Facility _Information

facility _id utility

_codelegal_owner_name

legl_operator_name

legal_address_type

legal_address

legal_city legal_statelegal_zip 47 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 50 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 1378 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 1379 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 3393 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 3396 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 3399 18642 Tennessee Valley Authority Tennesseee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 3403 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 3405 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 3406 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801 3407 18642 Tennessee Valley Authority Tennessee Valley

Authority legal owner1101 Market Street, LP 3K Chattanooga

TN 37402-2801

Page 1Facility _Information

plant_name

physical_address

phyical_city

physical_state

physical_zip

mailing_address

mailing_city

mailing_state

mailing_zip Colbert Tennessee Valley Authority

- Colbert Fossil Plant900 Colbert Steam Plant Road TuscumbiaAL 35674-6906 Tennessee Valley

Authority

- Colbert Fossil Plant900 Colbert Steam Plant Road TuscumbiaAL 35674-6906 Widows Creek

Tennessee Valley

Authority

- Widows Creek Fossil Plant, County Road 96 StevensonAL 35772-2000 Tennessee Valley

Authority

- Widows Creek Fossil Plant, County Road 96 StevensonAL 35772-2000 Paradise Tennessee Valley Authority

- Paradise Fossil Plant13246 State Route 176 Suite 110 Drakesboro

KY 42337-2345 Tennessee Valley

Authority

- Paradise Fossil Plant13246 State Route 176 Suite 110 Drakesboro

KY 42337-2345 Shawnee Tennessee Valley Authority

- Shawnee Fossil Plant7900 Metropolis Lake Road West Paducah

KY 42086-9414 Tennessee Valley

Authority

- Shawnee Fossil Plant7900 Metropolis Lake Road West Paducah

KY 42086-9414 Allen SteamPlant

Tennessee Valley

Authority

- Allen Fossil Plant2574 Plant Road Memphis TN 38109-3014 Tennessee Valley

Authority

- Allen Fossil Plant2574 Plant Road Memphis TN 38109-3014 Bull Run Tennessee Valley Authority

- Bull Run Fossil Plant1265 Edgemoor Road Clinton TN 37716-6270 Tennessee Valley

Authority

- Bull Run Fossil Plant1265 Edgemoor Road Clinton TN 37716-6270 Cumberland

Tennessee Valley

Authority

- Cumberland Fossil Plant815 Cumberland City Road Cumberland City

TN 37050-2000 Tennessee Valley

Authority

- Cumberland Fossil Plant815 Cumberland City Road Cumberland City

TN 37050-2000 Gallatin Tennessee Valley Authority

- Gallatin Fossil Plant1499 Steam Plant Road Gatin TN 37066-8714 Tennessee Valley

Authority

- Gallatin Fossil Plant1499 Steam Plant Road Gatin TN 37066-8714 John Sevier

Tennessee Valley

Authority

- John Sevier Fossil Plant611 Old Highway 70 RogrsvilleTN 37857-1900 Tennessee Valley

Authority

- John Sevier Fossil Plant611 Old Highway 70 RogrsvilleTN 37857-1900 Johnsonville

Tennessee Valley

Authority

- Johnsonville Fossil PlantHighway 70 New Johnsonville

TN 37134-0259 Tennessee Valley

Authority

- Johnsonville Fossil PlantHighway 70 New Johnsonville

TN 37134-0259 Kingston Tennessee Valley Authority

- Kingston Fossil Plant714 Swan Pond Road Harriman TN 37748-8327 Tennessee Valley

Authority

- Kingston Fossil Plant714 Swan Pond Road Harriman TN 37748-8327

Page 2Facility _Information

RFA_small_entity

ff_fired_coal

ff_fired_oil ff_fired_ngas ff_fired_petcoke

ff_fired_other

ff_permitted_coal

ff_permitted_oil

ff_permitted_ngas No TRUE TRUE FALSE FALSE TRUE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE TRUE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE TRUE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE TRUE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE TRUE TRUE TRUE FALSE No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE

Page 3Facility _Information

ff_permitted_petcoke

ff_permitted_other

deviation_reporting

continuous_emissions

cem_provided

facility _note FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. Yes US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. Yes US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. Yes US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. No US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. No US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. Yes US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. Yes US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. Yes US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA, 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. No US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA, 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. Yes US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA, 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 FALSE TRUE Quarterly excess emission reports, Title V certifications, State malfunction reports. No US EPA Region IV, Air and EPCRA Enforcement Branch, 61 Forsy th Street, SW, Atlanta, GA 30303 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 4Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 5Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 6Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 7Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 8Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 9Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 10Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 11Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 12Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 13Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 5.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For Units 1-4, moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For COF1 - 2 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-4.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Units 7 and 8 are FGD scrubbed units and may or may not burn varying quantites of low sulfur coal.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 7.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For U For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates. PAF 1-3 are FGD scrubbed units and use low quantities of low sulfur coal. Prior to 2006, PAF3 did not have a FGD scrubber and larger quantities of low sulfur coal were burned.Anhy drous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No mercury CEMs data for Unit 2.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.Multiple cyclones installation date assumed to be the same as baghouse installation dates.No CO averaging period for Unit 10 AFBC.No guaranteed emission rates for PM (filterable) or SO2. No guaranteed emission rates for CO or NOx for Unit 10 AFBC.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For SHF1-5 - 2005:Flue gas tem For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low sulfur coal, and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, percent sulfur based on annual average.Coal percentages based on annual average.For ALF1 - 2006:Flue gas temps were 309.3, 311.5, 312.6 F.For ALF2 - 2006:Flue gas temp for Run 3 was 303.9 F. For Part I:Values on Boiler Information tab are nominal values.Month/year boiler optimization, low sulfur coal, and low sulfur oil came online are approximate dates.A FGD scrubber was installed on the unit 12/2008 and slightly higher sulfur coal is currently being used.Anhydrous ammonia used in SCR.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for the unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Moisture content, oxy gen content, carbon dioxide content, flue gas temperature and pressure values were averaged for the two ducts.For BRF1 - 2006 test:Flue gas pressure at sampling port was -0.00184 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm. For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable), SO2, or NOx.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests. Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For GAF1-2 - 2006:Flue gas temps were 312.8, 315.3, 319.4 F.Flue gas pressures were -0.0025 atm for all three runs.For GAF3-4 - 2006:Flue gas pressures were -0.00197 for all three runs.For GAF1 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For JSF1-2 - 2006:Flue gas temps were 312.4, 311.9, 312 F.Flue gas pressures were -0.000737 atm for all tests.For JSF3-4 - 2006:Flue gas temps were 304.9, 306.9, 309.3 F.Flue gas pressures were -0.000492 atm for all runs.For JSF3-4 - 200 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305 For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year boiler optimization, overfire air, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.KIF Units 1-9 will come online with FGD scrubbers in 2010.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For KIF1-5 - 2005:Flue gas temps were 330.7, 326.3, 327.8 F.Flue gas pressures were -0.00418

Page 14Facility _Information

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.Month/year low NOx burners and low sulfur oil came online are approximate dates.Anhydrous ammonia used in SCRs.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average and proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.For CUF1 - 2007:Flue gas pressures were -0.000688, -0.000615, -0.000615 atm.For CUF2 - 2007:Flue gas pressures were -0.00197, -0.00197, -0.00172 atm.For CUF1 - 2009:Flue gas pressures for Run 2 was -0.00197 and for Run 3 was -0.00221 atm.

For Part I:Values on Boiler Information tab are nominal values.Fuel weight and heat percentages may not add exactly

to 100% due to rounding.No steam reheat on Units 1-6.Month/year boiler optimization, low NOx burners, low sulfur coal, and low sulfur oil came online are approximate dates.No guaranteed emission rates for PM (filterable) or SO2.No estimated year of retirement for any unit.For Part II:No fuel shipments with HAP analyses.No fuel composition sampling results for PM tests.Particulate Tests:Net generation based on gross unit load, time of test, and ratio of annual net generation to annual gross generation.Fuel flow rate based on annual average proportioned to gross unit load for test.Percent ash, HHV, and percent sulfur based on annual average.Coal percentages based on annual average.For JOF1-10 - 2005:Flue gas temps were 311.3, 312.4 and 314.5 F.Flue gas pressure for Runs 2 and 3 were -0.00344 atm.For JOF1-10 - 2007:Flue gas temps were 302.6, 305

Page 15facility _contacts

facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 47 19Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 47 20 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 50 21 Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 50 22 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 1378 7Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 1378 8 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 1379 9Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 1379 10 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 3393 5Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 3393 6 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 3396 1 Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 3396 2 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 3399 3Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 3399 4 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 3403 11 Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 3403 12 Chenical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 3405 13Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 3405 14 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 3406 15Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 3406 16 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE 3407 17Air Permit and Compliance Specialist Steve Strunk

4237512808 scstrunk@tva.gov TRUE 3407 18 Chemical Engineer Don Kachelman

2563862689 dlkachelman@tva.gov FALSE

Page 16facility _coal_utilized

facility _id coal_type percentage_mass percentage_btu

synfuel_type

coal_note 47 bituminous 88.3 91 47 subbituminous 11.7 9 50 bituminous 98.7 99 50 subbituminous 1.3 1 1378 bituminous 90.8 92.9 1378 subbituminous 9.2 7.1 1379 bituminous 59.8 66.1 1379 subbituminous 40.2 33.9 No subbituminous coal burned in Unit 10 3393 bituminous 15.1 19.5 3393 subbituminous 84.9 80.5 3396 bituminous 100 100 3399 bituminous 100 100 3403 bituminous 1.7 2.1 3403 subbituminous 98.3 97.9 3405 bituminous 100 100 3406 bituminous 64.3 70.9 3406 subbituminous 35.7 29.1 3407 bituminous 63.1 70.4 3407 subbituminous 36.9 29.6

Page 17facility _oil_utilized

facility _id oil_type percentage_volume percentage_btu

other_type 47 No.2 Fuel Oil (distillate)

99.3 99.3 47 other (specify) 0.7 0.7 Used oil 50 No.2 Fuel Oil (distillate)

99.1 99.1 50 other (specify) 0.9 0.9 used oil 1378 No.2 Fuel Oil (distillate) 90.6 90.7 1378 other (specify) 9.4 9.3 used oil 1379 No.2 Fuel Oil (distillate) 98.1 97.9 1379 other (specify) 1.9 2.1 used oil 3393 No.2 Fuel Oil (distillate) 99.7 99.6 3393 other (specify) 0.3 0.4 used oil 3396 No.2 Fuel Oil (distillate) 100 100 3399 No.2 Fuel Oil (distillate) 99.7 99.7 3399 other (specify) 0.3 0.3 used oil 3403 No.2 Fuel Oil (distillate) 97.9 97.6 3403 other (specify) 2.1 2.4 used oil 3405 No.2 Fuel Oil (distillate) 99.3 99.3 3405 other (specify) 0.7 0.7 used oil 3406 No.2 Fuel Oil (distillate) 99.3 99.4 3406 other (specify) 0.7 0.6 used oil 3407 No.2 Fuel Oil (distillate) 96.7 96.5 3407 other (specify) 3.3 3.5 used oil

