# General Instructions

Please provide emission estimates (tons/yr) for the 2010 calendar year for individual HAP and criteria pollutants for all emi Component 2 Reporting Tool available on the ICR website ( https://refineryicr.rti.org). You may report emissions by emissions point rather than by unit, but you should identify which units are associated with each emissions point. (Note: You do not have to report emissions a single way throughout the enti emissions by process unit for the major process units and by geographical area for other areas of your refinery.) Except as noted below, provide emission estimates following the methods provided in the Emission Estimation Protocol for Petroleum Refineries noted in the Emission Estimation Protocol for Petroleum Refineries, for each unit for which there are multiple methodologies for estimating emissions, you must use the highest Methodology Rank in the Emission Estimation Protocol for Petroleum Refineries for which you have available 2010 data. For example, if Methodology Rank 1 for NO emissions using a continuous emissions monitoring system (CEMS), and you have a NOX 

### CEMS on that unit, you must use the CEMS results to estimate NO However, if you did not have a NOX 

### CEMS installed on that unit during 2010, you do not have available data to use Methodology Rank 1 for NO have available data to use Methodology Rank 2 for NOX 

### from that unit. Similarly, if a particular methodology requires speciation of a stream and you do not have speciation data available, you are not required to conduct additional sampling and analysis (but if you do have speciation data available and the methodology that calls for speciation). For units and other emissions points not addressed in the Emission Estimation Protocol for Petroleum Refineries inventory or use engineering estimates and process knowledge for pollutants not required to be reported for TRI or State inve methodology you used in the “Comments” column of the emissions template provided.
For wastewater treatment systems, also please provide a copy of the Refinery Wastewater Emissions Tool spreadsheet (provided Petroleum Refineries) completed for your refinery. For this spreadsheet version of the emissions inventory data request, there are six available tabs:
Instructions : This tab provides general instructions (here) and field

-specific descriptions/instructions (below).
EmissionsPoint IDs : This tab provides a data entry template for the emissions point specific information (type of source, location, etc.). If you are entering dat sure to only copy the columns you need from the other source (16 total columns corresponding to Columns A through P in the Ex A6) of the "EmissionsPointIDs" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you (Note: there are a number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally ove and <Z> on the keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header r Columns AA and AB provide QA checks for your type of emissions point and SCC. Use these columns (and the instructions in Col your data into the Refinery ICR Component 2 Reporting Tool. When all errors are cleared, you will see the message "Your dat Tool" just above the table headers. When you have finished entering data, press <Ctrl > and <G> on the keyboard to access the "Go To" box (or click "Go To" in the tool bar; location will vary depending on your ver Excel) and type "Emissions" in the "Reference" field at the bottom of the box that pops up. Excel should then automatically using right click and selecting "Copy" or by pressing <Ctrl> and <C> on the keyboard. You can then follow the Refinery ICR R correct table.
Emissions : This tab provides a data entry template for the pollutant specific emissions rates and allowable emissions copy the columns you need from the other source (12 total columns corresponding to Columns A through L in the Excel spreadshe "Emissions" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you need, you might ov number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally overwrite the QA formu keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header row after pastin Please provide emission estimates (tons/yr) for the 2010 calendar year for individual HAP and criteria pollutants for all emi Component 2 Reporting Tool available on the ICR website ( https://refineryicr.rti.org). You may report emissions by emissions point rather than by unit, but you should identify which units are associated with each emissions point. (Note: You do not have to report emissions a single way throughout the enti emissions by process unit for the major process units and by geographical area for other areas of your refinery.) Except as noted below, provide emission estimates following the methods provided in the Emission Estimation Protocol for Petroleum Refineries noted in the Emission Estimation Protocol for Petroleum Refineries, for each unit for which there are multiple methodologies for estimating emissions, you must use the highest Methodology Rank in the Emission Estimation Protocol for Petroleum Refineries for which you have available 2010 data. For example, if Methodology Rank 1 for NO emissions using a continuous emissions monitoring system (CEMS), and you have a NOX 

### CEMS on that unit, you must use the CEMS results to estimate NO However, if you did not have a NOX 

### CEMS installed on that unit during 2010, you do not have available data to use Methodology Rank 1 for NO have available data to use Methodology Rank 2 for NOX 

### from that unit. Similarly, if a particular methodology requires speciation of a stream and you do not have speciation data available, you are not required to conduct additional sampling and analysis (but if you do have speciation data available and the methodology that calls for speciation). For units and other emissions points not addressed in the Emission Estimation Protocol for Petroleum Refineries inventory or use engineering estimates and process knowledge for pollutants not required to be reported for TRI or State inve methodology you used in the “Comments” column of the emissions template provided.
For wastewater treatment systems, also please provide a copy of the Refinery Wastewater Emissions Tool spreadsheet (provided Petroleum Refineries) completed for your refinery. For this spreadsheet version of the emissions inventory data request, there are six available tabs:
Instructions : This tab provides general instructions (here) and field

-specific descriptions/instructions (below).
EmissionsPoint IDs : This tab provides a data entry template for the emissions point specific information (type of source, location, etc.). If you are entering dat sure to only copy the columns you need from the other source (16 total columns corresponding to Columns A through P in the Ex A6) of the "EmissionsPointIDs" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you (Note: there are a number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally ove and <Z> on the keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header r Columns AA and AB provide QA checks for your type of emissions point and SCC. Use these columns (and the instructions in Col your data into the Refinery ICR Component 2 Reporting Tool. When all errors are cleared, you will see the message "Your dat Tool" just above the table headers. When you have finished entering data, press <Ctrl > and <G> on the keyboard to access the "Go To" box (or click "Go To" in the tool bar; location will vary depending on your ver Excel) and type "Emissions" in the "Reference" field at the bottom of the box that pops up. Excel should then automatically using right click and selecting "Copy" or by pressing <Ctrl> and <C> on the keyboard. You can then follow the Refinery ICR R correct table.
Emissions : This tab provides a data entry template for the pollutant specific emissions rates and allowable emissions copy the columns you need from the other source (12 total columns corresponding to Columns A through L in the Excel spreadshe "Emissions" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you need, you might ov number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally overwrite the QA formu keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header row after pastin

# Field-Specific Descriptions/Instructions

Columns AA and AB provide QA checks for your CAS number/pollutant code and emissions estimation methodology. Use these colum errors before you attempt to transfer your data into the Refinery ICR Component 2 Reporting Tool. When all errors are clear transfer into the Component 2 Reporting Tool" just above the table headers. When you have finished entering data, press <Ctrl > and <G> on the keyboard to access the "Go To" box (or click "Go To" in the tool bar; location will vary depending on your ver Excel) and type "Emissions" in the "Reference" field at the bottom of the box that pops up. Excel should then automatically using right click and selecting "Copy" or by pressing <Ctrl> and <C> on the keyboard. You can then follow the Refinery ICR R correct table. SCC_Lookup : This tab provides the source characterization codes (SCC) and SCC descriptions. The SCC numbers in column A must be used when completing the "EmissionsPo template. Pollutant_Lookup : This tab provides the chemical abstract system (CAS) numbers (or other pollutant code, if a CAS number is not available) and pollutant names for use in comp the "Emissions" template.

Facility ID : Provide the facility identification number for the facility for which emissions are being reported.
Emissions point ID : Provide the identification number or code for the location at which emissions are released into the environment. If this process unit or a flare, you may use the Unit ID as your Emissions point ID. If you choose to report fugitive emissions by p Unit ID (e.g. , if you are reporting equipment leak emissions for a FCCU with a Unit ID of FCCU01, the Emissions point ID is “FUG
Emissions point description : Provide a description of the emissions point for easy reference (e.g. , FCCU regenerator vent stack; catalytic reforming unit depressurization vent; crude heater vent; facility

-wide start

-up and shutdown emissions). Unit ID(s) : Provide the identification number or code for the unit(s) associated with this emissions point. Use the same identificati sulfur recovery, enter the SRU ID. For an emissions point that covers the entire facility, enter “All Units.” (Note that fo and/or vents routed to each flare; the response to this question is the Flare ID). For units not included in Component 1, us same identifier from your permit or emissions inventory.
SCC : The ICR website ( https://refineryicr.rti.org) provides source classification codes (SCC) extracted from the NEI database lookup tables. There have been updates (both ad and deletions) to the SCC over the years, and the list on the ICR website contains the current list of SCC that EPA would lik in the past no longer appears in the applicable lookup table, please select the most appropriate code from those listed. Type of Release (Point or Fugitive) : Point releases are the emissions released from a facility unit that is included in the facility inventory through one or m releases are air pollutants released to the air other than those from stacks or vents, including small releases from leaking sampling connections, and large open area releases such as from landfills, waste ponds, coke drum cutting, coke transport and
Point Sources : Complete the columns listed below if you answered “Point” in Number 5.

Release Height (ft) : Enter the height of the stack or vent from the ground. Internal Vent Diameter (ft) : Enter the diameter of the stack or vent at the release height. Exit Temperature (° F) : Enter the temperature of the exit gas stream Gas Flow Rate (acfm) : Enter the flow rate of the exit gas stream. Fugitive Sources : Complete the columns listed below if you answered “Fugitive” in Number 5.

Length (ft) : Enter the dimension of the source in the east

-west (x

-) direction Facility ID : Provide the facility identification number for the facility for which emissions are being reported.
Emissions point ID : Provide the identification number or code for the location at which emissions are released into the environment. If this process unit or a flare, you may use the Unit ID as your Emissions point ID. If you choose to report fugitive emissions by p Unit ID (e.g. , if you are reporting equipment leak emissions for a FCCU with a Unit ID of FCCU01, the Emissions point ID is “FUG
Emissions point description : Provide a description of the emissions point for easy reference (e.g. , FCCU regenerator vent stack; catalytic reforming unit depressurization vent; crude heater vent; facility

-wide start

-up and shutdown emissions). Unit ID(s) : Provide the identification number or code for the unit(s) associated with this emissions point. Use the same identificati sulfur recovery, enter the SRU ID. For an emissions point that covers the entire facility, enter “All Units.” (Note that fo and/or vents routed to each flare; the response to this question is the Flare ID). For units not included in Component 1, us same identifier from your permit or emissions inventory.
SCC : The ICR website ( https://refineryicr.rti.org) provides source classification codes (SCC) extracted from the NEI database lookup tables. There have been updates (both ad and deletions) to the SCC over the years, and the list on the ICR website contains the current list of SCC that EPA would lik in the past no longer appears in the applicable lookup table, please select the most appropriate code from those listed. Type of Release (Point or Fugitive) : Point releases are the emissions released from a facility unit that is included in the facility inventory through one or m releases are air pollutants released to the air other than those from stacks or vents, including small releases from leaking sampling connections, and large open area releases such as from landfills, waste ponds, coke drum cutting, coke transport and
Point Sources : Complete the columns listed below if you answered “Point” in Number 5.

Release Height (ft) : Enter the height of the stack or vent from the ground. Internal Vent Diameter (ft) : Enter the diameter of the stack or vent at the release height. Exit Temperature (° F) : Enter the temperature of the exit gas stream Gas Flow Rate (acfm) : Enter the flow rate of the exit gas stream. Fugitive Sources : Complete the columns listed below if you answered “Fugitive” in Number 5.

