## Data Dictionary

Sheet: facility_information Description: Part I - General facility information

Field Name Description facility_id 4b. EIA Plant Code as reported on U.S. DOE/EIA Form-860 (2007), schedule 2, line 1, page 37, question 2 OR Plant ID as reported on U.S. DOE/EIA Form EIA-923 (2008), schedule 2, page 1, question 2 utility_code EIA utility code legal_owner_name 1. Name of legal owner of facility legal_operator_name 2. Name of legal operator of facility legal_address_type 3. Type of address given (legal owner or operator) legal_address 3. Address of legal owner or operator legal_city 3. City of legal owner or operator legal_state 3. State of legal owner or operator legal_zip 3. Zip code of legal owner or operator plant_name 4a.Plant Name as reported on U.S. DOE/EIA Form-860 (2007), "Annual Electric Generator Report", schedule 2, line 1, p 37, question 1 OR Plant Name as reported on U.S. DOE/EIA Form EIA-923 (2008), "Power Plant Operations Report", schedule 2, p 1, question 1 physical_address 5. Street address of facility (physical location) physical_city 5. City of facility (physical location) physical_state 5. State of facility (physical location) physical_zip 5. Zip code of facility (physical location) mailing_address 6. Mailing address of facility mailing_city 6. Mailing city of facility mailing_state 6. Mailing state of facility mailing_zip 6. Mailing zip code of facility RFA_small_entity 9. Is this facility considered to be owned or operated by a small entity as defined by the Regulatory Flexibility Act? (Yes, No, Don't know) ff_fired_coal 10. Facility fires coal in any steam generating unit ff_fired_oil 10. Facility fires oil in any steam generating unit ff_fired_ngas 10. Facility fires natural gas in any steam generating unit ff_fired_petcoke 10. Facility fires pet coke in any steam generating unit ff_fired_other 10. Facility fires other fossil fuel(s) in any steam generating unit ff_permitted_coal 11. Facility is permitted to fire coal in any steam generating unit ff_permitted_oil 11. Facility is permitted to fire oil in any steam generating unit ff_permitted_ngas 11. Facility is permitted to fire natural gas in any steam generating unit ff_permitted_petcoke 11. Facility is permitted to fire pet coke in any steam generating unit ff_ permitted_other 11. Facility is permitted to fire other fossil fuel(s) in any steam generating unit deviation_reporting 9. Type of deviation reporting required for violations of permit requirements (Part II) continuous_emissions 11. Are continuous emissions data available (e.g., mercury) that are not already being provided to U.S. EPA, even if from short term testing? (Part II) cem_provided 11. If CEM data are being provided to EPA, please note to which office the data are being provided. (Part II) facility_note Any miscellaneous notes concerning anything about the facility or anything pertaining to the facility (boiler, units, fuel, test reports, etc.)

Sheet: facility_coal_utilized Description: Part I - Coal or solid fuel utilized by facility

Field Name Description facility_id Unique facility Id coal_type 12. Type of coal (lignite, bituminous, subbituminous, anthracite, coal refuse, synfuel, petroleum coke) utilized during the past 12 months percentage_mass 12. Percentage on a mass basis for coal rank percentage_btu 12. Percentage on Btu basis for coal rank synfuel_type 12. Type or form of synfuel used coal_note 12. If necessary, a notation can be added to a utilized fuel type that is not listed in the operating permit noting the reason the fuel type was combusted.Sheet: facility_oil_utilized Description: Part I - Oil utilized by facility

Field Name Description facility_id Unique facility Id oil_type 13. Type of oil (distillate, residual or bunker C, other) utilized during the past 12 months percentage_volume 13. Percentage on a volume basis of oil rank percentage_btu 13. Percentage on a Btu basis of oil rank other_type 13. Other specified oil used

Sheet: facility_other_materials Description: Part I - Other non-fossil fuel utilized by facili ty