Page 18facility _other_materials

facility _id other_material

permitted_burn

actually _burn other_quantity

other_quantity

_units other_notercra_utilizercra_explain 47 Boiler Cleaning Chemicals

TRUE TRUE 1063.3 tons/year About 94% water Depends on requirements 47 By-product Aromatic Carboxylic Acid

TRUE FALSE Permitted to burn up to 5% of boiler's throughput by weight on a hourly

basis and 10,000 tons/yr on an annual basis. Depends on requirements 47 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 47Wood WasteTRUE TRUE 343.2 tons/year Permitted to burn up to 3% of boiler's heat input (about 7% by weight). Depends on requirements 50 Boiler Cleaning Chemicals

TRUE FALSE Depends on requirements 50 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 50Wood WasteTRUE FALSE Permitted to burn up to 3% of boiler's heat input (about 7% by weight). Depends on requirements 1378 Boiler Cleaning Chemicals

TRUE FALSE Depends on requirements. 1378 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 1378Wood WasteTRUE FALSE Permitted to burn up to 5% of boiler's heat input (about 13% by weight). Depends on requirements 1379 Boiler Cleaning Chemicals

TRUE FALSE Depnds on rquirements 1379 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 1379Wood WasteTRUE FALSE Permitted to burn in Units 1-9 up to 3% of boiler's heat input (about 8% by weight). Depends on requirements 3393 Biogas TRUE TRUE 11629.2 tons/year Permitted to burn in Units 2 and 3 up to 5% of one boiler's heat input. Depends on requirements 3393 Boiler Cleaning Chemicals

TRUE FALSE Depends on requirements 3393 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 3393 Shredded Tires

TRUE FALSE Permitted to burn up to 10% of boiler's heat input (about 8% by weight). Depends on requirements 3393Wood WasteTRUE FALSE Permitted to burn up to 10% boiler's heat input (about 24% by weight). Depends on requirements 3396 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 3396Wood WasteTRUE FALSE Permitted to burn up to 3% of boiler's heat input (about 8% by weight). Depends on requirements 3399 Boiler Cleaning Chemicals

TRUE TRUE 260.4 tons/year About 94% water Depends on requirements 3399 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 3399Wood WasteTRUE FALSE Permitted to burn up to 2% of boiler's heat input (about 5% by weight). Depends on requirements 3403 Boiler Cleaning Chemicals

TRUE TRUE 1749 tons/year About 94% water Depends on requirements 3403 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 3403Wood WasteTRUE FALSE Permitted to burn up to 3% of boiler's heat input (about 8% by weight). Depends on requirements 3405 Boiler Cleaning Chemicals

TRUE FALSE Depends on requirements 3405 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 3405Wood WasteTRUE FALSE Permitted to burn up to 3% of boiler's heat input (about 8% by weight). Depends on requirements 3406 Boiler Cleaning Chemicals

TRUE TRUE 846.3 tons/year About 94% water Depends on requirements. 3406 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Depends on requirements 3406Wood WasteTRUE FALSE Permitted to burn up to 3% of boiler's heat input (about 8% by weight). Depends on requirements 3407 Boiler Cleaning Chemicals

TRUE FALSE 3407 Nonhazardous Solvents

TRUE FALSE Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. 3407Wood WasteTRUE FALSE Permitted to burn up to 3% of boiler's heat input (about 8% by weight).

Page 19facility _other_materials

rcra_explain Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements. Depends on requirements Depends on requirements Depnds on rquirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements Depends on requirements. Depends on requirements Depends on requirements

Permitted to burn up to 100,000 gallons/yr of used oil and nonhazardous solvents. Permitted to burn up to 3% of boiler's heat input (about 8% by weight).

Page 20boiler_information

facility _id boiler_id boiler_typeboiler_other bottom_design

design_fuelheat_input max_heat_input MWe_capacity 47 1 Wall firing - front firing Dry Bottomcoal 1860 2121 200 47 2 Wall firing - front firing Dry Bottomcoal 1860 2121 200 47 3 Wall firing - front firing Dry Bottomcoal 1860 2121 200 474 Wall firing - front firing Dry Bottomcoal 1860 2121 200 47 5 Wall firing - opposed firing Dry Bottomcoal 4866 5547 550 50 1 Wall firing - front firing Dry Bottomcoal 1419 1528 140.6 50 2 Wall firing - front firing Dry Bottomcoal 1419 1528 140.6 50 3 Wall firing - front firing Dry Bottomcoal 1419 1528 140.6 50 4 Wall firing - front firing Dry Bottomcoal 1419 1528 140.6 50 5 Wall firing - front firing Dry Bottomcoal 1328 1589 140.6 50 6 Wall firing - front firing Dry Bottomcoal 1328 1589 140.6 50 7 Tangential firing Dry Bottomcoal 5080 5681 575 50 8 Tangential firing Dry Bottomcoal 4821 5839 550 1378 1 Cyclone firing Wet Bottom coal 6172 6959 704 1378 2 Cyclone firing Wet Bottom coal 6172 6959 704 1378 3 Cyclone firing Wet Bottom coal 9932 11457 1150.2 1379 1 Wall firing - front firing Dry Bottomcoal 1645 1691 175 1379 10 Fluidized bed firing Dry Bottomcoal 1645 1800 175 1379 2 Wall firing - front firing Dry Bottomcoal 1645 1691 175 1379 3 Wall firing - front firing Dry Bottomcoal 1645 1691 175 13794 Wall firing - front firing Dry Bottomcoal 1645 1691 175 1379 5 Wall firing - front firing Dry Bottomcoal 1645 1691 175 1379 6 Wall firing - front firing Dry Bottomcoal 1645 1691 175 1379 7 Wall firing - front firing Dry Bottomcoal 1645 1691 175 1379 8 Wall firing - front firing Dry Bottomcoal 1645 1691 175 1379 9 Wall firing - front firing Dry Bottomcoal 1645 1691 175 3393 1 Cyclone firing Wet Bottom coal 2912 3064 330 3393 2 Cyclone firing Wet Bottom coal 2912 3064 330 3393 3 Cyclone firing Wet Bottom coal 2912 3064 330 3396 1 Tangential firing Dry Bottomcoal 7967 8871 950 3399 1 Wall firing - opposed firing Dry Bottomcoal 11487 14130 1300 3399 2 Wall firing - opposed firing Dry Bottomcoal 11487 14130 1300 3403 1 Tangential firing Dry Bottomcoal 2788 2750 300 3403 2 Tangential firing Dry Bottomcoal 2788 2750 300 3403 3 Tangential firing Dry Bottomcoal 3002 3032 327.6 34034 Tangential firing Dry Bottomcoal 3002 3032 327.6 3405 1 Tangential firing Dry Bottomcoal 1853 1967 200 3405 2 Tangential firing Dry Bottomcoal 1853 1967 200 3405 3 Tangential firing Dry Bottomcoal 1853 1967 200 34054 Tangential firing Dry Bottomcoal 1853 1967 200 3406 1 Tangential firing Dry Bottomcoal 1278 1405 125 3406 10 Wall firing - front firing Dry Bottomcoal 1610 1734 172.8 3406 2 Tangential firing Dry Bottomcoal 1278 1405 125 3406 3 Tangential firing Dry Bottomcoal 1278 1405 125 34064 Tangential firing Dry Bottomcoal 1278 1405 125 3406 5 Tangential firing Dry Bottomcoal 1492 1566 147 3406 6 Tangential firing Dry Bottomcoal 1492 1566 147 3406 7 Wall firing - front firing Dry Bottomcoal 1610 1734 172.8 3406 8 Wall firing - front firing Dry Bottomcoal 1610 1734 172.8 3406 9 Wall firing - front firing Dry Bottomcoal 1610 1734 172.8 3407 1 Tangential firing Dry Bottomcoal 1639 1641 175

Page 21boiler_information

3407 2 Tangential firing Dry Bottomcoal 1639 1641 175 3407 3 Tangential firing Dry Bottomcoal 1639 1641 175 34074 Tangential firing Dry Bottomcoal 1639 1641 175 3407 5 Tangential firing Dry Bottomcoal 1858 2056 200 3407 6 Tangential firing Dry Bottomcoal 1858 2056 200 3407 7 Tangential firing Dry Bottomcoal 1858 2056 200 3407 8 Tangential firing Dry Bottomcoal 1858 2056 200 3407 9 Tangential firing Dry Bottomcoal 1858 2056 200

Page 22boiler_information

MWe_net_capacity

design_gross_efficiency

operating_gross_efficiency

design_pressure

operating_pressure

design_temp

operating_temp

design_reheat_multiple

design_reheat_temp1 178 88.5 85.7 1800 1820 1050 1004 FALSE 1050 178 88.5 86.1 1800 1813 1050 981 FALSE 1050 178 88.5 86.6 1800 1813 1050 996 FALSE 1050 178 88.5 85.5 1800 1806 1050 982 FALSE 1050 472 89.59 88.5 2400 2411 1050 1019 FALSE 1000 111 88.3 85.6 1450 1193 1000 982 FALSE 111 88.3 85.5 1450 1213 1000 978 FALSE 111 88.3 85.7 1450 1439 1000 989 FALSE 111 88.3 84.2 1450 1447 1000 997 FALSE 111 88.45 84.9 1800 1621 1000 990 FALSE 1000 111 88.45 86.1 1800 1803 1000 991 FALSE 1000 473 89.62 88.5 2400 1971 1050 981 FALSE 1000 465 89.83 89.3 2400 1966 1050 1017 FALSE 1000 628 89.66 95.3 2400 2391 1050 1049 FALSE 1000 602 89.66 88.6 2400 2382 1050 1048 FALSE 1000 971 89.24 93.8 3500 3466 1000 995 FALSE 1000 134 88.33 82.1 1800 1820 1000 983 FALSE 1000 124 88.33 85.8 1800 1840 1000 986 FALSE 1000 134 88.33 84.8 1800 1820 1000 991 FALSE 1000 134 88.33 85.7 1800 1820 1000 991 FALSE 1000 134 88.33 84.9 1800 1820 1000 990 FALSE 1000 134 88.33 85 1800 1820 1000 995 FALSE 1000 134 88.33 85 1800 1819 1000 994 FALSE 1000 134 88.33 84.4 1800 1819 1000 984 FALSE 1000 134 88.33 84.8 1800 1820 1000 992 FALSE 1000 134 88.33 85.2 1800 1820 1000 991 FALSE 1000 247 90.4 85.5 2400 2363 1050 1022 FALSE 1050 247 90.4 85.8 2400 2368 1050 1027 FALSE 1050 247 90.4 84.8 2400 2346 1050 1021 FALSE 1050 870 90.08 90.18 3500 3458 1000 993 FALSE 1000 1239 88.87 88.8 3500 3484 1000 991 FALSE 1000 1239 88.87 88.5 3500 3495 1000 988 FALSE 1000 225 88.5 91.4 2000 1964 1050 995 FALSE 1050 225 88.5 91.4 2000 1983 1050 998 FALSE 1050 263 89.8 91.6 2000 2019 1050 1007 FALSE 1050 263 89.8 91.5 2000 1720 1050 1019 FALSE 1050 176 88.85 89.4 1800 1818 1050 885 FALSE 1050 176 88.85 89.2 1800 1817 1050 887 FALSE 1050 176 88.85 89.7 1800 1819 1050 897 FALSE 1050 176 88.85 89.5 1800 1818 1050 914 FALSE 1050 107 88.06 84.5 1450 1471 1000 968 FALSE 141 89.66 87.1 2000 2019 1050 1026 FALSE 1000 107 88.06 85.3 1450 1470 1000 968 FALSE 107 88.06 84.7 1450 1469 1000 960 FALSE 107 88.06 84.3 1450 1474 1000 964 FALSE 107 88.06 84.4 1450 1436 1000 997 FALSE 107 88.06 85.4 1450 1450 1000 970 FALSE 141 89.66 87 2000 2019 1050 1022 FALSE 1000 141 89.66 88 2000 2017 1050 1015 FALSE 1000 141 89.66 87.5 2000 2018 1050 1021 FALSE 1000 135 88.64 86.7 1800 1811 1000 985 FALSE 1000