Length (ft) : Enter the dimension of the source in the east

-west (x

-) direction

### Length (ft) : Enter the dimension of the source in the east

-west (x

-) direction Width (ft) : Enter the dimension of the source in the north

-south (y

-) direction Angle : The release angle is the orientation of the y

-dimension relative to true North, measured positive for clockwise starting at 0 (maximum less than 90 degrees). EPA will assume 0 degrees if it is not provided. Longitude and Latitude : Pay particular attention when entering emission release point stack parameters and locations. EPA requires latitude/longi provided in North American Datum (NAD) 83 and prefers six digits to the right of the decimal point. (If currently available instead of six, those coordinates are acceptable.) These data are critical inputs to the modeling files that EPA will use to NAD 83: Latitude measure in decimal degrees of the angular distance on a meridian north or south of the equator. Positive ( For point sources, this represents the center of the source; for fugitive sources, this is the southwest corner if the fugiti is greater than zero. Longitude measure in decimal degrees of the angular distance on a meridian east or west of the prime m Example:

- 123.234561. For point sources this represents the center of the source; for fugitive sources, this is the southwest c corner if the fugitive angle is greater than zero. Pollutant name : Enter the name of the pollutant for which you are estimating emissions. You will need to enter only one pollutant per row provide emissions estimates for all pollutants. Pollutant CAS No. or Pollutant Code : See Table 1

-1 of the Emission Estimation Protocol for Petroleum Refineries The same list is also included in the Refinery ICR Component 2 Reporting Tool.
2010 routine emissions (tons) : All emissions reported in this column should reflect the ACTUAL emissions during normal operation for the reported calenda CEMS/CMS to monitor emissions of a particular pollutant, report in this column the emissions measured during all periods when CEMS/CMS. Methodology used for routine emissions : Indicate whether the emissions are based on direct measurements, stack testing, engineering calculations, or another metho
2010 non-routine emissions (tons) : All emissions reported in this column should reflect the ACTUAL emissions during any non including startups, shutdowns, and other events. If you use a CEMS/CMS to monitor emissions of a particular pollutant and th within the calibrated span of the CEMS/CMS, estimate emissions of that pollutant from the process unit during those periods a routine operations for this source during 2010 or if non

-routine emissions are not applicable for the source type ( representing “All Units” to report the non

-routine emissions (see descriptions for Number 1 and Number 3).
Maximum hourly emissions (lb/hr) : Enter the maximum actual emissions from the unit during normal operation in any one hour of 2010. See the Petroleum Refineries for additional information on how to determine hourly emissions. Annual emissions allowed by NESHAP for emissions points subject to emission limits (tons/yr) : Enter the annual emissions during normal operation allowed by the NESHAP to which this unit is subject. (Note that if the NESHAP limit is on a concentration basis, you will need to use process data at maxim NESHAP limit is on a percent reduction basis, you may need to use information about the inlet to the control device to estima any NESHAP for this pollutant, enter “N/A.” As an example, if you comply with the 1 lb per 1,000 lb coke burn

-off limit for PM for an FCCU, determine and report the allowed coke burned in 2010 when reporting the allowed PM emissions and enter “N/A” when reporting the allowed nickel emissions. Alt emissions limit for an FCCU, enter “N/A” when reporting the allowed PM emissions and determine and report the allowed annual unit in 2010 when reporting the allowed nickel emissions. Hourly emissions allowed by NESHAP for emissions points subject to emission limits (lb/hr) : Enter the maximum hourly emissions during normal operation allowed by the NESHAP to which this unit is subject. For example, when reporting nickel emissions from an FCCU, enter “N/A” if you comply with a PM e rate if you comply with the nickel emission rate alternative. (Note that if the NESHAP limit is on a concentration basis, yo convert the limit to lb/hr. Similarly, if the NESHAP limit is on a percent reduction basis, you may need to use information allowable emissions.) If this unit is not subject to any NESHAP for this pollutant, enter “N/A.” As an example, if you comply with the 1 lb per 1,000 lb coke burn

-off limit for PM for an FCCU, determine and report the allowed

Length (ft) : Enter the dimension of the source in the east

-west (x

-) direction Width (ft) : Enter the dimension of the source in the north

-south (y

-) direction Angle : The release angle is the orientation of the y

-dimension relative to true North, measured positive for clockwise starting at 0 (maximum less than 90 degrees). EPA will assume 0 degrees if it is not provided. Longitude and Latitude : Pay particular attention when entering emission release point stack parameters and locations. EPA requires latitude/longi provided in North American Datum (NAD) 83 and prefers six digits to the right of the decimal point. (If currently available instead of six, those coordinates are acceptable.) These data are critical inputs to the modeling files that EPA will use to NAD 83: Latitude measure in decimal degrees of the angular distance on a meridian north or south of the equator. Positive ( For point sources, this represents the center of the source; for fugitive sources, this is the southwest corner if the fugiti is greater than zero. Longitude measure in decimal degrees of the angular distance on a meridian east or west of the prime m Example:

- 123.234561. For point sources this represents the center of the source; for fugitive sources, this is the southwest c corner if the fugitive angle is greater than zero. Pollutant name : Enter the name of the pollutant for which you are estimating emissions. You will need to enter only one pollutant per row provide emissions estimates for all pollutants. Pollutant CAS No. or Pollutant Code : See Table 1

-1 of the Emission Estimation Protocol for Petroleum Refineries The same list is also included in the Refinery ICR Component 2 Reporting Tool.
2010 routine emissions (tons) : All emissions reported in this column should reflect the ACTUAL emissions during normal operation for the reported calenda CEMS/CMS to monitor emissions of a particular pollutant, report in this column the emissions measured during all periods when CEMS/CMS. Methodology used for routine emissions : Indicate whether the emissions are based on direct measurements, stack testing, engineering calculations, or another metho
2010 non-routine emissions (tons) : All emissions reported in this column should reflect the ACTUAL emissions during any non including startups, shutdowns, and other events. If you use a CEMS/CMS to monitor emissions of a particular pollutant and th within the calibrated span of the CEMS/CMS, estimate emissions of that pollutant from the process unit during those periods a routine operations for this source during 2010 or if non

-routine emissions are not applicable for the source type ( representing “All Units” to report the non

-routine emissions (see descriptions for Number 1 and Number 3).
Maximum hourly emissions (lb/hr) : Enter the maximum actual emissions from the unit during normal operation in any one hour of 2010. See the Petroleum Refineries for additional information on how to determine hourly emissions. Annual emissions allowed by NESHAP for emissions points subject to emission limits (tons/yr) : Enter the annual emissions during normal operation allowed by the NESHAP to which this unit is subject. (Note that if the NESHAP limit is on a concentration basis, you will need to use process data at maxim NESHAP limit is on a percent reduction basis, you may need to use information about the inlet to the control device to estima any NESHAP for this pollutant, enter “N/A.” As an example, if you comply with the 1 lb per 1,000 lb coke burn

-off limit for PM for an FCCU, determine and report the allowed coke burned in 2010 when reporting the allowed PM emissions and enter “N/A” when reporting the allowed nickel emissions. Alt emissions limit for an FCCU, enter “N/A” when reporting the allowed PM emissions and determine and report the allowed annual unit in 2010 when reporting the allowed nickel emissions. Hourly emissions allowed by NESHAP for emissions points subject to emission limits (lb/hr) : Enter the maximum hourly emissions during normal operation allowed by the NESHAP to which this unit is subject. For example, when reporting nickel emissions from an FCCU, enter “N/A” if you comply with a PM e rate if you comply with the nickel emission rate alternative. (Note that if the NESHAP limit is on a concentration basis, yo convert the limit to lb/hr. Similarly, if the NESHAP limit is on a percent reduction basis, you may need to use information allowable emissions.) If this unit is not subject to any NESHAP for this pollutant, enter “N/A.” As an example, if you comply with the 1 lb per 1,000 lb coke burn

-off limit for PM for an FCCU, determine and report the allowed

### As an example, if you comply with the 1 lb per 1,000 lb coke burn

-off limit for PM for an FCCU, determine and report the allowed

quantity of coke burned in an hour during 2010 when reporting the allowed PM emissions and enter “N/A” when reporting the all with the 0.029 lb/hr nickel emissions limit for an FCCU, enter “N/A” when reporting the allowed PM emissions and enter “0.029 Annual emissions allowed by permit (tons/yr) : Enter the annual emissions during normal operation allowed by your operating permit (may be more stringent than the emissi under the applicable NESHAP). (Note that if the permit limit is on a concentration basis, you will need to use process data permit does not have a numerical limit for emissions of this pollutant from this unit, enter “N/A” (see example for Number 11 Hourly emissions allowed by permit (lb/hr) : Enter the maximum hourly emissions during normal operation allowed by your operating permit (may be more stringent than th emissions limit under the applicable NESHAP). (Note that if the permit limit is on a concentration basis, you will need to u lb/hr.) If your permit does not have a numerical limit for emissions of this pollutant from this unit, enter “N/A” (see exam

### Please provide emission estimates (tons/yr) for the 2010 calendar year for individual HAP and criteria pollutants for all emission sources located at the facility using the Refinery ICR ). You may report emissions by emissions point rather than by unit, but you should identify which units are associated with each emissions point. (Note: You do not have to report emissions a single way throughout the enti re inventory. For example, you may report equipment leak emissions by process unit for the major process units and by geographical area for other areas of your refinery.) Emission Estimation Protocol for Petroleum Refineries (Version 2.1

– Final ICR Draft). As , for each unit for which there are multiple methodologies for estimating emissions, you must use the highest

for which you have available 2010 data. For example, if Methodology Rank 1 for NOX 

### is estimating CEMS on that unit, you must use the CEMS results to estimate NOX 

### emissions from that unit. CEMS installed on that unit during 2010, you do not have available data to use Methodology Rank 1 for NOX

### ; you must then consider whether you

from that unit. Similarly, if a particular methodology requires speciation of a stream and you do not have speciation data available, you are not required to conduct additional sampling and analysis (but if you do have speciation data available and no higher ranking methodology can be used, you must use
Emission Estimation Protocol for Petroleum Refineries, you should provide the emissions estimates as your TRI or State inventory or use engineering estimates and process knowledge for pollutants not required to be reported for TRI or State inve nto ry. Also provide a brief explanation of the

For wastewater treatment systems, also please provide a copy of the Refinery Wastewater Emissions Tool spreadsheet (provided as part of the Emission Estimation Protocol for

specific descriptions/instructions (below). a data entry template for the emissions point specific information (type of source, location, etc.). If you are entering data from another source, be sure to only copy the columns you need from the other source (16 total columns corresponding to Columns A through P in the Excel spreadsheet), click in the appropriate cell (e.g., Cell A6) of the "EmissionsPointIDs" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you need, you might overwrite the QA formulas provided. (Note: there are a number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally ove rwrite the QA formulas, you can undo by pressing <Ctrl> and <Z> on the keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header row after pasting. Columns AA and AB provide QA checks for your type of emissions point and SCC. Use these columns (and the instructions in Col umn AD) to fix any errors before you attempt to transfer your data into the Refinery ICR Component 2 Reporting Tool. When all errors are cleared, you will see the message "Your data a re ready for transfer into the Component 2 Reporting
and <G> on the keyboard to access the "Go To" box (or click "Go To" in the tool bar; location will vary depending on your version of Excel) and type "Emissions" in the "Reference" field at the bottom of the box that pops up. Excel should then automatically sel ect all your emissions point information. Copy the data using right click and selecting "Copy" or by pressing <Ctrl> and <C> on the keyboard. You can then follow the Refinery ICR Repo rting Tool instructions for pasting this data into the
a data entry template for the pollutant specific emissions rates and allowable emissions

. If you are entering data from another source, be sure to only copy the columns you need from the other source (12 total columns corresponding to Columns A through L in the Excel spreadsheet), click in the appropriate cell (e.g., Cell A6) of the "Emissions" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you need, you might overwrite the QA formulas provided. (Note: there are a number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally overwrite the QA formu las, you can undo by pressing <Ctrl> and <Z> on the keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header row after pasting. Please provide emission estimates (tons/yr) for the 2010 calendar year for individual HAP and criteria pollutants for all emission sources located at the facility using the Refinery ICR ). You may report emissions by emissions point rather than by unit, but you should identify which units are associated with each emissions point. (Note: You do not have to report emissions a single way throughout the enti re inventory. For example, you may report equipment leak emissions by process unit for the major process units and by geographical area for other areas of your refinery.) Emission Estimation Protocol for Petroleum Refineries (Version 2.1

– Final ICR Draft). As , for each unit for which there are multiple methodologies for estimating emissions, you must use the highest

for which you have available 2010 data. For example, if Methodology Rank 1 for NOX 

### is estimating CEMS on that unit, you must use the CEMS results to estimate NOX 

### emissions from that unit. CEMS installed on that unit during 2010, you do not have available data to use Methodology Rank 1 for NOX

### ; you must then consider whether you

from that unit. Similarly, if a particular methodology requires speciation of a stream and you do not have speciation data available, you are not required to conduct additional sampling and analysis (but if you do have speciation data available and no higher ranking methodology can be used, you must use
Emission Estimation Protocol for Petroleum Refineries, you should provide the emissions estimates as your TRI or State inventory or use engineering estimates and process knowledge for pollutants not required to be reported for TRI or State inve nto ry. Also provide a brief explanation of the

For wastewater treatment systems, also please provide a copy of the Refinery Wastewater Emissions Tool spreadsheet (provided as part of the Emission Estimation Protocol for

specific descriptions/instructions (below). a data entry template for the emissions point specific information (type of source, location, etc.). If you are entering data from another source, be sure to only copy the columns you need from the other source (16 total columns corresponding to Columns A through P in the Excel spreadsheet), click in the appropriate cell (e.g., Cell A6) of the "EmissionsPointIDs" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you need, you might overwrite the QA formulas provided. (Note: there are a number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally ove rwrite the QA formulas, you can undo by pressing <Ctrl> and <Z> on the keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header row after pasting. Columns AA and AB provide QA checks for your type of emissions point and SCC. Use these columns (and the instructions in Col umn AD) to fix any errors before you attempt to transfer your data into the Refinery ICR Component 2 Reporting Tool. When all errors are cleared, you will see the message "Your data a re ready for transfer into the Component 2 Reporting
and <G> on the keyboard to access the "Go To" box (or click "Go To" in the tool bar; location will vary depending on your version of Excel) and type "Emissions" in the "Reference" field at the bottom of the box that pops up. Excel should then automatically sel ect all your emissions point information. Copy the data using right click and selecting "Copy" or by pressing <Ctrl> and <C> on the keyboard. You can then follow the Refinery ICR Repo rting Tool instructions for pasting this data into the
a data entry template for the pollutant specific emissions rates and allowable emissions

. If you are entering data from another source, be sure to only copy the columns you need from the other source (12 total columns corresponding to Columns A through L in the Excel spreadsheet), click in the appropriate cell (e.g., Cell A6) of the "Emissions" tab, right click, and select "Paste Special" then "Values." If you copy more columns than you need, you might overwrite the QA formulas provided. (Note: there are a number of blank hidden columns in the sheet to prevent this from happening, but if you do accidentally overwrite the QA formu las, you can undo by pressing <Ctrl> and <Z> on the keyboard.) If you are copying and pasting from an MS Access file, you will need to delete the Access header row after pasting.

