) of wet FGD solids marketed Description of other destination (5) Tons of wet FGD solids sold to destination (5) in 2005 Revenue from wet FGD solids sold to destination (5) in 2005 Tons of wet FGD solids sold to destination (5) in 2007 Revenue from wet FGD solids sold to destination (5) in 2007 Tons of wet FGD solids sold to destination (5) in 2009 Revenue from wet FGD solids sold to destination (5) in 2009 Destination (6) of wet FGD solids marketed Description of other destination (6) Tons of wet FGD solids sold to destination (6) in 2005 Revenue from wet FGD solids sold to destination (6) in 2005 Tons of wet FGD solids sold to destination (6) in 2007 Revenue from wet FGD solids sold to destination (6) in 2007 Tons of wet FGD solids sold to destination (6) in 2009 Revenue from wet FGD solids sold to destination (6) in 2009 CBI designation checkbox for QB4-22 Total cost for solids separate 2005 Total cost for solids separate 2007 Total cost for solids separate 2009 Total cost for solids dewatering 2005 Total cost for solids dewatering 2007 Total cost for solids dewatering 2009 Total cost for hauling FGD solids 2005 Total cost for hauling FGD solids 2007 Total cost for hauling FGD solids 2009 Total cost of on site disposal 2005 Total cost of on site disposal 2007 Total cost of on site disposal 2009 Total cost of off site disposal 2005 Total cost of off site disposal 2007 Total cost of off site disposal 2009 Description (1) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (1)Total cost 2007 (1)

Total cost 2009 (1) Description (2) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (2) Total cost 2007 (2) Total cost 2009 (2) Description (3) of other ty pe of cost incurred to remove or dispose of wet FGD solids Total cost 2005 (3) Total cost 2007 (3) Total cost 2009 (3) Total 2005 costs incurred to remove or dispose of wet FGD solids Total 2007 costs incurred to remove or dispose of wet FGD solids Total 2009 costs incurred to remove or dispose of wet FGD solids Plant identification number Plant identification number FGD system identification number FGD system identification number CBI designation checkbox for QB5-1 FGD system water source (1) Percent contribution of FGD system water source Flow rate (gpd) of FGD system water source FGD system water source (2) Percent contribution of FGD system water source Flow rate (gpd) of FGD system water source FGD system water source (3) Percent contribution of FGD system water source Flow rate (gpd) of FGD system water source FGD system water source (other) description Percent contribution of FGD system water source Flow rate (gpd) of FGD system water source CBI designation checkbox for QC5-2 Ty pe of wet FGD absorber Ty pical FGD slurry

blowdown (or slurry

discharge) flow rate exiting the absorber (gpd) Ty pical range of percent solids of FGD slurry blowdown (or slurry

discharge) exiting the absorber - Lower % Ty pical range of percent solids of FGD slurry blowdown (or slurry

discharge) exiting the absorber - Higher % Ty pical amount of solids separation recycle returned to absorber (gpd) Ty pical amount of FGD scrubber purge (or slurry discharge) sent to wastewater treatment or discharge (gpm) Ty pical amount of FGD scrubber purge (or slurry discharge) sent to wastewater treatment or discharge (gpd) Ty pical duration of FGD scrubber purge (or slurry discharge) generation (tpd) Ty pical frequency

of FGD scrubber purge (or slurry discharge) generation (dpy) Plant identification number Plant identification number CBI designation checkbox for QB6-1 Plant collected monitoring data for untreated FGD scrubber purge (or slurry discharge) in the 12 months prior to receiving this questionnaireCBI designation checkbox for QC6-2

Analy te CAS Number Measured Value - BDL Measured Value - value Measured Value - units Analy tical Method Method detection limit - value Method detection limit - unit Reporting lim it -value Reporting lim it - unit Date sample collected Sam ple location Collected as grab or composite Description of qualifiers Analy zed as Total Recoverable or Dissolved (only answer for metals) Flow rate of FGD scrubber purge (or slurry discharge) at time of sampling (gpm) Plant identification number CBI designation checkbox for QB6-2 FGD scrubber purge data associated with FGD-1 FGD scrubber purge data associated with FGD-2 FGD scrubber purge data associated with FGD-3 FGD scrubber purge data associated with FGD-4 FGD scrubber purge data associated with FGD-5 FGD scrubber purge data associated with FGD-6 FGD scrubber purge data associated with SE Unit 1 FGD scrubber purge data associated with SE Unit 2 FGD scrubber purge data associated with SE Unit 3 FGD scrubber purge data associated with SE Unit 4 FGD scrubber purge data associated with SE Unit 5 FGD scrubber purge data associated with SE Unit 6 FGD scrubber purge data associated with SE Unit 7 FGD scrubber purge data associated with SE Unit 8 FGD scrubber purge data associated with SE Unit 9 FGD scrubber purge data associated with SE Unit 10 Plant identification number Plant identification number CBI designation checkbox for QB5-3 Chlorides content of untreated scrubber purge transferred to the wwt (ppm) Chlorides content of untreated scrubber purge transferred to the wwt (ppm) TSS concentration of untreated scrubber purge transferred to the wwt (ppm) TSS concentration of untreated scrubber purge transferred to the wwt (ppm) CBI designation checkbox for QB7-1 Does the plant transfer the FGD scrubber purge (or slurry discharge) to a settling pond? CBI designation checkbox for QB7-2Fly

ash sluice is commingled with FGD scrubber purge in the settling pond Bottom ash sluice is commingled with FGD scrubber purge in the settling pond Metal cleaning waste is commingled with FGD scrubber purge in the settling pond Mill reject sluice is commingled with FGD scrubber purge in the settling pond Boiler blowdown is com mi ngled with FGD scrubber purge in the settling pond Other process wastewater (1) commingled with FGD scrubber purge in the settling pond Description of other process wastewater (1) commingled with FGD scrubber purge in the settling pond Other process wastewater (2) commingled with FGD scrubber purge in the settling pond Description of other process wastewater (2) commingled with FGD scrubber purge in the settling pond FGD scrubber blowdown is not commingled with any process wastewaters in the settling pond CBI designation checkbox for QB7-3 "True" commingling in the pond FGD scrubber purge is treated in a FGD pond and subsequently commingled with ash water in designated ash pond FGD scrubber purge is not commingled with other wastewaters FGD scrubber purge wastewater is treated using a wastewater treatment system other than a pond and subsequently

commingled with ash water in a dedicated ash pond Other method of commingling FGD scrubber purge and BA or FA sluice Description of other method of commingling FGD scrubber purge and BA and FA sluice CBI designation checkbox for QB7-4 Settling pond wwt for FGD scrubber purge Biological reactor - aerobic wwt for FGD scrubber purge Biological reactor - anaerobic wwt for FGD scrubber purge Chemical precipitation wwt for FGD scrubber purge Constructed wetlands wwt for FGD scrubber purge Mechanical vapor compression (brine concentrator) wwt for FGD scrubber purge Mechanical vapor compression (brine concentrator) with spray dryer for FGD scrubber purge Mechanical vapor compression (brine concentrator) with crystallizer for FGD scrubber purge Other wwt for FGD scrubber purge Description of wwt for FGD scrubber purge CBI designation checkbox for QB7-5 Scrubber purge is immediately recycled back to plant processes Description of recycled scrubber purge Scrubber purge discharges to NPDES outfall NPDES outfall number Discharged to POTW Deep well injection Other destination of FGD scrubber purge Description of other destination of FGD scrubber purge CBI designation checkbox for QB7-7 Are gy psum related wastewaters produced at the plant? Ty pical volum e of gy psum related wastewaters produced (gpm) Ty pical frequency

of gy psum related wastewaters produced (dpy) CBI designation checkbox for QB7-7 Gy psum related waters are reused in FGD processGy psum related waters are reused in other process operations

Description of gy psum related waters reused in plant operations Transferred to a treatment system in Tables D-1 or D-2 Settling pond Chemical precipitation Biological reactor - aerobic Biological reactor - anaerobic Construction wetlands Mechanical vapor compression (bring concentrator) Mechanical vapor compression (bring concentrator) - spray dryer Mechanical vapor compression (bring concentrator) - with crystallizer Other treatment system for gy psum related wastewaters Description of other treatment system Gy psum related wastewaters discharged via NPDES outfall NPDES outfall number Gy psum related wastewaters sent to POTW Other destination of gy psum related wastewaters Description of other destination of gy psum related wastewaters Plant identification number. Plant identification number. Flue gas desulfurization unit identification number. CBI designation checkbox for Q B8-2. Indicates how the FGD solids are removed from the flue gas. Description of how the FGD solids are removed from the flue gas if plant does not use an ESP or fabric filter. CBI designation checkbox for Q B8-3. Indicates if the FGD system is located upstream or downstream of the fly ash collection system. CBI designation checkbox for Q B8-4. There is a maximum chlorides concentration limit that determines whether a water source can be used as FGD reagent preparation water. Maximum chlorides concentration that is acceptable for a water source used as FGD reagent preparation water. There is a solids percentage limit that determines whether a water source can be used as FGD reagent preparation water. Maximum solids percentage that is acceptable for a water source used as FGD reagent preparation water. There are other criteria that determines whether a water source can be used as FGD reagent preparation water. Description of other criteria that determines if a water source is acceptable for use as FGD reagent preparation water. CBI designation checkbox for Q B8-5. Flow rate in gpm of the FGD reagent preparation water for 2009. Flow duration in hpd of the FGD reagent preparation water for 2009. Flow frequency

in dpy of the FGD reagent preparation water for 2009. CBI designation checkbox for Q B8-6. The source of FGD reagent preparation water is raw intake water. The source of FGD reagent preparation water is intake water that has been treated on-site. The source of FGD reagent preparation water is a process wastewater. The process wastewater selected from the dropdown menu that is used as a source of FGD reagent preparation water.Description of the process wastewater that is used as a source of FGD reagent preparation water if the process

wastewater is not specified in the dropdown menu. Checkbox indicating that the source of FGD reagent preparation water is another source. Description of the other source used as the FGD reagent preparation water. CBI designation checkbox for Q B8-7. Yes/no response indicating whether FGD wastewater is generated from the operation of the dry FGD scrubber. CBI designation checkbox for Q B8-8. Wa stewater from the dry FGD is immediately

recycled back to the plant. Description of the plant process that the wastewater from the dry FGD is immediately

recycled back to. Wa stewater from the dry FGD is transferred to a treatment system. Wa stewater from the dry FGD is treated by

a settling pond. Wa stewater from the dry FGD is treated by

a chemical precipitation system. Wa stewater from the dry FGD is treated by

an aerobic biological reactor system. Wa stewater from the dry FGD is treated by

an anaerobic biological reactor system. Wa stewater from the dry FGD is treated by

constructed wetlands. Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) with a spray dryer. Wa stewater from the dry FGD is treated by

a mechanical vapor compression (brine concentrator) with a crystallizer. Wa stewater from the dry FGD treated by

another process. Description of the other process used to treat the wastewater from the dry FGD. Wa stewater from the dry FGD is discharged to surface water. The NPDES permitted outfall number to which the plant discharges the wastewater from the dry FGD. Wa stewater from the dry FGD is transferred to a publically or privately

owned treatm ent works. Wa stewater from the dry FGD is injected into a deep well. Wa stewater from the dry FGD is transferred to another location. Description of other destination to which the wastewater from the dry FGD is transferred. CBI designation checkbox for Q B8-9. Yes/no response to whether any FGD wastewater is generated from cleaning the dry FGD scrubber. The volume in gpd of FGD wastewater generated from cleaning the dry FGD scrubber in 2009. The number of days FGD wastewater was generated from cleaning the dry FGD scrubber in 2009. CBI designation checkbox for Q B8-10. Wa stewater from cleaning the dry FGD scrubber is immediately recycled back to the plant. Description of the plant process that the wastewater from cleaning the dry FGD scrubber is immediately recycled back to. Wa stewater from cleaning the dry FGD scrubber is transferred to a treatment system. Wa stewater from cleaning the dry FGD scrubber is treated with a settling pond. Wa stewater from cleaning the dry FGD scrubber is treated with a chemical precipitation system. Wa stewater from cleaning the dry FGD scrubber is treated with an aerobic biological reactor. Wa stewater from cleaning the dry FGD scrubber is treated with an anaerobic biological reactor. Wa stewater from cleaning the dry FGD scrubber is treated with constructed wetlands. Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator). Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator) with a spray dryer.Wa stewater from cleaning the dry FGD scrubber is treated with a mechanical vapor compression (brine concentrator) with a crystallizer. Wa stewater from cleaning the dry FGD scrubber is treated with another technology

. Description of the other technology that is used to treat the wastewater from cleaning the dry FGD scrubber. Wa stewater from cleaning the dry FGD scrubber is discharged to surface water. The NPDES permitted outfall number to which the plant discharges the wastewater from cleaning the dry FGD scrubber. Wa stewater from cleaning the dry FGD scrubber is transferred to a publically or privately

owned treatm ent works. Wa stewater from cleaning the dry FGD scrubber is injected into a deep well. Wa stewater from cleaning the dry FGD scrubber is transferred to another destination. Description of other destination to which the wastewater from cleaning the dry FGD scrubber is transferred. CBI designation checkbox for Q B8-11. Chlorides content affects the ability of dry FGD solids to be marketed, sold, or given away Maximum chlorides concentration limit in ppm for marketing, selling, or giving away dry FGD solids. Moisture content affects the ability of dry FGD solids to be marketed, sold, or given away Maximum moisture content limit in ppm for marketing, selling, or giving away dry FGD solids. Another parameter affects the ability of dry FGD solids to be marketed, sold, or given away

. Description of the other parameter that affects the ability of dry FGD solids to be marketed, sold, or given away

. Maximum other parameter concentration limit in ppm for marketing, selling, or giving away dry FGD solids. Industries to which the FGD solids are marketed have not specified standards. FGD solids are not marketed, sold, or given away

. Plant identification number. Plant identification number. Plant identification number Flue gas desulfurization unit identification number. Flue gas desulfurization unit identification number. FGD system identification number. CBI designation checkbox for QB8-12, Table B-10 Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2005. Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2007. Am ount of dry

FGD solids in tons stored permanently in a reported landfill in 2009. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2005. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2007. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported landfill in 2009. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2005. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2007. Am ount of dry

FGD solids in tons stored permanently in a reported pond in 2009. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2005. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2007. Am ount of dry

FGD solids in tons stored temporarily (later hauled offsite/marketed) in a reported pond in 2009. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2005. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2007. Am ount of dry

FGD solids in tons sent to an offsite landfill (i.e., not reported in Table A-6) in 2009. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2005. Am ount of dry

FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2007.Am ount of dry FGD solids in tons sent to an offsite pond (i.e., not reported in Table A-4) in 2009. Am ount of dry

FGD solids marketed and sold in 2005. Am ount of dry

FGD solids marketed and sold in 2007. Am ount of dry

FGD solids marketed and sold in 2009. Am ount of dry

FGD solids given away in 2005. Am ount of dry

FGD solids given away in 2007. Am ount of dry

FGD solids given away in 2009. Description of Other Destination 1 for the dry FGD solids. Am ount of dry

FGD solids sent to Other Destination 1 in 2005. Am ount of dry

FGD solids sent to Other Destination 1 in 2007. Am ount of dry

FGD solids sent to Other Destination 1 in 2009. Description of Other Destination 2 for the dry FGD solids. Am ount of dry

FGD solids sent to Other Destination 2 in 2005. Am ount of dry

FGD solids sent to Other Destination 2 in 2007. Am ount of dry

FGD solids sent to Other Destination 2 in 2009. CBI designation checkbox for Q B8-13, Table B-11 Destination (1) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (1) in 2005 Revenue from dry

FGD solids sold to destination (1) in 2005 Tons of dry

FGD solids sold to destination (1) in 2007 Revenue from dry

FGD solids sold to destination (1) in 2007 Tons of dry

FGD solids sold to destination (1) in 2009 Revenue from dry

FGD solids sold to destination (1) in 2009 Destination (2) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (2) in 2005 Revenue from dry