Field Name Description facility_id Unique facility Id other_material 14a. Other material utilized or permitted to be used permitted_burn 14a. Permitted to burn other material actually_burn 14a. Actually burn other material other_quantity 14a. Quantity combusted in the boilers other_quantity_units 14a. Quantity units
other_note 14a. If necessary, a notation can be added to a utilized fuel type that is not listed in the operating permit noting the reason the fuel type was combusted. rcra_utilize 14b. Would material continue to be utilized if the material were classified as "solid waste" under the Resource Conservation and Recovery Act making the unit subject to

CAA section 129? rcra_explain 14b. Explanation of response to material being utilized if classified as "solid waste"

Sheet: boiler_information Description: Part I - General boiler information

Field Name Description facility_id Unique facility Id boiler_id 15. Boiler ID as reported on U.S. DOE/EIA Form EIA-860 (2007), "Annual Electric Generator Report", schedule 6, part A, line 1, page 53 OR on schedule 6, part B, line 1, page 54 OR Generator ID as reported on U.S. DOE/EIA From EIA-923 (2008), "Power

Plant boiler_type 16. Boiler type (tangential-fired, cyclone, wall-fired, circulating fluidized bed (CFB), etc. )
boiler_other 16. Other boiler type bottom_design What is the furnace bottom type design? design_fuel 15. Original design fuel (i.e. coal rank or type of oil) primary_fuel Primary fuel fired by the boiler (coal, oil, petroleum coke, coal gas, or biomass). This field was added as an aide to help sorting units by their current (12/31/09) primary fuel.

Units permitted to fire fuel oil as their primary fuel are listed as “Oil” even if these units are currently firing natural gas as their primary fuel. heat_input 15. Design heat input per fuel burned in the boiler, MMBtu/hr max_heat_input 15. Present maximum heat input per fuel burned in the boiler, MMBtu/hr MWe_capacity 15. MWe gross capacity, summer (mega watts electric output) MWe_net_capacity 15. MWe net capacity, summer (mega watts electric output) design_gross_efficiency 15. Original design gross efficiency (%, HHV) operating_gross_efficiency15. Present operating gross efficiency (%, HHV) design_gross_thermal_efficiency This field ’s data was copied from data entered in the design_gross_efficiency field when it was determined that respondent meant these data to actually be the original design gross thermal efficiency. The data reflecting the original design gross combustion efficiency were left in the design_gross_efficiency field.

operating_gross_thermal_efficiency This field’s data was copied from data entered in the operating_gross_efficiency field when it was determined that respondent meant these data to actually be the current operating gross thermalefficiency. The data reflecting the current operating gross combustion efficiency were left in the operating_gross_efficiency field. design_pressure 15. Design steam pressure (psig) operating_pressure 15. Operating steam pressure (psig) design_temp 15. Design steam temperature (deg F) operating_temp 15. Operating steam temperature (deg F) design_reheat_multiple 15. More than one design steam reheat cycle is utilized design_reheat_temp1 15. First design steam reheat temperature (deg F) design_reheat_temp2 15. Second design steam reheat temperature (deg F) operating_reheat_multiple 15. More than one operating steam reheat cycle is utilized operating_reheat_temp1 15. First operating steam reheat temperature (deg F) operating_reheat_temp2 15. Second operating steam reheat temperature (deg F) hours_operated 15. Hours/year operated avg_capacity_factor 15 . Average annual capacity factor for the past 3 years in percent applicable_NSPS 15. Applicable NSPS (New Source Performance Standards) retirement_year 15. Estimated year of retirement retirement_year_CBI 15. If true, then retirement year information is CBI NOx_control Does this furnace utilize combustion Nitrogen Oxide (NOx) control(s)? SO2_control Does this furnace utilize pre-combustion Sulfur Dioxide (SO2) control(s)? combustion_additives Does this furnace utilize any combustion additives to help control criteria pollutants or

HAPs?