### Columns AA and AB provide QA checks for your CAS number/pollutant code and emissions estimation methodology. Use these colum ns (and the instructions in Column AD) to fix any errors before you attempt to transfer your data into the Refinery ICR Component 2 Reporting Tool. When all errors are cleared, you will see the message "Your data are ready for
and <G> on the keyboard to access the "Go To" box (or click "Go To" in the tool bar; location will vary depending on your version of Excel) and type "Emissions" in the "Reference" field at the bottom of the box that pops up. Excel should then automatically sel ect all your emissions point information. Copy the data using right click and selecting "Copy" or by pressing <Ctrl> and <C> on the keyboard. You can then follow the Refinery ICR Repo rting Tool instructions for pasting this data into the
characterization codes (SCC) and SCC descriptions. The SCC numbers in column A must be used when completing the "EmissionsPo intID"
abstract system (CAS) numbers (or other pollutant code, if a CAS number is not available) and pollutant names for use in comp leting

the facility for which emissions are being reported. : Provide the identification number or code for the location at which emissions are released into the environment. If this is an emissions point for one particular process unit or a flare, you may use the Unit ID as your Emissions point ID. If you choose to report fugitive emissions by p rocess unit, the Emissions point ID should be “FUG

-” plus the

, if you are reporting equipment leak emissions for a FCCU with a Unit ID of FCCU01, the Emissions point ID is “FUG

- FCCU01”). , FCCU regenerator vent stack; catalytic reforming unit depressurization vent; crude

: Provide the identification number or code for the unit(s) associated with this emissions point. Use the same identification number that you provided in Component 1. For sulfur recovery, enter the SRU ID. For an emissions point that covers the entire facility, enter “All Units.” (Note that fo r flares, you are not required to identify the process units and/or vents routed to each flare; the response to this question is the Flare ID). For units not included in Component 1, use a unique ID for each process unit. When possible, use the
) provides source classification codes (SCC) extracted from the NEI database lookup tables. There have been updates (both ad ditions and deletions) to the SCC over the years, and the list on the ICR website contains the current list of SCC that EPA would like you to use for this inventory. If a code that you have used in the past no longer appears in the applicable lookup table, please select the most appropriate code from those listed.

: Point releases are the emissions released from a facility unit that is included in the facility inventory through one or m ore stacks or vents. Fugitive releases are air pollutants released to the air other than those from stacks or vents, including small releases from leaking pla nt equipment such as valves, pump seals, flanges, or sampling connections, and large open area releases such as from landfills, waste ponds, coke drum cutting, coke transport and storage, or unpaved roads.

: Enter the diameter of the stack or vent at the release height.

the facility for which emissions are being reported. : Provide the identification number or code for the location at which emissions are released into the environment. If this is an emissions point for one particular process unit or a flare, you may use the Unit ID as your Emissions point ID. If you choose to report fugitive emissions by p rocess unit, the Emissions point ID should be “FUG

-” plus the

, if you are reporting equipment leak emissions for a FCCU with a Unit ID of FCCU01, the Emissions point ID is “FUG

- FCCU01”). , FCCU regenerator vent stack; catalytic reforming unit depressurization vent; crude

: Provide the identification number or code for the unit(s) associated with this emissions point. Use the same identification number that you provided in Component 1. For sulfur recovery, enter the SRU ID. For an emissions point that covers the entire facility, enter “All Units.” (Note that fo r flares, you are not required to identify the process units and/or vents routed to each flare; the response to this question is the Flare ID). For units not included in Component 1, use a unique ID for each process unit. When possible, use the
) provides source classification codes (SCC) extracted from the NEI database lookup tables. There have been updates (both ad ditions and deletions) to the SCC over the years, and the list on the ICR website contains the current list of SCC that EPA would like you to use for this inventory. If a code that you have used in the past no longer appears in the applicable lookup table, please select the most appropriate code from those listed.

: Point releases are the emissions released from a facility unit that is included in the facility inventory through one or m ore stacks or vents. Fugitive releases are air pollutants released to the air other than those from stacks or vents, including small releases from leaking pla nt equipment such as valves, pump seals, flanges, or sampling connections, and large open area releases such as from landfills, waste ponds, coke drum cutting, coke transport and storage, or unpaved roads.

: Enter the diameter of the stack or vent at the release height.

### dimension relative to true North, measured positive for clockwise starting at 0 degrees

: Pay particular attention when entering emission release point stack parameters and locations. EPA requires latitude/longitude for each emissions point provided in North American Datum (NAD) 83 and prefers six digits to the right of the decimal point. (If currently available coo rdinates have five digits to the right of the decimal point instead of six, those coordinates are acceptable.) These data are critical inputs to the modeling files that EPA will use to determine the risk profile for the residual risk review process. NAD 83: Latitude measure in decimal degrees of the angular distance on a meridian north or south of the equator. Positive (+) data point for North America. Example: +78.123456. For point sources, this represents the center of the source; for fugitive sources, this is the southwest corner if the fugitive angle is zero or the western most corner if the fugitive angle is greater than zero. Longitude measure in decimal degrees of the angular distance on a meridian east or west of the prime m eridian. Negative (

-) data point for North America.

123.234561. For point sources this represents the center of the source; for fugitive sources, this is the southwest corner if the fugitive angle is zero, or the western most

: Enter the name of the pollutant for which you are estimating emissions. You will need to enter only one pollutant per row; for most units, it will take multiple rows to
Emission Estimation Protocol for Petroleum Refineries for a list of CAS numbers and Pollutant Codes for selected pollutants.

: All emissions reported in this column should reflect the ACTUAL emissions during normal operation for the reported calenda r year. If you use a CEMS/CMS to monitor emissions of a particular pollutant, report in this column the emissions measured during all periods when readings were within the calibrated span of the

: Indicate whether the emissions are based on direct measurements, stack testing, engineering calculations, or another method.

: All emissions reported in this column should reflect the ACTUAL emissions during any non

-routine operation for the reported calendar year, including startups, shutdowns, and other events. If you use a CEMS/CMS to monitor emissions of a particular pollutant and th e readings for certain periods of the year were not within the calibrated span of the CEMS/CMS, estimate emissions of that pollutant from the process unit during those periods a nd report the value here. Enter 0 if there were not non

routine emissions are not applicable for the source type (e.g. , equipment leaks). You may use an emissions point ID routine emissions (see descriptions for Number 1 and Number 3).

: Enter the maximum actual emissions from the unit during normal operation in any one hour of 2010. See the Emission Estimation Protocol for

: Enter the annual emissions during normal operation allowed by the NESHAP to which this unit is subject. (Note that if the NESHAP limit is on a concentration basis, you will need to use process data at maxim um capacity to convert the limit to tons/yr. Similarly, if the NESHAP limit is on a percent reduction basis, you may need to use information about the inlet to the control device to estimate the allowable emissions.) If this unit is not subject to off limit for PM for an FCCU, determine and report the allowed annual PM emissions based on the annual quantity of coke burned in 2010 when reporting the allowed PM emissions and enter “N/A” when reporting the allowed nickel emissions. Alternatively, if you comply with the 0.029 lb/hr nickel emissions limit for an FCCU, enter “N/A” when reporting the allowed PM emissions and determine and report the allowed annual nickel emissions based on the operating hours of the
: Enter the maximum hourly emissions during normal operation allowed by the NESHAP to which this unit is subject. For example, when reporting nickel emissions from an FCCU, enter “N/A” if you comply with a PM e missions limit but report the allowed hourly emissions rate if you comply with the nickel emission rate alternative. (Note that if the NESHAP limit is on a concentration basis, yo u will need to use process data at maximum capacity to convert the limit to lb/hr. Similarly, if the NESHAP limit is on a percent reduction basis, you may need to use information abo ut the inlet to the control device to estimate the off limit for PM for an FCCU, determine and report the allowed hourly PM emissions based on the maximum dimension relative to true North, measured positive for clockwise starting at 0 degrees

: Pay particular attention when entering emission release point stack parameters and locations. EPA requires latitude/longitude for each emissions point provided in North American Datum (NAD) 83 and prefers six digits to the right of the decimal point. (If currently available coo rdinates have five digits to the right of the decimal point instead of six, those coordinates are acceptable.) These data are critical inputs to the modeling files that EPA will use to determine the risk profile for the residual risk review process. NAD 83: Latitude measure in decimal degrees of the angular distance on a meridian north or south of the equator. Positive (+) data point for North America. Example: +78.123456. For point sources, this represents the center of the source; for fugitive sources, this is the southwest corner if the fugitive angle is zero or the western most corner if the fugitive angle is greater than zero. Longitude measure in decimal degrees of the angular distance on a meridian east or west of the prime m eridian. Negative (

-) data point for North America.

123.234561. For point sources this represents the center of the source; for fugitive sources, this is the southwest corner if the fugitive angle is zero, or the western most

: Enter the name of the pollutant for which you are estimating emissions. You will need to enter only one pollutant per row; for most units, it will take multiple rows to
Emission Estimation Protocol for Petroleum Refineries for a list of CAS numbers and Pollutant Codes for selected pollutants.

: All emissions reported in this column should reflect the ACTUAL emissions during normal operation for the reported calenda r year. If you use a CEMS/CMS to monitor emissions of a particular pollutant, report in this column the emissions measured during all periods when readings were within the calibrated span of the

: Indicate whether the emissions are based on direct measurements, stack testing, engineering calculations, or another method.

: All emissions reported in this column should reflect the ACTUAL emissions during any non

-routine operation for the reported calendar year, including startups, shutdowns, and other events. If you use a CEMS/CMS to monitor emissions of a particular pollutant and th e readings for certain periods of the year were not within the calibrated span of the CEMS/CMS, estimate emissions of that pollutant from the process unit during those periods a nd report the value here. Enter 0 if there were not non

routine emissions are not applicable for the source type (e.g. , equipment leaks). You may use an emissions point ID routine emissions (see descriptions for Number 1 and Number 3).

: Enter the maximum actual emissions from the unit during normal operation in any one hour of 2010. See the Emission Estimation Protocol for

: Enter the annual emissions during normal operation allowed by the NESHAP to which this unit is subject. (Note that if the NESHAP limit is on a concentration basis, you will need to use process data at maxim um capacity to convert the limit to tons/yr. Similarly, if the NESHAP limit is on a percent reduction basis, you may need to use information about the inlet to the control device to estimate the allowable emissions.) If this unit is not subject to off limit for PM for an FCCU, determine and report the allowed annual PM emissions based on the annual quantity of coke burned in 2010 when reporting the allowed PM emissions and enter “N/A” when reporting the allowed nickel emissions. Alternatively, if you comply with the 0.029 lb/hr nickel emissions limit for an FCCU, enter “N/A” when reporting the allowed PM emissions and determine and report the allowed annual nickel emissions based on the operating hours of the
: Enter the maximum hourly emissions during normal operation allowed by the NESHAP to which this unit is subject. For example, when reporting nickel emissions from an FCCU, enter “N/A” if you comply with a PM e missions limit but report the allowed hourly emissions rate if you comply with the nickel emission rate alternative. (Note that if the NESHAP limit is on a concentration basis, yo u will need to use process data at maximum capacity to convert the limit to lb/hr. Similarly, if the NESHAP limit is on a percent reduction basis, you may need to use information abo ut the inlet to the control device to estimate the off limit for PM for an FCCU, determine and report the allowed hourly PM emissions based on the maximum

### off limit for PM for an FCCU, determine and report the allowed hourly PM emissions based on the maximum quantity of coke burned in an hour during 2010 when reporting the allowed PM emissions and enter “N/A” when reporting the all owed nickel emissions. Alternatively, if you comply with the 0.029 lb/hr nickel emissions limit for an FCCU, enter “N/A” when reporting the allowed PM emissions and enter “0.029” ( lb/hr) when reporting the allowed nickel emissions.