FGD solids sold to destination (2) in 2005 Tons of dry

FGD solids sold to destination (2) in 2007 Revenue from dry

FGD solids sold to destination (2) in 2007 Tons of dry

FGD solids sold to destination (2) in 2009 Revenue from dry

FGD solids sold to destination (2) in 2009 Destination (3) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (3) in 2005 Revenue from dry

FGD solids sold to destination (3) in 2005 Tons of dry

FGD solids sold to destination (3) in 2007 Revenue from dry

FGD solids sold to destination (3) in 2007 Tons of dry

FGD solids sold to destination (3) in 2009 Revenue from dry

FGD solids sold to destination (3) in 2009 Destination (4) of dry

FGD solids marketed. Tons of dry

FGD solids sold to destination (4) in 2005 Revenue from dry

FGD solids sold to destination (4) in 2005 Tons of dry

FGD solids sold to destination (4) in 2007 Revenue from dry

FGD solids sold to destination (4) in 2007 Tons of dry

FGD solids sold to destination (4) in 2009 Revenue from dry

FGD solids sold to destination (4) in 2009 Destination (5) of dry

FGD solids marketed.Description of Destination (5) of dry FGD solids marketed if destination not specified in dropdown menu. Tons of dry

FGD solids sold to destination (5) in 2005 Revenue from dry

FGD solids sold to destination (5) in 2005 Tons of dry

FGD solids sold to destination (5) in 2007 Revenue from dry

FGD solids sold to destination (5) in 2007 Tons of dry

FGD solids sold to destination (5) in 2009 Revenue from dry

FGD solids sold to destination (5) in 2009 Destination (6) of dry

FGD solids marketed. Description of Destination (6) of dry FGD solids marketed if destination not specified in dropdown menu. Tons of dry

FGD solids sold to destination (6) in 2005 Revenue from dry

FGD solids sold to destination (6) in 2005 Tons of dry

FGD solids sold to destination (6) in 2007 Revenue from dry

FGD solids sold to destination (6) in 2007 Tons of dry

FGD solids sold to destination (6) in 2009 Revenue from dry

FGD solids sold to destination (6) in 2009 CBI designation checkbox for QB8-14, Table B-12 Total cost for solids separation for dry FGD in 2005 Total cost for solids separation for dry FGD in 2007 Total cost for solids separation for dry FGD in 2009 Total cost for solids dewatering for dry FGD in 2005 Total cost for solids dewatering for dry FGD in 2007 Total cost for solids dewatering for dry FGD in 2009 Total cost for hauling FGD solids for dry FGD in 2005 Total cost for hauling FGD solids for dry FGD in 2007 Total cost for hauling FGD solids for dry FGD in 2009 Total cost for on site disposal for dry FGD in 2005 Total cost for on site disposal for dry FGD in 2007 Total cost for on site disposal for dry FGD in 2009 Total cost for off site disposal for dry FGD in 2005 Total cost for off site disposal for dry FGD in 2007 Total cost for off site disposal for dry FGD in 2009 Description of Other 1 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 1 for dry FGD in 2005 Total cost of Other 1 for dry FGD in 2007 Total cost of Other 1 for dry FGD in 2009 Description of Other 2 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 2 for dry FGD in 2005 Total cost of Other 2 for dry FGD in 2007 Total cost of Other 2 for dry FGD in 2009 Description of Other 3 ty pe of cost incurred to remove or dispose of dry FGD solids Total cost of Other 3 for dry FGD in 2005 Total cost of Other 3 for dry FGD in 2007 Total cost of Other 3 for dry FGD in 2009 Total 2005 costs incurred to remove or dispose of dry FGD solids Total 2007 costs incurred to remove or dispose of dry FGD solidsTotal 2009 costs incurred to remove or dispose of dry FGD solids Plant identification number. CBI designation checkbox for Part B comments. Question number reference for Part B comment. Comment from plant for Part B. Plant identification number CBI designation checkbox for any ash generation Does facility

generate any

ash answer CBI designation checkbox for total acreage Total acreage of the plant including all contiguous and non-adjoining property within 20 m iles under the operational control of the plant or operated by the same ultimate parent, and receiving the plant's waste Total acreage of parking lots Total acreage of buildings and other developed areas Total acreage of active/inactive/open ash ponds Total acreage of active/inactive/open landfills Total acreage of closed ponds/impoundments and landfills Description of ty pe of unusable land Total acreage of unusable land Description of first additional type of unusable land Total acreage of first additional ty pe of unusable land Description of second additional type of unusable land Total acreage of second additional ty pe of unusable land CBI designation checkbox for fly ash generation Does facility

generate any

fly ash answer Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Steam electric generating Unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID CBI designation checkbox for Q C2-1 fly ash collection ty pe Ty pe of fly

ash collection (ESPs, dry hot, dry cold, wet, baghouse, wet scrubber, or other) Ty pe of fly

ash collection if other is selected for "fly _collection"We t sluice fly ash handling system We t vacuum system (pneumatic) fly ash handling system Dry vacuum fly

ash handling system Pressure fly

ash handling system Combined vacuum/pressure fly ash handling system Mechanical fly

ash handling system Other ty pe of fly

ash handling system Plant's description of the other type of fly ash handling system Am ount of fly

ash produced in 2009 conveyed wet (tpd) Am ount of fly

ash produced in 2009 conveyed wet (dpy) Am ount of fly

ash produced in 2009 conveyed dry (tpd) Am ount of fly

ash produced in 2009 conveyed dry (dpy) Design ash handling rate for wet conveyed fly ash (tpd) Design ash handling rate for wet conveyed fly ash (dpy) Design ash handling rate for dry conveyed fly

ash (tpd) Design ash handling rate for dry conveyed fly

ash (dpy) Number of days fly

ash was conveyed wet in 2009 (days) Number of days fly

ash was conveyed dry in 2009 (days) LOI of wet conveyed fly ash (ty pical range for 2009) - minimum percentage LOI of wet conveyed fly ash (ty pical range for 2009) - maximum percentage LOI of dry

conveyed fly

ash (ty pical range for 2009) - minimum percentage LOI of dry

conveyed fly

ash (ty pical range for 2009) - maximum percentage CBI designation checkbox for QC2-2 Plant's response for sluicing fly ash for the SE Unit Average flow rate of the sluice water Ty pical duration of sluicing (hpd) Ty pical frequency

of sluicing (dpy) Source of sluice water (option 1) Source of sluice water (option 2) Source of sluice water (option 3) Source of sluice water description if "other" is selected in drop down menus Percent contribution of sluice water option 1 Percent contribution of sluice water option 2 Percent contribution of sluice water option 3 Percent contribution of sluice water for other field CBI designation checkbox for Q C2-3 fly ash sluice criteria Chlorides concentration requirement for fly ash sluice water Chlorides concentration value for fly ash sluice water (ppm) Solids percentage requirement for fly ash sluice water Solids percentage value for fly ash sluice water (%) Other requirement for fly ash sluice water Description of other requirement for fly ash sluice water Other value for fly

ash sluice water (ppm) CBI designation checkbox for Q C2-4 sluice water immediately recycled back to the plant process Plant's response for recycling fly ash sluice water immediately back to the plants processDescription of how the plant used the recycled sluice water

CBI designation checkbox for Q C2-5 fly sluice water discharged to POTW Plant's response for discharging the fly ash sluice water to a POTW CBI designation checkbox for Q C2-6 Plant response for operating a wet vacuum (pneumatic) fly ash handling system CBI designation checkbox for Q C2-7 Ty pical volum e of the vacuum water from the wet vacuum system generated annually (gpy) Ty pical volum e of the vacuum water form the wet vacuum system number of days (dpy) CBI designation checkbox for Q C2-8 We t vacuum water immediately recycled back to plant process Description of how wet vacuum water is immediately recycled back to plant process We t vacuum water transferred to an on-site treatment system We t vacuum water transferred to a settling pond pH adjustment for wet vacuum water Chemical precipitation for wet vacuum water We t vacuum water transferred to constructed wetlands We t vacuum water transferred to other ty pe of on-site treatment Description of "other" type of on-site treatment We t vacuum water discharged to surface water We t vacuum water discharged to surface water outfall number We t vacuum water discharge to POTW or PrOTW We t vacuum water "other" destination We t vacuum water "other" destination description CBI designation checkbox for Q C2-9 Ty pe of ash handling (dry vs. wet) Storage destination ID (from Storage Destination table in the codes tab) "Other" storage destination description if "other" is selected Percent of fly

ash conveyed to each storage destination Storage destination ty pe (intermediate vs. final) CBI designation checkbox for Q C2-10 Wa s the fly

ash from this SE Unit conveyed both wet and dry? CBI designation checkbox for Q C2-11 We t fly ash handling system operated during times when dry fly ash is not marketable Number of days wet fly ash handling system operated when fly ash not marketable We t fly ash handling system operated when the dry fly ash collection system was not operational due to

ma intenance issues Number of days wet fly ash handling system operated when dry down due to m aintenance We t fly ash handling system operated in order to maintain to function as a backup to the dry system Number of days wet fly ash handling system operated as a backup We t fly ash handling system operational because the dry fly ash handling system does not have the capacity to handle all of the fly

ash Number of days wet fly ash handling system operated because of capacity We t fly ash handling system operated because of other reasons Other reason for operating a wet and dry fly ash handling system Number of days wet fly ash handling system operated because of other reasonsCBI designation checkbox for Q C2-12

No system modifications are necessary to operate the dry

fly ash handling system all the time Increase capacity

of the silo(s) to handle all ash dry Increase the number of silos to handle all ash dry Modify the loading silos to have the ability to moisten condition the ash to handle all ash dry Install/increase the capacity of the landfills to handle all ash dry Increase capacity

of dry ash convey ing equipm ent to handle all ash dry Design/develop new infrastructure to dispose of dry ash to handle all ash dry Description of new infrastructure needed Other requirement needed to handle all ash dry Other description needed to handle all ash dry CBI designation checkbox for Q C2-13 Expand capacity

of handling system by

Dec 31, 2020 Decrease use of wet fly ash handling system by Dec 31, 2020 Expected number of days the wet fly ash handling system is expected to operate per year End use of wet fly

ash handling system Expected end date of wet fly ash handling system No change is expected for the fly ash handling system operation Other change expected for the fly ash handling system Description of other change expected for the fly ash handling system CBI designation checkbox for Q C2-14 Wa s the dry

fly ash handling system installed as a retrofit to the steam electric generating unit Year of retrofit Shutdown tim e required for installation of dry retrofit (days) Wa s the time required to install the retrofit outside of the regularly scheduled outage CBI designation checkbox for Q C2-15 Ty pe of dry

fly ash retrofit CBI designation checkbox for Q C2-16 Physical changes to the facility needed for the retrofit Installation of pressure/vacuum system and piping for retrofit Expansion of pressure/vacuum system and piping for retrofit Installation of storage silos for retrofit Modification of the silos the moisture-condition ash for retrofit Modification of the silos for ash transfer to rail cars for retrofit Modification of the silos for marketable ash for retrofit Construction of haul roads for retrofit Construction of rail track for retrofit Construction of landfill for retrofit Landfill ID for construction of landfill for retrofit Increase landfill capacity for retrofit Landfill ID that will be increased for retrofit Change to air permit for retrofit Other reason for retrofit Other description for retrofit Changes in personnel/training for retrofitDescription of changes in personnel/training for retrofit

Changes in ash disposal practices for retrofit Storage of ash in landfills for retrofit Landfill ID of storage of ash in landfills for retrofit Marketing of ash for retrofit Hauling ash to off-site storage for retrofit Dust suppression activities for retrofit Other reason for retrofit (ash disposal practices) Other ash disposal practice description for retrofit CBI designation checkbox for Q C2-17 Is the plant in the process of installing a dry fly ash handling system Estimated shutdown time in days required to bring system online CBI designation checkbox for Q C2-18 Is the plant planning to install a dry fly ash handling system Estimated shutdown time in days required to bring system online CBI designation checkbox for Q C2-19 Is the plant in the process of, planning to, installing a dry fly ash handling system by 12/31/20, provide the cost estimates developed Cost estimates for dry

fly ash handling system conversion/installation are attached Explanation if cost estimates are not attached CBI designation checkbox for Q C2-20 Physical changes to install dry system Installation of vac/pressure system and piping to install dry system Expansion of vac/pressure system and piping to install dry system Installation of storage silos to install dry system Modification of the silos to moisture-condition ash to install dry system Modification of the silos for ash transfer to railcars to install dry system Modification of the silos for marketable ash to install dry system Construction of haul roads to install dry system Construction of rail track to install dry system Construction of landfill to install dry system Construction landfill ID Increase landfill capacity to install dry

system Landfill ID that will increase capacity Changes to the air permit to install dry system Other physical change to the facility to install dry

system Description of other physical change to the facility to install dry

system Changes in personnel/training to install dry system Description of personnel/training changes to install dry system Changes in ash disposal practices to install dry system Storage of ash in landfills to install dry system Landfill IDs that will store fly ash Marketing of ash to install dry system Hauling of ash to off-site storage to install dry system Dust suppression activities to install dry systemOther change to ash disposal practices to install dry system Description of other change to ash disposal practices to install dry system CBI designation checkbox for Q C2-21 Dry fly ash is marketed, sold, and/or given away Destination 1 of the marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away destination Percentage of dry

fly ash marketed, sold, and/or given away to Destination 1 Destination 2 of the marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away dry fly ash Percentage of dry

fly ash marketed, sold, and/or given away to Destination 2 Destination 3 of the marketed, sold, and/or given away dry fly ash Other description of marketed, sold, and/or given away dry fly ash Percentage of dry

fly ash marketed, sold, and/or given away to Destination 3 Dry fly ash is stored in landfills reported in Table A-6 Percentage of dry

fly ash stored in landfills reported in Table A-6 Dry fly ash is stored in landfills not reported in Table A-6 Percentage of dry

fly ash stored in landfills not reported in Table A-6 Other destination of dry fly ash Description of other destination of dry fly ash Percentage of dry

fly ash stored in other destination CBI designation checkbox for Q C2-22 If the plant is in the process of installing a dry fly ash handling system, have cost estimates been obtained/developed? Attached dry

fly ash handling installation estimates Explanation for dry

fly ash handling installation estimates not attached CBI designation checkbox for Q C2-23 Has the plant encountered and unscheduled outages on this SE Unit caused by the fly ash handling system in the last 5 years CBI designation check for Q C2-24 Total days in 2005 the wet fly ash handling system caused outage Reason for 2005 wet fly ash handling system caused outage Methods used to resolved 2005 wet fly ash handling system caused outage Total days in 2005 the dry fly ash handling system caused outage Reason for 2005 dry

fly ash handling system caused outage Methods used to resolved 2005 dry fly ash handling system caused outage Total days in 2006 the wet fly ash handling system caused outage Reason for 2006 wet fly ash handling system caused outage Methods used to resolved 2006 wet fly ash handling system caused outage Total days in 2006 the dry fly ash handling system caused outage Reason for 2006 dry

fly ash handling system caused outage Methods used to resolved 2006 dry fly ash handling system caused outage Total days in 2007 the wet fly ash handling system caused outage Reason for 2007 wet fly ash handling system caused outage Methods used to resolved 2007 wet fly ash handling system caused outage Total days in 2007 the dry fly ash handling system caused outageReason for 2007 dry fly ash handling system caused outage Methods used to resolved 2007 dry fly ash handling system caused outage Total days in 2008 the wet fly ash handling system caused outage Reason for 2008 wet fly ash handling system caused outage Methods used to resolved 2008 wet fly ash handling system caused outage Total days in 2008 the dry fly ash handling system caused outage Reason for 2008 dry

fly ash handling system caused outage Methods used to resolved 2008 dry fly ash handling system caused outage Total days in 2009 the wet fly ash handling system caused outage Reason for 2009 wet fly ash handling system caused outage Methods used to resolved 2009 wet fly ash handling system caused outage Total days in 2009 the dry fly ash handling system caused outage Reason for 2009 dry

fly ash handling system caused outage Methods used to resolved 2009 dry fly ash handling system caused outage Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number CBI designation checkbox for Q C2-25 (Table C-6) Storage destination ID (from Storage Destination Table in Codes Table tab) Description of storage destination if "other" is selected Distance from the SE Unit to the Intermediate Storage or from the Intermediate Storage to the Final Disposal/Destination (miles) Tons of fly

ash transported to destination in 2009 (dry weight basis) How the fly

ash is transported to the storage destination Description of transportation if "other" is selected Percent moisture of the fly ash entering destination (if transported dry) CBI designation checkbox for Q C2-26 Is water used to moisten the fly ash CBI designation checkbox for Q C2-26 Storage destination ID from Storage Destination Table in Codes Table tab Description of storage destination if "other" is selected Source of water used - Raw intake water Source of water used - Intake water that have been treated on site prior to use Source of water used - Process wastewater stream (option 1) Source of water used - Description of process wastewater 1 Source of water used - Description of process wastewater (1) if "other" is selected Source of water used - Process wastewater stream (option 2) Source of water used - Description of process wastewater 2 Source of water used - Description of process wastewater (2) if "other" is selected Maximum chlorides concentration of water used to moisten the ash (ppm) Maximum solids percentage of water used to moisten the ash (%) Other criteria to determine the source of water used to moisten the fly ash CBI designation checkbox for Q C2-27Criteria plant used to determine if a water source is unacceptable for use (recycle/reuse) to moisten the ash