Page 23boiler_information

135 88.64 86.8 1800 1816 1000 991 FALSE 1000 135 88.64 85.1 1800 1817 1000 982 FALSE 1000 135 88.64 86.6 1800 1817 1000 981 FALSE 1000 177 88.46 86.1 1800 1819 1050 992 FALSE 1050 177 88.46 85.7 1800 1812 1050 996 FALSE 1050 177 88.46 86.4 1800 1818 1050 995 FALSE 1050 177 88.46 85.8 1800 1813 1050 998 FALSE 1050 177 88.46 86.4 1800 1813 1050 1003 FALSE 1050

Page 24boiler_information

design_reheat_temp2

operating_reheat_multiple

operating_reheat_temp1

operating_reheat_temp2

hours_operated

vg_capacity

_factor applicable_NSPS

retirement_year

retirement_year_CBI FALSE 953 7957 65.9 N FALSE FALSE 924 6783 59.2 N FALSE FALSE 947 6524 58.1 N FALSE FALSE 925 7105 60.9 N FALSE FALSE 971 5189 46.7 N FALSE FALSE 5729 39.2 N FALSE FALSE 5323 38.3 N FALSE FALSE 5660 39.4 N FALSE FALSE 6292 47.7 N FALSE FALSE 938 5148 36.7 N FALSE FALSE 930 8100 52.9 N FALSE FALSE 930 6948 56.9 N FALSE FALSE 959 6170 55.6 N FALSE FALSE 984 7184 71.8 N FALSE FALSE 986 7699 81.3 N FALSE FALSE 978 6611 61.8 N FALSE FALSE 979 8288 63.5 N FALSE FALSE 916 6498 49.1 Subpart Da(1) FALSE FALSE 971 8333 64.6 N FALSE FALSE 971 8451 67.3 N FALSE FALSE 966 7777 62.1 N FALSE FALSE 976 8514 68 N FALSE FALSE 964 8205 63.6 N FALSE FALSE 966 8189 65 N FALSE FALSE 973 8517 67 N FALSE FALSE 969 8235 64.1 N FALSE FALSE 1007 7571 64.2 N FALSE FALSE 1006 7633 63.5 N FALSE FALSE 1003 7921 66 N FALSE FALSE 995 5747 59.1 N FALSE FALSE 988 7378 77.2 N FALSE FALSE 993 7600 77.1 N FALSE FALSE 977 8360 68.8 N FALSE FALSE 965 8203 69.3 N FALSE FALSE 981 8188 71.4 N FALSE FALSE 1008 8056 72.6 N FALSE FALSE 853 8063 69.4 N FALSE FALSE 860 7463 65.1 N FALSE FALSE 873 7782 68.5 N FALSE FALSE 889 7412 66.4 N FALSE FALSE 8106 58.2 N FALSE FALSE 983 6797 52.7 N FALSE FALSE 8366 60.8 N FALSE FALSE 7960 57.2 N FALSE FALSE 8043 58.3 N FALSE FALSE 7422 54 N FALSE FALSE 7138 51.3 N FALSE FALSE 979 6223 49.2 N FALSE FALSE 985 6927 52.2 N FALSE FALSE 990 7217 55.2 N FALSE FALSE 995 6370 49.4 N FALSE

Page 25boiler_information

FALSE 991 5968 46.6 N FALSE FALSE 993 6517 50.3 N FALSE FALSE 984 5741 44.8 N FALSE FALSE 992 5707 56.1 N FALSE FALSE 990 6087 58.2 N FALSE FALSE 983 6061 58.4 N FALSE FALSE 990 5882 55.5 N FALSE FALSE 996 6831 62.9 N FALSE

Page 26boiler_information

NOx_control

SO2_control

combustion_additives Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No

Page 27boiler_information

Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No Yes Yes No

Page 28boiler_fuels

facility _id boiler_id fuel_type fuel_year percentage_massvol percentage_btu

other_type 47 1 coal - bituminous2007 82 86.2 47 1 coal - bituminous2008 82.9 86.7 47 1 coal - bituminous2009 82 85.7 47 1 coal - subbituminous 2007 17.8 13.7 47 1 coal - subbituminous 2008 16.9 13.1 47 1 coal - subbituminous 2009 17.5 13.8 47 1 oil - distillate 2008 0.14 0.25 47 1 oil - distillate 2009 0.25 0.45 47 1 other fossil fuel (specify) 2007 0.025 0.016 Byproduct aromatic carboxylic acid 47 1 other fossil fuel (specify) 2009 0.16 0.0017 Boiler cleaning chemicals 47 1 other non-fossil fuel (specify) 2007 0.19 0.063Wood waste 47 1 other non-fossil fuel (specify) 2008 0.043 0.016Wood waste 47 1 other non-fossil fuel (specify) 2009 0.027 0.0099Wood waste 47 2 coal - bituminous2007 81.8 85.9 47 2 coal - bituminous2008 82.8 86.4 47 2 coal - bituminous2009 81.7 85.2 47 2 coal - subbituminous 2007 17.7 13.6 47 2 coal - subbituminous 2008 16.8 13 47 2 coal - subbituminous 2009 17.5 13.7 47 2 oil - distillate 2007 0.2 0.34 47 2 oil - distillate 2008 0.3 0.52 47 2 oil - distillate 2009 0.57 1.03 47 2 oil - other 2007 0.021 0.035 Used oil 47 2 oil - other 2008 0.027 0.047 Used oil 47 2 oil - other 2009 0.013 0.023 Used oil 47 2 other fossil fuel (specify) 2007 0.029 0.018 Byproduct aromatic carboxylic acid 47 2 other fossil fuel (specify) 2009 0.25 0.0027 Boiler cleaning chemicals 47 2 other non-fossil fuel (specify) 2007 0.23 0.075Wood waste 47 2 other non-fossil fuel (specify) 2008 0.056 0.02 Wood waste 47 2 other non-fossil fuel (specify) 2009 0.043 0.016Wood waste 47 3 coal - bituminous2007 81.9 86.1 47 3 coal - bituminous2008 82.8 86.5 47 3 coal - bituminous2009 81.9 85.2 47 3 coal - subbituminous 2007 17.7 13.7 47 3 coal - subbituminous 2008 16.8 13 47 3 coal - subbituminous 2009 17.5 13.7 47 3 oil - distillate 2007 0.05 0.09 47 3 oil - distillate 2008 0.23 0.4 47 3 oil - distillate 2009 0.58 1.04 47 3 oil - other 2007 0.032 0.054 Used oil 47 3 oil - other 2008 0.027 0.047 Used oil 47 3 oil - other 2009 0.013 0.023 Used oil 47 3 other fossil fuel (specify) 2007 0.031 0.019 Byproduct aromatic carboxylic acid 47 3 other non-fossil fuel (specify) 2007 0.25 0.082 Wood waste 47 3 other non-fossil fuel (specify) 2008 0.074 0.027Wood waste 47 3 other non-fossil fuel (specify) 2009 0.046 0.017Wood waste 474 coal - bituminous2007 81.9 86 474 coal - bituminous2008 83 86.8 474 coal - bituminous2009 82.1 85.7 474 coal - subbituminous 2007 17.7 13.6 474 coal - subbituminous 2008 16.9 13.1

Page 29boiler_fuels

474 coal - subbituminous 2009 17.6 13.8 474 oil - distillate 2007 0.16 0.28 474 oil - distillate 2008 0.07 0.13 474 oil - distillate 2009 0.28 0.5 474 other fossil fuel (specify) 2007 0.027 0.017 Byproduct aromatic carboxylic acid 474 other non-fossil fuel (specify) 2007 0.22 0.071 Wood waste 474 other non-fossil fuel (specify) 2008 0.052 0.019Wood waste 474 other non-fossil fuel (specify) 2009 0.046 0.017Wood waste 47 5 coal - bituminous2007 93.6 95.1 47 5 coal - bituminous2008 99.2 99.1 47 5 coal - bituminous2009 97.7 97.8 47 5 coal - subbituminous 2007 6.19 4.56 47 5 coal - subbituminous 2008 0.4 0.29 47 5 coal - subbituminous 2009 1.77 1.3 47 5 oil - distillate 2007 0.21 0.35 47 5 oil - distillate 2008 0.37 0.62 47 5 oil - distillate 2009 0.53 0.88 50 1 coal - bituminous2007 99.5 99.6 50 1 coal - bituminous2008 99.79 99.65 50 1 coal - bituminous2009 93.6 94.6 50 1 coal - subbituminous 2009 5.95 4.58 50 1 oil - distillate 2007 0.22 0.38 50 1 oil - distillate 2008 0.21 0.35 50 1 oil - distillate 2009 0.49 0.83 50 1 other fossil fuel (specify) 2007 0.23 0.0024 Boiler cleaning chemicals 50 2 coal - bituminous2007 99.8 99.6 50 2 coal - bituminous2008 99.64 99.39 50 2 coal - bituminous2009 93.3 94.1 50 2 coal - subbituminous 2009 5.93 4.56 50 2 oil - distillate 2007 0.23 0.38 50 2 oil - distillate 2008 0.36 0.61 50 2 oil - distillate 2009 0.77 1.31 50 3 coal - bituminous2007 99.9 99.9 50 3 coal - bituminous2008 99.93 99.87 50 3 coal - bituminous2009 92.6 92.8 50 3 coal - subbituminous 2009 5.88 4.5 50 3 oil - distillate 2007 0.08 0.14 50 3 oil - distillate 2008 0.07 0.13 50 3 oil - distillate 2009 1.57 2.66 50 4 coal - bituminous2007 99.9 99.8 50 4 coal - bituminous2008 99.81 99.67 50 4 coal - bituminous2009 93.4 94.4 50 4 coal - subbituminous 2009 5.94 4.57 50 4 oil - distillate 2007 0.11 0.18 50 4 oil - distillate 2008 0.19 0.333 50 4 oil - distillate 2009 0.62 1.05 50 5 coal - bituminous2007 99.6 99.4 50 5 coal - bituminous2008 99.9 99.83 50 5 coal - bituminous2009 92.9 93.4 50 5 coal - subbituminous 2009 5.9 4.53 50 5 oil - distillate 2007 0.34 0.56 50 5 oil - distillate 2008 0.07 0.13