: Enter the annual emissions during normal operation allowed by your operating permit (may be more stringent than the emissions limit under the applicable NESHAP). (Note that if the permit limit is on a concentration basis, you will need to use process data at maximum capacity to convert the limit to tons/yr.) If your permit does not have a numerical limit for emissions of this pollutant from this unit, enter “N/A” (see example for Number 11 ).

: Enter the maximum hourly emissions during normal operation allowed by your operating permit (may be more stringent than the emissions limit under the applicable NESHAP). (Note that if the permit limit is on a concentration basis, you will need to use process data at maximum capacity to convert the limit to lb/hr.) If your permit does not have a numerical limit for emissions of this pollutant from this unit, enter “N/A” (see exam ple for Number 12).

### Form Approved 03/28/2011;

OMB Control No. 2060-0657; Approval Expires 03/31/2014

# Part VI. Emissions Inventory Data - Emission Point Information

**Your data are ready for transfer into the Component 2 Reporting Tool <-------------- Point Sources ------------------->** 
**Facility ID Emissions** 

**point ID Emissions point** 

**description Unit ID(s)**  **SCC Type of**  **Release (Point or Fugitive)**  **Release**

**Height (ft)**

# Part VI. Emissions Inventory Data - Emission Point Information

**<-------------- Point Sources -------------------> <------ Fugitive Sources ------>** 

**Internal Vent**  **Diam eter (ft)**  **Exit**

**Tem perature**  **(°F) Gas Flow** 

**Rate (acfm** **) Length (ft)**  **Width (ft) Angle**  **Longitude Latitude** 

### Form Approved 03/28/2011;

OMB Control No. 2060-0657; Approval Expires 03/31/2014

**SCC QA - Num** **ber of Errors:**  **Release**

**Type QA - Num** **ber of Errors:** 

**Com me** **nts** 

### 0 **0**

### Form**ulas are copied far enough**

Use the columns AA and AB to ensure your data are formatted correctly. After you have entered data in columns A through P, copy and paste or "drag" the formulas dow n at least as far as you have entered data. The cells in Columns AA and AB are shaded green so that you can easily tell which ones contain the QA formulas. The text in the cell below will also help you determine if you've copied down far enough. If you have not copied the formulas down far enough, you will see "QA Error" in the yellow cells to the left instead of the number of errors.

# Part VI. Emissions Inventory Data - Emissions Data by Pollutant

**Your data are ready for transfer into the Component 2 Reporting Tool**

**Facility ID Emissions** 

**point ID Pollutant CAS** 

**No. or Pollutant Code**  **2010 routine**

**em issions**  **(tons) Methodology used** 

**for routine em** **issions 2010 non** 

**routine em** **issions (tons)**  **Maxim um** 

**hourly em** **issions (lb/hr)** 

# Part VI. Emissions Inventory Data - Emissions Data by Pollutant Form Approved 03/28/2011; OMB Control No. 2060-0657; Approval Expires 03/31/2014

**Pollutant Code QA -**  **Num ber of**  **Errors: Annual**  **em issions**  **allowed by NESHAP**  **(tons/yr) Hourly** 

**em issions**  **allowed by NESHAP**  **(lb/hr) Annual** 

**em issions**  **allowed by perm** **it (tons/yr)**  **Hourly**

**em issions**  **allowed by perm** **it (lb/hr)**  **Com me** **nts** 

### 0

### Methodology

**QA - Num** **ber of Errors:** 



### 0 **Form ulas are copied far enough** 

Use the columns AA and AB to ensure your data are formatted correctly. After you have entered data in columns A through L, copy and paste or "drag" the formulas dow n at least as far as you have entered data. The cells in Columns AA and AB are shaded green so that you can easily tell which ones contain the QA formulas. The text in the cell below will also help you determine if you've copied down far enough. If you have not copied the formulas down far enough, you will see "QA Error" in the yellow cells to the left instead of the number of errors.SCC_Lookup

**SCC SCC_L1**  **SCC_L2** 10100401 External Combustion Boilers Electric Generation 10100404 External Combustion Boilers Electric Generation 10100405 External Combustion Boilers Electric Generation 10100406 External Combustion Boilers Electric Generation 10100601 External Combustion Boilers Electric Generation 10100602 External Combustion Boilers Electric Generation 10100604 External Combustion Boilers Electric Generation 10100703 External Combustion Boilers Electric Generation 10100799 External Combustion Boilers Electric Generation 10100801 External Combustion Boilers Electric Generation 10200401 External Combustion Boilers Industrial 10200404 External Combustion Boilers Industrial 102005 External Combustion Boilers Industrial 10200501 External Combustion Boilers Industrial 10200505 External Combustion Boilers Industrial 102006 External Combustion Boilers Industrial 10200601 External Combustion Boilers Industrial 10200602 External Combustion Boilers Industrial 10200603 External Combustion Boilers Industrial 10200604 External Combustion Boilers Industrial 102007 External Combustion Boilers Industrial 10200701 External Combustion Boilers Industrial 10200710 External Combustion Boilers Industrial 10201001 External Combustion Boilers Industrial 10201002 External Combustion Boilers Industrial 10201302 External Combustion Boilers Industrial 10201401 External Combustion Boilers Industrial

10201402 External Combustion Boilers Industrial

10201403 External Combustion Boilers Industrial

10201404 External Combustion Boilers Industrial
10300601 External Combustion Boilers Commercial/Institutional 10300602 External Combustion Boilers Commercial/Institutional 10300603 External Combustion Boilers Commercial/Institutional 10300701 External Combustion Boilers Commercial/Institutional 10300799 External Combustion Boilers Commercial/Institutional 10500105 External Combustion Boilers Space Heaters 10500106 External Combustion Boilers Space Heaters 10500205 External Combustion Boilers Space Heaters 20100101 Internal Combustion Engines Electric Generation 20100102 Internal Combustion Engines Electric Generation 20100201 Internal Combustion Engines Electric Generation 20100202 Internal Combustion Engines Electric Generation 20100901 Internal Combustion Engines Electric Generation

Page 1SCC_Lookup

202001 Internal Combustion Engines Industrial
20200101 Internal Combustion Engines Industrial 20200102 Internal Combustion Engines Industrial 20200103 Internal Combustion Engines Industrial 20200104 Internal Combustion Engines Industrial 20200201 Internal Combustion Engines Industrial 20200202 Internal Combustion Engines Industrial 20200203 Internal Combustion Engines Industrial 20200204 Internal Combustion Engines Industrial 20200501 Internal Combustion Engines Industrial 20200701 Internal Combustion Engines Industrial 20200702 Internal Combustion Engines Industrial 20200705 Internal Combustion Engines Industrial 20200706 Internal Combustion Engines Industrial 20200901 Internal Combustion Engines Industrial 20200902 Internal Combustion Engines Industrial 20201011 Internal Combustion Engines Industrial 20201012 Internal Combustion Engines Industrial 20201013 Internal Combustion Engines Industrial 20201014 Internal Combustion Engines Industrial 20201701 Internal Combustion Engines Industrial 20201702 Internal Combustion Engines Industrial 20300101 Internal Combustion Engines Commercial/Institutional 20300102 Internal Combustion Engines Commercial/Institutional 20300201 Internal Combustion Engines Commercial/Institutional 20300202 Internal Combustion Engines Commercial/Institutional 20300203 Internal Combustion Engines Commercial/Institutional 20300204 Internal Combustion Engines Commercial/Institutional 20300301 Internal Combustion Engines Commercial/Institutional 30100105 Industrial Processes Chemical Manufacturing 30100305 Industrial Processes Chemical Manufacturing 30100306 Industrial Processes Chemical Manufacturing 30100307 Industrial Processes Chemical Manufacturing 30100310 Industrial Processes Chemical Manufacturing 30100604 Industrial Processes Chemical Manufacturing 301009 Industrial Processes Chemical Manufacturing 30101401 Industrial Processes Chemical Manufacturing 30101805 Industrial Processes Chemical Manufacturing 30101847 Industrial Processes Chemical Manufacturing 30101899 Industrial Processes Chemical Manufacturing 301034 Industrial Processes Chemical Manufacturing 30103801 Industrial Processes Chemical Manufacturing 30104001 Industrial Processes Chemical Manufacturing 30107001 Industrial Processes Chemical Manufacturing 30107002 Industrial Processes Chemical Manufacturing 30107101 Industrial Processes Chemical Manufacturing 30109101 Industrial Processes Chemical Manufacturing 30109105 Industrial Processes Chemical Manufacturing 30109110 Industrial Processes Chemical Manufacturing 30109199 Industrial Processes Chemical Manufacturing 30112540 Industrial Processes Chemical Manufacturing 30112550 Industrial Processes Chemical Manufacturing 30112599 Industrial Processes Chemical Manufacturing

Page 2SCC_Lookup

30113003 Industrial Processes Chemical Manufacturing 30113221 Industrial Processes Chemical Manufacturing 30115201 Industrial Processes Chemical Manufacturing 30115301 Industrial Processes Chemical Manufacturing 30115701 Industrial Processes Chemical Manufacturing 30116901 Industrial Processes Chemical Manufacturing 30119701 Industrial Processes Chemical Manufacturing 30119705 Industrial Processes Chemical Manufacturing 30119710 Industrial Processes Chemical Manufacturing 30119799 Industrial Processes Chemical Manufacturing 30120201 Industrial Processes Chemical Manufacturing 30120501 Industrial Processes Chemical Manufacturing 30121001 Industrial Processes Chemical Manufacturing 30125001 Industrial Processes Chemical Manufacturing 30125005 Industrial Processes Chemical Manufacturing 30125015 Industrial Processes Chemical Manufacturing 30125099 Industrial Processes Chemical Manufacturing 30125201 Industrial Processes Chemical Manufacturing 30125401 Industrial Processes Chemical Manufacturing 30125801 Industrial Processes Chemical Manufacturing 30125803 Industrial Processes Chemical Manufacturing 30125805 Industrial Processes Chemical Manufacturing 30125807 Industrial Processes Chemical Manufacturing 30125810 Industrial Processes Chemical Manufacturing 30125815 Industrial Processes Chemical Manufacturing 30125880 Industrial Processes Chemical Manufacturing 30125899 Industrial Processes Chemical Manufacturing 30130115 Industrial Processes Chemical Manufacturing 30130501 Industrial Processes Chemical Manufacturing 30180001 Industrial Processes Chemical Manufacturing 30180002 Industrial Processes Chemical Manufacturing 30180003 Industrial Processes Chemical Manufacturing 30180004 Industrial Processes Chemical Manufacturing 30180006 Industrial Processes Chemical Manufacturing 30180007 Industrial Processes Chemical Manufacturing 30180008 Industrial Processes Chemical Manufacturing 30180009 Industrial Processes Chemical Manufacturing 30180010 Industrial Processes Chemical Manufacturing 30180011 Industrial Processes Chemical Manufacturing 30181001 Industrial Processes Chemical Manufacturing 30182001 Industrial Processes Chemical Manufacturing 30182002 Industrial Processes Chemical Manufacturing 30183001 Industrial Processes Chemical Manufacturing 30184001 Industrial Processes Chemical Manufacturing 301871 Industrial Processes Chemical Manufacturing 30187101 Industrial Processes Chemical Manufacturing 30187102 Industrial Processes Chemical Manufacturing 30187103 Industrial Processes Chemical Manufacturing 30187104 Industrial Processes Chemical Manufacturing

Page 3SCC_Lookup

30187105 Industrial Processes Chemical Manufacturing 30187106 Industrial Processes Chemical Manufacturing 30187107 Industrial Processes Chemical Manufacturing 30187108 Industrial Processes Chemical Manufacturing 301872 Industrial Processes Chemical Manufacturing 30187201 Industrial Processes Chemical Manufacturing 30187202 Industrial Processes Chemical Manufacturing 30187203 Industrial Processes Chemical Manufacturing 30187204 Industrial Processes Chemical Manufacturing 30187205 Industrial Processes Chemical Manufacturing 30187206 Industrial Processes Chemical Manufacturing 30187207 Industrial Processes Chemical Manufacturing 30187299 Industrial Processes Chemical Manufacturing 301876 Industrial Processes Chemical Manufacturing 30187601 Industrial Processes Chemical Manufacturing 30187602 Industrial Processes Chemical Manufacturing 30187603 Industrial Processes Chemical Manufacturing 30187604 Industrial Processes Chemical Manufacturing 30187605 Industrial Processes Chemical Manufacturing 30187606 Industrial Processes Chemical Manufacturing 30187607 Industrial Processes Chemical Manufacturing 30187699 Industrial Processes Chemical Manufacturing 301885 Industrial Processes Chemical Manufacturing 30188501 Industrial Processes Chemical Manufacturing 30188502 Industrial Processes Chemical Manufacturing 30188503 Industrial Processes Chemical Manufacturing 30188504 Industrial Processes Chemical Manufacturing 30188505 Industrial Processes Chemical Manufacturing 30188506 Industrial Processes Chemical Manufacturing 30188507 Industrial Processes Chemical Manufacturing 30188510 Industrial Processes Chemical Manufacturing 30188511 Industrial Processes Chemical Manufacturing 30188513 Industrial Processes Chemical Manufacturing 30188514 Industrial Processes Chemical Manufacturing 30188599 Industrial Processes Chemical Manufacturing 30190003 Industrial Processes Chemical Manufacturing 30190004 Industrial Processes Chemical Manufacturing 30190013 Industrial Processes Chemical Manufacturing 30190014 Industrial Processes Chemical Manufacturing 30190023 Industrial Processes Chemical Manufacturing 30199999 Industrial Processes Chemical Manufacturing