Sheet: boiler_fuels Description: Part I - Fuels used by each boiler

Field Name Description facility_id Unique facility Id
boiler_id Unique boiler Id fuel_type 15. Boiler fuel type fuel_year 15. Year for fuel percentage_massvol 15. Percentage on a mass or volume basis percentage_btu 15. Percentage on Btu basis other_type 15. Other fuel type

Sheet: boiler_control_NOx Description: Part I - Boiler combustion NOx controls

Field Name Description facility_id Unique facility Id
boiler_id Unique boiler Id NOx_type What type of combustion Nitrogen Oxide (NOx) control is used? NOx_other Other NOx type NOx_online When did this combustion Nitrogen Oxide (NOx) control go online (m/yr)?

Sheet: boiler_control_SO2 Description: Part I - Boiler pre-combustion SO2 controls

Field Name Description facility_id Unique facility Id
boiler_id Unique boiler Id SO2_type What type of pre-combustion sulfur dioxide (SO2) control is used? SO2_other Other SO2 type SO2_online When did this pre-combustion method sulfur dioxide (SO2) start being used (m/yr)?

Sheet: boiler_additives Description: Part I - Boiler pre-combustion SO2 controls

Field Name Description facility_id Unique facility Idboiler_id Unique boiler Id boiler_additive What type of combustion additives area being injected/added to this furnace?
additive_other Other additive type additive_online When did you begin using this additive (m/yr)?

Sheet: facility_units Description: Part I - Units at facility used for configuration

Field Name Description facility_id Unique facility Id unit_id Unique unit Id

Sheet: unit_boilers Description: Part I - Boilers assigned to each unit at the facility

Field Name Description facility_id Unique facility Id
unit_id Unique unit Id boiler_id Unique boiler Id

Sheet: facility_controls Description: Part I - Controls at facility used for configuration

Field Name Description facility_id Unique facility Id
control_id Unique control Id control_group General control group (i.e. NOx control, SO2 control, PM control, Other control) control_type Type of control control_other Other type of control legacy_control If true, then this control is not currently in use (removed since 1/1/2004)
control_online When did this control go online (m/yr)? control_offline When did this control go offline (m/yr)? NOx_reagent What type of SCR/SNCR Reagent is used in this post-combustion Nitrogen Oxide (NOx)

control? reagent_other Other type of reagent NOx_ammonia If aqueous ammonia is used during this device's operation, what percentage of ammonia is in this aqueous solution? SO2_sorbent What type of Sorbent is used in this Flue Gas Desulfurization Device (scrubber)?
other_sorbent Other type of sorbent SO2_scrubber_additive Does this Flue Gas Desulfurization Device (Scrubber) utilize any type of scrubber additive for non-SO2 control (e.g., to minimize mercury revolatization)?

Sheet: facility_sampling_ports Description: Part I - Sampling ports at facility used for configuration

Field Name Description facility_id Unique facility Id sampling_port_id Unique sampling port Id

Sheet: facility_stacks Description: Part I - Stacks at facility used for configuration

Field Name Description facility_id Unique facility Id stack_id Unique stack Id stack_height Stack height (ft)
stack_diamet er Stack diameter (ft)stack_gas_velocity Stack gas velocity (ft/s)

Sheet: configurations Description: Part I - Configurations at this facility

Field Name Description facility_id Unique facility Id configuration_id Unique unit configuration identifier

Sheet: configuration_components Description: Part I - Components which make up each unit configuration

Field Name Description facility_id Unique facility Id configuration_id Unique configuration Id component_id Unique component Id

order 16. Order of component in configuration component_type 16. Type of component in configuration (unit, control, sampling port, stack)
port_near 16. Used for sampling ports, indicates whether it is closer to previous or next component

Sheet: configuration_pollutants Description: Part I - Configuration emission limits, rates, and monitoring information by pollutant