CBI designation checkbox for Q C2-28 Does the plant market, sell, and/or give away fly ash from the DRY fly

ash handling system CBI designation checkbox for Q C2-28 Destination market of fly ash Ty pical percent of moisture of dry fly ash Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2005 Gross revenue generated from dry fly ash in 2005 Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2007 Gross revenue generated from dry fly ash in 2007 Tons of dry

fly ash (dry basis) marketed, sold, and/or given away in 2009 Gross revenue generated from dry fly ash in 2009 CBI designation checkbox for Q C2-29 Does the plant market, sell, and/or give away fly ash from the W ET fly

ash handling system CBI designation checkbox for Q C2-29 Market destination of wet fly ash Ty pical percent moisture of wet fly ash Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2005 Gross revenue generated from wet fly ash in 2005 Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2007 Gross revenue generated from wet fly ash in 2007 Tons of wet fly

ash (dry basis) marketed, sold, and/or given away in 2009 Gross revenue generated from wet fly ash in 2009 Plant identification number Plant identification number Plant identification number Plant identification number Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID The fly ash handling system for this unit is planned CBI designation checkbox for C2-30 Ty pe of fly

ash system conveyance components Description of fly

ash system conveyance component if "other" is selected Number of ty pe of conveyance components in the system Total system capacity

of ty pe of conveyance components Conveyance capacity

component units Units of capacity

if "other" is selected CBI designation checkbox for Q C2-31 Block diagram of entire fly ash handling system is attached CBI designation checkbox for Q C2-32 Major components of this fly ash conveyance system that a contractor(s) constructed/installed (or plans to) at the contractor's expense Contractor installed/will install ALL components IDed in Table C-10 (Fly _Cnvy _Cmpnts)CBI designation checkbox for Q C2-33

Major O&M activities of this fly ash conveyance system that a contractor(s) oversees/will oversee at the contractor's expense Contractor oversees/will oversee ALL O&M activities dealing with the conveyance portion of the fly ash handling system at the contractor's expense CBI designation checkbox for Q C2-34 Capital cost - hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for Q C2-34 Project description for each subcategory of capital costs in Table C-11 Cost for fly

ash system as originally installed Cost for modifications to the system Year on which original cost is based Year on which m odification cost is based CBI designation checkbox for Q C2-35 Are all m ajor components of the conveyance system included in the table Fly _Cnvy _Capital_Cost Pieces of equipment included in the cost and those that are not included in the total cost CBI designation checkbox for Q C2-36 2009 annual cost for operating labor 2009 rate per hour (average rate of labor) for operating labor 2009 staffing operating labor - number of workers 2009 staffing operating labor - hours per day 2009 staffing operating labor - days per year 2009 annual cost for maintenance labor 2009 rate per hour (average rate of labor ) for maintenance labor 2009 staffing maintenance labor - number of workers 2009 staffing maintenance labor - hours per day 2009 staffing maintenance labor - days per year 2009 annual cost for maintenance materials 2009 annual cost for energy 2009 rate per kW h for energy 2009 consumption kW h/hr for energy Other O&M cost description (1) 2009 annual cost of Other 1 O&M category Other O&M cost description (2)) 2009 annual cost of Other 2 O&M category Total O&M cost (2009) Plant identification number Plant identification number Plant identification number Plant identification number Storage destination ID (from Codes Table tab) Storage destination ID Storage destination ID Storage ID (from Storage destination table in Codes Tab) Storage destination is plannedCBI designation checkbox for QC2-37

Does this storage component store both fly ash and bottom ash together Unit IDs contributing bottom ash to this shared storage component CBI designation checkbox for QC2-38 Storage destination is a pond/impoundment CBI designation checkbox for QC2-39 Ty pe of component (intermediate storage) Description of component if "other" is selected Number of ty pe of intermediate storage components in the system Capacity of ty pe of intermediate storage components in the system Capacity units of intermediate storage component Other capacity

units of intermediate storage component CBI designation checkbox for QC2-40 Major components of this intermediate storage destination that contractor(s) installed/will install at their expense Contractor installed/will install all components IDed in Fly _Storage_Cmpnts table CBI designation checkbox for QC2-41 All O&M activities associated with this intermediate storage destination that a contractor(s) oversees/will oversee at their expense Contractor oversees/will oversee all O&M activities dealing with the intermediate storage portion of system at their expense CBI designation checkbox for QC2-42 Capital cost - hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for QC2-42 Project description for each subcategory of capital costs in Table C-14 Cost of intermediate storage system as originally installed Cost of modification of intermediate storage system Year on which original cost is based Year on which m odification cost is based CBI designation checkbox for C2-43 Are all mjr components of the intermediate storage included in the capital costs in Fly _Storage_Capital_Cost If not all included, explain what costs are included and which aren't in the total capital cost CBI designation checkbox for QC2-44 2009 Annual cost for operating labor - water trucks only 2009 Rate per hour (average rate of labor) for operating labor - water trucks only 2009 Staffing (No. of workers) for operating labor - water trucks only 2009 Staffing (hours per day) for operating labor - water trucks only 2009 Staffing (days per year ) for operating labor - water trucks only 2009 Annual cost for operating labor (all other) 2009 Rate per hour (average rate of labor) for operating labor (all other) 2009 Staffing (No. of workers) for operating labor (all other) 2009 Staffing (hours per day) for operating labor (all other) 2009 Staffing (days per year ) for operating labor (all other) 2009 Annual cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor2009 Staffing (hours per day) for maintenance labor

2009 Staffing (days per year ) for maintenance labor 2009 Annual cost for maintenance materials 2009 Annual cost for energy 2009 rate per kW h for energy 2009 consumption kW h/hr for energy Other (1) description of 2009 annual cost 2009 Annual Other (1) cost Other (2) description of 2009 annual cost 2009 Annual Other (2) cost Total 2009 Annual Cost - Intermediate Storage Plant identification number Plant identification number Plant identification number CBI designation checkbox for QC2-45 Does the plant use the same transport and disposal equipment for both fly ash bottom ash? Unit and storage IDs contributing bottom ash to the transport and disposal system CBI designation checkbox for Q C2-46 Is a pond/impoundment the final destination of all the fly ash collected by

the plant CBI designation checkbox for QC2-47 Truck is a method used to transport ash Number of trucks plant uses for the transportation/disposal of fly ash Trucks used were bought Trucks used are leased Trucks used are contracted out Rail car is the method uses to transport ash Number of rail cars plant uses for the transportation/disposal of fly ash Rail cars were bought Rail cars are leased Rail cars are contracted out Other method for the transport and disposal of ash Description of other method used (i.e., barge) CBI designation checkbox for Q C2-48 List of all major components for transport/disposal of dry fly ash that a contractor(s) constructed/installed (or plans to) at the contractor's expense Contract installed/will install all ash transport equipment at the contractor's expense CBI designation checkbox for Q C2-49 List of all O&M activities for transport and disposal that the contractor oversees/will oversee at the contractor's expense Contractor oversees/will oversee all transport/disposal activities at the contractor's expense CBI designation checkbox for QC2-50 Capital Cost - Hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for QC2-50 Project description for each subcategory of capital costs in Table C-16 Cost for system as originally installedCost for modifications to the system

Year on which original cost is based Year on which m odifications cost is based CBI designation checkbox for QC2-51

Are all m ajor components of the system included in the capital costs in Fly _Trspt_Disp_Capital_Cost Explanation of items included in the capital cost and those not included CBI designation checkbox for QC2-52 2009 annual cost for operating labor (trucks, rail cars, other transport)

2009 rate per hour (average rate of labor) for operating labor

2009 staffing - number of workers for operating labor

2009 staffing - hours per day for operating labor

2009 staffing - days per year for operating labor

2009 transport rate loads per day (operating labor)

2009 transport rate days per year (operating labor) 2009 annual cost for operating labor (all other operating costs)

2009 rate per hour (average rate of labor) for operating labor

2009 staffing - number of workers for operating labor

2009 staffing - hours per day for operating labor

2009 staffing - days per year for operating labor

2009 annual cost for maintenance labor 2009 rate per hour (average rate of labor) for maintenance cost 2009 staffing - number of workers for maintenance labor 2009 staffing - hours per day for maintenance labor 2009 staffing - days per year for maintenance labor 2009 annual cost for maintenance materials 2009 annual costs for energy 2009 rate per kW h for energy

2009 consumption - kW h/hr for energy

2009 annual cost for ash removal/disposal fees

Description of other (1) O&M cost category 2009 annual rate for other(1) O&M cost category Description of other (2) O&M cost category 2009 annual rate for other (2) O&M cost category Total 2009 O&M Cost Plant identification numberPlant identification number

Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Plant identification number Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID Steam electric generating unit ID CBI designation checkbox for QC3-1 Is bottom ash generated in any units at the plant? CBI designation checkbox for QC3-2 Ty pe of boiler Other ty pe of boiler description We t sluicing bottom ash handling system Mechanical drag bottom ash handling system Dry vacuum bottom ash handling system Dry pressure bottom ash handling system Other ty pe of bottom ash handling system Description of other ty pe of bottom ash handling system Ty pical amount of bottom ash produced in 2009 (dry weight basis) - wet conveyed tons per day Ty pical amount of bottom ash produced in 2009 (dry weight basis) - wet conveyed days per year Ty pical amount of bottom ash produced in 2009 (dry weight basis) - dry

conveyed tons per day Ty pical amount of bottom ash produced in 2009 (dry weight basis) - dry

conveyed days per year Ty pical percent moisture of wet conveyed bottom ash Ty pical percent moisture of dry conveyed bottom ash Design ash handling rate of wet conveyed bottom ash - tons per day Design ash handling rate of wet conveyed bottom ash - days per year Design ash handling rate of dry conveyed bottom ash - tons per day Design ash handling rate of wet conveyed bottom ash - days per year Number of days wet conveyed ash was handled by the bottom ash handling system in 2009 Number of days dry

conveyed ash was handled by the bottom ash handling system in 2009 We t conveyed LOI minimum value (percent) We t conveyed LOI maximum value (percent) LOI of wet conveyed bottom ash not monitored LOI of wet conveyed ash - NA Dry conveyed LOI minimum value (percent)Dry

conveyed LOI maximum value (percent) LOI of dry

conveyed bottom ash not monitored LOI of dry

conveyed bottom ash - NA CBI designation checkbox for QC3-3 Is wet sluicing used to collect bottom ash from this unit? Average sluice water flow rate (gpd) Ty pical duration of sluicing (hpd) Ty pical frequency

of sluicing (dpy) Source of sluice water - Option 1 Source of sluice water - Option 2 Source of sluice water - Option 3 Source of sluice water - "Other" field Percent contribution of option 1 sluice water Percent contribution of option 2 sluice water Percent contribution of option 3 sluice water Percent contribution of other sluice water CBI designation checkbox for QC3-4 Criteria for selecting water sources that may be used as a source of bottom ash sluice water - chlorides concentration Maximum chlorides concentrations (ppm) for selection of water sources for use as bottom ash sluice water Criteria for selecting water sources that may be used as a source of bottom ash sluice water - solids percentage Maximum solids percentage (%) for selection of water sources for use ash bottom ash sluice water Other criteria for selecting water sources that may be used as a source of bottom ash sluice water Description of other criteria for source water used as bottom as sluice water Other maximum criteria amount (ppm) CBI designation checkbox for QC3-5 Is any of the wet bottom ash sluice water immediately recycled back to plant process Description of how wet bottom ash sluice water is recycled back to the plant process CBI designation checkbox for QC3-6 Is any of the wet bottom ash sluice indirectly discharged to a POTW or PrOTW CBI designation checkbox for QC3-7 Does solids removed (other than in pond(s) occur at the plant? CBI designation checkbox for QC3-8 Solids removal by

dewatering bins Solids removal by

hydroclones Solids removal by

centrifuges Solids removal by

filters Other form of solids removal Description of other form of solids removal Bottom ash is sold or given away without further treatment Am ount (tons) of solids disposed (dry weight) untreated Ty pical percent moisture of untreated bottom ash disposed Bottom ash is sold or given away with further treatment Am ount (tons) of solids disposed (dry weight) treated Ty pical percent moisture of treated bottom ash disposedBottom ash is stored in/transferred to a pond/impoundment reported in Table A-4

Am ount (tons) of solids disposed (dry weight) to a pond/im poundm ent in Table A-4 Ty pical percent moisture of bottom ash disposed in pond/impoundment in Table A-4 Bottom ash is stored in landfills reported in Table A-6 Am ount (tons) of solids disposed (dry weight) in landfills reported in Table A-6 Ty pical percent moisture of bottom ash disposed in landfills reported in Table A-6 Bottom ash is stored in landfills not reported in Table A-6 Am ount (tons) of solids disposed (dry weight) in landfills not reported in Table A-6 Ty pical percent moisture of bottom ash disposed in landfills not reported in Table A-6

Other bottom ash disposal Description of other bottom ash disposal Am ount (tons) of solids disposed by other ash disposal process Ty pical percent moisture of bottom ash disposed in other ash disposal process CBI designation checkbox for QC3-9 Am ount of wastewater overflow from solids removal for the wet ash sluice system CBI designation checkbox for QC3-10 Wa stewater overflow immediately recycled back to plant process Am ount of wastewater overflow that is recycled (gpd) Description of how the wastewater overflow is reused Wa stewater overflow is transferred to an on-site treatment system Wa stewater overflow treated in settling pond Wa stewater overflow treated with pH adjustment Wa stewater overflow treated in constructed wetlands Wa stewater overflow treated by "other" Description of "other" wastewater overflow on site treatment Wa stewater overflow discharges to SW SW Outfall number that wastewater overflow is discharged to Wa stewater overflow is indirectly discharged to a POTW or PrOTW Wa stewater overflow destination marked "Other" Description of "Other" wastewater overflow destination CBI designation checkbox for QC3-11 Does the plant use a mechanical drag system to remove bottom ash from this generating unit boiler? Ty pe and description of the process of removing bottom ash from the generating unit boiler CBI designation checkbox for QC3-12 Is any process wastewater generated from overflow from the mechanical drag system CBI designation checkbox for QC3-13 Am ount of wastewater overflow from mechanical drag system (gpd) CBI designation checkbox for QC3-14 MDS wastewater overflow is immediately recycled back to plant process The amount of MDS wastewater overflow recycled back to the plant process (gpd) Description of how the MDS wastewater overflow recycle is reused MDS wastewater overflow is transferred to an onsite treatment system MDS wastewater overflow is sent to a pond MDS wastewater overflow is treated with pH adjustmentMDS wastewater overflow is sent to constructed wetlands