Page 4SCC_Lookup

30600 Industrial Processes Petroleum Industry 306001 Industrial Processes Petroleum Industry 30600103 Industrial Processes Petroleum Industry 30600104 Industrial Processes Petroleum Industry 30600105 Industrial Processes Petroleum Industry 30600106 Industrial Processes Petroleum Industry 30600107 Industrial Processes Petroleum Industry 30600199 Industrial Processes Petroleum Industry 30600201 Industrial Processes Petroleum Industry 30600202 Industrial Processes Petroleum Industry 30600211 Industrial Processes Petroleum Industry 30600212 Industrial Processes Petroleum Industry 30600213 Industrial Processes Petroleum Industry 30600301 Industrial Processes Petroleum Industry 30600401 Industrial Processes Petroleum Industry 30600402 Industrial Processes Petroleum Industry 306005 Industrial Processes Petroleum Industry 30600503 Industrial Processes Petroleum Industry 30600505 Industrial Processes Petroleum Industry 30600508 Industrial Processes Petroleum Industry 30600510 Industrial Processes Petroleum Industry 30600511 Industrial Processes Petroleum Industry 30600514 Industrial Processes Petroleum Industry 30600515 Industrial Processes Petroleum Industry 30600516 Industrial Processes Petroleum Industry 30600517 Industrial Processes Petroleum Industry 30600518 Industrial Processes Petroleum Industry 30600519 Industrial Processes Petroleum Industry 30600520 Industrial Processes Petroleum Industry 30600521 Industrial Processes Petroleum Industry 30600522 Industrial Processes Petroleum Industry 30600602 Industrial Processes Petroleum Industry 30600701 Industrial Processes Petroleum Industry 30600702 Industrial Processes Petroleum Industry 306008 Industrial Processes Petroleum Industry 30600801 Industrial Processes Petroleum Industry 30600802 Industrial Processes Petroleum Industry 30600803 Industrial Processes Petroleum Industry 30600804 Industrial Processes Petroleum Industry 30600805 Industrial Processes Petroleum Industry 30600806 Industrial Processes Petroleum Industry 30600807 Industrial Processes Petroleum Industry 30600811 Industrial Processes Petroleum Industry 30600812 Industrial Processes Petroleum Industry 30600813 Industrial Processes Petroleum Industry 30600814 Industrial Processes Petroleum Industry 30600815 Industrial Processes Petroleum Industry 30600816 Industrial Processes Petroleum Industry 30600817 Industrial Processes Petroleum Industry 30600818 Industrial Processes Petroleum Industry

Page 5SCC_Lookup

30600819 Industrial Processes Petroleum Industry 30600820 Industrial Processes Petroleum Industry 30600821 Industrial Processes Petroleum Industry 30600822 Industrial Processes Petroleum Industry 306009 Industrial Processes Petroleum Industry 30600901 Industrial Processes Petroleum Industry 30600902 Industrial Processes Petroleum Industry 30600903 Industrial Processes Petroleum Industry 30600904 Industrial Processes Petroleum Industry 30600905 Industrial Processes Petroleum Industry 30600999 Industrial Processes Petroleum Industry 30601001 Industrial Processes Petroleum Industry 30601111 Industrial Processes Petroleum Industry 30601112 Industrial Processes Petroleum Industry 30601210 Industrial Processes Petroleum Industry 30601211 Industrial Processes Petroleum Industry 30601212 Industrial Processes Petroleum Industry 30601213 Industrial Processes Petroleum Industry 30601214 Industrial Processes Petroleum Industry 30601301 Industrial Processes Petroleum Industry 30601401 Industrial Processes Petroleum Industry 30601501 Industrial Processes Petroleum Industry 30601602 Industrial Processes Petroleum Industry 30601603 Industrial Processes Petroleum Industry 30601604 Industrial Processes Petroleum Industry 30601701 Industrial Processes Petroleum Industry 30601801 Industrial Processes Petroleum Industry 30601901 Industrial Processes Petroleum Industry 30602001 Industrial Processes Petroleum Industry 30602101 Industrial Processes Petroleum Industry 30602201 Industrial Processes Petroleum Industry 30602301 Industrial Processes Petroleum Industry 30602501 Industrial Processes Petroleum Industry 30602502 Industrial Processes Petroleum Industry 30603201 Industrial Processes Petroleum Industry 30603401 Industrial Processes Petroleum Industry 30603402 Industrial Processes Petroleum Industry 30603403 Industrial Processes Petroleum Industry 30603404 Industrial Processes Petroleum Industry 30603405 Industrial Processes Petroleum Industry 30603406 Industrial Processes Petroleum Industry 30603407 Industrial Processes Petroleum Industry 30603408 Industrial Processes Petroleum Industry 30603409 Industrial Processes Petroleum Industry 30603410 Industrial Processes Petroleum Industry 30603411 Industrial Processes Petroleum Industry

Page 6SCC_Lookup

30603412 Industrial Processes Petroleum Industry 30603420 Industrial Processes Petroleum Industry 30609901 Industrial Processes Petroleum Industry 30609902 Industrial Processes Petroleum Industry 30609903 Industrial Processes Petroleum Industry 30609904 Industrial Processes Petroleum Industry 30609905 Industrial Processes Petroleum Industry 30609906 Industrial Processes Petroleum Industry 30610001 Industrial Processes Petroleum Industry 30622201 Industrial Processes Petroleum Industry 30622401 Industrial Processes Petroleum Industry 30630005 Industrial Processes Petroleum Industry 30630006 Industrial Processes Petroleum Industry 30688901 Industrial Processes Petroleum Industry 30688902 Industrial Processes Petroleum Industry 30688903 Industrial Processes Petroleum Industry 30688904 Industrial Processes Petroleum Industry 30688905 Industrial Processes Petroleum Industry 30688906 Industrial Processes Petroleum Industry 30688907 Industrial Processes Petroleum Industry 30699999 Industrial Processes Petroleum Industry 30900201 Industrial Processes Fabricated Metal Products 30900202 Industrial Processes Fabricated Metal Products 30901098 Industrial Processes Fabricated Metal Products 30999999 Industrial Processes Fabricated Metal Products 31100199 Industrial Processes Building Construction 31503001 Industrial Processes Photo Equip/Health Care/Labs/Air Condit/SwimPools 31503002 Industrial Processes Photo Equip/Health Care/Labs/Air Condit/SwimPools 39000499 Industrial Processes In-process Fuel Use 39000699 Industrial Processes In-process Fuel Use 39000797 Industrial Processes In-process Fuel Use 39001299 Industrial Processes In-process Fuel Use 40100201 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 40100251 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 40100296 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 40100299 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 40100303 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 40100399 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 40188898 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 40200101 Petroleum and Solvent

Evaporation Surface Coating Operations

Page 7SCC_Lookup

40200201 Petroleum and Solvent

Evaporation Surface Coating Operations 40200301 Petroleum and Solvent

Evaporation Surface Coating Operations 40200401 Petroleum and Solvent

Evaporation Surface Coating Operations 40200501 Petroleum and Solvent

Evaporation Surface Coating Operations 40200601 Petroleum and Solvent

Evaporation Surface Coating Operations 40200710 Petroleum and Solvent

Evaporation Surface Coating Operations 40200901 Petroleum and Solvent

Evaporation Surface Coating Operations 40202501 Petroleum and Solvent

Evaporation Surface Coating Operations 40202502 Petroleum and Solvent

Evaporation Surface Coating Operations 40202510 Petroleum and Solvent

Evaporation Surface Coating Operations 40202520 Petroleum and Solvent

Evaporation Surface Coating Operations 40202599 Petroleum and Solvent

Evaporation Surface Coating Operations 40290013 Petroleum and Solvent

Evaporation Surface Coating Operations 40299998 Petroleum and Solvent

Evaporation Surface Coating Operations 40302 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302001 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302002 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302003 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302004 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302005 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302006 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302007 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302008 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302009 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 403021 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302101 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302102 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302103 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries

Page 8SCC_Lookup

40302104 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302105 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302106 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302107 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302108 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302109 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 403022 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302201 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302202 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302203 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302204 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302205 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302206 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302207 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302208 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302209 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 403023 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302301 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302302 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302303 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302304 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302305 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302306 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302307 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302308 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302309 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 403024 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302401 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries

Page 9SCC_Lookup

40302402 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302403 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302404 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302405 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302406 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302407 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302408 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302409 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40302501 Petroleum and Solvent

Evaporation Petroleum Product Storage at Refineries 40600110 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600111 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600112 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600113 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600114 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600115 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600199 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600306 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600307 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600401 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600403 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600499 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

Page 10SCC_Lookup

40600801 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600802 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600803 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600804 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40600805 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600899 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600901 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600902 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600903 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600904 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600905 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products
40600999 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products

40688801 Petroleum and Solvent

Evaporation Transportation and Marketing of Petroleum Products 407 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700001 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700006 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700007 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700008 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700009 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700014 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700019 Petroleum and Solvent

Evaporation Organic Chemical Storage

Page 11SCC_Lookup

40700020 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700025 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700026 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700027 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700028 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700029 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700030 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700031 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700032 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700033 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700034 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700039 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700044 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700045 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700050 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700055 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700060 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700061 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700062 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700067 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700068 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700069 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700074 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700075 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700080 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700081 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700099 Petroleum and Solvent

Evaporation Organic Chemical Storage 407001 Petroleum and Solvent

Evaporation Organic Chemical Storage

Page 12SCC_Lookup

40700101 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700106 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700107 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700108 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700109 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700114 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700119 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700120 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700125 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700126 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700127 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700128 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700129 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700130 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700131 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700132 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700133 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700134 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700139 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700144 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700145 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700150 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700155 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700160 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700161 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700162 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700167 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700168 Petroleum and Solvent

Evaporation Organic Chemical Storage

Page 13SCC_Lookup

40700169 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700174 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700175 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700180 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700181 Petroleum and Solvent

Evaporation Organic Chemical Storage 40700199 Petroleum and Solvent

Evaporation Organic Chemical Storage 407150 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715001 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715006 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715007 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715008 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715009 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715014 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715019 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715020 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715025 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715026 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715027 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715028 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715029 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715030 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715031 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715032 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715033 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715034 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715039 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715044 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715045 Petroleum and Solvent

Evaporation Organic Chemical Storage

Page 14SCC_Lookup

40715050 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715055 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715060 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715061 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715062 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715067 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715068 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715069 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715074 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715075 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715080 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715081 Petroleum and Solvent

Evaporation Organic Chemical Storage 40715099 Petroleum and Solvent

Evaporation Organic Chemical Storage 407800 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780001 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780006 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780007 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780012 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780013 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780014 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780015 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780020 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780021 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780022 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780023 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780024 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780025 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780026 Petroleum and Solvent

Evaporation Organic Chemical Storage

Page 15SCC_Lookup

40780031 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780036 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780037 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780038 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780043 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780044 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780045 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780046 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780047 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780052 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780053 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780054 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780055 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780060 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780061 Petroleum and Solvent

Evaporation Organic Chemical Storage 40780099 Petroleum and Solvent

Evaporation Organic Chemical Storage 49099998 Petroleum and Solvent

Evaporation Organic Solvent Evaporation 50300501 Waste Disposal Solid Waste Disposal - Industrial 50300506 Waste Disposal Solid Waste Disposal - Industrial 50300531 Waste Disposal Solid Waste Disposal - Industrial 50300810 Waste Disposal Solid Waste Disposal - Industrial 50300820 Waste Disposal Solid Waste Disposal - Industrial 50300840 Waste Disposal Solid Waste Disposal - Industrial 50309999 Waste Disposal Solid Waste Disposal - Industrial 99999999 Other Other