Page 30boiler_fuels

50 5 oil - distillate 2009 1.19 2.02 50 5 oil - other 2007 0.022 0.034 Used oil 50 5 oil - other 2008 0.023 0.037 Used oil 50 6 coal - bituminous2007 99.96 99.94 50 6 coal - bituminous2008 99.86 99.77 50 6 coal - bituminous2009 94 95.3 50 6 coal - subbituminous 2009 5.97 4.62 50 6 oil - distillate 2007 0.04 0.06 50 6 oil - distillate 2008 0.14 0.23 50 6 oil - distillate 2009 0.027 0.047 50 6 oil - other 2009 0.013 0.02 Used oil 50 7 coal - bituminous2007 99.96 99.94 50 7 coal - bituminous2008 99.95 99.92 50 7 coal - bituminous2009 99.92 99.87 50 7 oil - distillate 2007 0.04 0.06 50 7 oil - distillate 2008 0.05 0.08 50 7 oil - distillate 2009 0.08 0.13 50 8 coal - bituminous2007 99.96 99.93 50 8 coal - bituminous2008 99.95 99.92 50 8 coal - bituminous2009 99.97 99.95 50 8 oil - distillate 2007 0.04 0.07 50 8 oil - distillate 2008 0.05 0.08 50 8 oil - distillate 2009 0.03 0.05 1378 1 coal - bituminous2007 99.73 99.78 1378 1 coal - bituminous2008 93.77 95.2 1378 1 coal - bituminous2009 93.95 95.37 1378 1 coal - subbituminous 2007 0.258 0.198 1378 1 coal - subbituminous 2008 6.22 4.79 1378 1 coal - subbituminous 2009 6.04 4.61 1378 1 oil - distillate 2007 0.00682 0.0116 1378 1 oil - distillate 2008 0.00722 0.0123 1378 1 oil - distillate 2009 0.00806 0.0137 1378 1 oil - other 2007 0.00438 0.00688 Used oil 1378 1 oil - other 2008 8.52E-05 0.000135 Used oil 1378 1 oil - other 2009 0.00117 0.00184 Used oil 1378 2 coal - bituminous2007 99.73 99.79 1378 2 coal - bituminous2008 93.77 95.19 1378 2 coal - bituminous2009 93.95 95.37 1378 2 coal - subbituminous 2007 0.258 0.198 1378 2 coal - subbituminous 2008 6.22 4.79 1378 2 coal - subbituminous 2009 6.04 4.61 1378 2 oil - distillate 2007 0.0078 0.0133 1378 2 oil - distillate 2008 0.0115 0.0196 1378 2 oil - distillate 2009 0.00864 0.0147 1378 3 coal - bituminous2007 99.72 99.77 1378 3 coal - bituminous2008 86.49 89.39 1378 3 coal - bituminous2009 85.7 88.8 1378 3 coal - subbituminous 2007 0.258 0.198 1378 3 coal - subbituminous 2008 13.5 10.6 1378 3 coal - subbituminous 2009 14.3 11.1 1378 3 oil - distillate 2007 0.0178 0.0302 1378 3 oil - distillate 2008 0.00782 0.0136

Page 31boiler_fuels

1378 3 oil - distillate 2009 0.0125 0.0217 1378 3 oil - other 2007 0.00428 0.00673 Used oil 1378 3 oil - other 2008 0.00252 0.00405 Used oil 1378 3 oil - other 2009 0.00199 0.0032 Used oil 1379 1 coal - bituminous2007 72.3 78.1 1379 1 coal - bituminous2008 74.6 79.6 1379 1 coal - bituminous2009 57.2 63.6 1379 1 coal - subbituminous 2007 27.7 21.8 1379 1 coal - subbituminous 2008 25.4 20.3 1379 1 coal - subbituminous 2009 42.7 36.2 1379 1 oil - distillate 2007 0.056 0.098 1379 1 oil - distillate 2008 0.044 0.078 1379 1 oil - distillate 2009 0.1 0.2 1379 10 coal - bituminous2007 99.93 99.89 1379 10 coal - bituminous2008 99.96 99.93 1379 10 coal - bituminous2009 99.9 99.8 1379 10 oil - distillate 2007 0.07 0.11 1379 10 oil - distillate 2008 0.04 0.07 1379 10 oil - distillate 2009 0.1 0.2 1379 2 coal - bituminous2007 72.3 78.1 1379 2 coal - bituminous2008 74.5 79.5 1379 2 coal - bituminous2009 57.2 63.4 1379 2 coal - subbituminous 2007 27.7 21.8 1379 2 coal - subbituminous 2008 25.4 20.3 1379 2 coal - subbituminous 2009 42.6 36.2 1379 2 oil - distillate 2007 0.028 0.048 1379 2 oil - distillate 2008 0.13 0.23 1379 2 oil - distillate 2009 0.21 0.39 1379 2 oil - other 2007 0.0089 0.016 Used oil 1379 2 oil - other 2008 0.0045 0.008 Used oil 1379 3 coal - bituminous2007 72.3 78.1 1379 3 coal - bituminous2008 74.5 79.4 1379 3 coal - bituminous2009 57.2 63.6 1379 3 coal - subbituminous 2007 27.7 21.8 1379 3 coal - subbituminous 2008 25.4 20.36 1379 3 coal - subbituminous 2009 42.7 36.3 1379 3 oil - distillate 2007 0.027 0.048 1379 3 oil - distillate 2008 0.18 0.31 1379 3 oil - distillate 2009 0.089 0.17 13794 coal - bituminous2007 72.3 78.1 13794 coal - bituminous2008 74.5 79.5 13794 coal - bituminous2009 57.2 63.5 13794 coal - subbituminous 2007 27.7 21.8 13794 coal - subbituminous 2008 25.4 20.3 13794 coal - subbituminous 2009 42.7 36.2 13794 oil - distillate 2007 0.057 0.099 13794 oil - distillate 2008 0.093 0.16 13794 oil - distillate 2009 0.1 0.19 13794 oil - other 2007 0.0089 0.016 Used oil 13794 oil - other 2008 0.0045 0.008 Used oil 13794 oil - other 2009 0.013 0.024 Used oil 1379 5 coal - bituminous2007 72.3 78.1

Page 32boiler_fuels

1379 5 coal - bituminous2008 74.5 79.6 1379 5 coal - bituminous2009 57.3 63.6 1379 5 coal - subbituminous 2007 27.7 21.8 1379 5 coal - subbituminous 2008 25.4 20.3 1379 5 coal - subbituminous 2009 42.7 36.3 1379 5 oil - distillate 2007 0.042 0.072 1379 5 oil - distillate 2008 0.087 0.15 1379 5 oil - distillate 2009 0.028 0.053 1379 6 coal - bituminous2007 72.2 78 1379 6 coal - bituminous2008 74.6 79.6 1379 6 coal - bituminous2009 57.3 63.6 1379 6 coal - subbituminous 2007 27.7 21.8 1379 6 coal - subbituminous 2008 25.4 20.3 1379 6 coal - subbituminous 2009 42.7 36.3 1379 6 oil - distillate 2007 0.082 0.14 1379 6 oil - distillate 2008 0.041 0.073 1379 6 oil - distillate 2009 0.063 0.12 1379 6 oil - other 2008 0.0045 0.008 Used oil 1379 6 oil - other 2009 0.0079 0.015 Used oil 1379 7 coal - bituminous2007 72.3 78.1 1379 7 coal - bituminous2008 74.6 79.6 1379 7 coal - bituminous2009 57.2 63.5 1379 7 coal - subbituminous 2007 27.7 21.8 1379 7 coal - subbituminous 2008 25.4 20.3 1379 7 coal - subbituminous 2009 42.6 36.2 1379 7 oil - distillate 2007 0.055 0.096 1379 7 oil - distillate 2008 0.041 0.073 1379 7 oil - distillate 2009 0.14 0.27 1379 8 coal - bituminous2007 72.2 78 1379 8 coal - bituminous2008 74.6 79.7 1379 8 coal - bituminous2009 57.3 63.6 1379 8 coal - subbituminous 2007 27.7 21.8 1379 8 coal - subbituminous 2008 25.4 20.3 1379 8 coal - subbituminous 2009 42.7 36.3 1379 8 oil - distillate 2007 0.084 0.15 1379 8 oil - distillate 2009 0.063 0.12 1379 9 coal - bituminous2007 72.3 78.1 1379 9 coal - bituminous2008 74.6 79.7 1379 9 coal - bituminous2009 57.2 63.5 1379 9 coal - subbituminous 2007 27.7 21.8 1379 9 coal - subbituminous 2008 25.4 20.3 1379 9 coal - subbituminous 2009 42.6 36.2 1379 9 oil - distillate 2007 0.064 0.11 1379 9 oil - distillate 2009 0.12 0.23 3393 1 coal - bituminous2007 17.4 22.6 3393 1 coal - bituminous2008 16.5 21.3 3393 1 coal - bituminous2009 15.1 19.3 3393 1 coal - subbituminous 2007 82.3 76.8 3393 1 coal - subbituminous 2008 83.4 78.5 3393 1 coal - subbituminous 2009 84.5 79.8 3393 1 oil - distillate 2007 0.276 0.575 3393 1 oil - distillate 2008 0.136 0.287

Page 33boiler_fuels

3393 1 oil - distillate 2009 0.421 0.897 3393 1 other fossil fuel (specify) 2007 0.0158 0.0275 Shredded tires 3393 2 coal - bituminous2007 17.4 22.6 3393 2 coal - bituminous2008 16.3 21 3393 2 coal - bituminous2009 15.1 19.3 3393 2 coal - subbituminous 2007 82.1 76.8 3393 2 coal - subbituminous 2008 82.5 77.4 3393 2 coal - subbituminous 2009 84.5 79.8 3393 2 oil - distillate 2007 0.139 0.29 3393 2 oil - distillate 2008 0.409 0.864 3393 2 oil - distillate 2009 0.385 0.821 3393 2 oil - other 2007 0.00074 0.00167 Used oil 3393 2 oil - other 2008 0.000762 0.00172 Used oil 3393 2 other fossil fuel (specify) 2007 0.0143 0.025 Shredded tires 3393 2 other non-fossil fuel (specify) 2007 0.369 0.317 Biogas 3393 2 other non-fossil fuel (specify) 2008 0.792 0.781 Biogas 3393 2 other non-fossil fuel (specify) 2009 4.26E-05 4.07E-05 Biogas 3393 3 coal - bituminous2007 17.3 22.4 3393 3 coal - bituminous2008 16.3 20.9 3393 3 coal - bituminous2009 14.9 19.3 3393 3 coal - subbituminous 2007 81.3 76.2 3393 3 coal - subbituminous 2008 82.3 77.2 3393 3 coal - subbituminous 2009 83.9 79.6 3393 3 oil - distillate 2007 0.093 0.195 3393 3 oil - distillate 2008 0.39 0.824 3393 3 oil - other 2007 0.00389 0.00878 Used oil 3393 3 oil - other 2008 0.00269 0.00608 Used oil 3393 3 oil - other 2009 0.00278 0.00643 Used oil 3393 3 other fossil fuel (specify) 2007 0.0116 0.0202 Shredded tires 3393 3 other non-fossil fuel (specify) 2007 1.31 1.13 Biogas 3393 3 other non-fossil fuel (specify) 2008 1.04 1.03 Biogas 3393 3 other non-fossil fuel (specify) 2009 1.16 1.12 Biogas 3396 1 coal - bituminous2007 99.84 99.75 3396 1 coal - bituminous2008 99.29 98.89 3396 1 coal - bituminous2009 99.56 99.33 3396 1 oil - distillate 2007 0.16 0.25 3396 1 oil - distillate 2008 0.71 1.11 3396 1 oil - distillate 2009 0.44 0.67 3399 1 coal - bituminous2007 99.71 99.53 3399 1 coal - bituminous2008 99.84 99.74 3399 1 coal - bituminous2009 99.64 99.43 3399 1 oil - distillate 2007 0.287 0.465 3399 1 oil - distillate 2008 0.158 0.259 3399 1 oil - distillate 2009 0.36 0.57 3399 1 oil - other 2007 0.0016 0.0026 Used oil 3399 1 oil - other 2008 0.0008 0.0012 Used oil 3399 2 coal - bituminous2007 99.88 99.8 3399 2 coal - bituminous2008 99.59 99.34 3399 2 coal - bituminous2009 99.72 99.57 3399 2 oil - distillate 2007 0.115 0.186 3399 2 oil - distillate 2008 0.403 0.658 3399 2 oil - distillate 2009 0.267 0.428