Field Name Description facility_id Unique facility Id configuration_id Unique configuration Id pollutant_name Pollutant name permit_type_1 21. Type of permit (first) emlimit_1 21. Permitted emission limit (first) emlimit_units_1 21. Units for emission limit (first) avg_period_1 21. Averaging period for emission limit (1 - 24 hours, or 30 days)- first
emlimit_2 21. Permitted emission limit (second) emlimit_units_2 21. Units for emission limit (second) avg_period_2 21. Averaging period for emission limit (1 - 24 hours, or 30 days)- second
emlimit_3 21. Permitted emission limit (third) emlimit_units_3 21. Units for emission limit (third) avg_period_3 21. Averaging period for emission limit (1 - 24 hours, or 30 days)- third emlimit_4 21. Permitted emission limit (fourth) emlimit_units_4 21. Units for emission limit (fourth) avg_period_4 21. Averaging period for emission limit (1 - 24 hours, or 30 days)- fourth
emlimit_5 21. Permitted emission limit (fifth) emlimit_units_5 21. Units for emission limit (fifth) avg_period_5 21. Averaging Period for emission limit (1

– 23 hours, or 30 days)-fifth emlimit_details 21. Any details concerning the emission limit test_method 21. List the method utilized (for PM only)

emrate 22. Most recent guaranteed emission rate emrate_units 22. Units for emission rate guarantee_level 23. Was any other guarantee level sought or offered? level_explain 23. Please elaborate on other guarantee level sought or offered req_monitoring 24. Required monitoring req_recordkeeping 24. Required recordkeeping req_reporting 24. Reporting requirements

Sheet: control_technologies Description: Part I - General information about each control technology

Field Name Description facility_id Unique facility Id configuration_id Unique configuration Idcomponent_id Control device directly modified by this project
control_id Unique control technology Id project_title Project title project_type 17 & 19. Project type (demonstration or non-demonstration)
vendor_name 17 & 19. Company (prime vendor) name
vendor_contact 17 & 19.Company contact name vendor_phone 17 & 19.Company contact phone number
vendor_address 17 & 19.Company contact street address vendor_city 17 & 19.Company contact city
vendor_state 17 & 19.Company contact state vendor_zip 17 & 19.Company contact zip code
actual_start_date 18 & 20. Actual start-up date projected_start_date 18 & 20. Projected start-up date end_date 18. Demonstration activity end date or projected end date

sorbent 18. Sorbent
chemical_additive 18 & 20. Chemical additive injection_point 18 & 20. Injection point for chemical additive HAP_emission_reduction 18 & 20.Pollutant emission reduction (%) - desired HAP_emission_rate 18 & 20.Pollutant emission rate - desired HAP_emission_rate_units 18 & 20.Units for Pollutant emission rate - desired HAP_achieved_reduction 18 & 20.Pollutant emission reduction (%) - achieved HAP_achieved_rate 18 & 20.Pollutant emission rate - achieved HAP_achieved_rate_units 18 & 20.Units for Pollutant emission rate - achieved feed_rate 20. Sorbent or additive feed rate feed_rate_units 20. Units for feed rate

Sheet: control_coal_ranks Description: Part I - Control technology coal ranks

Field Name Description facility_id Unique facility Id configuration_id Unique configuration Id component_id Unique component Id control_id Unique control Id coal_type 18 & 20. Coal type in use or upon which guarantee is based

Sheet: control_pollutants Description: Part I - Pollutants controlled by each control technology

Field Name Description facility_id Unique facility Id configuration_id Unique configuration Id component_id Unique component Id control_id Unique control Id pollutant_name Pollutant controlled by control technology

Sheet: co ntrol_costs Description: Part I - Control technology costs

Field Name Description facility_id Unique facility Id configuration_id Unique configuration Id component_id Unique component Id control_id Unique control Id boiler_retrofit 25. Was this a retrofit to an existing boiler? boiler_new_install 25. Was this installed when the boiler was new? total_capital_investment 25. Total capital investment ($) total_operating_costs 25. Total annual operating and maintenance costs ($) base_year 25. Base year for operating costs (e.g., 2006)

CBI If box is checked, then the investment and cost information is confidential.Sheet: misc_controls Description: Part I - Other means of emission control

Field Name Description facility_id Unique facility Id misc_control_id Un ique miscellaneous control Id given by the program. Refers to record number. control_description 26. Any other means of emission control (for any pollutant) employed on any boiler (e.g., low-ash coal, coal or oil with low trace constituents, etc)

Sheet: misc_control_configurations Description: Part I - Unit configurations associated with other means of emission control