Page 16SCC_Lookup

**SCC_L3 SCC_L4**  Residual Oil Grade 6 Oil: Normal Firing Residual Oil Grade 6 Oil: Tangential Firing Residual Oil Grade 5 Oil: Normal Firing Residual Oil Grade 5 Oil: Tangential Firing Natural Gas Boilers : 100 Million Btu/hr except Tangential Natural Gas Boilers < 100 Million Btu/hr except Tangential Natural Gas Tangentially Fired Units Process Gas Petroleum Refinery Gas Process Gas Other Process Gas Petroleum Coke All Boiler Sizes Residual Oil Grade 6 Oil Residual Oil Grade 5 Oil Distillate Oil General Distillate Oil Grades 1 and 2 Oil Distillate Oil Cogeneration Natural Gas General Natural Gas > 100 Million Btu/hr Natural Gas 10-100 Million Btu/hr Natural Gas < 10 Million Btu/hr Natural Gas Cogeneration Process Gas General Process Gas Process Gas Petroleum Refinery Gas Process Gas Cogeneration Liquified Petroleum Gas (LPG) Butane Liquified Petroleum Gas (LPG) Propane Liquid Waste Waste Oil CO Boiler (not associated with FCCU or FCU stacks; use 30600211-13 or 30601211-13 for CO Boilers with these units) Natural Gas CO Boiler (not associated with FCCU or FCU stacks; use 30600211-13 or 30601211-13 for CO Boilers with these units) Process Gas CO Boiler (not associated with FCCU or FCU stacks; use 30600211-13 or 30601211-13 for CO Boilers with these units) Distillate Oil CO Boiler (not associated with FCCU or FCU stacks; use 30600211-13 or 30601211-13 for CO Boilers with these units) Residual Oil Natural Gas > 100 Million Btu/hr Natural Gas 10-100 Million Btu/hr Natural Gas < 10 Million Btu/hr Process Gas POTW Digester Gas-fired Boiler Process Gas Other Not Classified Industrial Distillate Oil Industrial Natural Gas Commercial/Institutional Distillate Oil Distillate Oil (Diesel) Turbine Distillate Oil (Diesel) Reciprocating Natural Gas Turbine Natural Gas Reciprocating Kerosene/Naphtha (Jet Fuel) Turbine

Page 17SCC_Lookup

Mixed Fuel Types General (use for aggregating emissions from internal combustion engines of different types and fuels) Distillate Oil (Diesel) Turbine Distillate Oil (Diesel) Reciprocating Distillate Oil (Diesel) Turbine: Cogeneration Distillate Oil (Diesel) Reciprocating: Cogeneration Natural Gas Turbine Natural Gas Reciprocating Natural Gas Turbine: Cogeneration Natural Gas Reciprocating: Cogeneration Residual/Crude Oil Reciprocating Process Gas Turbine Process Gas Reciprocating Engine Process Gas Refinery Gas: Turbine Process Gas Refinery Gas: Reciprocating Engine Kerosene/Naphtha (Jet Fuel) Turbine Kerosene/Naphtha (Jet Fuel) Reciprocating Liquified Petroleum Gas (LPG) Turbine Liquified Petroleum Gas (LPG) Reciprocating Engine Liquified Petroleum Gas (LPG) Turbine: Cogeneration Liquified Petroleum Gas (LPG) Reciprocating Engine: Cogeneration Gasoline Turbine Gasoline Reciprocating Engine Distillate Oil (Diesel) Reciprocating Distillate Oil (Diesel) Turbine Natural Gas Reciprocating Natural Gas Turbine Natural Gas Turbine: Cogeneration Natural Gas Reciprocating: Cogeneration Gasoline Reciprocating Adipic Acid Adipic Acid Refining Ammonia Production Feedstock Desulfurization Ammonia Production Primary Reformer: Natural Gas Fired Ammonia Production Primary Reformer: Oil Fired Ammonia Production Storage and Loading Tanks Charcoal Manufacturing Continuous Kiln Cleaning Chemicals General Paint Manufacture General Mixing and Handling Plastics Production Phenolic Resins Plastics Production Epoxy Resins Plastics Production Others Not Specified Aniline/Ethanolamines General Sodium Bicarbonate General Urea Production General Inorganic Chemical Manufacturing (General) Fugitive Leaks Inorganic Chemical Manufacturing (General) Storage/Transfer Hydrogen Reformers Acetone/Ketone Production Acetone: General Acetone/Ketone Production Methyl Ethyl Ketone Acetone/Ketone Production Methyl Isobutyl Ketone Acetone/Ketone Production Ketone: Other Not Classified Chlorine Derivatives Vinyl Chloride: General Chlorine Derivatives Vinyl Chloride: Fugitive Emissions Chlorine Derivatives Other Not Classified

Page 18SCC_Lookup

Ammonium Sulfate (Use 3-01-210 for Caprolactum Production) Process Vents Organic Acid Manufacturing General: Acrylic Acid Bisphenol A General Butadiene General Cyclohexane General Ethyl Benzene General Butylene, Ethylene, Propylene, Olefin Production Ethylene: General Butylene, Ethylene, Propylene, Olefin Production Propylene: General Butylene, Ethylene, Propylene, Olefin Production Butylene: General Butylene, Ethylene, Propylene, Olefin Production Other Not Classified Phenol General Propylene Oxide General Caprolactum (Use 3-01-130 for Ammonium Sulfate By-product Production) General Methanol/Alcohol Production Methanol: General Methanol/Alcohol Production Ethanol via Ethylene Methanol/Alcohol Production Isopropanol Methanol/Alcohol Production Other Not Classified Etherene Production General Nitriles, Acrylonitrile, Adiponitrile Production Acetonitrile Benzene/Toluene/ Aromatics/Xylenes Benzene: General Benzene/Toluene/ Aromatics/Xylenes Benzene: Distillation Unit Benzene/Toluene/ Aromatics/Xylenes Toluene: General Benzene/Toluene/ Aromatics/Xylenes Toluene: Distillation Unit Benzene/Toluene/ Aromatics/Xylenes p-Xylene: General Benzene/Toluene/ Aromatics/Xylenes Xylenes: General Benzene/Toluene/ Aromatics/Xylenes Aromatics: Fugitive Emissions Benzene/Toluene/ Aromatics/Xylenes Other Not Classified Chlorobenzene Atmospheric Distillation Vents Epichlorohydrin General General Processes Fugitive Leaks General Processes Pipeline Valves: Gas Stream General Processes Pipeline Valves: Light Liquid/Gas Stream General Processes Pipeline Valves: Heavy Liquid Stream General Processes Open-ended Valves: All Streams General Processes Flanges: All Streams General Processes Pump Seals: Light Liquid/Gas Stream General Processes Pump Seals: Heavy Liquid Stream General Processes Compressor Seals: Gas Stream General Processes Compressor Seals: Heavy Liquid Stream General Processes Air Oxidation Units Wastewater Treatment Wastewater Stripper Wastewater Treatment Wastewater Treatment General Processes Storage/Transfer General Processes Distillation Units Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Hydrofluoric Acid Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Hydrochloric Acid Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Nitric Acid Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Phosphoric Acid

Page 19SCC_Lookup

Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Sulfuric Acid Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Ammonium Nitrate Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Aqueous Ammonia Inorganic Chemical Storage (Mix of Tank Roof Ty pes) Other Inorganic Chemical Storage (Fixed Roof Tanks) Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Inorganic Chemical Storage (Fixed Roof Tanks) Hydrofluoric Acid Inorganic Chemical Storage (Fixed Roof Tanks) Hydrochloric Acid Inorganic Chemical Storage (Fixed Roof Tanks) Nitric Acid Inorganic Chemical Storage (Fixed Roof Tanks) Phosphoric Acid Inorganic Chemical Storage (Fixed Roof Tanks) Sulfuric Acid Inorganic Chemical Storage (Fixed Roof Tanks) Ammonium Nitrate Inorganic Chemical Storage (Fixed Roof Tanks) Aqueous Ammonia Inorganic Chemical Storage (Fixed Roof Tanks) Other Inorganic Chemical Storage (Floating Roof Tanks) Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Inorganic Chemical Storage (Floating Roof Tanks) Hydrofluoric Acid Inorganic Chemical Storage (Floating Roof Tanks) Hydrochloric Acid Inorganic Chemical Storage (Floating Roof Tanks) Nitric Acid Inorganic Chemical Storage (Floating Roof Tanks) Phosphoric Acid Inorganic Chemical Storage (Floating Roof Tanks) Sulfuric Acid Inorganic Chemical Storage (Floating Roof Tanks) Ammonium Nitrate Inorganic Chemical Storage (Floating Roof Tanks) Aqueous Ammonia Inorganic Chemical Storage (Floating Roof Tanks) Other Inorganic Chemical Storage (Pressure Tanks) Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Inorganic Chemical Storage (Pressure Tanks) Ammonia Inorganic Chemical Storage (Pressure Tanks) Carbon Monoxide Inorganic Chemical Storage (Pressure Tanks) Chlorine Inorganic Chemical Storage (Pressure Tanks) Hydrogen Cyanide Inorganic Chemical Storage (Pressure Tanks) Sulfur Dioxide Inorganic Chemical Storage (Pressure Tanks) Nitrogen Inorganic Chemical Storage (Pressure Tanks) Carbon Dioxide Inorganic Chemical Storage (Pressure Tanks) Anhydrous Ammonia Inorganic Chemical Storage (Pressure Tanks) Hydrogen Fluoride Inorganic Chemical Storage (Pressure Tanks) Hydrogen Chloride Inorganic Chemical Storage (Pressure Tanks) Fluorine Inorganic Chemical Storage (Pressure Tanks) Other Fuel Fired Equipment Natural Gas: Process Heaters Fuel Fired Equipment Process Gas: Process Heaters Fuel Fired Equipment Natural Gas: Incinerators Fuel Fired Equipment Process Gas: Incinerators Fuel Fired Equipment Natural Gas: Flares Other Not Classified General

Page 20SCC_Lookup

Petroleum Refinery Entire Refinery Process Heaters Mixed fuel ty pes (use for co-fired process heaters) Process Heaters Oil-fired Process Heaters Gas-fired Process Heaters Natural Gas-fired Process Heaters Process Gas-fired Process Heaters LPG-fired Process Heaters Other Not Classified Cataly tic Cracking Units Fluid Cataly tic Cracking Unit (no CO boiler) Cataly tic Cracking Units Catalyst Handling System Cataly tic Cracking Units Fluid Cataly tic Cracking Unit with CO Boiler: Natural Gas Cataly tic Cracking Units Fluid Cataly tic Cracking Unit with CO Boiler: Process Gas Cataly tic Cracking Units Fluid Cataly tic Cracking Unit with CO Boiler: Residual Oil Cataly tic Cracking Units Thermal Cataly tic Cracking Unit Blowdown Systems Blowdown System with Vapor Recovery System with Flaring Blowdown Systems Blowdown System w/o Controls Wastewater Treatment Combined Sources (use when aggregating emissions from wastewater treatment sources) Wastewater Treatment Process Drains and Wastewater Separators Wastewater Treatment Wastewater Treatment w/o Separator Wastewater Treatment Oil/Water Separator Wastewater Treatment Liquid-Liquid Separator: Hydrocarbon/Amine Wastewater Treatment Sour Water Treating Wastewater Treatment Junction Box Wastewater Treatment Lift Station Wastewater Treatment Aerated Impoundment Wastewater Treatment Non-aerated Impoundment Wastewater Treatment Weir Wastewater Treatment Activated Sludge Impoundment Wastewater Treatment Clarifier Wastewater Treatment Open Trench Wastewater Treatment Auger Pumps Vacuum Distillate Column Condensors Vacuum Distillation Column Condenser Cooling Towers Cooling Towers: Mechanical Draft Cooling Towers Cooling Towers: Natural Draft Fugitive Emissions All equipment combined for one process unit Fugitive Emissions Pipeline Valves and Flanges Fugitive Emissions Vessel Relief Valves Fugitive Emissions Pump Seals w/o Controls Fugitive Emissions Compressor Seals Fugitive Emissions Miscellaneous: Sampling/Non-Asphalt Blowing/Purging/etc. Fugitive Emissions Pump Seals with Controls Fugitive Emissions Blind Changing Fugitive Emissions Pipeline Valves: Gas Streams Fugitive Emissions Pipeline Valves: Light Liquid/Gas Streams Fugitive Emissions Pipeline Valves: Heavy Liquid Streams Fugitive Emissions Pipeline Valves: Hydrogen Streams Fugitive Emissions Open-ended Valves: All Streams Fugitive Emissions Flanges: All Streams Fugitive Emissions Pump Seals: Light Liquid/Gas Streams Fugitive Emissions Pump Seals: Heavy Liquid Streams