Page 34boiler_fuels

3399 2 oil - other 2007 0.005 0.0078 Used oil 3399 2 oil - other 2008 0.0013 0.002 Used oil 3399 2 oil - other 2009 0.0017 0.0027 Used oil 3399 2 other fossil fuel (specify) 2008 0.0088 0.000088 Boiler cleaning chemicals 3399 2 other fossil fuel (specify) 2009 0.0075 0.000074 Boiler cleaning chemicals 3403 1 coal - bituminous2007 3.5 4.7 3403 1 coal - bituminous2008 0.5 0.674 3403 1 coal - bituminous2009 1.69 2.08 3403 1 coal - subbituminous 2007 96.4 95.1 3403 1 coal - subbituminous 2008 99.5 99.3 3403 1 coal - subbituminous 2009 98.2 97.8 3403 1 oil - distillate 2007 0.0968 0.209 3403 1 oil - distillate 2008 0.0314 0.0685 3403 1 oil - distillate 2009 0.0464 0.102 3403 1 oil - other 2007 0.00404 0.00861 Used oil 3403 1 oil - other 2008 0.00279 0.00602 Used oil 3403 1 oil - other 2009 0.00472 0.0114 Used oil 3403 1 other fossil fuel (specify) 2009 0.0499 0.000677 Bolier cleaning chemicals 3403 2 coal - bituminous2007 3.5 4.71 3403 2 coal - bituminous2008 0.5 0.674 3403 2 coal - bituminous2009 1.69 2.07 3403 2 coal - subbituminous 2007 96.5 95.2 3403 2 coal - subbituminous 2008 99.5 99.2 3403 2 coal - subbituminous 2009 98.2 97.7 3403 2 oil - distillate 2007 0.0498 0.108 3403 2 oil - distillate 2008 0.0463 0.101 3403 2 oil - distillate 2009 0.0981 0.215 3403 2 oil - other 2007 0.00125 0.00266 Used oil 3403 2 oil - other 2008 0.000916 0.00197 Used oil 3403 2 oil - other 2009 0.00166 0.00401 Used oil 3403 2 other fossil fuel (specify) 2009 0.0528 0.000715 Boiler cleaning chemicals 3403 3 coal - bituminous2007 3.5 4.71 3403 3 coal - bituminous2008 0.5 0.674 3403 3 coal - bituminous2009 1.69 2.08 3403 3 coal - subbituminous 2007 96.4 95.2 3403 3 coal - subbituminous 2008 99.5 99.3 3403 3 coal - subbituminous 2009 98.3 97.9 3403 3 oil - distillate 2007 0.0619 0.134 3403 3 oil - distillate 2008 0.0267 0.0583 3403 3 other fossil fuel (specify) 2009 0.0369 0.0005 Boiler cleaning chemicals 34034 coal - bituminous2007 3.5 4.71 34034 coal - bituminous2008 0.5 0.674 34034 coal - bituminous2009 1.69 2.07 34034 coal - subbituminous 2007 96.5 95.2 34034 coal - subbituminous 2008 99.4 99.2 34034 coal - subbituminous 2009 98.1 97.6 34034 oil - distillate 2007 0.0258 0.0558 34034 oil - distillate 2008 0.0523 0.114 34034 oil - distillate 2009 0.138 0.301 34034 other fossil fuel (specify) 2009 0.0419 0.000567 Boiler cleaning chemicals 3405 1 coal - bituminous2007 99.98 99.97 3405 1 coal - bituminous2008 99.98 99.97

Page 35boiler_fuels

3405 1 coal - bituminous2009 99.94 99.9 3405 1 oil - distillate 2007 0.02 0.03 3405 1 oil - distillate 2008 0.02 0.03 3405 1 oil - distillate 2009 0.06 0.1 3405 2 coal - bituminous2007 99.99 99.98 3405 2 coal - bituminous2008 99.97 99.96 3405 2 coal - bituminous2009 99.95 99.92 3405 2 oil - distillate 2007 0.01 0.012 3405 2 oil - distillate 2008 0.03 0.04 3405 2 oil - distillate 2009 0.05 0.08 3405 2 oil - other 2007 0.000446 0.000705 Used oil 3405 2 oil - other 2009 0.000632 0.00101 Used oil 3405 3 coal - bituminous2007 99.97 99.95 3405 3 coal - bituminous2008 99.97 99.96 3405 3 coal - bituminous2009 99.96 99.93 3405 3 oil - distillate 2007 0.03 0.05 3405 3 oil - distillate 2008 0.02 0.04 3405 3 oil - distillate 2009 0.04 0.07 3405 3 oil - other 2007 0.00104 0.00165 Used oil 3405 3 oil - other 2008 0.00143 0.00229 Used oil 3405 3 oil - other 2009 0.000632 0.001 Used oil 34054 coal - bituminous2007 99.94 99.9 34054 coal - bituminous2008 99.97 99.95 34054 coal - bituminous2009 99.98 99.96 34054 oil - distillate 2007 0.06 0.1 34054 oil - distillate 2008 0.03 0.05 34054 oil - distillate 2009 0.02 0.04 3406 1 coal - bituminous2007 70.6 76.6 3406 1 coal - bituminous2008 71.5 77.2 3406 1 coal - bituminous2009 64.3 70.9 3406 1 coal - subbituminous 2007 29.3 23.1 3406 1 coal - subbituminous 2008 28.2 22.4 3406 1 coal - subbituminous 2009 35.7 29.1 3406 1 oil - distillate 2007 0.15 0.26 3406 1 oil - distillate 2008 0.26 0.43 3406 1 oil - other 2007 0.0024 0.0037 Used oil 3406 1 oil - other 2008 0.0029 0.0044 Used oil 3406 1 oil - other 2009 0.0037 0.0058 Used oil 3406 10 coal - bituminous2007 70.5 76.6 3406 10 coal - bituminous2008 71.4 77.1 3406 10 coal - bituminous2009 64 70.2 3406 10 coal - subbituminous 2007 29.2 23.1 3406 10 coal - subbituminous 2008 28.2 22.4 3406 10 coal - subbituminous 2009 35.5 28.8 3406 10 oil - distillate 2007 0.15 0.26 3406 10 oil - distillate 2008 0.33 0.55 3406 10 oil - distillate 2009 0.55 1 3406 10 other fossil fuel (specify) 2007 0.11 0.0012 Boiler cleaning chemicals 3406 10 other fossil fuel (specify) 2008 0.069 0.00074 Boiler cleaning chemicals 3406 2 coal - bituminous2007 70.6 76.6 3406 2 coal - bituminous2008 71.5 77.2 3406 2 coal - bituminous2009 64.3 70.9

Page 36boiler_fuels

3406 2 coal - subbituminous 2007 29.3 23.2 3406 2 coal - subbituminous 2008 28.2 22.4 3406 2 coal - subbituminous 2009 35.7 29.1 3406 2 oil - distillate 2007 0.11 0.2 3406 2 oil - distillate 2008 0.25 0.42 3406 2 oil - other 2007 0.0025 0.0039 Used oil 3406 2 oil - other 2008 0.0029 0.0044 Used oil 3406 2 oil - other 2009 0.0037 0.0058 Used oil 3406 3 coal - bituminous2007 70.6 76.7 3406 3 coal - bituminous2008 71.5 77.2 3406 3 coal - bituminous2009 64.3 70.7 3406 3 coal - subbituminous 2007 29.3 23.2 3406 3 coal - subbituminous 2008 28.2 22.4 3406 3 coal - subbituminous 2009 35.6 29 3406 3 oil - distillate 2007 0.074 0.13 3406 3 oil - distillate 2008 0.23 0.38 3406 3 oil - distillate 2009 0.12 0.22 3406 3 oil - other 2007 0.0027 0.0042 Used oil 3406 3 oil - other 2008 0.0029 0.0044 Used oil 3406 3 oil - other 2009 0.0037 0.0058 Used oil 34064 coal - bituminous2007 70.6 76.7 34064 coal - bituminous2008 71.6 77.3 34064 coal - bituminous2009 64.3 70.7 34064 coal - subbituminous 2007 29.3 23.2 34064 coal - subbituminous 2008 28.3 22.4 34064 coal - subbituminous 2009 35.6 29 34064 oil - distillate 2007 0.074 0.13 34064 oil - distillate 2008 0.16 0.28 34064 oil - distillate 2009 0.14 0.25 34064 oil - other 2007 0.0028 0.0044 Used oil 34064 oil - other 2008 0.0029 0.0044 Used oil 34064 oil - other 2009 0.0036 0.0058 Used oil 3406 5 coal - bituminous2007 70.6 76.6 3406 5 coal - bituminous2008 71.6 77.3 3406 5 coal - bituminous2009 64.2 70.6 3406 5 coal - subbituminous 2007 29.3 23.2 3406 5 coal - subbituminous 2008 28.3 22.4 3406 5 coal - subbituminous 2009 35.6 29 3406 5 oil - distillate 2007 0.12 0.2 3406 5 oil - distillate 2008 0.17 0.28 3406 5 oil - distillate 2009 0.22 0.4 3406 6 coal - bituminous2007 70.5 76.5 3406 6 coal - bituminous2008 71.5 77.2 3406 6 coal - bituminous2009 64.2 70.6 3406 6 coal - subbituminous 2007 29.2 23.1 3406 6 coal - subbituminous 2008 28.2 22.4 3406 6 coal - subbituminous 2009 35.6 29 3406 6 oil - distillate 2007 0.22 0.38 3406 6 oil - distillate 2008 0.22 0.37 3406 6 oil - distillate 2009 0.23 0.42 3406 7 coal - bituminous2007 70.3 76.1 3406 7 coal - bituminous2008 71.3 76.9