Field Name Description facility_id Unique facility Id misc_control_id Unique miscellaneous control Id given by the program. Refers to record number. configuration_id Unique unit configuration identifier

Table: Hg_cem_daily Description: Daily Mercury CEMS data

Field Name Description facility_id EIA Plant Code
stack_id Stack or sampling port Id
collection_date Collection date
collection_end_date End date for collection (to be used with specific types of cem data only) Hg_total_emissions Daily Total Mercury (Hg) Emissions (ounces) Hg_total_fluegas Daily Total Mercury (Hg) Fluegas Concentration Hg_total_fluegas_units Daily Total Mercury (Hg) Fluegas units of measure Hg_total_emission_factor Average Daily Total Mercury (Hg) Emission Factor (lb/MMBtu) Hg_elemental_emissions Daily Elemental Mercury (Hg0) Emissions (ounces) Hg_elemental_fluegas Daily Elemental Mercury (Hg0) Fluegas Concentration Hg_elemental_fluegas_units Daily Elemental Mercury (Hg) Fluegas units of measure Hg_elemental_emission_factor Average Daily Elemental Mercury (Hg0) Emission Factor (lb/MMBtu) Hg_oxidized_emissions Daily Oxidized Mercury (Hg+2) Emissions (ounces) Hg _oxidized_fluegas Daily Oxidized Mercury (Hg+2) Fluegas Concentration Hg_oxidized_fluegas_units Daily Oxidizedl Mercury (Hg) Fluegas units of measure Hg_oxidized_emission_factor Average Daily Oxidized Mercury (Hg+2) Emission Factor (lb/MMBtu) Hg_emission_rate Average Mercury Emission Rate (ounces/hr) fluegas_flowrate Fluegas Flowrate (scfh) fluegas_temperature Fluegas Temperature (°F) heat_input Heat Input (MMBtu/hr) average_load Average Daily Load (MW Gross) operating_time Unit or Stack Operating Time (hr) moisture_fraction Moisture Fraction of the Stack Gas f_factor F- Factor (Fd, Fw, or Fc=....)

Table: Hg_cem_hourly Description: Hourly Mercury CEMS data

Field Name Description facility_id EIA Plant Code
stack_id Stack or sampling port Id
collection_date Collection date
collection_hour Collection hourHg_total_emissions Hourly Total Mercury (Hg) Emissions (ounces) Hg_total_fluegas Hourly Total Mercury (Hg) Fluegas Concentration Hg_total_fluegas_units Hourly Total Mercury (Hg) Fluegas units of measure Hg_total_emission_factor Average Hourly Total Mercury (Hg) Emission Factor (lb/MMBtu) Hg_elemental_emissions Hourly Elemental Mercury (Hg0) Emissions (ounces) Hg_elemental_fluegas Hourly Elemental Mercury (Hg0) Fluegas Concentration Hg_elemental_fluegas_uni ts Hourly Elemental Mercury (Hg) Fluegas units of measure Hg_elemental_emission_factor Average Hourly Elemental Mercury (Hg0) Emission Factor (lb/MMBtu) Hg_oxidized_emissions Hourly Oxidized Mercury (Hg+2) Emissions (ounces) Hg_oxidized_fluegas Hourly Oxidized Mercury (Hg+2) Fluegas Concentration Hg_oxidized_fluegas_units Hourly Oxidizedl Mercury (Hg) Fluegas units of measure Hg_oxidized_emission_factor Average Hourly Oxidized Mercury (Hg+2) Emission Factor (lb/MMBtu) fluegas_flowrate Fluegas Flowrate (scfh) fluegas_temperature Fluegas Temperature (°F) heat_input Heat Input (MMBtu/hr) average_load Average Load for the Hour (MW Gross) operating_time Unit or Stack Operating Time (hr) moisture_fraction Moisture Fraction of the Stack Gas f_factor F-Factor (Fd, Fw, or Fc=....) operational_status Operational status at time of sample certified_yn Indicates Yes/No whether sample was taken while certified

for CEM

comments Comments concerning individual CEMS records

Table: Hg_emission_limits Description: Mercury CEMS unit identifying information and permit limits if any