Page 21SCC_Lookup

Fugitive Emissions Compressor Seals: Gas Streams Fugitive Emissions Compressor Seals: Heavy Liquid Streams Fugitive Emissions Drains: All Streams Fugitive Emissions Vessel Relief Valves: All Streams Flares Combined Fuels/ General Flares Distillate Oil Flares Residual Oil Flares Natural Gas Flares Process Gas Flares Liquified Petroleum Gas Flares Other Sludge Converter General Asphalt/Bitumen Production Asphalt Blowing Asphalt/Bitumen Production Other Fluid Coking Units Traditional Fluid Coking Unit (no CO Boiler) Fluid Coking Units Traditional Fluid Coking Unit with CO Boiler: Natural Gas Fluid Coking Units Traditional Fluid Coking Unit with CO Boiler: Residual Oil Fluid Coking Units Traditional Fluid Coking Unit with CO Boiler: Process Gas Fluid Coking Units Flexicoking Unit Coke Handling System Storage and Transfer Petroleum Coke Calcining Coke Calciner Delayed Coking Unit General Cataly tic Reforming Unit Continuous Catalyst Regeneration Cataly tic Reforming Unit Cyclic Catalyst Regeneration Cataly tic Reforming Unit Semi-regenerative Catalyst Regeneration Cataly tic Hydrotreating Unit General Hydrogen Generation Unit General Merox Treating Unit General Crude Unit Atmospheric Distillation General Light Ends Fractionation Unit General Gasoline Blending Unit General Hydrocracking Unit General Alkylation Unit Hydrofluoric Acid Alkylation Alkylation Unit Sulfuric Acid Alkylation Sour Gas Treating Unit General Sulfur Recovery Unit Mod. Claus: 2 Stage w/o Control (92-95% Removal) Sulfur Recovery Unit Mod. Claus: 3 Stage w/o Control (95-96% Removal) Sulfur Recovery Unit Mod. Claus: 4 Stage w/o Control (96-97% Removal) Sulfur Recovery Unit Claus Sulfur Removal Process with Tail Gas Treatment (99.9% Removal) Sulfur Recovery Unit Claus Sulfur Removal Process: Other Sulfur Recovery Unit Lo-Cat Sulfur Recovery Unit Caustic Scrubber Sulfur Recovery Unit Sulfuric Acid Plant: Chamber Process Sulfur Recovery Unit Sulfuric Acid Plant: Contact Absorber/@ 99.9% Conversion Sulfur Recovery Unit Sulfuric Acid Plant: Contact Absorber/@ 99.0% Conversion Sulfur Recovery Unit Sulfuric Acid Plant: Contact Absorber/@ 97.0% Conversion

Page 22SCC_Lookup

Sulfur Recovery Unit Sulfuric Acid Plant: Other Sulfur Recovery Unit Sulfur Storage Incinerators Distillate Oil (No. 2) Incinerators Residual Oil Incinerators Natural Gas Incinerators Process Gas Incinerators Liquified Petroleum Gas Incinerators Other Fuel Ty pe Lube Oil Refining General Underground Storage Remediation and Other Remediation Vapor Extract Underground Storage Remediation and Other Remediation Air Stripping Re-refining of Lube Oils and Greases Waste Oil Still Vent Re-refining of Lube Oils and Greases Waste Oil Storage Tank Fugitive Dust Emissions Unpaved Roads: Medium Duty Vehicles Fugitive Dust Emissions Paved Roads: All Vehicle Ty pes Fugitive Dust Emissions Bulk Material Crushing/Screening/Handling Fugitive Dust Emissions Bulk Materials Conveyors Fugitive Dust Emissions Bulk Materials Storage Bins Fugitive Dust Emissions Bulk Materials Open Stockpiles Fugitive Dust Emissions Bulk Materials Loading/Unloading Operation Petroleum Products - Not Classified Other (use for a Petroleum Refinery process unit not included in this list) Abrasive Blasting of Metal Parts General Abrasive Blasting of Metal Parts Sand Abrasive Electroplating Operations Other Not Classified Other Not Classified Other Not Classified Construction: Building Contractors Other Not Classified Laboratories Bench Scale Reagents: Research

Laboratories Bench Scale Reagents: Testing Residual Oil General Natural Gas General Process Gas General Solid Waste General Degreasing Stoddard (Petroleum Solvent): Open-top Vapor Degreasing Degreasing Stoddard (Petroleum Solvent): General Degreasing Units Degreasing Other Not Classified: General Degreasing Units Degreasing Other Not Classified: Open-top Vapor Degreasing Cold Solvent Cleaning/Stripping Stoddard (Petroleum Solvent) Cold Solvent Cleaning/Stripping Other Not Classified Fugitive Emissions General Surface Coating Application - General Paint: Solvent-base

Page 23SCC_Lookup

Surface Coating Application - General Paint: Water-base Surface Coating Application - General Varnish/Shellac Surface Coating Application - General Lacquer Surface Coating Application - General Enamel Surface Coating Application - General Primer Surface Coating Application - General Adhesive: General Thinning Solvents - General General Miscellaneous Metal Parts Coating Operation Miscellaneous Metal Parts Cleaning/Pretreatment Miscellaneous Metal Parts Prime Coat Application Miscellaneous Metal Parts Topcoat Application Miscellaneous Metal Parts Other Not Classified Fuel Fired Equipment Natural Gas: Incinerator/Afterburner Miscellaneous Other Mix of Tank Roof Types Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Mix of Tank Roof Types Crude Oil Mix of Tank Roof Types Gasoline Mix of Tank Roof Types Jet Naphtha (JP-4 or Jet B) Mix of Tank Roof Types Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8) Mix of Tank Roof Types Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil) Mix of Tank Roof Types Heavy Fuel Oil (#4 Fuel Oil) Mix of Tank Roof Types Residual or Heavy Gas Oil (#5 or #6 Fuel Oil) Mix of Tank Roof Types Unfinished or Intermediate Naphtha Mix of Tank Roof Types Other Fixed Roof Tanks Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Fixed Roof Tanks Crude Oil Fixed Roof Tanks Gasoline Fixed Roof Tanks Jet Naphtha (JP-4 or Jet B)

Page 24SCC_Lookup

Fixed Roof Tanks Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8) Fixed Roof Tanks Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil) Fixed Roof Tanks Heavy Fuel Oil (#4 Fuel Oil) Fixed Roof Tanks Residual or Heavy Gas Oil (#5 or #6 Fuel Oil) Fixed Roof Tanks Unfinished or Intermediate Naphtha Fixed Roof Tanks Other External Floating Roof Tanks (Without Geodesic Domes) Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) External Floating Roof Tanks (Without Geodesic Domes) Crude Oil External Floating Roof Tanks (Without Geodesic Domes) Gasoline External Floating Roof Tanks (Without Geodesic Domes) Jet Naphtha (JP-4 or Jet B) External Floating Roof Tanks (Without Geodesic Domes) Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8) External Floating Roof Tanks (Without Geodesic Domes) Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil) External Floating Roof Tanks (Without Geodesic Domes) Heavy Fuel Oil (#4 Fuel Oil) External Floating Roof Tanks (Without Geodesic Domes) Residual or Heavy Gas Oil (#5 or #6 Fuel Oil) External Floating Roof Tanks (Without Geodesic Domes) Unfinished or Intermediate Naphtha External Floating Roof Tanks (Without Geodesic Domes) Other External Floating Roof Tanks (With Geodesic Domes) Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) External Floating Roof Tanks (With Geodesic Domes) Crude Oil External Floating Roof Tanks (With Geodesic Domes) Gasoline External Floating Roof Tanks (With Geodesic Domes) Jet Naphtha (JP-4 or Jet B) External Floating Roof Tanks (With Geodesic Domes) Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8) External Floating Roof Tanks (With Geodesic Domes) Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil) External Floating Roof Tanks (With Geodesic Domes) Heavy Fuel Oil (#4 Fuel Oil) External Floating Roof Tanks (With Geodesic Domes) Residual or Heavy Gas Oil (#5 or #6 Fuel Oil) External Floating Roof Tanks (With Geodesic Domes) Unfinished or Intermediate Naphtha External Floating Roof Tanks (With Geodesic Domes) Other Internal Floating Roof Tanks Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Internal Floating Roof Tanks Crude Oil

Page 25SCC_Lookup

Internal Floating Roof Tanks Gasoline Internal Floating Roof Tanks Jet Naphtha (JP-4 or Jet B) Internal Floating Roof Tanks Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8) Internal Floating Roof Tanks Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil) Internal Floating Roof Tanks Heavy Fuel Oil (#4 Fuel Oil) Internal Floating Roof Tanks Residual or Heavy Gas Oil (#5 or #6 Fuel Oil) Internal Floating Roof Tanks Unfinished or Intermediate Naphtha Internal Floating Roof Tanks Other LPG Pressurized Tanks Examples: Propane Spheres, Butane Spheres
Tank Cars and Trucks Crude Oil

Tank Cars and Trucks Gasoline

Tank Cars and Trucks Jet Naphtha (JP-4 or Jet B)

Tank Cars and Trucks Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8)
Tank Cars and Trucks Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil)
Tank Cars and Trucks Asphalt

Tank Cars and Trucks Other: Not Classified
Gasoline Retail Operations - Stage I Balanced Submerged Filling
Gasoline Retail Operations - Stage I Underground Tank Breathing and Emptying
Filling Vehicle Gas Tanks - Stage II Vapor Loss w/o Controls
Filling Vehicle Gas Tanks - Stage II Liquid Spill Loss w/o Controls
Filling Vehicle Gas Tanks - Stage II Not Classified **

Page 26SCC_Lookup

Ships and Ocean Barges Crude Oil
Ships and Ocean Barges Gasoline
Ships and Ocean Barges Jet Naphtha (JP-4 or Jet B)
Ships and Ocean Barges Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8) Ships and Ocean Barges Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil) Ships and Ocean Barges Other: Not Classified
Non-ocean Barges Crude Oil
Non-ocean Barges Gasoline
Non-ocean Barges Jet Naphtha (JP-4 or Jet B)
Non-ocean Barges Kerosene (including Jet Kerosene Jet A-1, Jet A, JP-5, or JP-8) Non-ocean Barges Distillate Fuel (Diesel Fuel, #2 Fuel Oil, or #3 Fuel Oil) Non-ocean Barges Other: Not Classified
Fugitive Emissions General Mix of Tank Roof Types Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Mix of Tank Roof Types Ethanol Mix of Tank Roof Types Other Alcohol Not Listed Mix of Tank Roof Types Propane Mix of Tank Roof Types Butane Mix of Tank Roof Types N-Hexane Mix of Tank Roof Types Other Alkane Not Listed Mix of Tank Roof Types Other Olefin Not Listed

Page 27SCC_Lookup

Mix of Tank Roof Types Ethanolamines Mix of Tank Roof Types Other Amine Not Listed Mix of Tank Roof Types Benzene Mix of Tank Roof Types Cresol Mix of Tank Roof Types Cumene Mix of Tank Roof Types Ethyl Benzene Mix of Tank Roof Types Toluene Mix of Tank Roof Types m-Xylene Mix of Tank Roof Types o-Xylene Mix of Tank Roof Types p-Xylene Mix of Tank Roof Types Xylenes Mix of Tank Roof Types Other Aromatic Not Listed Mix of Tank Roof Types Other Ester Not Listed Mix of Tank Roof Types Methyl-tert-Butyl Ether Mix of Tank Roof Types Other Ether Not Listed Mix of Tank Roof Types Other Glycol Ether Not Listed Mix of Tank Roof Types Other Glycol Not Listed Mix of Tank Roof Types Benzyl Chloride Mix of Tank Roof Types Chlorobenzene Mix of Tank Roof Types Other Halogenated Organic Not Listed Mix of Tank Roof Types Acetone Mix of Tank Roof Types Methyl Isobutyl Ketone Mix of Tank Roof Types Other Ketone Not Listed Mix of Tank Roof Types Acrylonitrile Mix of Tank Roof Types Other Nitrile Not Listed Mix of Tank Roof Types Phenol Mix of Tank Roof Types Other Chemical Not Listed Fixed Roof Tanks Mix of Stored Liquid Types (for use if the emission point includes multiple tanks)