Other onsite treatment for MDS wastewater overflow Description of onsite treatment for MDS wastewater overflow MDS wastewater overflow is discharged to SW Outfall number of MDS wastewater overflow discharge MDS wastewater overflow is indirectly discharged to a POTW or PrOTW Other destination for MDS wastewater overflow Description of other destination for MDS wastewater overflow CBI designation checkbox for QC3-15 Ty pe of bottom ash handling (W et vs. Dry) Storage destination ID (from Storage Destination Table in Code Tables tab) Description of "Other" storage destination Percent of dry

/wet conveyed bottom ash to this destination Bottom ash storage destination type (Intermediate vs. Final) CBI designation checkbox for QC3-16 Wa s the bottom ash from this unit handled both wet and dry? CBI designation checkbox for QC3-17 We t bottom ash handling system operated during times in which the dry collected bottom ash was not marketable

Number of days wet ash handling system operated because dry ash was not marketable We t bottom ash handling system operated when the dry bottom ash collection system was not operational due to

ma intenance issues Number of days wet ash handling system operated because the dry system was down due to maintenance We t bottom ash handling system operated in order to maintain its function as a backup Number of days wet ash handling system operated in order to maintain its function as a backup We t bottom ash handling system operated because the dry bottom ash handling system does not have the capacity to handle all of the bottom ash Number of days wet ash handling system was operated because dry system does not have the capacity to handle all of the ash Both wet and dry

handling for other reason Description of other reason for handling bottom ash both wet and dry Number of days wet ash handling system was operated because of other reason CBI designation checkbox for QC3-18 No system modification necessary (procedural changes would be sufficient) Increase the capacity

of the silos Increase the number of silos Modify the loading silos to have the ability to moisture condition the ash Install/increase the capacity of the landfills Increase the capacity

of the dry

bottom ash conveyance equipment Design/develop new infrastructure to dispose of dry ash Description of new infrastructure needed Other modification necessary to handle all of the bottom ash dry Description of other modification to handle all of the bottom ash dry CBI designation checkbox for QC3-19 Bottom ash handling operations are expected to expand capacity of handling and/or storage Bottom ash handling operations are expected to decrease in the use of the wet bottom ash handling systemExpected number of days wet bottom ash handling system is expected to operate per year

Bottom ash handling operations are expected to end the use of the wet bottom ash handling system Expected wet bottom ash handling system end date No change expected in bottom ash handling operations Other change expected in bottom ash handling operations Description of other change expected in bottom ash handling operations CBI designation checkbox for QC3-20 Wa s the dry

bottom ash handling system installed as a retrofit Year dry bottom ash handling retrofit was built Shutdown tim e (in days) required to bring the dry bottom ash handling system online Wa s a unit outage(s), outside of regularly scheduled outages, required to bring the dry bottom ash handling system on line? CBI designation checkbox for QC3-21 Ty pe of retrofit to the bottom ash handling system CBI designation checkbox for QC3-22 Physical changes required to retrofit the dry bottom ash handling system Installation of pressure/vacuum system and piping for dry bottom retrofit Boiler alteration to accommodate mechanical drag system for dry bottom retrofit Expansion of pressure/vacuum system and piping for dry bottom retrofit Installation of storage silos for dry bottom retrofit Modification of silos to moisture condition the ash for dry bottom retrofit Modification of silos for ash transfer to rail cars for dry bottom retrofit Modification of silos for marketable ash for dry bottom retrofit Construction of haul roads for dry bottom retrofit Construction of rail track for dry bottom retrofit Construction of landfills for dry bottom retrofit Construction of landfill ID from Table A-6 Increasing landfill capacity for dry bottom retrofit Increased capacity

landfill ID from Table A-6 Changes to the air permit for dry bottom retrofit Other changes required for the dry bottom retrofit Description of other changes required for the dry bottom retrofit Changes in personnel and training for dry bottom retrofit Explanation of changes in the personnel/training required Changes in ash disposal practices for dry bottom retrofit Storage of ash in landfills for dry bottom retrofit Landfill IDs of ash storage for dry bottom retrofit Marketing of ash for dry bottom retrofit Hauling ash to off-site storage for dry bottom retrofit Dust suppression activities for dry bottom retrofit Other changes in ash disposal practices for dry bottom retrofit Description of other changes in ash disposal practices for dry bottom retrofit CBI designation checkbox for QC3-23 Process diagram(s) for the dry bottom ash handling retrofit that depicts the conveyance portion of the system is attachedCBI designation checkbox for QC3-24

Is the plant in the process of installing a dry bottom ash handling system Estimated shutdown time in days required to bring the bottom ash handling system online CBI designation checkbox for QC3-25 Is the plant planning to install a dry bottom ash handling system Estimated shutdown time in days required to bring the planned bottom ash handling system online CBI designation checkbox for QC3-26 Cost estimates for the installation or planned installation have been developed Cost estimates for the installation or planned installation of the dry bottom ash handling system attached Explanation for documents not attached CBI designation checkbox for QC3-27 Physical changes to install dry bottom handling Installation of mechanical drag system for dry bottom handling Boiler alteration to accommodate MDS Installation of completely dry bottom ash handling system Installation of storage silos for dry bottom handling Modification of silos to moisture-condition ash for dry bottom handling Modification of silos for ash transfer to rail cars for dry bottom handling Modification of silos for marketable ash for dry bottom handling Construction of haul roads for dry bottom handling Construction of rail track for dry bottom handling Construction of landfill for dry bottom handling Constructed landfill ID from Table A-6 Increase capacity

of landfill for dry

bottom handling Increased capacity

landfill ID from Table A-6 Changes to air permit for dry bottom handling Other changes to install dry bottom handling Description of other changes to install dry bottom handling Changes in personnel/training for dry bottom ash handling Description of changes to personnel/training Changes in ash disposal practices for dry bottom handling Storage of ash in landfill for dry bottom handling Landfill ID from Table A-6 Marketing of ash for dry bottom handling Hauling ash to off-site storage for bottom ash handling Dust suppression activities for bottom ash handling Other changes in ash disposal practices for bottom ash handling Explanation of other changes in ash disposal practices for bottom ash handling CBI designation checkbox for QC3-28 Dry bottom ash marketed, sold, or given away Market Destination 1 of dry bottom ash Other description of market destination 1 of dry bottom ash Percent of the dry

bottom ash to market destination 1 Market Destination 2 of dry bottom ash Other description of market destination 2 of dry bottom ashPercent of the dry bottom ash to market destination 2 Market Destination 3 of dry bottom ash Other description of market destination 3 of dry bottom ash Percent of the dry

bottom ash to market destination 3 Dry bottom ash stored in landfills reported in Table A-6 Percent of the dry

bottom ash stored in Table A-6 landfills Dry bottom ash stored in landfills not reported in Table A-6 Percent of the dry

bottom ash stored in landfills not reported in Table A-6 Other destination of dry bottom ash Description of other destination of dry bottom ash Percent of the dry

bottom ash to the other destination CBI checkbox designation for QC3-29 Cost estimates that have been obtained/developed since 1/1/1995 for a dry bottom ash conversion/installation Cost estimates have been attached Explanation for why

cost estimates were not attached CBI designation checkbox for QC3-30 Has the plant encountered any unscheduled outages on this generating unit caused by the bottom ash handling system CBI designation checkbox for QC3-31 We t bottom ash handling caused outage - total days in 2005 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2005 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2006 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2006 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2007 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2007 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2008 Reason for outage Method(s) used to resolve outage(s) Dry bottom ash handling caused outage - total days in 2008 Reason for outage Method(s) used to resolve outage(s) We t bottom ash handling caused outage - total days in 2009 Reason for outageMethod(s) used to resolve outage(s)

Dry bottom ash handling caused outage - total days in 2009 Reason for outage Method(s) used to resolve outage(s) Plant identification number Plant identification number Plant identification number Plant identification number CBI designation number for QC3-32 Storage destination ID (from Storage Destination Table in Code Tables tab) Description of "Other" storage destination ID Distance from the unit to intermediate storage or from intermediate storage to the final disposal/destination Tons of bottom ash transported to destination in 2008 (dry weight basis) How is the bottom ash transported to destination Other method of bottom ash transportation to destination Percent moisture of the bottom ash entering the destination (%) CBI designation checkbox for QC3-33 Does the plant market, sell, and/or give away dry bottom ash from the dry ash handling system CBI designation checkbox for QC3-33 Destination of marketed dry bottom ash Ty pical percent moisture of dry bottom ash 2005 tons of dry

bottom ash (dry

basis) 2005 gross revenue generated 2007 tons of dry

bottom ash (dry

basis) 2007 gross revenue generated 2009 tons of dry

bottom ash (dry

basis) 2009 gross revenue generated CBI designation checkbox for QC3-34 Does the plant market, sell, and/or give away wet bottom ash from the wet ash handling system CBI designation checkbox for QC3-34 Destination market of wet bottom ash Ty pical percent moisture of wet bottom ash 2005 tons of wet bottom ash (dry basis) 2005 gross revenue generated 2007 tons of wet bottom ash (dry basis) 2007 gross revenue generated 2009 tons of wet bottom ash (dry basis) 2009 gross revenue generated Plant identification number Plant identification number Plant identification number Plant identification number Steam electric generating ID Steam electric generating unit ID Steam electric generating unit IDSteam electric generating unit ID

Bottom ash conveyance system planned CBI designation checkbox for QC3-35 Ty pe of bottom ash handling conveyance components Description of other ty pe of bottom ash handling conveyance components Number of conveyance components in the system Capacity of conveyance components in the system Capacity units of conveyance component in the system Other unit of conveyance component in the system CBI designation checkbox for QC3-36 Block diagram of the entire bottom ash handling system is attached CBI designation checkbox for QC3-37 List of all major components in the bottom ash conveyance system that a contractor constructed/installed (or plans to) at the contractor's expense Contractor installed/will install all components identified in Btm_Cnvy _Cmpnts at the contractor's expense CBI designation checkbox for QC3-38 List of all major O&M activities of the bottom ash conveyance system that a contractor oversees (or plans to) at the contractor's expense Contractor oversees/will oversee all O&M activities in dealing with the conveyance portion of the bottom ash handling system at the contractor's expense CBI designation checkbox for QC3-39 Capital cost - hired outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for QC3-39 Project description for each subcategory of capital costs in Table C-27 Cost for system as originally installed Cost for modifications to the system Year on which original cost is based Year on which m odifications cost is based CBI designation checkbox fro QC3-40 Are all m ajor components of the conveyance portion of the bottom ash handling system included in the capital costs reported in table Btm_Cnvy _Capital_Cost List of components included/excluded in the total capital cost in table Btm_Cnvy _Captial_Cost CBI designation checkbox for QC3-41 Annual 2009 operating labor cost 2009 Rate per hour (average rate of labor) operating labor 2009 Staffing (No. of workers) operating labor 2009 Staffing (Hours per day) operating labor 2009 Staffing (Days per year) operating labor Annual 2009 m aintenance labor 2009 Rate per hour (average rate of labor) maintenance labor 2009 Staffing (No. of workers) maintenance labor 2009 Staffing (Hours per day) maintenance labor 2009 Staffing (Days per year) maintenance labor Annual 2009 m aintenance material cost Annual 2009 energy

cost 2009 Rate $ per kW h energy2009 Consumption (kW h/hr) energy

Other (1) annual cost description Annual 2009 other (1) cost Other (2) annual cost description Annual 2009 other (2) cost Total 2009 Annual O&M Cost for Conveyance Plant identification number Plant identification number Plant identification number Plant identification number Storage destination identification (from Storage Destinations in Code Tables tab) Storage ID from Storage Destination table in Code Tables tab Storage ID from Storage Destination table in Code Tables tab Storage ID from Storage Destination table in Code Tables tab Storage destination ID is a planned destination CBI designation checkbox for QC3-42 List of Units that contribute to FA and BA shared storage Does this storage ID store both fly and bottom ash together? CBI designation checkbox for QC3-43 Is the final storage destination a pond/impoundment? CBI designation checkbox for C3-44 (table C-29) Individual com ponents of the intermediate storage destination Other ty pe of component of the intermediate storage destination Number of ty pe of intermediate storage component in the system Capacity of ty pe of intermediate storage component(s) Component capacity

units Other component capacity units CBI designation checkbox for QC3-45 All m ajor components of this Storage ID that contractors(s) constructed or installed at the contractors expense. Contractor installed/will install ALL components in Btm_Storage_Cmpnts at the contractor's expense CBI designation checkbox for QC3-46 All O&M activities that contactor(s) oversee/will oversee at the contractor's expense. Contractor oversees/will oversee ALL operations at the contractor's expense CBI designation checkbox for QC3-47 Hired outside engineering firm to oversee design and/or installation of system CBI designation checkbox for QC3-47 (Table C-30) Project description for each subcategory of capital costs in Table C-30 Project description for each subcategory of capital costs in Table C-27 Cost for modifications to the system Year on which original cost is based Year on which m odifications cost is based CBI designation checkbox for QC3-8

Are all m ajor components of the storage ID included in Btm_Storage_Capitcal_Cost If not, list of what is and what is not included in the costs from Btm_Storage_Capital_CostCBI designation checkbox for QC3-49

2009 Annual cost for operating labor - water trucks only

2009 Rate per hour (average rate of labor) for operating labor - water trucks only

2009 Staffing (No. of workers) for operating labor - water trucks only

2009 Staffing (hours per day) for operating labor - water trucks only 2009 Staffing (days per year ) for operating labor - water trucks only 2009 Annual cost for operating labor (all other)

2009 Rate per hour (average rate of labor) for operating labor (all other)

2009 Staffing (No. of workers) for operating labor (all other)

2009 Staffing (hours per day) for operating labor (all other) 2009 Staffing (days per year ) for operating labor (all other) 2009 Annual cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (days per year ) for maintenance labor 2009 Annual cost for maintenance materials 2009 Annual cost for energy 2009 rate per kW h for energy

2009 consumption kW h/hr for energy Other (1) description of 2009 annual cost 2009 Annual Other (1) cost Other (2) description of 2009 annual cost 2009 Annual Other (2) cost Total 2009 Annual Cost - Intermediate Storage Plant identification number Plant identification number Plant identification number CBI designation checkbox for QC3-50 Does the plant use the same transport and disposal methods for both fly and bottom ash Units contributing FA and BA to transport and disposal system CBI designation checkbox for Q3-51 Is a pond/impoundment the final destination of all bottom ash collected by the plant? CBI designation checkbox for Q3-52 Trucks are used to transport the collected bottom ash to final disposal Number of trucks used Trucks were purchased Trucks are leased Trucks are contracted out Rail cars are used to transport the collected bottom ash to the final disposalNumber of rail cars used

Rail cars were purchased Rail cars are leased Rail cars are contracted out Other method used to transport collected bottom ash to final disposal Description of other transport method CBI designation checkbox for Q3-53 List all of the major components for transport and disposal that a contractor installed/will install at their expense Contractor installed/will install all ash transport/disposal equipment at the contractors expense CBI designation checkbox for QC3-54

List of all the O&M activities for transport and disposal that a contractor oversees/will oversee at their expense Contractor oversees/will oversee all O&M at the contractors expense

CBI designation checkbox for QC3-55 Hire outside engineering firm to oversee design and/or installation of the system CBI designation checkbox for QC3-55 Project description for each subcategory of capital costs in Table C-27 Cost for system as originally installed Cost for modifications to the system Year on which original cost is based Year on which m odifications cost is based CBI designation checkbox for C3-56

Are all m ajor components listed included in the cost reported in Btm_Trspt_Disp_Capital_Cost If no, list of what is and what is not included in the capital cost in Btm_Trspt_Disp_Capital_Cost

CBI designation checkbox for QC3-57 Annual 2009 Cost for operating labor - trucks/rail cars/other transport