Page 37boiler_fuels

3406 7 coal - bituminous2009 63.6 69.6 3406 7 coal - subbituminous 2007 29.1 23 3406 7 coal - subbituminous 2008 28.1 22.3 3406 7 coal - subbituminous 2009 35.2 28.6 3406 7 oil - distillate 2007 0.53 0.92 3406 7 oil - distillate 2008 0.47 0.79 3406 7 oil - distillate 2009 1.03 1.86 3406 7 other fossil fuel (specify) 2007 0.073 0.00078 Boiler cleaning chemicals 3406 7 other fossil fuel (specify) 2008 0.067 0.00072 Boiler cleaning chemicals 3406 7 other fossil fuel (specify) 2009 0.16 0.0018 Boiler cleaning chemicals 3406 8 coal - bituminous2007 70.5 76.6 3406 8 coal - bituminous2008 71.5 77.3 3406 8 coal - bituminous2009 63.9 70.2 3406 8 coal - subbituminous 2007 29.2 23.1 3406 8 coal - subbituminous 2008 28.2 22.4 3406 8 coal - subbituminous 2009 35.4 28.8 3406 8 oil - distillate 2007 0.15 0.26 3406 8 oil - distillate 2008 0.18 0.3 3406 8 oil - distillate 2009 0.58 1.05 3406 8 other fossil fuel (specify) 2007 0.18 0.0019 Boiler cleaning chemicals 3406 8 other fossil fuel (specify) 2008 0.14 0.0015 Boiler cleaning chemicals 3406 8 other fossil fuel (specify) 2009 0.18 0.002 Boiler cleaning chemicals 3406 9 coal - bituminous2007 70.7 76.8 3406 9 coal - bituminous2008 71.6 77.4 3406 9 coal - bituminous2009 63.7 69.8 3406 9 coal - subbituminous 2007 29.3 23.2 3406 9 coal - subbituminous 2008 28.2 22.5 3406 9 coal - subbituminous 2009 35.3 28.7 3406 9 oil - distillate 2008 0.058 0.1 3406 9 oil - distillate 2009 0.82 1.49 3406 9 other fossil fuel (specify) 2007 0.069 0.00074 Boiler cleaning chemicals 3406 9 other fossil fuel (specify) 2008 0.14 0.0015 Boiler cleaning chemicals 3406 9 other fossil fuel (specify) 2009 0.15 0.0016 Boiler cleaning chemicals 3407 1 coal - bituminous2007 59 66.7 3407 1 coal - bituminous2008 54 61.8 3407 1 coal - bituminous2009 63 70.2 3407 1 coal - subbituminous 2007 41 33.2 3407 1 coal - subbituminous 2008 46 38.1 3407 1 coal - subbituminous 2009 36.8 29.5 3407 1 oil - distillate 2007 0.046 0.083 3407 1 oil - distillate 2008 0.034 0.063 3407 1 oil - distillate 2009 0.096 0.17 3407 1 oil - other 2007 0.027 0.048 Used oil 3407 1 oil - other 2008 0.02 0.036 Used oil 3407 1 oil - other 2009 0.057 0.1 Used oil 3407 2 coal - bituminous2007 59 66.8 3407 2 coal - bituminous2008 54 61.9 3407 2 coal - bituminous2009 62.9 69.9 3407 2 coal - subbituminous 2007 41 33.2 3407 2 coal - subbituminous 2008 46 38.1 3407 2 coal - subbituminous 2009 36.7 29.4 3407 2 oil - distillate 2007 0.014 0.025

Page 38boiler_fuels

3407 2 oil - distillate 2008 0.022 0.041 3407 2 oil - distillate 2009 0.41 0.74 3407 3 coal - bituminous2007 59 66.7 3407 3 coal - bituminous2008 54 61.8 3407 3 coal - bituminous2009 63 70.1 3407 3 coal - subbituminous 2007 41 33.2 3407 3 coal - subbituminous 2008 46 38.1 3407 3 coal - subbituminous 2009 36.8 29.5 3407 3 oil - distillate 2007 0.07 0.12 3407 3 oil - distillate 2008 0.045 0.083 3407 3 oil - distillate 2009 0.25 0.45 34074 coal - bituminous2007 59 66.7 34074 coal - bituminous2008 54 61.9 34074 coal - bituminous2009 62.8 69.7 34074 coal - subbituminous 2007 41 33.2 34074 coal - subbituminous 2008 46 38.1 34074 coal - subbituminous 2009 36.7 29.4 34074 oil - distillate 2007 0.062 0.11 34074 oil - distillate 2008 0.022 0.04 34074 oil - distillate 2009 0.52 0.92 3407 5 coal - bituminous2007 58.9 66.7 3407 5 coal - bituminous2008 54 61.8 3407 5 coal - bituminous2009 62.8 69.8 3407 5 coal - subbituminous 2007 41 33.1 3407 5 coal - subbituminous 2008 46 38.1 3407 5 coal - subbituminous 2009 36.7 29.4 3407 5 oil - distillate 2007 0.12 0.21 3407 5 oil - distillate 2008 0.063 0.12 3407 5 oil - distillate 2009 0.43 0.76 3407 6 coal - bituminous2007 58.9 66.7 3407 6 coal - bituminous2008 54 61.8 3407 6 coal - bituminous2009 62.9 70 3407 6 coal - subbituminous 2007 41 33.1 3407 6 coal - subbituminous 2008 46 38.1 3407 6 coal - subbituminous 2009 36.8 29.5 3407 6 oil - distillate 2007 0.11 0.19 3407 6 oil - distillate 2008 0.024 0.045 3407 6 oil - distillate 2009 0.27 0.49 3407 7 coal - bituminous2007 59 66.7 3407 7 coal - bituminous2008 54 61.8 3407 7 coal - bituminous2009 62.9 69.9 3407 7 coal - subbituminous 2007 41 33.2 3407 7 coal - subbituminous 2008 46 38.1 3407 7 coal - subbituminous 2009 36.7 29.4 3407 7 oil - distillate 2007 0.04 0.072 3407 7 oil - distillate 2008 0.032 0.058 3407 7 oil - distillate 2009 0.37 0.67 3407 8 coal - bituminous2007 58.9 66.7 3407 8 coal - bituminous2008 54 61.8 3407 8 coal - bituminous2009 62.9 70 3407 8 coal - subbituminous 2007 41 33.2 3407 8 coal - subbituminous 2008 46 38.1

Page 39boiler_fuels

3407 8 coal - subbituminous 2009 36.8 29.5 3407 8 oil - distillate 2007 0.044 0.079 3407 8 oil - distillate 2008 0.041 0.074 3407 8 oil - distillate 2009 0.32 0.57 3407 8 other fossil fuel (specify) 2007 0.068 0.00075 Boiler cleaning chemicals 3407 9 coal - bituminous2007 58.9 66.7 3407 9 coal - bituminous2008 54 61.8 3407 9 coal - bituminous2009 63 70.1 3407 9 coal - subbituminous 2007 41 33.2 3407 9 coal - subbituminous 2008 46 38.1 3407 9 coal - subbituminous 2009 36.8 29.5 3407 9 oil - distillate 2007 0.041 0.073 3407 9 oil - distillate 2008 0.04 0.074 3407 9 oil - distillate 2009 0.18 0.33 3407 9 other fossil fuel (specify) 2007 0.063 0.00069 Boiler cleaning chemicals

Page 40boiler_fuels

Byproduct aromatic carboxylic acid

Byproduct aromatic carboxylic acid

Byproduct aromatic carboxylic acid

Page 41boiler_fuels

Byproduct aromatic carboxylic acid

Page 42boiler_control_NOx

facility _id boiler_id NOx_type NOx_otherNOx_online 47 1 Low NOx Burner 12/1/1994 47 2 Low NOx Burner 12/1/1994 47 3 Low NOx Burner 12/1/1994 474 Low NOx Burner 12/1/1994 47 5 Low NOx Burner 12/1/1994 50 1 Low NOx Burner 12/1/2003 50 1 Other (specify) Boiler optimization

12/1/1999 50 2 Low NOx Burner 12/1/2003 50 2 Other (specify) Boiler optimization

12/1/1999 50 3 Low NOx Burner 12/1/2003 50 3 Other (specify) Boiler optimization

12/1/1999 50 4 Low NOx Burner 12/1/2003 50 4 Other (specify) Boiler optimization

12/1/1999 50 5 Low NOx Burner 12/1/2003 50 5 Other (specify) Boiler optimization

12/1/1999 50 6 Low NOx Burner 12/1/2003 50 6 Other (specify) Boiler optimization

12/1/1999 50 7 Low NOx Burner 12/1/1999 50 8 Low NOx Burner 12/1/1999 1378 1 Overfire Air 1/1/2000 1378 2 Overfire Air 1/1/2000 1378 3 Overfire Air 1/1/2000 1379 1 Low NOx Burner 1/1/1999 1379 10 Fluidized Bed Combustor 12/1/1988 1379 2 Low NOx Burner 1/1/1999 1379 3 Low NOx Burner 1/1/1999 13794 Low NOx Burner 1/1/1999 1379 5 Low NOx Burner 1/1/1999 1379 6 Low NOx Burner 1/1/1999 1379 7 Low NOx Burner 1/1/1999 1379 8 Low NOx Burner 1/1/1999 1379 9 Low NOx Burner 1/1/1999 3393 1 Overfire Air 1/1/2000 3393 2 Overfire Air 1/1/2000 3393 3 Overfire Air 1/1/2000 3396 1 Other (specify) boiler optimization

1/1/2000 3399 1 Low NOx Burner 12/1/1999 3399 2 Low NOx Burner 12/1/1999 3403 1 Low NOx Burner 12/1/1994 3403 1 Overfire Air 12/1/1994 3403 2 Low NOx Burner 12/1/1994 3403 2 Overfire Air 12/1/1994 3403 3 Low NOx Burner 12/1/1994 3403 3 Overfire Air 12/1/1994 34034 Low NOx Burner 12/1/1992 34034 Overfire Air 12/1/1992 3405 1 Low NOx Burner 12/1/1995 3405 1 Overfire Air 12/1/1995 3405 2 Low NOx Burner 12/1/1995 3405 2 Overfire Air 12/1/1995 3405 3 Low NOx Burner 12/1/1995

Page 43boiler_control_NOx

3405 3 Overfire Air 12/1/1995 34054 Low NOx Burner 12/1/1995 34054 Overfire Air 12/1/1995 3406 1 Other (specify) Boiler optimization

12/1/1994 3406 10 Low NOx Burner 12/1/1994 3406 2 Other (specify) Boiler optimization

12/1/1994 3406 3 Other (specify) Boiler optimization

12/1/1994 34064 Other (specify) Boiler optimization

12/1/1994 3406 5 Other (specify) Boiler optimization

12/1/1994 3406 6 Other (specify) Boiler optimization

12/1/1994 3406 7 Low NOx Burner 12/1/1994 3406 8 Low NOx Burner 12/1/1994 3406 9 Low NOx Burner 12/1/1994 3407 1 Other (specify) Boiler optimization

12/1/1999 3407 2 Other (specify) Boiler optimization

12/1/1999 3407 3 Other (specify) Boiler optimization

12/1/1999 34074 Other (specify) Boiler optimization

12/1/1999 3407 5 Low NOx Burner 12/1/1997 3407 5 Overfire Air 1/1/2000 3407 6 Low NOx Burner 12/1/1997 3407 6 Overfire Air 1/1/2000 3407 7 Low NOx Burner 12/1/1997 3407 7 Overfire Air 1/1/2000 3407 8 Low NOx Burner 12/1/1997 3407 8 Overfire Air 1/1/2000 3407 9 Other (specify) Boiler optimization