Page 28SCC_Lookup

Fixed Roof Tanks Ethanol Fixed Roof Tanks Other Alcohol Not Listed Fixed Roof Tanks Propane Fixed Roof Tanks Butane Fixed Roof Tanks N-Hexane Fixed Roof Tanks Other Alkane Not Listed Fixed Roof Tanks Other Olefin Not Listed Fixed Roof Tanks Ethanolamines Fixed Roof Tanks Other Amine Not Listed Fixed Roof Tanks Benzene Fixed Roof Tanks Cresol Fixed Roof Tanks Cumene Fixed Roof Tanks Ethyl Benzene Fixed Roof Tanks Toluene Fixed Roof Tanks m-Xylene Fixed Roof Tanks o-Xylene Fixed Roof Tanks p-Xylene Fixed Roof Tanks Xylenes Fixed Roof Tanks Other Aromatic Not Listed Fixed Roof Tanks Other Ester Not Listed Fixed Roof Tanks Methyl-tert-Butyl Ether Fixed Roof Tanks Other Ether Not Listed Fixed Roof Tanks Other Glycol Ether Not Listed Fixed Roof Tanks Other Glycol Not Listed Fixed Roof Tanks Benzyl Chloride Fixed Roof Tanks Chlorobenzene Fixed Roof Tanks Other Halogenated Organic Not Listed Fixed Roof Tanks Acetone

Page 29SCC_Lookup

Fixed Roof Tanks Methyl Isobutyl Ketone Fixed Roof Tanks Other Ketone Not Listed Fixed Roof Tanks Acrylonitrile Fixed Roof Tanks Other Nitrile Not Listed Fixed Roof Tanks Phenol Fixed Roof Tanks Other Chemical Not Listed Floating Roof Tanks Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Floating Roof Tanks Ethanol Floating Roof Tanks Other Alcohol Not Listed Floating Roof Tanks Propane Floating Roof Tanks Butane Floating Roof Tanks N-Hexane Floating Roof Tanks Other Alkane Not Listed Floating Roof Tanks Other Olefin Not Listed Floating Roof Tanks Ethanolamines Floating Roof Tanks Other Amine Not Listed Floating Roof Tanks Benzene Floating Roof Tanks Cresol Floating Roof Tanks Cumene Floating Roof Tanks Ethyl Benzene Floating Roof Tanks Toluene Floating Roof Tanks m-Xylene Floating Roof Tanks o-Xylene Floating Roof Tanks p-Xylene Floating Roof Tanks Xylenes Floating Roof Tanks Other Aromatic Not Listed Floating Roof Tanks Other Ester Not Listed Floating Roof Tanks Methyl-tert-Butyl Ether

Page 30SCC_Lookup

Floating Roof Tanks Other Ether Not Listed Floating Roof Tanks Other Glycol Ether Not Listed Floating Roof Tanks Other Glycol Not Listed Floating Roof Tanks Benzyl Chloride Floating Roof Tanks Chlorobenzene Floating Roof Tanks Other Halogenated Organic Not Listed Floating Roof Tanks Acetone Floating Roof Tanks Methyl Isobutyl Ketone Floating Roof Tanks Other Ketone Not Listed Floating Roof Tanks Acrylonitrile Floating Roof Tanks Other Nitrile Not Listed Floating Roof Tanks Phenol Floating Roof Tanks Other Chemical Not Listed Pressure Tanks Mix of Stored Liquid Types (for use if the emission point includes multiple tanks) Pressure Tanks Methanol Pressure Tanks Other Alcohol Not Listed Pressure Tanks Acetaldehyde Pressure Tanks Other Aldehyde Not Listed Pressure Tanks Ethane Pressure Tanks Propane Pressure Tanks Butane Pressure Tanks Other Alkane Not Listed Pressure Tanks 1,3-Butadiene Pressure Tanks 1-Butene Pressure Tanks Ethylene Pressure Tanks Isobutylene Pressure Tanks Propylene Pressure Tanks Isoprene

Page 31SCC_Lookup

Pressure Tanks Other Olefin Not Listed Pressure Tanks Other Amine Not Listed Pressure Tanks Benzene Pressure Tanks p-Xylene Pressure Tanks Other Aromatic Not Listed Pressure Tanks Methylene Chloride Pressure Tanks Perchloroethylene Pressure Tanks Trichloroethylene Pressure Tanks Methyl Chloride Pressure Tanks Other Halogenated Organic Not Listed Pressure Tanks Acetone Pressure Tanks Methyl Ethyl Ketone Pressure Tanks Methyl Mercaptan Pressure Tanks Other Mercaptan Not Listed Pressure Tanks Phenol Pressure Tanks Other Chemical Not Listed Miscellaneous Volatile Organic Compound Evaporation Identify the Process and Solvent in Comments Incineration Hazardous Waste Incineration Sludge Incineration Other Waste (non-Hazardous) Treatment, Storage, Disposal/TSDF Waste Piles: Fugitive Emissions Treatment, Storage, Disposal/TSDF Land Treatment: Fugitive Emissions Treatment, Storage, Disposal/TSDF Landfills: Fugitive Emissions General Other Other unit not otherwise classified in this list Other unit not otherwise classified in this list

Page 32SCC_Lookup

Form Approved 03/28/2011; OMB Control No. 2060-0657; Approval Expires 03/31/2014

Page 33SCC_Lookup

Page 34SCC_Lookup

Page 35SCC_Lookup

Page 36SCC_Lookup

Page 37SCC_Lookup

Page 38SCC_Lookup

Page 39SCC_Lookup

Page 40SCC_Lookup

Page 41SCC_Lookup

Page 42SCC_Lookup

Page 43SCC_Lookup

Page 44SCC_Lookup

Page 45SCC_Lookup

Page 46SCC_Lookup

Page 47SCC_Lookup

Page 48

### Pollutant_Lookup



### CAS_Number **Pollutant_Name** 630-08-0 Carbon monoxide 7439-92-1 Lead PM10-PRI Particulate matter (PM) <= 10 micrometers (μm) PM10-FIL Filterable PM <=10 μm PM25-PRI PM <= 2.5 μm PM25-FIL Filterable PM <= 2.5 μm PM-CON Condensable PM 10102-44-0 Nitrogen dioxide NOX Nitrogen oxides 7446-09-5 Sulfur dioxide VOC Volatile organic compounds 74-85-1 Ethylene 74-86-2 Acetylene 74-98-6 Propane 115-07-1 Propylene 463-49-0 Propadiene 106-97-8 n-Butane 75-28-5 Isobutane 106-98-9 1-Butene 107-01-7 2-Butene 115-11-7 Isobutene 590-19-2 1,2-Butadiene 109-66-0 n-pentane 78-78-4 2-Methylbutane 287-92-3 Cyclopentane 591-95-7 1,2-Pentadiene 1574-41-0 1-cis-3-Pentadiene 2004-70-8 1-trans-3-Pentadiene 591-93-5 1,4-Pentadiene 591-96-8 2,3-Pentadiene 598-25-4 3-Methyl-1,2-butadiene 78-79-5 2-Methyl-1,3-butadiene 542-92-7 Cyclopentadiene 110-82-7 Cyclohexane 108-87-2 Methylcylcohexane 142-82-5 Heptane (and isomers) 111-65-9 Octane (and isomers) 78-93-3 Methyl ethyl ketone 25551-13-7 Trimethylbenzene(s) 75-07-0 Acetaldehyde 107-02-8 Acrolein 62-53-3 Analine
Page 1

### Pollutant_Lookup



### 71-43-2 Benzene 74-83-9 Bromomethane 106-99-0 1,3-Butadiene 75-00-3 Chloroethane 67-66-3 Chloroform 74-87-3 Chloromethane 98-82-8 Cumene 106-93-4 1,2-Dibromoethane 106-46-7 1,4-Dichlorobenzene 75-34-3 1,1-Dichloroethane 107-06-2 1,2-Dichloroethane 75-35-4 1,1-Dichloroethylene 78-87-5 1,2-Dichloropropane 542-75-6 1,3-Dichloropropene 111-42-2 Diethanolamine 100-41-4 Ethylbenzene 50-00-0 Formaldehyde 67-72-1 Hexachloroethane 110-54-3 n-Hexane 67-56-1 Methanol 108-10-1 Methyl isobutyl ketone 1634-04-4 Methyl tert-butyl ether 100-42-5 Styrene 79-34-5 1,1,2,2-Tetrachloroethane 127-18-4 Tetrachloroethylene 108-88-3 Toluene 79-00-5 1,1,2-Trichloroethane 79-01-6 Trichloroethylene 121-44-8 Triethylamine 540-84-1 2,2,4-Trimethylpentane 593-60-2 Vinyl bromide 75-01-4 Vinyl chloride 95-47-6 o-Xylene 108-38-3 m-Xylene 106-42-3 p-Xylene 1330-20-7 Xylenes (total) 83-32-9 Acenaphthene POM 208-96-8 Acenaphthylene POM 120-12-7 Anthracene POM 56-55-3 Benzo(a)anthracene POM 50-32-8 Benzo(a)pyrene POM 205-99-2 Benzo(b) fluoranthenePOM 192-97-2 Benzo(e)pyrene POM 191-24-2 Benzo(g,h,i)perylenePOM

Page 2

### Pollutant_Lookup



### 207-08-9 Benzo(k)fluoranthenePOM 92-52-4 Biphenyl POM 117-81-7 Bis(2-ethyl hexyl) phthalate 91-58-7 2-ChloronaphthalenePOM 108-39-4 m-Cresol 95-48-7 o-Cresol 106-44-5 p-Cresol 1319-77-3 Cresols (total) 218-01-9 Chrysene POM 53-70-3 Dibenz(a,h)anthracenePOM 84-74-2 di-n-Butyl phthalate 84-66-2 Diethyl-phthalate 57-97-6 7,12-Dimethylbenz(a) anthracene POM 206-44-0 Fluoranthene POM 86-73-7 Fluorene POM 193-39-5 Indeno(1,2,3-cd) pyrenePOM 56-49-5 3-MethylchloranthrenePOM 91-57-6 2-Methylnaphthalene POM 218-01-9 Chrysene POM 91-20-3 Naphthalene POM 198-55-0 Perylene POM 85-01-8 Phenanthrene POM 108-95-2 Phenol 129-00-0 Pyrene POM 1746-01-6 Dioxin: 4D 2378j 40321-76-4 Dioxin: 5D 12378j 39227-28-6 Dioxin: 6D 123478j 57653-85-7 Dioxin: 6D 123678j 19408-74-3 Dioxin: 6D 123789j 35822-46-9 Dioxin: 7D 1234678j 3268-87-9 Dioxin: 8Dj 132-64-9 Dibenzofurans 51207-31-9 Furan: 4F 2378k 57117-41-6 Furan: 5F 12378k 57117-31-4 Furan: 5F 23478k 70648-26-9 Furan: 6F 123478k 57117-44-9 Furan: 6F 123678k 72918-21-9 Furan: 6F 123789k 60851-34-5 Furan: 6F 234678k 67562-39-4 Furan: 7F 1234678k 55673-89-7 Furan: 7F 1234789k 39001-02-0 Furan: 8Fk 1336-36-3 Polychlorinated biphenyls (total) 7440-36-0 Antimony

Page 3

### Pollutant_Lookup



### 7440-38-2 Arsenic 7440-41-7 Beryllium 7440-43-9 Cadmium 18540-29-9 Chromium (hexavalent) 7440-47-3 Chromium (total) 7440-48-4 Cobalt 7439-92-1 Lead 7439-96-5 Manganese 7439-97-6 Mercury 7440-02-0 Nickel 7782-49-2 Selenium 75-15-0 Carbon disulfide 463-58-1 Carbonyl sulfide 7782-50-5 Chlorine 7647-01-0 Hydrogen chloride 74-90-8 Hydrogen cyanide (& cyanide compounds) 7664-39-3 Hydrogen fluoride 7723-14-0 Phosphorus 7664-41-7 Ammonia 74-84-0 Ethane 7783-06-4 Hydrogen sulfide 7440-39-3 Barium 7440-50-8 Copper 7439-98-7 Molybdenum 7440-62-2 Vanadium 7440-66-6 Zinc

Page 4

### Pollutant_Lookup



### Pollutant_Class Form Approved 03/28/2011; OMB Control No. 2060-0657; Approval Expires 03/31/2014 

### Criteria Pollutant Criteria Pollutant/Metal HAP Criteria Pollutant Criteria Pollutant Criteria Pollutant Criteria Pollutant Criteria Pollutant Criteria Pollutant Criteria Pollutant Criteria Pollutant Criteria Pollutant VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VOC VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP
Page 5

### Pollutant_Lookup



### VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP VolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP

Page 6

### Pollutant_Lookup



### SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP SemiVolatileAndNonVolatileOrganicHAP DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs DioxinsFuransPCBs MetalHAP

Page 7

### Pollutant_Lookup



### MetalHAP MetalHAP MetalHAP MetalHAP MetalHAP MetalHAP CriteriaPollutant/MetalHAP MetalHAP MetalHAP MetalHAP MetalHAP OtherInorganicHAP OtherInorganicHAP OtherInorganicHAP OtherInorganicHAP OtherInorganicHAP OtherInorganicHAP OtherInorganicHAP Other Other Other Other Other Other Other Other

Page 8

### Method_Description

Direct measurements Engineering calculations Other Stack testing