Field Name Description facility_id EIA Plant Code
stack_id Stack or sampling port Id Hg_emlimit_1 Permitted emission limit (first) Hg_emlimit_units_1 Units for emission limit (first) Hg_emlimit_2 Permitted emission limit (second) Hg_emlimit_units_2 Units for emission limit (second) Hg_emlimit_3 Permitted emission limit (third) Hg_emlimit_units_3 Units for emission limit (third) Hg_emlimit_4 Permitted emission limit (fourth) Hg_emlimit_units_4 Units for emission limit (fourth)

Sheet: fuel_shipments Description: Part II - Coal and oil shipments received during the preceding 12 calendar months

Field Name Description facility_id Unique facility Id shipment_id 2. Unique shipment Id shipment_date 2. Date of shipment (m/yr) amount_received 2. Amount received, dry basis, short tons amount_units 2. Units for amount received fuel_type 2. Fuel type (coal, oil, or petroleum coke) state_country 2. State or country from which the fuel originated other_country 2. Other description for state/country of origin county 2. County from which the fuel originated
coal_seam 2. Coal seam (if known) from which the coal originated shipment_method 2. Fuel shipment method

Sheet: fuel_shipment_configurations Description: Part II - Configurations firing fuels from shipment

Field Name Description facility_id Unique facility Idshipment_id Unique shipment Id configuration_id 2. Unique unit configuration identifier

Sheet: fuel_shipment_samples Description: Part II - Fuel shipment analyses

Field Name Description facility_id Unique facility Id shipment_id Unique shipment Id sample_id 3. Unique sample Id amount_fuel 3. Total amount of fuel represented by sample (tons or gallons) amount_fuel_units 3. Units of amount of fuel represented by sample (tons or gallons) total_sulfur 3. Total sulfur (%) ash_content 3. Ash content (%) heating_value 3. Heating value (Btu/lb) heating_units 3. Units of heating value

chlorine 3. Chlorine concentration
chlorine_units 3. Units of chlorine concentration

fluorine 3. Fluorine concentration fluorine_units 3. Units of fluorine concentration data_provided 4. Data acquired pursuant to: (permit requirements, contractual obligations, standard operating procedures, or other) data_other_specified 4. Other specified supplier_type 5. Analyses supplied by: (fuel supplier or other) supplier_name 5. Supplier name supplier_address 5. Supplier street address supplier_city 5. Supplier city supplier_state 5. Supplier state or country supplier_zip 5. Supplier zip code
lab_name 6. Name of laboratory performing analysis lab_address 6. Laboratory street address lab_city 6. Laboratory city lab_state 6. Laboratory state or country lab_zip 6. Laboratory zip code analysis_copies 7. Are copies of your analysis included with your ICR submission?

Sheet: fuel_sample_pollutants Description: Part II - Pollutant concentrations in fuel samples

Field Name Description facility_id Unique facility Id shipment_id Unique shipment Id sample_id Unique sample Id fuel_pollutant 3. Fuel pollutant pollutant_conc 3. Pollutant concentration pollutant_conc_units 3. Concentration units pollutant_conc_ND If true, then pollutant concentration is non-detect pollutant_conc_MDL Pollutant concentration method detection limit

Sheet: test_reports Description: Part II - Test reports associated with each facility

Field Name Description facility_id Unique facility Id report_id 8a. Unique report Id or name report_type 8b. Type of test report other_type 8b. Other type of test report report_description 8a. Description of test report report_begin_date 8b. Begin date covered by test report report_end_date 8b. End date covered by test reportbefore_control 8c. Does this test report reflect testing before any emission control devices? during_deviation 8e. Does this test report reflect testing during periods of startup, shutdown, and

malfunction? deviation_reports 10. Is this report for malfunctions or other periods of noncompliance with permit terms

and conditions?