2009 Rate per hour (average rate of labor) for operating labor - trucks/rail cars/ other transport

2009 Staffing (No. of workers) for operating labor - trucks/rail cars/ other transport

2009 Staffing (hours per day) for operating labor - trucks/rail cars/ other transport

2009 Staffing (days per year) for operating labor - trucks/rail cars/ other transport

Transport Rate (Loads per day)

Transport Rate (Days per year)

Annual 2009 Cost for operating labor - all other

2009 Rate per hour (average rate of labor) for operating labor - all other

2009 Staffing (No. of workers) for operating labor - all other

2009 Staffing (hours per day) for operating labor - all other2009 Staffing (days per year) for operating labor - all other

Annual 2009 Cost for maintenance labor 2009 Rate per hour (average rate of labor) for maintenance labor 2009 Staffing (No. of workers) for maintenance labor 2009 Staffing (hours per day) for maintenance labor 2009 Staffing (days per year) for maintenance labor 2009 Annual cost for maintenance materials

2009 Annual energy

costs

2009 rate per kW h for energy

2009 consumption kW h/hr for energy

2009 Annual cost for ash removal/disposal fee

2009 Other (1) annual cost Description of other (1) annual cost 2009 Other (2) annual cost Description of other (2) annual cost Total 2009 Annual Cost for transport and disposal Plant identification number Steam electric generating unit ID CBI designation checkbox for QC4-1 Is economizer ash form this unit collected with air heater ash CBI designation checkbox for QC4-2 Method of handling economizer ash If segregated from FA and BA, how was it handled CBI designation checkbox for QC4-3 Identify how the economizer ash is combined with fly ash and/or bottom ash Description of other method of combining economizer with FA and/or BA CBI designation checkbox for QC4-4 Am ount of economizer ash (tpd - dry weight basis) Frequency

of economizer ash collection (dpy) CBI designation checkbox for QC4-5 Is process wastewater generated from the handling of economizer ash Volum e of wastewater generated (gpd) Frequency

of wastewater generated (over _____ days) Destination of the economizer ash wastewater generated CBI designation checkbox for QC4-6 Economizer ash stored in a landfill in Table A-6 Percentage of economizer ash stored in a landfill in Table A-6 Economizer ash stored in a pond reported in Table A-4 Percentage of economizer ash stored in a pond reported in Table A-4 Economizer ash is stored in a landfill not reported in Table A-6 Percentage of economizer ash not stored in a landfill reported in Table A-6Economizer ash is hauled off site (to be marketed)

Percentage of economizer ash hauled off site to be marketed Economizer ash is hauled of site (to be given away) Percentage of economizer ash hauled off site to be given away Other destination of economizer ash Description of other destination of economizer ash Percentage of economizer ash in other destination Plant identification number Steam electric generating unit ID CBI designation checkbox for QC5-1 Method of handling air heater ash If segregated from FA/BA, how is it handled CBI designation checkbox for QC5-2 How the air heater ash is combined with FA and/or BA Other method for combining air heater ash with FA and/or BA CBI designation checkbox for QC5-3 Am ount of air heater ash produced (tpd - dry weight basis) Frequency

of air heater ash production (dpy) CBI designation checkbox for QC5-4 Is process wastewater generated from the handling of air heater ash Volum e of wastewater produced (gpd) Frequency

of wastewater (Over ____ days) Destination of air heater ash wastewater generated CBI designation checkbox for QC5-5 Economizer ash stored in a landfill in Table A-6 Percentage of economizer ash stored in a landfill in Table A-6 Economizer ash stored in a pond reported in Table A-4 Percentage of economizer ash stored in a pond reported in Table A-4 Economizer ash is stored in a landfill not reported in Table A-6 Percentage of economizer ash not stored in a landfill reported in Table A-6 Economizer ash is hauled off site (to be marketed) Percentage of economizer ash hauled off site to be marketed Economizer ash is hauled of site (to be given away) Percentage of economizer ash hauled off site to be given away Other destination of economizer ash Description of other destination of economizer ash Percentage of economizer ash in other destination Plant identification number. CBI designation checkbox for Part C comments.

Question number reference for Part C comment. Comment from plant for Part C. Plant identification number. CBI designation checkbox for QD1-1.Yes/no if the plant uses or plans to use ponds for storage, treatment, and/or disposal of process ww, residues, or

by-products from the combustion of coal, pet coke, or oil. CBI designation checkbox for QD1-2. Yes/no if the plant operates or plans to operate any W WT S for water from ash handling or FGD operations. CBI designation checkbox for QD2-5. Yes/no if the plant operates or plans to operate any systems for the treatment of process wastewater from ash handling or FGD operations. CBI designation checkbox for QD2-6. Yes/no if the plant operates or plans to operate any ponds/impoundment systems for process wastewaters from ash handling or FGD operations. CBI designation checkbox for QD2-7. Yes/no if the plant operates or plans to operate any systems (excluding ponds/impoundments) for process wastewaters from ash handling or FGD operations. CBI designation checkbox for QD4-1. Yes/no if the plant operates or plans to operate any active/inactive/open ponds for storage, treatment, and/or disposal of process ww, by-products, or residues from the combustion of coal, pet coke, and/or oil. CBI designation checkbox for QD4-13. Yes/no if the plant closed any ponds on or after 1/1/2000, for storage, treatment, and/or disposal of process ww, by

products, or residues from the combustion of coal, pet coke, and/or oil. CBI designation checkbox for QD5-1. ID of any W WTsystem in Table D-2. CBI designation checkbox for QD6-1. ID of ponds/impoundments or W WT S that began operating on or after 1/1/2000. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. CBI designation checkbox for QD2-1. Yes/no if plant involved in ash or FGD treatment studies since 2000. CBI designation checkbox for QD2-2. Yes/no if any

studies are ongoing. CBI designation checkbox for QD2-3. Yes/no if a summary

and/or report documenting pilot or full scale study prepared. Description of pilot or full scale study

. CBI designation checkbox for QD2-4. Description of ash or FGD technology studies not covered in D2-1 through D2-3 (i.e. bench scale). CBI designation checkbox for QD2-6. Pond/Im poundm ent system identification. Status of pond, active/inactive/open or retired/closed or planned. Year pond system initially brought online. Plant's name for pond system. Checkbox to indicate SPD-1 included in pond system. Checkbox to indicate SPD-2 included in pond system. Checkbox to indicate SPD-3 included in pond system. Checkbox to indicate SPD-4 included in pond system. Checkbox to indicate SPD-5 included in pond system.Checkbox to indicate SPD-6 included in pond system.

Checkbox to indicate SPD-7 included in pond system. Checkbox to indicate SPD-8 included in pond system. Checkbox to indicate SPD-9 included in pond system. Checkbox to indicate SPD-10 included in pond system. Checkbox to indicate SPD-11 included in pond system. Checkbox to indicate SPD-12 included in pond system. Checkbox to indicate SPD-13 included in pond system. Checkbox to indicate SPD-14 included in pond system. CBI designation checkbox for QD2-6. Pond/Im poundm ent system ID. Status of pond, active/inactive/open, retired/closed, or planned. Year pond system initially brought online. Plant's name for pond system. Checkbox to indicate RET SPD-1 included in pond system. Checkbox to indicate RET SPD-2 included in pond system. Checkbox to indicate RET SPD-3 included in pond system. Checkbox to indicate RET SPD-4 included in pond system. CBI designation checkbox for QD2-6. Pond/Im poundm ent system ID. Status of pond, active/inactive/open or retired/closed or planned. Year pond system will be brought online. Plant's name for pond system. Checkbox to indicate SPD-A included in pond system. Checkbox to indicate SPD-B included in pond system. Checkbox to indicate SPD-C included in pond system. Checkbox to indicate SPD-D included in pond system. Checkbox to indicate SPD-E included in pond system. CBI designation checkbox for QD2-7. Wa stewater treatment system ID. Plant's name for W WTsystem. Area of treatment system footprint in ft2. Year W WT S initially

brought online. Approx. length of piping from FGD scrubber system to W WT S in ft. Approx. length of piping to next treatment system or discharge in ft. Plant identification number. Pond/Im poundm ent system or wastewater treatment identification. CBI designation checkbox for QD3-1. Checkbox to indicate diagram is attached. Plant identification number. Plant identification number. Pond/Im poundm ent system or wastewater treatment system identification. Pond/Im poundm ent system or wastewater treatment system identification. CBI designation checkbox for QD3-2. Influent name selected from dropdown menu.Plant entered influent name, description of 'other'.

Avg. annual flow rate in gallons per minute. Avg. annual flow rate frequency , hours per day

. Avg. annual flow rate in gallons per day

. Avg. annual flow rate frequency , days per year. Wa stewater treatment unit identification, selected from dropdown menu. Wa stewater treatment unit identification, plant entered description for 'other'. CBI designation for QD3-3. Effluent name selected from dropdown menu. Plant entered effluent name, description of 'other'. Avg. annual flow rate in gallons per minute. Avg. annual flow rate frequency , hours per day

. Avg. annual flow rate in gallons per day

. Avg. annual flow rate frequency , days per year. Am ount of solids/sludge. Units for the provided amount of solids/sludge. Percent moisture contained in solids/sludge. Wa stewater treatment unit identification selected from dropdown menu. Wa stewater treatment unit identification, plant entered description for 'other'. Final effluent destination, selected from dropdown menu. Final effluent destination, plant entered description for 'other'. NPDES permit outfall number for effluents sent to surface water. Plant identification number. Plant identification number. Plant identification number. Plant identification number Pond/im poundm ent unit identification. Pond/im poundm ent system identification. Pond/im poundm ent identification. Pond/im poundm ent unit identification. CBI designation checkbox for QD4-2. Pond unit residence time in hours. Life of pond unit in years. Number of cells in pond unit. CBI designation checkbox for QD4-3. Status of dimension: original, current, or expected close. Volum e of pond unit in ft3. Surface area of pond in ft2. Bottom elevation of pond in ft. Top elevation of pond in ft, height of berm/dam. Freeboard height in ft. Maximum height of berms/dams above grade in ft. Total amount of solids placed in the pond in tons. Expected year of closure/retirement for pond. CBI designation checkbox for QD4-4.Yes/no/na if the pond unit has a liner.

CBI designation checkbox for QD4-4. Liner layer number (numbered from inner to outer layer). Ty pe of liner: compacted clay , geosy nthetic clay , HPDE, or other. Plant provided explanation for 'other'. Thickness of liner layer in cm. Permeability

of liner layer in cm/sec. CBI designation checkbox for QD4-5. Yes/no/na if pond unit has ever been dredged. Year of last dredging. Frequency

of dredging in the year it was last dredged, days per year. Am ount removed in last year of dredging, tons. Number of dredgings in last 5 years. Number of days dredged in last 5 years. Am ount removed in last 5 years, tons. CBI designation checkbox for QD4-6. Indication of where dredged solids are transferred, used in construction, landfill, sold, or other. Plant explanation of location for dredged solids. CBI designation checkbox for QD4-7. Yes/no/na if the pond has been expanded since being built. CBI designation checkbox for QD4-8. Indication of type of expansion, lateral, vertical, or both. CBI designation checkbox for QD4-9. Plant description of any expansions since 1/1/2000. Total cost of any

expansion since 1/1/2000. CBI designation checkbox for QD4-10. Checkbox to indicate metal as targeted pollutant. Specific ty pe of metal targeted. Checkbox to indicate TSS as targeted pollutant. Checkbox to indicate nitrogen compounds as targeted pollutant. Checkbox to indicate organic acids as targeted pollutant. Checkbox to indicate chlorine and other oxidizing agents as targeted pollutants. Checkbox to indicate oil and grease as targeted pollutant. Checkbox to indicate plant targets other pollutants not listed. Other targeted pollutants not in listed on survey

. Checkbox to indicate no pollutants are targeted for removal by pond. CBI designation checkbox for QD4-11. Name of first pollutant driving operation of pond. Lim itation of first pollutant. Units for limitation of first pollutant. Name of second pollutant driving operation of pond. Lim itation of second pollutant. Units for limitation of second pollutant. Name of third pollutant driving operation of pond. Lim itation of third pollutant.Units for limitation of third pollutant.

CBI designation checkbox for QD4-12. Yes/no/na if plant added chemicals to pond in 2009. CBI designation checkbox for QD4-12 Chemical ty pe Trade name of chemical being added Manufacturer of chemical Purpose of chemical addition Location of chemical addition Average dose concentration (g/L) of chemical Average addition rate (value) Average addition rate (gpd or lb/day) Average addition rate (solid or liquid) Frequency

of addition (dpy) Plant identification number. Plant identification number. Pond identification number. Plant identification number. Pond/im poundm ent system identification. Pond/im poundm ent system identification. Pond/im poundm ent identification. Pond/im poundm ent identification. CBI designation checkbox for QD4-14. Date pond was closed. Life of pond unit in actual years. Number of cells in pond unit. CBI designation checkbox for QD4-15. Status of dimension: original or end of life. Volum e of pond unit in ft3. Surface area of pond in ft2. Bottom elevation of pond in ft. Top elevation of pond in ft, height of berm/dam. Freeboard height in ft. Maximum height of berm/dams above grade in ft. Total amount of solids placed in the pond in tons. CBI designation checkbox for QD4-16. Yes/no if pond has a liner. CBI designation checkbox for QD4-16. Liner layer number (numbered from inner to outer layer). Ty pe of liner: compacted clay , geosy nthetic clay , HPDE, or other. Plant provided explanation for 'other'. Thickness of liner layer in cm. Permeability

of liner layer in cm/sec. CBI designation checkbox for QD4-17. Yes/no if pond has a cap/cover.CBI designation checkbox for QD4-17.

Cap/cover layer number (numbered from inner to outer layer). Ty pe of cap/cover: compacted clay , geosy nthetic clay , vegetative, HPDE, or other. Plant provided explanation for 'other'. Thickness of cap/cover in cm. Permeability

of cap/cover in cm/sec. CBI designation checkbox for QD4-18. Yes/no if the pond was expanded during its life. CBI designation checkbox for QD4-19. Indication of type of expansion: lateral, vertical, or both. CBI designation checkbox for QD4-20. Plant provided description of expansions since 1/1/2000. Total cost of expansions since 1/1/2000. CBI designation checkbox for qD4-21. Yes/no if the plant has a closure plan for the pond unit. CBI designation checkbox for QD4-22. Plant provided description of closure plan. Checkbox to indicate if closure plan is attached. CBI designation checkbox for QD4-23. Yes/no if plant has built any structures on top of closed pond. Plant provided description of structure and challenges in building on closed pond. CBI designation checkbox for QD4-24. Yes/no if plant performs or intends to perform long-term groundwater, soil, or overflow monitoring of pond. Description of monitoring plan. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Wa stewater treatment system identification. Wa stewater treatment system identification. Wa stewater treatment system identification. Wa stewater treatment system identification. CBI designation checkbox for QD5-2. Wa stewater treatment unit identification. Plant specified W WTunit identification. Pond identification, used if wastewater treatment unit is a pond. Plant's name for wastewater treatment unit. Date unit was added to wastewater treatment system. Volum e of wastewater treatment unit, in ft3. Footprint or surface area of wastewater treatment unit, in ft2. Residence time of wastewater treatment unit, in hours. Checkbox to indicate material of construction is 316L stainless steel. Checkbox to indicate material of construction is 317LM stainless steel. Checkbox to indicate material of construction is 317LMN stainless steel. Checkbox to indicate material of construction is 255 stainless steel.Checkbox to indicate material of construction is 2205 stainless steel.