12/1/1999

Page 44boiler_control_SO2

facility _id boiler_id SO2_type SO2_otherSO2_online 47 1 Low Sulfur Coal 11/1/1990 47 1 Low Sulfur Fuel Oil 1/1/2008 47 2 Low Sulfur Coal 6/1/1990 47 2 Low Sulfur Fuel Oil 1/1/2008 47 3 Low Sulfur Coal 4/1/1990 47 3 Low Sulfur Fuel Oil 1/1/2008 474 Low Sulfur Coal 12/1/1990 474 Low Sulfur Fuel Oil 1/1/2008 47 5 Low Sulfur Coal 1/1/2001 47 5 Low Sulfur Fuel Oil 1/1/2008 50 1 Low Sulfur Coal 6/1/1978 50 1 Low Sulfur Fuel Oil 7/1/2009 50 2 Low Sulfur Coal 6/1/1978 50 2 Low Sulfur Fuel Oil 7/1/2009 50 3 Low Sulfur Coal 6/1/1978 50 3 Low Sulfur Fuel Oil 7/1/2009 50 4 Low Sulfur Coal 6/1/1978 50 4 Low Sulfur Fuel Oil 7/1/2009 50 5 Low Sulfur Coal 6/1/1978 50 5 Low Sulfur Fuel Oil 7/1/2009 50 6 Low Sulfur Coal 6/1/1978 50 6 Low Sulfur Fuel Oil 7/1/2009 50 7 Low Sulfur Coal 1/1/2004 50 7 Low Sulfur Fuel Oil 7/1/2009 50 8 Low Sulfur Coal 1/1/2004 50 8 Low Sulfur Fuel Oil 7/1/2009 1378 1 Low Sulfur Coal 1/1/2001 1378 1 Low Sulfur Fuel Oil 7/1/2008 1378 2 Low Sulfur Coal 1/1/2001 1378 2 Low Sulfur Fuel Oil 7/1/2008 1378 3 Low Sulfur Coal 1/1/1995 1378 3 Low Sulfur Fuel Oil 7/1/2008 1379 1 Low Sulfur Coal 6/1/1981 1379 1 Low Sulfur Fuel Oil 7/1/2009 1379 10 Limestone injection to fluidized bed-fired furnace 12/1/1988 1379 10 Low Sulfur Coal 1/1/2000 1379 10 Low Sulfur Fuel Oil 7/1/2009 1379 2 Low Sulfur Coal 3/1/1981 1379 2 Low Sulfur Fuel Oil 7/1/2009 1379 3 Low Sulfur Coal 11/1/1980 1379 3 Low Sulfur Fuel Oil 7/1/2009 13794 Low Sulfur Coal 6/1/1980 13794 Low Sulfur Fuel Oil 7/1/2009 1379 5 Low Sulfur Coal 11/1/1979 1379 5 Low Sulfur Fuel Oil 7/1/2009 1379 6 Low Sulfur Coal 2/1/1980 1379 6 Low Sulfur Fuel Oil 7/1/2009 1379 7 Low Sulfur Coal 7/1/1980 1379 7 Low Sulfur Fuel Oil 7/1/2009 1379 8 Low Sulfur Coal 12/1/1980 1379 8 Low Sulfur Fuel Oil 7/1/2009

Page 45boiler_control_SO2

1379 9 Low Sulfur Coal 4/1/1996 1379 9 Low Sulfur Fuel Oil 7/1/2009 3393 1 Low Sulfur Coal 8/1/1995 3393 1 Low Sulfur Fuel Oil 1/1/2008 3393 2 Low Sulfur Coal 8/1/1995 3393 2 Low Sulfur Fuel Oil 1/1/2008 3393 3 Low Sulfur Coal 9/1/1995 3393 3 Low Sulfur Fuel Oil 1/1/2008 3396 1 Low Sulfur Coal 1/1/2000 3396 1 Low Sulfur Fuel Oil 7/1/2009 3399 1 Low Sulfur Fuel Oil 1/1/2002 3399 2 Low Sulfur Fuel Oil 1/1/2002 3403 1 Low Sulfur Coal 1/1/1995 3403 1 Low Sulfur Fuel Oil 1/1/2001 3403 2 Low Sulfur Coal 1/1/1995 3403 2 Low Sulfur Fuel Oil 1/1/2001 3403 3 Low Sulfur Coal 1/1/1995 3403 3 Low Sulfur Fuel Oil 1/1/2001 34034 Low Sulfur Coal 1/1/1995 34034 Low Sulfur Fuel Oil 1/1/2001 3405 1 Low Sulfur Coal 1/1/2001 3405 1 Low Sulfur Fuel Oil 7/1/2009 3405 2 Low Sulfur Coal 1/1/2001 3405 2 Low Sulfur Fuel Oil 7/1/2009 3405 3 Low Sulfur Coal 1/1/2001 3405 3 Low Sulfur Fuel Oil 7/1/2009 34054 Low Sulfur Coal 1/1/2001 34054 Low Sulfur Fuel Oil 7/1/2009 3406 1 Low Sulfur Coal 1/1/1999 3406 1 Low Sulfur Fuel Oil 1/1/2001 3406 10 Low Sulfur Coal 1/1/1999 3406 10 Low Sulfur Fuel Oil 1/1/2001 3406 2 Low Sulfur Coal 1/1/1999 3406 2 Low Sulfur Fuel Oil 1/1/2001 3406 3 Low Sulfur Coal 1/1/1999 3406 3 Low Sulfur Fuel Oil 1/1/2001 34064 Low Sulfur Coal 1/1/1999 34064 Low Sulfur Fuel Oil 1/1/2001 3406 5 Low Sulfur Coal 1/1/1999 3406 5 Low Sulfur Fuel Oil 1/1/2001 3406 6 Low Sulfur Coal 1/1/1999 3406 6 Low Sulfur Fuel Oil 1/1/2001 3406 7 Low Sulfur Coal 1/1/1999 3406 7 Low Sulfur Fuel Oil 1/1/2001 3406 8 Low Sulfur Coal 1/1/1999 3406 8 Low Sulfur Fuel Oil 1/1/2001 3406 9 Low Sulfur Coal 1/1/1999 3406 9 Low Sulfur Fuel Oil 1/1/2001 3407 1 Low Sulfur Coal 1/1/2002 3407 1 Low Sulfur Fuel Oil 7/1/2009 3407 2 Low Sulfur Coal 1/1/2002 3407 2 Low Sulfur Fuel Oil 7/1/2009

Page 46boiler_control_SO2

3407 3 Low Sulfur Coal 1/1/2002 3407 3 Low Sulfur Fuel Oil 7/1/2009 34074 Low Sulfur Coal 1/1/2002 34074 Low Sulfur Fuel Oil 7/1/2009 3407 5 Low Sulfur Coal 1/1/2002 3407 5 Low Sulfur Fuel Oil 7/1/2009 3407 6 Low Sulfur Coal 1/1/2002 3407 6 Low Sulfur Fuel Oil 7/1/2009 3407 7 Low Sulfur Coal 1/1/2002 3407 7 Low Sulfur Fuel Oil 7/1/2009 3407 8 Low Sulfur Coal 1/1/2002 3407 8 Low Sulfur Fuel Oil 7/1/2009 3407 9 Low Sulfur Coal 1/1/2002 3407 9 Low Sulfur Fuel Oil 7/1/2009

Page 47boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online

Page 48facility _units

facility _id unit_id 47 1 47 2 47 3 474 47 5 50 1 50 2 50 3 50 4 50 5 50 6 50 7 50 8 1378 1 1378 2 1378 3 1379 1 1379 10 1379 2 1379 3 13794 1379 5 1379 6 1379 7 1379 8 1379 9 3393 1 3393 2 3393 3 3396 1 3399 1 3399 2 3403 1 3403 2 3403 3 34034 3405 1 3405 2 3405 3 34054 3406 1 3406 10 3406 2 3406 3 34064 3406 5 3406 6 3406 7 3406 8 3406 9 3407 1

Page 49facility _units

3407 2 3407 3 34074 3407 5 3407 6 3407 7 3407 8 3407 9

Page 50unit_boilers

facility _id unit_id boiler_id 47 1 1 47 2 2 47 3 3 474 4 47 5 5 50 1 1 50 2 2 50 3 3 50 4 4 50 5 5 50 6 6 50 7 7 50 8 8 1378 1 1 1378 2 2 1378 3 3 1379 1 1 1379 10 10 1379 2 2 1379 3 3 13794 4 1379 5 5 1379 6 6 1379 7 7 1379 8 8 1379 9 9 3393 1 1 3393 2 2 3393 3 3 3396 1 1 3399 1 1 3399 2 2 3403 1 1 3403 2 2 3403 3 3 34034 4 3405 1 1 3405 2 2 3405 3 3 34054 4 3406 1 1 3406 10 10 3406 2 2 3406 3 3 34064 4 3406 5 5 3406 6 6 3406 7 7 3406 8 8 3406 9 9 3407 1 1

Page 51unit_boilers

3407 2 2 3407 3 3 34074 4 3407 5 5 3407 6 6 3407 7 7 3407 8 8 3407 9 9

Page 52facility _controls

facility _id control_id control_group control_type

control_other

legacy _control cntrol_online

control_offline

NOx_reagent 47 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1990 47 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 8/1/1990 47 ESP003 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1990 47 ESP004 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1991 47 ESP005 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1976 47 SCR001 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia 50 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1977 50 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 8/1/1977 50 ESP003 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1977 50 ESP004 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1977 50 ESP005 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1977 50 ESP006 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1977 50 ESP007 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1981 50 FGD001 SO2 control Venturi type FALSE 12/1/1981 50 FGD002 SO2 control Venturi type FALSE 1/1/1978 50 HL001 Other control Other (specify)

Hdrated lime to control opacity

FALSE 5/1/2004 50 SBS001 Other control Other (specify)

Sodiumbisulfite to control opacity

FALSE 6/1/2003 50 SCR001 NOx control Selective Cataly

tic Reduction FALSE 5/1/2003 Ammonia 50 SCR002 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia 50VS002 PM controlPM scrubber - Venturi FALSE 1/1/1978 1378 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1981 1378 FGD001 SO2 control Venturi type FALSE 9/1/1983 1378 FGD002 SO2 control Venturi type FALSE 12/1/1983 1378 FGD003 SO2 control Spray type FALSE 10/1/2006 1378 SCR001 NOx control Selective Cataly

tic Reduction FALSE 5/1/2001 Ammonia 1378 SCR002 NOx control Selective Cataly

tic Reduction FALSE 5/1/2000 Ammonia 1378 SCR003 NOx control Selective Cataly

tic Reduction FALSE 5/1/2003 Ammonia 1378VS001 PM controlPM scrubber - Venturi FALSE 9/1/1983 1378VS002 PM controlPM scrubber - Venturi FALSE 12/1/1983 1379 FF001 PM control Fabric Filter, reverse air FALSE 6/1/1981 1379 FF002 PM control Fabric Filter, reverse air FALSE 3/1/1981 1379 FF003 PM control Fabric Filter, reverse air FALSE 11/1/1980 1379 FF004 PM control Fabric Filter, reverse air FALSE 5/1/1980 1379 FF005 PM control Fabric Filter, reverse air FALSE 11/1/1979 1379 FF006 PM control Fabric Filter, reverse air FALSE 2/1/1980 1379 FF007 PM control Fabric Filter, reverse air FALSE 7/1/1980 1379 FF008 PM control Fabric Filter, reverse air FALSE 2/1/1981 1379 FF009 PM control Fabric Filter, reverse air FALSE 4/1/1981 1379 FF020 PM control Fabric Filter, reverse air FALSE 7/1/1981 1379 MC001 PM controlMultiple cyclone FALSE 6/1/1981 1379 MC002 PM controlMultiple cyclone FALSE 3/1/1981 1379 MC003 PM controlMultiple cyclone FALSE 11/1/1980 1379 MC004 PM controlMultiple cyclone FALSE 5/1/1980 1379 MC005 PM controlMultiple cyclone FALSE 11/1/1979 1379 MC006 PM controlMultiple cyclone FALSE 2/1/1980 1379 MC007 PM controlMultiple cyclone FALSE 7/1/1980 1379 MC008 PM controlMultiple cyclone FALSE 2/1/1981 1379 MC009 PM controlMultiple cyclone FALSE 4/1/1981 1379 MC010 PM controlMultiple cyclone FALSE 7/1/1981 3393 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1972 3393 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1971