Sheet: test_report_configurations Description: Part II - Unit configuration(s) associated with test report

Field Name Description facility_id Unique facility Id report_id Unique report Id or name configuration_id 12. Unit configuration id associated with test report (represents the configuration us ed during the testing)

Sheet: test_report_fuels Description: Part II - Fuels used during each test report

Field Name Description facility_id Unique facility Id report_id Unique report Id or name fuel_id Unique fuel Id or name of fuel used during this test report

Sheet: test_report_fuel_types Description: Part II - Individual fuel types which comprise each fuel used during the test reports

Field Name Description facility_id Unique facility Id report_id Unique report Id or name fuel_id Unique fuel Id or name fuel_type Individual type of fuels which comprise the fuel used during the test report percentage_massvol Percentage on a mass or volume basis percentage_btu Percentage on Btu basis other_type Other fuel type

Sheet: test_report_sampling Description: Part II - Sampling point information for each test report

Field Name Description facility_id Unique facility Id report_id Unique report Id or name sampling_port_id Unique sampling port Id point_differ 8f. Is there any special placement of the sampling port in reference to the unit configuration that was not represented in the Part I configuration component ordered

list? point_description 8f. If yes above, then describe the special placement of the sampling point before_SO2_device 8g. Is this sampling point before a post combustion SO2 emission control device (e.g., FGD, SDA, Dry Scrubber)? point_orientation 8g. orientation of the sampling points in relation to the scrubber and scrubber bypass normal_bypass_percent 8g. Percentage of bypass under normal operations testing_bypass_percent 8g. Percentage of bypass during this testing fg_fraction Description of fraction of Flue gas flow that this sampling port samples (i.e., is the Flue Gas split/manifolded)

Sheet: sampling_runs Description: Part II - Sample runs for each sampling port and test reportField Name Description facility_id Unique facility Id report_id Unique report Id or name sampling_port_id Unique sampling port Id run_id Run Id start_datetime Run start date/time
end_datetime Run end date/time
unit_load Unit load, MW net_generation Net generation during run, MWh net fg_moisture_content Flue gas moisture content (%) fg_flow_rate Flue gas flow rate fg_flow_rate_units Flue gas flow rate units standard_temperature Standard temperature (deg F) standard_pressure Standard pressure (atm) normal_temperature Normal temperature (deg F) normal_pressure Normal pressure (atm) fg_oxygen_content Flue gas oxygen content (dry), % fg_CO2_content Flue gas carbon dioxide content (dry), % fg_temperature Flue gas temperature (°F) at sampling port fg_pressure Flue gas pressure (atm) at sampling port Hg_loi Loss of ignition for Mercury testing (%) test_method Test run method run_comments Test run comment fuel_id Unique fuel Id or name of fuel used during this sampling run fuel_unit_load Fuel unit load, MW fuel_flow_rate Fuel flow rate (dry), lb/hr fuel_ash Fuel ash (dry), % fuel_heating_value Fuel heating value (dry), HHV, Btu/lb fuel_sulfur Fuel sulfur (dry), %

Sheet: sampling_run_pollutants1 Description: Part II - Sample run emissions data by pollutant

Field Name Description facility_id Unique facility Id report_id Unique report Id or name sampling_port_id Unique sampling port Id run_id Run Id pollutant_name Pollutant name

conc Concentration
conc_units Concentration units
conc_ND If true, then concentration is non-detect conc_MDL Concentration method detection limit
emission_rate Emission rate emission_rate_units Emission rate units emission_rate_ND If true, then emission rate is non-detect emission_rate_MDL Em ission rate method detection limit emission_factor Emission factor emission_factor_units Emission factor units emission_factor_ND If true, then emission factor is non-detect emission_factor_MDL Emission factor method detection limit run_pollutant_comment Run pollutant comment

Sheet: sampling_run_fuel Description: Part II - Sample run fuel composition by pollutant

Field Name Description facility_id Unique facility Id report_id Unique report Id or name sampling_port_id Unique sampling port Id run_id Run Id fuel_pollutant Fuel composition pollutantfuel_conc Fuel concentration fuel_conc_units Fuel concentration units fuel_conc_ND If true, then fuel concentration is non-detect fuel_conc_MDL Fuel concentration method detection limit