Checkbox to indicate material of construction is 625 stainless steel. Checkbox to indicate material of construction is carbon steel. Checkbox to indicate material of construction is lined carbon steel. Plant specified liner material for those units that are lined carbon steel. Checkbox to indicate material of construction is fiberglass. Checkbox to indicate material of construction is titanium. Checkbox to indicate material of construction is other, not one of those listed. Description of material of construction. CBI designation checkbox for QD5-3. Average design flow rate of W WT S in gallons per minute. Maximum design flow rate of W WT S in gallons per minute. Ty pical flow rate of W WT S in 2009 in gallons per minute. Maximum daily

flow rate of W WT S in 2009 in gallons per minute. Maximum daily

flow rate of W WT S in 2009 in gallons per day

. Duration of effluent transfers from W WT S in 2009 in hours per day

. Frequency

of effluent transfers from W WT S in 209 in days per year. CBI designation checkbox for QD5-4. Checkbox to indicate metal as targeted pollutant. Specify ty pe of metal targeted. Checkbox to indicate TSS as targeted pollutant. Checkbox to indicate nitrogen compounds as targeted pollutant. Checkbox to indicate organic acids as targeted pollutant. Checkbox to indicate chlorine and other oxidizing agents as targeted pollutants. Checkbox to indicate oil and grease as targeted pollutant. Checkbox to indicate plant targets other pollutants not listed. Other targeted pollutants not listed on survey

. Checkbox to indicate no pollutants are targeted for removal by pond. CBI designation checkbox for QD5-5. Name of first pollutant driving operation of pond. Lim itation of first pollutant. Units for limitation of first pollutant. Name of second pollutant driving operation of pond. Lim itation of second pollutant. Units for limitation of second pollutant. Name of third pollutant driving operation of pond. Lim itation of third pollutant. Units for limitation of third pollutant. CBI designation checkbox for QD5-6. Yes/no if W WT S is capable of performing sulfide addition. CBI designation checkbox for QD5-7. Yes/no if the plant is currently performing sulfide addition. CBI designation checkbox for QD5-8. Information on impacts climate had, or will have, on installation of the W WT S. CBI designation checkbox for QD5-9.Information on impacts space availability had, or will have, on design and/or cost of W WT S. CBI designation checkbox for QD5-10. Yes/no if plant has attached big proposal/engineering report for proposal or report prepared since 1/1/1995 for WWT S. Explanation of why

plant has not attached bid proposal. CBI designation checkbox for QD5-11. Wa stewater treatment unit identification. Plant specified W WTunit identification. Pond identification, used if wastewater treatment unit is a pond. Description of planned improvement to W WT S unit. Date improvement is expected to occur. Total capital cost of W WT S unit im provement. CBI designation checkbox for QD5-12. Yes/no if planned im provements to W WT S, or entire future W WT S, is in preparation for future potential limit changes. Description of which pollutant and/or limits the improvement or system will target. Plant identification number. Plant identification number. Wa stewater treatment system identification. Wa stewater treatment system identification. CBI designation checkbox for QD5-13. Wa stewater treatment unit identification. Plant specified W WTunit identification. Ty pe of chemical added to W WTunit. Trade name of chemical added to W WTunit. Manufacturer of chemical added to W WTunit. Purpose for adding chemical to W WTunit. Average dose concentration of chemical added, in grams per liter. Average addition rate of chemical to W WTunit. Units of specified average addition rate, gpd or lb/day

. Average addition rate ty pe, phase of added chemical, solid or liquid. Frequency

of addition of chemical to W WTunit, in days per year. CBI designation checkbox for QD5-13. Yes/no/na if plant added chemicals to any wastewater treatment unit in 2009. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Wa stewater treatment or pond system identification. Wa stewater treatment or pond system identification. Wa stewater treatment or pond system identification. Wa stewater treatment or pond system identification. CBI designation checkbox for QD6-2. Annual operating labor costs in 2009. Average rate of operating labor in 2009, per hour.Operating labor staffing rate in 2009, dollars number of workers.

Operating labor staffing rate in 2009, hours per day

. Operating labor staffing rate in 2009, days per year. Annual m aintenance labor costs in 2009. Average rate of maintenance labor in 2009, dollars per hour. Maintenance labor staffing rate in 2009, number of workers. Maintenance labor staffing rate in 2009, hours per day

. Maintenance labor staffing rate in 2009, days per year. Annual m aintenance materials costs in 2009. Annual chemical costs in 2009. Annual energy

used to power pumping costs in 2009. Rate of energy

consumed to power pumping in 2009, dollars per kW h. Energy , for pumping power, consumption rate in 2009, kW h per hour. Annual other energy

costs in 2009, for energy other than pumping. Rate of other energy

consumed in 2009, dollars per kW h. Energy , used for other than pumping, consumption rate in 2009, kW h per hour. Annual steam costs in 2009. Rate of steam consumed in 2009, dollars per pound. Steam consumption rate in 2009, in pounds per hour. Annual cost to dispose of dredged hazardous waste. Rate of disposal of dredged hazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for the rate of disposal of dredged hazardous sludge. Annual cost to dispose of landfilled hazardous waste in 2009. Rate of disposal of landfilled hazardous waste, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of landfilled hazardous sludge. Annual cost to dispose of dredged nonhazardous sludge in 2009. Rate of disposal of dredged nonhazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of dredged nonhazardous sludge. Annual cost to dispose of landfilled nonhazardous sludge in 2009. Rate of disposal of landfilled nonhazardous sludge, in dollars per gallon or ton. Gallon/ton, units selected for rate of disposal of landfilled nonhazardous sludge. Description of first operating and maintenance cost considered 'other'. Annual cost of first 'other' O&M cost. Description of second operating and maintenance cost considered 'other'. Annual cost of second 'other' O&M cost. Total annual operating and maintenance cost in 2009. CBI designation checkbox for QD6-3. Ty pe of capital project or area of direct cost, one of the following: purchased equipment, purchased equipment installation, buildings, site preparation, or land. Total capital cost for each project area. Year on which provided cost is based. CBI designation checkbox for QD6-3. Checkbox to indicate plant hired outside engineering firm to oversee design and/or installation of the treatment system. CBI designation checkbox for QD6-4.Yes/no if all components of pond system and/or W WT S are included in capital costs reported in Table D-15.

Explanation of components included in capital costs listed in Table D-15 and those not included in the cost. CBI designation checkbox for QD6-5. Retrofit/installed with FGD scrubber system/na to indicate when FGD system was installed. CBI designation checkbox for QD6-6. Yes/no/na to indicate whether FGD W WT S was purchased as a part of the FGD scrubber package. Plant identification number. Wa stewater treatment or pond system identification. CBI designation checkbox for QD6-7. Ty pe of ancillary

equipm ent. Number of ancillary

equipm ent pieces in the system. Plant identification number. CBI designation checkbox for Part D comments.

Question number reference for Part D comment. Comment from plant for Part D. Plant identification number CBI designation checkbox for MCW kickout (QE1-1) Does facility

does generate any

MCW answer Plant identification number Plant identification number Steam electric unit identification number (Assigned in Part A) Steam electric unit identification number (Assigned in Part A) CBI designation checkbox for MCW with Chem Table (QE2-1) Operation IDs for MCW (with chemicals) operations assigned in Table E-1 Description of Operation IDs for MCW (with chemicals) operations assigned in Table E-1 Designates whether the metal cleaning operation (with chemicals) occurs at the Plant Ty pe of chemical used in MCW (with chemicals) operation (Choice 1) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_1 (Choice 1) Ty pe of chemical used in MCW (with chemicals) operation (Choice 2) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_2 (Choice 2) Ty pe of chemical used in MCW (with chemicals) operation (Choice 3) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_3 (Choice 3) Ty pe of chemical used in MCW (with chemicals) operation (Choice 4) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_4 (Choice 4) Ty pe of chemical used in MCW (with chemicals) operation (Choice 5) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_5 (Choice 5) Ty pe of chemical used in MCW (with chemicals) operation (Choice 6) Description of the ty pe of chemical used in MCW (with chemicals) operation if other was selected in MCW _Chem_6 (Choice 6) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 1) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 2)Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 3)

Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 4) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 5) Ty pical dose concentration for each chemical added during MCW (with chemicals) operation (Choice 6) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 1) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 2) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 3) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 4) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 5) Ty pical amount of each chemical added during MCW (with chemicals) operation (Choice 6) Ty pe of water used for MCW (with chemicals) operation (Choice 1) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_1 (Choice 1) Ty pe of water used for MCW (with chemicals) operation (Choice 2) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_2 (Choice 2) Ty pe of water used for MCW (with chemicals) operation (Choice 3) Description of ty pe of water used for MCW (with chemicals) operation if other was selected in H2O_wChem_3 (Choice 3) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 1) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 2) Ty pical volum e of water used during MCW (with chemicals) operation (Choice 3) Ty pical frequency

of MCW operations (with chemicals) - Every Ty pical frequency

of MCW operations (with chemicals) - per Year CBI designation checkbox for MCW without Chem Table (QE2-2) Operation IDs for MCW (wo chemicals) operations assigned in Table E-2 Description of Operation IDs for MCW (wo chemicals) operations assigned in Table E-2 Designates whether the metal cleaning operation (wo chemicals) occurs at the Plant Ty pe of water used for MCW (wo chemicals) operation (Choice 1) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_1 (Choice 1) Ty pe of water used for MCW (wo chemicals) operation (Choice 2) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_2 (Choice 2) Ty pe of water used for MCW (wo chemicals) operation (Choice 3) Description of ty pe of water used for MCW (wo chemicals) operation if other was selected in H2O_NoChem_3 (Choice 3) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 1) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 2) Ty pical volum e of water used during MCW (wo chemicals) operation (Choice 3) Ty pical frequency

of MCW operations (wo chemicals) - Every Ty pical frequency

of MCW operations (wo chemicals) - per Year Plant identification number Plant identification number Steam electric unit identification number (Assigned in Part A) Steam electric unit identification number (Assigned in Part A) Operation IDs for MCW operations assigned in Tables E-1 and E-2Operation IDs for MCW operations assigned in Tables E-1 and E-2

CBI designation checkbox for MC description Description of process equipment cleaning operation CBI designation checkbox for MCW commingled with process wastewater Indicates if MCW is commingled with process wastewater Indicates if MCW is commingled with fly ash sluice water Indicates if MCW is commingled with bottom ash sluice water Indicates if MCW is commingled with FGD scrubber purge Indicates if MCW is commingled with cooling tower blowdown Indicates if MCW is commingled with once through cooling water Indicates if MCW is commingled with a process wastewater not listed Description of process wastewater that is commingled with MCW , if "other" selected CBI designation checkbox for MCW destination Indicates if the MCW is immediately recycled to plant process Description of how the recycled MCW is reused at the plant Indicates if the MCW is transferred on-site for treatment Indicates that the on-site treatment for MCW is a settling pond Indicates that the on-site treatment for MCW is pH adjustment Indicates that the on-site treatment for MCW is chemical precipitation Indicates that the on-site treatment for MCW is a constructed wetland Indicates that the on-site treatment for MCW is not listed Description of on-site treatment for MCW , if "other" selected Indicates that the MCW is discharged to surface water Indicates the outfall number, if MCW is discharged to surface water Indicates that MCW is indirectly discharged to POTW or PrOTW Indicates that MCW is evaporated Indicates that the MCW destination is not listed Description of MCW destination, if "other" selected CBI designation checkbox MCW residues Indicates if any

residues are created from the cleaning operation CBI designation checkbox for MCW hazardous residues Indicates if the MCW generated is always hazardous, sometimes hazardous, always non-hazardous, or unknown CBI designation checkbox for characteristics of hazardous waste Description of what chemicals makes the MCW hazardous CBI designation checkbox for handling and average tonnage of MCW Indicates if the MCW is landfilled Indicates if the MCW is landfilled, permanently Indicates the annual tonnage for permanently landfilled MCW Indicates if the MCW is landfilled, temporarily Indicates the annual tonnage for temporarily landfilled MCW Indicates if the MCW is sent to a pond Indicates if the MCW is sent to a pond, permanently Indicates the annual tonnage for MCW permanently placed in a pond Indicates if the MCW is sent to a pond, temporarily Indicates the annual tonnage for MCW temporarily placed in a pondIndicates if the MCW is hauled off site

Indicates the annual tonnage for MCW hauled off site Indicates a type of MCW handling not listed Describes the ty pe of MCW handling, if "other" selected Indicates the annual tonnage for "other" handled MCW CBI designation checkbox for the combined storage of MCW Indicates if the MCW residues stored in a landfill or pond are stored with other solids generated at the plant Indicates if the MCW residues are combined with fly ash Indicates if the MCW residues are combined with bottom ash Indicates if the MCW residues are combined with FGD scrubber purge Indicates if the MCW residues are combined with mill rejects Indicates if the MCW residues are combined with other solids not listed Describes the solids that MCW residues are combined with, if "other" selected Plant identification number CBI checkbox designation for comment box

Corresponding question number for comment Comment from facility Plant identification number. CBI designation checkbox for QF1-1. The yes/no answer to whether the plant has one or more pond/impoundments or landfills. Plant identification number. Plant identification number. Plant identification number. EPA-assigned pond/impoundment unit ID. EPA-assigned pond/impoundment unit ID. EPA-assigned pond/impoundment unit ID. CBI designation checkbox for QF2-1. The hydrologic design criteria of the pond/impoundment unit. The specification of another hydrologic design criteria of the pond/impoundment unit identified. CBI designation checkbox for QF2-10. Designation of monitoring measure or inspection is performed on the pond/impoundment unity by the plant and/or engineering contractors. Indication that the type of inspection specified in the Pond_YrInsp field is being performed by the facility

. Frequency

of monitoring for a given monitoring measure/inspection. Average num ber of hours spent each year performing monitoring activities. CBI designation checkbox for QF2-2. The yes/no answer to whether the pond/impoundment unit experienced an overflow since 1/1/95. A description of when the overflow occurred and the reason for the overflow. CBI designation checkbox for QF2-3. The yes/no answer to whether the pond/impoundment unit has had a non-permitted overflow to a receiving water since 1/1/95. The name of the non-permitted overflow receiving water. CBI designation checkbox for QF2-4. The yes/no answer to whether the pond/impoundment unit has a system to collect leachate.Checkbox to indicate the pond/impoundment unit has a leachate collection system.

Checkbox to indicate the pond/impoundment unit has a leachate detection system. Checkbox to indicate the pond/impoundment unit has another ty pe of leachate collection system. Specification of the other type of leachate collection system. CBI designation checkbox for QF2-5. Volum e of leachate collected in 2009 (gpd). Volum e of leachate collected in 2009 (gpy). Frequency

of process wastewater generation (days). Description of the estimation method. CBI designation checkbox for QF2-6. The yes/no answer to whether the plant collects stormwater, rainfall, or process wastewaters in the collection system. Checkbox to indicate that uncontaminated stormwater is collected in the leachate collection system. The amount of uncontaminated stormwater collected in the system (gpy). Checkbox to indicate that rainfall is collected in the leachate collection system. The amount of rainfall collected in the system (gpy). Checkbox to indicate that another ty pe of wastewater is collected in the leachate collection system. Drop-down menu of selections of other ty pes of wastewater. The amount of rainfall collected in the system (gpy). Explanation of the other type of wastewater collected in the system. CBI designation checkbox for QF2-7. Checkbox to indicate that the leachate is transferred back into the pond/impoundment unit. Checkbox to indicate that the leachate is combined with pond/impoundment unit effluent. Checkbox to indicate that the leachate is transferred to other pond/impoundment units. Pond/im poundm ent unit ID receiving the leachate. Checkbox to indicate that the leachate is transferred to an on-site treatment system. The yes/no answer to whether the wastewater treatment system ID has been previously assigned. Wa stewater treatment system ID receiving the leachate. Checkbox to indicate that the leachate is transferred back to a storage tank. Checkbox to indicate that the leachate is indirectly discharged to a treatment works facility

. Checkbox to indicate that the leachate is immediately recycled back into the plant process. Description of how the leachate is reused when it is immediately recycled back into the plant process. Checkbox to indicate that the leachate is discharged to surface water. The NPDES permitted outfall number for the surface water the leachate is discharged to. Checkbox to indicate another intermediate and/or final destination of the leachate. The specification of another intermediate and/or final destination of the leachate. CBI designation checkbox for QF2-8. The yes, no, or NA response to whether chemicals are used to treat leachate sent to a pond or storage tank. Checkbox to indicate the plant uses lime to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses sodium hydroxide to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses sulfuric acid to treat the leachate sent to a pond or storage tank. Checkbox to indicate the plant uses another chemical to treat the leachate sent to a pond or storage tank. Specification of the other chemical used to treat leachate sent to a pond or storage tank. CBI designation checkbox for QF2-9.The yes/no answer to whether the plant monitors/inspects the structural integrity of the pond/impoundment unit on a regular basis. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. Plant identification number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-3.

Status of the landfill for the dimensions provided (F3-1: As Built; F3-2: Current; F3-3: End of life or expected end of life). The surface area the landfill is expected to take up at the expected end of it's life (acres).

The volume of stored materials in the landfill at the expected end of it's life (cubic feet).

The height above original elevation of the landfill at the expected end of it's life (feet).

CBI designation checkbox for QF3-1. The date the landfill was built. CBI designation checkbox for QF3-3. The yes/no answer to whether the landfill is closed. The date the landfill was closed. CBI designation checkbox for QF3-4. The yes/no answer to whether the landfill has been expanded since the date it was built. CBI designation checkbox for QF3-5. The ty pe of landfill expansion is lateral, vertical, or both. CBI designation checkbox for QF3-6. The description of the expansion(s) to the landfill since 1/1/00 and the date(s) of expansion (month/y r). CBI designation checkbox for QF3-7. The total cost associated with any expansion(s) to the landfill since 1/1/00. CBI designation checkbox for QF3-8. The yes/no answer to whether the landfill has a liner. CBI designation checkbox for QF3-8.Indicates if the landfill liner is compacted clay ; geosy nthetic clay ; high density polyethylene (HDPE); and/or other, specified. Indicates if the plant selected a landfill liner type. The landfill liner layer number (numbered from inner to outer layer). The thickness of the landfill liner layer (cm). The permeability

of the landfill liner layer (cm/sec). CBI designation checkbox for QF3-9. The yes/no answer to whether the landfill has a cap/cover. CBI designation checkbox for QF3-9. Indicates if the cap/cover is compacted clay ; geosy nthetic clay ; high density polyethylene (HDPE); and/or other, specified. Indicates if the plant selected a cap/cover type. The cap/cover layer number (numbered from inner to outer layer). The thickness of cap/cover layer (cm). The permeability

of cap/cover layer (cm/sec). CBI designation checkbox for QF3-10. The yes, no, or NA response to whether the plant built any structures on top of the closed landfill. The description of the structure(s) and any challenges that the plant faced building on top of the landfill. CBI designation checkbox for QF3-11. The yes/no answer to whether the landfill has a system to collect leachate. Checkbox to indicate the landfill has a leachate collection system. Checkbox to indicate the landfill has a leak detection system. Checkbox to indicate the landfill has another system to collect leachate. A description of the other leachate collection system. CBI designation checkbox for QF3-12. The volume of leachate collected in 2009 (gpd). The volume of leachate collected in 2009 (gpy). The frequency

of process wastewater generation (days). Description of estimation method to determine volume of leachate collected in 2009 and frequency of process wastewater generation. CBI designation checkbox for QF3-13. The yes/no answer to whether the plant collects stormwater, rainfall, or process wastewaters with the landfill collection system. Checkbox to indicate that the landfill collection system collects uncontaminated stormwater. The amount of uncontaminated stormwater collected by the landfill collection system (gpd). Checkbox to indicate that the landfill collection system collects rainfall. The amount of rainfall collected by the landfill collection system (gpd). Checkbox to indicate that the landfill collection system collects another ty pe of water in the landfill collection system. Drop-down menu of options for the other ty pe of water collected in the landfill collection system. An explanation of the other ty pe of water collected by the landfill collection system. The amount of the other ty pe of water collected by the landfill collection system (gpd). CBI designation checkbox for QF3-14. The IDs of the pond/impoundment unit(s) that represent either an intermediate or final leachate destination. EPA-assigned pond/impoundment unit ID. Checkbox to indicate the plant transfers their leachate to an on-site treatment system. The plant defined the wastewater treatment system that treats the leachate in Part D, Table D-2.The wastewater treatment system ID that treats the leachate from Part D, Table D-2.

Checkbox to indicate the plant transfers leachate back into a storage tank. Checkbox to indicate the plant indirectly discharges the leachate to a publicly or privately

owned treatm ent works. Checkbox to indicate the plant immediately recycles the leachate back into the plant process. A description of how the leachate is reused once it is immediately recycled back into the plant process. The plant discharges the leachate to surface water. The NPDES permitted outfall number for the surface water the leachate is discharged to. Checkbox to indicate another intermediate and/or final destination of the leachate. The specification of another intermediate and/or final destination of the leachate. CBI designation checkbox for QF3-15. The yes/no answer to whether chemicals are used to treat the leachate sent to a pond or storage tank. Checkbox to indicate that the plant uses lime to treat the leachate. Checkbox to indicate that the plant uses sodium hydroxide to treat the leachate. Checkbox to indicate that the plant uses sulfuric acid to treat the leachate. Checkbox to indicate that the plant uses another type of chemical to treat the leachate. An explanation of the other ty pe of chemical used to treat the leachate. CBI designation checkbox for QF3-16. The portion of the landfill (capped vs. uncapped) that conveyed stormwater runoff has contacted and is combined with leachate.

The yes/no answer to whether the plant combines conveyed stormwater runoff that has contacted the uncapped portion of the landfill with leachate. CBI designation checkbox for QF3-17. Checkbox to indicate that the intermediate and final destination of the conveyed stormwater runoff is a pond/im poundm ent unit. The pond/impoundment unit ID(s) receiving the conveyed stormwater runoff. Checkbox to indicate that the conveyed stormwater runoff is transferred to an on-site treatment system for it's intermediate and/or final destination. The on-site wastewater treatment system ID receiving the stormwater runoff. Checkbox to indicate if the ty pe of on-site wastewater treatment system is chemical precipitation; aerobic or anoxic/anaerobic biological reactor; constructed wetlands; or other, specified. The specification of another ty pe of on-site wastewater treatment system receiving stormwater runoff.

Checkbox to indicate that the conveyed stormwater runoff is transferred to a storage tank for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is indirectly discharged to a treatment works system for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is immediately recycled back into the plant process as it's intermediate and/or final destination. A description on how the leachate is used once it has been immediately recycled back into the plant process. Checkbox to indicate that the conveyed stormwater runoff is discharged to a surface water as it's intermediate and/or final destination. The NPDES permitted outfall number for the surface water receiving the conveyed stormwater runoff. Checkbox to indicate another intermediate and/or final destination of the conveyed stormwater runoff. An explanation of the other intermediate and/or final destination of the conveyed stormwater runoff. CBI designation checkbox for QF3-18. The portion of the landfill (capped vs. uncapped) that conveyed stormwater runoff has contacted and is combined with leachate.The yes/no answer to whether the plant combines conveyed stormwater runoff that has contacted the uncapped

portion of the landfill with leachate. CBI designation checkbox for QF3-19. Checkbox to indicate that the intermediate and final destination of the conveyed stormwater runoff is a pond/im poundm ent unit. The pond/impoundment unit ID(s) receiving the conveyed stormwater runoff. Checkbox to indicate that the conveyed stormwater runoff is transferred to an on-site treatment system for it's intermediate and/or final destination. The on-site wastewater treatment system ID receiving the stormwater runoff. Checkbox to indicate if the ty pe of on-site wastewater treatment system is chemical precipitation; aerobic or anoxic/anaerobic biological reactor; constructed wetlands; or other, specified. The specification of another ty pe of on-site wastewater treatment system receiving stormwater runoff.

Checkbox to indicate that the conveyed stormwater runoff is transferred to a storage tank for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is indirectly discharged to a treatment works system for it's intermediate and/or final destination. Checkbox to indicate that the conveyed stormwater runoff is immediately recycled back into the plant process as it's intermediate and/or final destination. A description on how the leachate is used once it has been immediately recycled back into the plant process. Checkbox to indicate that the conveyed stormwater runoff is discharged to a surface water as it's intermediate and/or final destination. The NPDES permitted outfall number for the surface water receiving the conveyed stormwater runoff. Checkbox to indicate another intermediate and/or final destination of the conveyed stormwater runoff. An explanation of the other intermediate and/or final destination of the conveyed stormwater runoff. Plant identification number. Plant identification number. Plant identification number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. EPA-assigned landfill ID number. CBI designation checkbox for QF3-20. The annual O&M cost for operating the landfill in 2009 ($). The average rate of labor required to operate the landfill in 2009 ($/hr). The number of workers required to operate the landfill in 2009. The amount of time the workers spent operating the landfill in 2009 (hpd). The amount of time the workers spent operating the landfill in 2009 (dpy ). The annual O&M cost for maintaining the landfill in 2009 ($). The average rate of labor required to maintain the landfill in 2009 ($/hr). The number of workers required to maintain the landfill in 2009. The amount of time the workers spent maintaining the landfill in 2009 (hpd). The amount of time the workers spent maintaining the landfill in 2009 (dpy ). The annual O&M cost for maintenance materials for the landfill in 2009 ($). The annual O&M cost for chemicals for the landfill in 2009 ($). The annual O&M cost for plants/organic matter for the landfill in 2009 ($). The annual O&M cost for energy to power pum ping for the landfill in 2009 ($). The rate of energy

to power pum ping for the landfill in 2009 ($/kW h).The amount of energy consumed in 2009 to power pumping (kW h).

The annual O&M cost for energy for operations other than pumping for the landfill in 2009 ($). The rate of energy

to power operations other than pumping for the landfill in 2009 ($/kW h). The amount of energy

consumed in 2009 to power operations other than pumping (kW h).

The cost of steam used for landfill O&M in 2009 ($). The rate of the steam used for landfill O&M ($/pound). The steam consumption rate for landfill O&M in 2009 (pounds/hr). The annual O&M cost for removing hazardous sludge via dredging ($). The rate of removing hazardous sludge via dredging ($). Checkbox to indicate if the rate of removing hazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing hazardous sludge via landfilling ($) The rate of removing hazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing hazardous sludge via landfilling is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via dredging ($) The rate of removing nonhazardous sludge via dredging ($). Checkbox to indicate if the rate of removing nonhazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via landfilling ($). The rate of removing nonhazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing nonhazardous sludge via landfilling is in gallons or tons. The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($) The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($). The total O&M cost for 2009. CBI designation checkbox for QF3-21. The project ty pe for the capital cost expenditure. The cost of the project ($). The year on which the cost of the project is based on. CBI designation checkbox for QF3-21. Indirect engineering costs were incurred because plant hired outside engineering firm to oversee design and/or installation of the treatment system. Plant identification number. Plant identification number. Plant identification number. CBI designation checkbox for QF4-1. EPA-assigned leachate treatment system ID. Plant designation of the operating leachate treatment system. Operating leachate treatment system footprint (ft2). Year the operating leachate treatment system was initially brought online. Number of operating leachate collection systems contributing to the leachate treatment system. Distance from the operating leachate collection system (ft). Approximate distance to final outfall from the operating leachate treatment system (ft). Outfall number associated with the operating leachate treatment system. CBI designation checkbox for QF4-1.EPA-assigned leachate treatment system ID.

Plant designation of the planned leachate treatment system. Planned leachate treatment system footprint (ft2). Year the planned leachate treatment system was initially brought online. Number of planned leachate collection systems contributing to the leachate treatment system. Distance from the planned leachate collection system (ft). Approximate distance to final outfall from the planned leachate treatment system (ft). Outfall number associated with the planned leachate treatment system. CBI designation checkbox for QF4-2. Checkbox to indicate that the plant attached a block diagram of the leachate treatment system operation. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-3. Drop-down selection of process wastewaters generated from the pond/impoundment and/or landfills treated by the leachate treatment system. A description of another type of process wastewater not listed in the drop-down menu. Pond/im poundm ent unity or landfill ID associated with the process wastewater selected. The average annual flow rate of influent to the treatment system associated with the process wastewater selected (gpm). First average annual flow rate of influent to the treatment system associated with the process wastewater selected (hpd). First average annual flow rate of influent to the treatment system associated with the process wastewater selected (dpy). Second average annual flow rate of influent to the treatment system associated with the process wastewater selected (gpd). Second average annual flow rate of influent to the treatment system associated with the process wastewater selected (dpy). Plant identification number. Plant identification number. Plant identification number. Plant identification number. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-4. Drop-down selection of assigned leachate treatment unit ID based on units that are operating, under construction/installation, or planned to be constructed/installed. User-defined designation of a leachate treatment unit ID. EPA-assigned pond/impoundment unit ID if it is included as part of the leachate treatment system. The plant’s name for each leachate treatment unit. CBI designation checkbox for QF4-5 Drop-down selection of assigned leachate treatment unit ID. User-defined designation of a leachate treatment unit ID. EPA-assigned pond/impoundment unit ID if it is included as part of the leachate treatment system. Description of planned improvement to the leachate treatment system. Expected date of planned improvement to the leachate treatment system (mm/dd/y yyy)

.Total capital cost of planned improvements to the leachate treatment system ($).

CBI designation checkbox for QF4-6. The yes/no answer to whether there were any planned im provements to the leachate treatment system. Identification of pollutants and/or limits the improvement to the leachate treatment system will target. CBI designation checkbox for QF4-7. Ty pical flow rate for the leachate treatment system in 2009 (gpm). The maximum daily

flow rate for the leachate treatment system in 2009 (gpm). The average annual flow rate for the leachate treatment system in 2009 (gpm). The duration of effluent transfers from the treatment system in 2009 (hpd). The frequency

of effluent transfers from the treatment system in 2009 (hpd). Plant identification number. Plant identification number. Plant identification number. Plant identification number. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. EPA-assigned leachate treatment system ID. Assigned leachate treatment unit ID. Assigned leachate treatment unit ID. CBI designation checkbox for QF4-14. CBI designation checkbox for QF4-15. CBI designation checkbox for QF4-8. Volum e of the leachate treatment unit (ft3). Wa ter depth of the leachate treatment unit should it be a wetland cell (ft). CBI designation checkbox for QF4-9. Footprint/surface area of the leachate treatment system unit (ft2). CBI designation checkbox for QF4-10. Residence time of leachate within the leachate treatment unity (hours). CBI designation checkbox for QF4-11. Checkbox to indicate that the leachate treatment unit was constructed using stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 316L stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 317M stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 317LM stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 2205 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 255 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using 625 stainless steel. Checkbox to indicate that the leachate treatment unit was constructed using another type of stainless steel alloy

. The specification of another ty pe of stainless steel alloy used in construction. Checkbox to indicate that the leachate treatment unit was constructed using carbon steel. Checkbox to indicate that the leachate treatment unit was constructed using lined carbon steel. The specification of the ty pe of carbon steel liner. Checkbox to indicate that the leachate treatment unit was constructed using fiberglass. Checkbox to indicate that the leachate treatment unit was constructed using titanium. Checkbox to indicate that the leachate treatment unit was constructed using another type of material.A description of the other type of material used to construct the leachate treatment unit.

CBI designation checkbox for QF4-12. Checkbox to indicate that metals are targeted for removal by the leachate treatment system. Specification of the type of metals targeted for removal by the leachate treatment system. Checkbox to indicate that mercury is targeted for removal by the leachate treatment system. Checkbox to indicate that chlorides are targeted for removal by the leachate treatment system. Checkbox to indicate that sulfates are targeted for removal by the leachate treatment system. Checkbox to indicate that TDS is targeted for removal by the leachate treatment system. Checkbox to indicate that TSS is targeted for removal by the leachate treatment system. Checkbox to indicate that another pollutant is targeted for removal by the leachate treatment system. Specification of the other type of pollutant targeted for removal by the leachate treatment system. CBI designation checkbox for QF4-13. Name of the pollutant that drives/will drive the operation of the leachate treatment unit. First limitation of the pollutant that drives/will drive the operation of the leachate treatment unit. First drop-down selection of units for the pollutant limitation (ug/L or mg/L). Name of the pollutant that drives/will drive the operation of the leachate treatment unit. Second lim itation of the pollutant that drives/will drive the operation of the leachate treatment unit. Second drop-down selection of units for the pollutant limitation (ug/L or mg/L). Name of the pollutant that drives/will drive the operation of the leachate treatment unit. Third limitation of the pollutant that drives/will drive the operation of the leachate treatment unit. Third drop-down selection of units for the pollutant limitation (ug/L or mg/L). CBI designation checkbox for QF4-14. The yes/no answer to whether the plant adds chemicals to the leachate treatment unit in 2009. Assigned leachate treatment unit ID. Ty pe of chemical used in leachate treatment unit operations. Trade name of chemical used in leachate treatment unit operations. Manufacturer of chemical used in leachate treatment unit operations. Purpose of chemical used in leachate treatment unit operations. Location of chemical addition in leachate treatment unit operations. Average dose concentration of chemical used in leachate treatment unit operations (g/L). Average addition rate of chemical used in leachate treatment unit operations. Checkbox to indicate if the units for the average addition rate of chemical used in leachate treatment unit operations are gpd or lb/day

. Checkbox to indicate if the phase of the chemical addition is solid or liquid. Frequency

of the chemical addition (dpy). CBI designation checkbox for QF4-15. The yes/no answer to whether the leachate treatment unit contains any plant species. Assigned leachate treatment unit ID. The plant species name used in the leachate treatment unit operations. The name of the plant used in the leachate treatment unit operations. The purpose of the plant in the operation of the leachate treatment unit. Plant identification number. Plant identification number. Plant identification number. EPA-assigned leachate treatment system ID.EPA-assigned leachate treatment system ID.

EPA-assigned leachate treatment system ID. CBI designation checkbox for QF3-21. Indirect engineering costs were incurred because plant hired outside engineering firm to oversee design and/or installation of the treatment system.

CBI designation checkbox for QF4-16. The annual O&M cost for operating the leachate treatment system in 2009 ($). The average rate of labor required to operate the leachate treatment system in 2009 ($/hr). The number of workers required to operate the leachate treatment system in 2009. The amount of time the workers spent operating the leachate treatment system in 2009 (hpd). The amount of time the workers spent operating the leachate treatment system in 2009 (dpy). The annual O&M cost for maintaining the leachate treatment system in 2009 ($). The average rate of labor required to maintain the leachate treatment system in 2009 ($/hr). The number of workers required to maintain the leachate treatment system in 2009. The amount of time the workers spent maintaining the leachate treatment system in 2009 (hpd). The amount of time the workers spent maintaining the leachate treatment system in 2009 (dpy). The annual O&M cost for maintenance materials for the leachate treatment system in 2009 ($). The annual O&M cost for chemicals for the leachate treatment system in 2009 ($). The annual O&M cost for plants/organic matter for the leachate treatment system in 2009 ($). The annual O&M cost for energy to power pum ping for the leachate treatment system in 2009 ($). The rate of energy

to power pum ping for the leachate treatment system in 2009 ($/kW h). The amount of energy

consumed in 2009 to power pumping (kW h).

The annual O&M cost for energy for operations other than pumping for the leachate treatment system in 2009 ($). The rate of energy

to power operations other than pumping for the leachate treatment system in 2009 ($/kW h). The amount of energy

consumed in 2009 to power operations other than pumping (kW h).

The cost of steam used for leachate treatment system O&M in 2009 ($). The rate of the steam used for leachate treatment system O&M ($/pound). The steam consumption rate for leachate treatment system O&M in 2009 (pounds/hr). The annual O&M cost for removing hazardous sludge via dredging ($). The rate of removing hazardous sludge via dredging ($). Checkbox to indicate if the rate of removing hazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing hazardous sludge via landfilling ($) The rate of removing hazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing hazardous sludge via landfilling is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via dredging ($) The rate of removing nonhazardous sludge via dredging ($). Checkbox to indicate if the rate of removing nonhazardous sludge via dredging is in gallons or tons. The annual O&M cost for removing nonhazardous sludge via landfilling ($). The rate of removing nonhazardous sludge via landfilling ($). Checkbox to indicate if the rate of removing nonhazardous sludge via landfilling is in gallons or tons. The specification of another ty pe of O&M activity in 2009. The annual O&M cost for the other ty pe of O&M activity in 2009 ($) The specification of another ty pe of O&M activity in 2009.The annual O&M cost for the other ty pe of O&M activity in 2009 ($). The total O&M cost for 2009. CBI designation checkbox for QF4-17. Ty pe of project associated with the capitol cost for the leachate treatment system. Cost of the project for the leachate treatment system ($). Year the cost of the project for the leachate system is based on. Plant identification number. EPA-assigned leachate treatment system ID. CBI designation checkbox for QF4-18. List of ancillary

equipm ent of the leachate treatment system. Number of ancillary

equipm ent pieces in the system. Plant identification number. Plant identification number. EPA-assigned pond/impoundment unit ID or landfill unit ID.

EPA-assigned pond/impoundment unit ID or landfill unit ID.

CBI designation checkbox for QF5-1. The yes/no answer to whether the plant performs groundwater monitoring of the pond/impoundment or landfill. The year of the last groundwater monitoring event. The average frequency of monitoring (dpy). The number of times the groundwater has been monitored in the last five years. CBI designation checkbox for QF5-2. The yes/no answer to whether the plant has measured pollutant concentrations from ash and FGD-related constituents that exceed a primary or secondary

MCL and/or state-issued standard/criteria. CBI designation checkbox for QF5-3. List of pollutants that exceeded a primary or secondary

MCL and/or state-issued standard/criteria. CBI designation checkbox for QF5-4. The yes/no answer to whether the plant has measured pollutant concentrations from ash and FGD-related constituents in ground water that exceed background concentrations. CBI designation checkbox for QF5-5. List of pollutants that exceeded background concentrations. CBI designation checkbox for QF5-6. Checkbox to indicate the plant attached an overhead diagram of the pond/impoundment or landfill. CBI designation checkbox for QF5-6. The plant-assigned monitoring well ID number. The average water table depth at well (ft). The distance to the nearest surface water (miles). Plant identification number. CBI designation checkbox for comment response.

Question number comment refers to. Comment for Part F. CBI designation checkbox for the generation of leachate at the facility (QG1-1) Indicates if the facility

generates any

leachate from ponds/landfills Plant identification numberPond/Landfill identification number (Assigned in Tables A-4 or A-6)

CBI designation checkbox for leachate collection (QG2-1) Indication of leachate collection at the facility CBI designation checkbox for leachate transfer off site (QG2-2) Indicates if the leachate collected is transferred off site CBI designation checkbox for on site leachate treatment (QG2-3) Indicates if the leachate collected, that is not transferred off site, it treated at the facility CBI designation checkbox for combining leachate with runoff/stormwater/process wastewater (QG2-4) Indicates if the leachate is combined with runoff/stormwater/process wastewater Plant identification number CBI designation checkbox for the aerial photo of the entire waste management unit (G3-2) Indicates if the facility

attached an aerial photo of the entire waste management unit Explanation for not attached an aerial photo of the entire waste management unit CBI designation checkbox for the identification of sample points of the landfill block diagram submitted in Part F (QG3-3) Checkbox for the identification of sample points of the landfill block diagram submitted in Part F (QG3-3) Plant identification number Plant identification number Pond/Landfill identification number (Assigned in Tables A-4 or A-6) CBI designation checkbox for sample collection information (place, date, description) (QG4-1) Indicates the location of the sample point Indicates the leachate treatment system ID previously identified in Table F-4 Description of the sample point Date of sample collection CBI designation checkbox for rainfall data (QG4-2) Date of rainfall collection Inches recorded for rainfall collection Plant identification number Pond/Landfill identification number CBI designation checkbox for process wastes stored in ponds/landfills at the facility Indicates that fly

ash is stored in the pond/landfill The amount of fly

ash stored in the pond/landfill (tons) Indicates that bottom ash is stored in the pond/landfill The amount of bottom ash stored in the pond/landfill (tons) Indicates that boiler slag is stored in the pond/landfill The amount of boiler slag stored in the pond/landfill (tons) Indicates that gypsum is stored in the pond/landfill The amount of gy psum stored in the pond/landfill (tons) Indicates that calcium sulfite (non-pozzalonic) is stored in the pond/landfill The amount of calcium sulfite (non-pozzalonic) stored in the pond/landfill (tons) Indicates that pozzalonic m aterial is stored in the pond/landfill The amount of pozzalonic material stored in the pond/landfill (tons) Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfillThe amount of the "other" ty pe of waste stored in the pond/landfill (tons)

Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons) Indicates that another type of waste is stored in the pond/landfill Description of the "other" type of waste stored in the pond/landfill The amount of the "other" ty pe of waste stored in the pond/landfill (tons) Plant identification number Plant identification number Pond/Landfill identification number (Assigned in Tables A-4 or A-6)

CBI designation checkbox for leachate sampling data CBI designation checkbox for lab data Name of analy

tical lab Indicates if the summary report is attached CBI designation checkbox for leachate sampling data

Indicates the location of the sample point for data collection

Description of the sampling location

Name of analy

te

CAS num ber of analy

te

Non-detect result

Concentration of analy

te (μg/L)

Analy tical method used

Description of analy

tical method used, if "other" selected

Method Detection Limit (MDL) (μg/L)

Reporting Limit (μg/L)

Qualifiers for the Measurement

Plant identification number CBI designation checkbox for comment response

Question number comment refers to Comment for Part G Plant identification number. Plant identification number CBI designation checkbox for QH1-1 The yes/no answer to whether the plant operated one or more units using nuclear energy as the fuel source to generate electricity

in 2009 (QH1-1) CBI designation checkbox for QH1-2The yes/no answer to whether the plant generated any process wastewater during 2009 that is associated with the production of electricity from nuclear generating units (QH1-2) Nuclear process wastewater ID CBI designation checkbox for Table H-1 Description of nuclear process wastewater Description of nuclear process wastewater if other was selected as the nuc_wastewater_desc Designates if process wastewater is radioactive or nonradioactive Designates if SE unit 1 is associated with the process wastewater Designates if SE unit 2 is associated with the process wastewater Designates if SE unit 3 is associated with the process wastewater Designates if SE unit 4 is associated with the process wastewater Designates if SE unit 5 is associated with the process wastewater Designates if SE unit 6 is associated with the process wastewater Designates if SE unit 7 is associated with the process wastewater Designates if SE unit 8 is associated with the process wastewater Designates if SE unit 9 is associated with the process wastewater Designates if other SE units are associated with the process wastewater Defines the other SE units that are associated with the process wastewater Plant Identification number. Nuclear process wastewater ID

CBI designation checkbox for QH2-1 Designates whether the flow of the process wastewater is continuous. (QH2-1) Flow rate of the process wastewater (gpm) Ty pical volum e generated annually in gallons by

the process wastewater Ty pical duration in hpd of the process wastewater Ty pical duration in dpy

of the process wastewater Ty pical frequency

- number of times in the statement # times every # years Ty pical frequency

- number of years in the statement # times every # years CBI designation checkbox for QH2-2 Immediately

recycled back to a plant process. (QH2-2) Process wastewater is reused in cooling towers Process wastewater is reused as reactor coolant Process wastewater is reused as primary coolant Process wastewater is reused as secondary coolant Process wastewater is reused in another process not specified in the other fields Description of how the process wastewater is used if the plant selected other process Discharged to surface water following on-site treatment, including those located on non-adjoining property

. NPDES outfall number for the discharge of treated process wastewater Discharged to surface water untreated NPDES outfall number for the discharge of untreated process wastewater Transferred to publically or privately

owned treatm ent works Transported to an offsite vendor waste processor Transported to an approved licensed burial ground Transported to another location not specified in the other fieldsDescription of how the plant handled the wastewater if they selected other Plant Identification number Plant identification number Plant identification number Designates if the plant is operating the technology or if they

plant to install the technology by 2020 Designates if the plant is operating the technology or if they

plant to install the technology by 2020 Nuclear wastewater treatment system name

Nuclear wastewater treatment system name

Nuclear wastewater treatment system name

CBI designation checkbox for QH3-1 Designates whether the wastewater treatment system treats radioactive waste (QH3-1) CBI designation checkbox for QH3-2 Designates whether the wastewater treatment system treats this process wastewater (QH3-2) Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewaterDesignates whether the wastewater treatment system treats this process wastewater

Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater Designates whether the wastewater treatment system treats this process wastewater CBI designation checkbox for QH3-3 Ty pical flow rate through wastewater treatment system in 2009, gpm (QH3-3) Maximum flow rate through wastewater treatment system in 2009, gpm Duration of effluent transfers from wastewater treatment system in 2009, hpd Frequency

of effluent transfers from wastewater treatment system in 2009, dpy Technology

used/planned in the wastewater treatment system Description of technology if the plant selected other as the technology used/planned in the wastewater treatment system CBI designation checkbox for Table H-3 (operating) and Table H-4 (planned) Designates if chlorine is targeted for removal by the technology Designates if nitrogen compounds (ammonia, nitrate, and nitrite) are targeted for removal by the technology Designates if carbohydrazine is targeted for removal by the technology Designates if hydrazine is targeted for removal by the technology Designates if organic acids are targeted for removal by the technology Designates if TSS is targeted for removal by the technology Designates if oil and grease is targeted for removal by the technology Designates if boron is targeted for removal by the technology Designates if tritium is targeted for removal by the technology Designates if strontium 90 is targeted for removal by the technology Designates if cesium 137 is targeted for removal by the technology Designates if other radionuclides not in other fields are targeted for removal by the technology Designates if other metals not in other fields are targeted for removal by the technology Describes the other metals that are targeted for removal by the technology Designates if other pollutants not in other fields are targeted for removal by the technology Describes the other pollutants that are targeted for removal by the technology 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Limitation 1 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Limitation 2 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Pollutant 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Limitation 3 Effluent Limitation Drives/W ill Drive the Operation of the Technology - Unit Technology

used/planned in the wastewater treatment system Description of technology if the plant selected other as the technology used/planned in the wastewater treatment system CBI designation checkbox for Table H-3 (operating) and Table H-4 (planned) Designates if chlorine is targeted for removal by the technology Designates if nitrogen compounds (ammonia, nitrate, and nitrite) are targeted for removal by the technologyDesignates if carbohydrazine is targeted for removal by the technology Designates if hydrazine is targeted for removal by the technology Designates if organic acids are targeted for removal by the technology Designates if TSS is targeted for removal by the technology Designates if oil and grease is targeted for removal by the technology Designates if boron is targeted for removal by the technology Designates if tritium is targeted for removal by the technology Designates if strontium 90 is targeted for removal by the technology Designates if cesium 137 is targeted for removal by the technology Designates if other radionuclides not in other fields are targeted for removal by the technology Designates if other metals not in other fields are targeted for removal by the technology Describes the other metals that are targeted for removal by the technology Designates if other pollutants not in other fields are targeted for removal by the technology Describes the other pollutants that are targeted for removal by the technology CBI designation checkbox for QH3-6 Immediately

recycled back to plant process (QH3-6) Treated wastewater is reused in cooling towers Treated wastewater is reused as reactor coolant Treated wastewater is reused as primary coolant Treated wastewater is reused as secondary coolant Treated wastewater is reused in another process not specified in the other fields Description of how the process wastewater is used if the plant selected other process Discharged to surface water following on-site treatment, including those located on non-adjoining property

. NPDES outfall number for the discharge of treated process wastewater Transferred to publically or privately

owned treatm ent works Transported to an offsite vendor waste processor Transported to an approved licensed burial ground Transported to another location not specified in the other fields Description of how the plant handled the wastewater if they selected other CBI designation checkbox for QH3-7 Ty pical flow rate in 2009 through wastewater treatment system that is recycled back to plant processes, gpm (QH3- 7) Maximum flow rate in 2009 through wastewater treatment system that is recycled back to plant processes, gpm Duration of effluent transfers from treatment system in 2009, hpd (recycled portion) Frequency

of effluent transfers from treatment system in 2009, dpy (recycled portion) Plant identification number CBI designation checkbox for comment response

Question number comment refers to Comment for Part H