Page 53facility _controls

3393 ESP003 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1972 3393 SCR001 NOx control Selective Cataly

tic Reduction FALSE 5/1/2003 Ammonia 3393 SCR002 NOx control Selective Cataly

tic Reduction FALSE 5/1/2002 Ammonia 3393 SCR003 NOx control Selective Cataly

tic Reduction FALSE 5/1/2002 Ammonia 3396 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1977 3396 FGD001 SO2 control Spray type FALSE 12/1/2008 3396 SCR001 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia 3399 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1982 3399 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1982 3399 FGD001 SO2 control Spray type FALSE 1/1/1995 3399 FGD002 SO2 control Spray type FALSE 1/1/1995 3399 HL001 Other control Other (specify)

Hdrated Lime for Opacity

FALSE 11/1/2006 3399 HL002 Other control Other (specify)

Hdrated Lime for opacity

FALSE 11/1/2006 3399 SCR001 NOx control Selective Cataly

tic Reduction FALSE 5/1/2003 Ammonia 3399 SCR002 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia 3403 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 2/1/1979 3403 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1978 3403 ESP003 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1979 3403 ESP004 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1979 3405 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1973 3405 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 7/1/1973 3405 ESP003 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1974 3405 ESP004 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1974 3405 SNCR001 NOx control Selective Noncataly

tic Reduction FALSE 5/1/2007 Urea 3405 SNCR002 NOx control Selective Noncataly

tic Reduction FALSE 5/1/2009 Urea 3405 SNCR003 NOx control Selective Noncataly

tic Reduction FALSE 5/1/2009 Urea 3405 SNCR004 NOx control Selective Noncataly

tic Reduction FALSE 5/1/2009 Urea 3406 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1976 3406 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 3/1/1976 3406 ESP003 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 8/1/1976 3406 ESP004 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1976 3406 ESP005 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 8/1/1975 3406 ESP006 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 7/1/1975 3406 ESP007 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1989 3406 ESP008 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1990 3406 ESP009 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 2/1/1990 3406 ESP010 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 7/1/1990 3406 SNCR001 NOx control Selective Noncataly

tic Reduction FALSE 7/1/2005 Urea 3406 SNCR002 NOx control Selective Noncataly

tic Reduction FALSE 12/1/2008 Urea 3406 SNCR003 NOx control Selective Noncataly

tic Reduction FALSE 12/1/2009 Urea 3406 SNCR004 NOx control Selective Noncataly

tic Reduction FALSE 5/1/2007 Urea 3407 ESP001 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 2/1/1977 3407 ESP002 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1976 3407 ESP003 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1976 3407 ESP004 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 10/1/1976 3407 ESP005 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1976 3407 ESP006 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 7/1/1976 3407 ESP007 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1976 3407 ESP008 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1976 3407 ESP009 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 2/1/1976 3407 SCR001 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia 3407 SCR002 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia

Page 54facility _controls

3407 SCR003 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia 3407 SCR004 NOx control Selective Cataly

tic Reduction FALSE 5/1/2004 Ammonia 3407 SCR005 NOx control Selective Cataly

tic Reduction FALSE 5/1/2005 Ammonia 3407 SCR006 NOx control Selective Cataly

tic Reduction FALSE 5/1/2005 Ammonia 3407 SCR007 NOx control Selective Cataly

tic Reduction FALSE 7/1/2004 Ammonia 3407 SCR008 NOx control Selective Cataly

tic Reduction FALSE 7/1/2004 Ammonia 3407 SCR009 NOx control Selective Cataly

tic Reduction FALSE 5/1/2006 Ammonia

Page 55facility _controls

reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive

Limestone No Limestone No

Limestone No Limestone No Limestone No

Page 56facility _controls

Limestone No

Limestone No Limestone No

Page 57facility _sampling_ports

facility _id sampling_port_id 47 SP001 47 SP002 47 SP003 47 SP004 47 SP005 47 SP006 47 SP007 47 SP008 47 SP009 47 SP010 47 SP011 47 SP012 47 SP013 47 SP014 50 SP001 50 SP002 50 SP003 50 SP004 50 SP005 50 SP006 50 SP007 50 SP008 50 SP009 50 SP010 50 SP011 50 SP012 50 SP013 50 SP014 50 SP015 50 SP016 50 SP017 50 SP018 50 SP019 50 SP020 50 SP021 50 SP022 50 SP023 50 SP024 50 SP025 1378 SP001 1378 SP002 1378 SP003 1378 SP004 1378 SP005 1378 SP006 1378 SP007 1378 SP008 1378 SP009 1378 SP010 1378 SP011 1378 SP012

Page 58facility _sampling_ports

1378 SP013 1378 SP014 1378 SP015 1378 SP016 1378 SP017 1379 SP001 1379 SP002 1379 SP003 1379 SP004 1379 SP005 1379 SP006 1379 SP007 1379 SP008 1379 SP009 1379 SP010 1379 SP011 1379 SP012 1379 SP013 1379 SP014 1379 SP015 1379 SP016 1379 SP017 1379 SP018 1379 SP019 1379 SP020 1379 SP021 1379 SP022 1379 SP023 1379 SP024 1379 SP025 1379 SP026 1379 SP027 1379 SP028 1379 SP029 1379 SP030 1379 SP031 1379 SP032 3393 SP001 3393 SP002 3393 SP003 3393 SP004 3393 SP005 3393 SP006 3393 SP007 3393 SP008 3393 SP009 3393 SP010 3393 SP011 3393 SP012 3393 SP013 3396 SP001 3396 SP002

Page 59facility _sampling_ports

3396 SP003 3396 SP004 3396 SP005 3396 SP006 3399 SP001 3399 SP002 3399 SP003 3399 SP004 3399 SP005 3399 SP006 3399 SP007 3399 SP008 3399 SP009 3399 SP010 3399 SP011 3399 SP012 3403 SP001 3403 SP002 3403 SP003 3403 SP004 3403 SP005 3403 SP006 3403 SP007 3403 SP008 3403 SP009 3403 SP010 3405 SP001 3405 SP002 3405 SP003 3405 SP004 3405 SP005 3405 SP006 3405 SP007 3405 SP008 3405 SP009 3405 SP010 3405 SP011 3405 SP012 3405 SP013 3405 SP014 3406 SP001 3406 SP002 3406 SP003 3406 SP004 3406 SP005 3406 SP006 3406 SP007 3406 SP008 3406 SP009 3406 SP010 3406 SP011 3406 SP012

Page 60facility _sampling_ports

3406 SP013 3406 SP014 3406 SP015 3406 SP016 3406 SP017 3406 SP018 3406 SP019 3406 SP020 3406 SP021 3406 SP022 3406 SP023 3406 SP024 3406 SP025 3407 SP001 3407 SP002 3407 SP003 3407 SP004 3407 SP005 3407 SP006 3407 SP007 3407 SP008 3407 SP009 3407 SP010 3407 SP011 3407 SP012 3407 SP013 3407 SP014 3407 SP015 3407 SP016 3407 SP017 3407 SP018 3407 SP019 3407 SP020 3407 SP021 3407 SP022 3407 SP023 3407 SP024 3407 SP025 3407 SP026 3407 SP027 3407 SP028 3407 SP029 3407 SP030 3407 SP031 3407 SP032 3407 SP033 3407 SP034 3407 SP035 3407 SP036 3407 SP037 3407 SP038

Page 61facility _stacks

facility _id stack_id stack_height stack_diameter

sack_gas_velocity 47 SK001 602 26.25 22.7 47 SK002 500 23.66 75.9 50 SK001 1000 27 20.6 50 SK002 500 20.75 93.9 50 SK003 500 24.25 70.9 1378 SK001 600 26 72.6 1378 SK002 600 26 72.6 1378 SK003 600 37 50 1378 SK004 800 26.79 134 1379 SK001 800 28 96.5 1379 SK002 800 28 97.1 3393 SK001 400 12.75 161 3393 SK002 400 12.75 161 3393 SK003 400 12.75 161 3396 SK001 500 33.25 50 3396 SK002 800 28 77.3 3399 SK001 635 38.5 64.5 3399 SK002 635 38.5 64.5 3403 SK001 501.5 25 71.4 3403 SK002 501.5 25 80.6 3405 SK001 350 23.5 54.4 3405 SK002 350 23.5 54.4 3406 SK001 600 32.25 137 3407 SK001 1000 26 114 3407 SK002 1000 26 98

Page 62configurations

facility _id configuration_id 47 1 47 2 47 3 474 47 5 50 1 50 2 50 3 50 4 50 5 50 6 50 7 50 8 1378 1 1378 2 1378 3 13784 1379 1 1379 10 1379 2 1379 3 13794 1379 5 1379 6 1379 7 1379 8 1379 9 3393 1 3393 2 3393 3 3396 1 3396 2 3399 1 3399 2 3403 1 3403 2 3403 3 34034 3405 1 3405 2 3405 3 34054 3406 1 3406 10 3406 2 3406 3 34064 3406 5 3406 6 3406 7 3406 8

Page 63configurations

3406 9 3407 1 3407 2 3407 3 34074 3407 5 3407 6 3407 7 3407 8 3407 9

Page 64configuration_components

facility _id configuration_id

component_id

order component_type port_near 47 1 1 1 Unit 47 1 ESP001 3 PM control 47 1 SK001 6 Stack 47 1 SP001 2 Sampling Port next 47 1 SP002 4 Sampling Port pevious 47 1 SP003 5 Sampling Port next 47 2 2 1 Unit 47 2 ESP002 3 PM control 47 2 SK001 6 Stack 47 2 SP003 5 Sampling Port next 47 2 SP004 2 Sampling Port next 47 2 SP005 4 Sampling Port pevious 47 3 3 1 Unit 47 3 ESP003 3 PM control 47 3 SK001 6 Stack 47 3 SP003 5 Sampling Port next 47 3 SP006 2 Sampling Port next 47 3 SP007 4 Sampling Port pevious 474 4 1 Unit 474 ESP004 3 PM control 474 SK001 6 Stack 474 SP003 5 Sampling Port next 474 SP008 2 Sampling Port next 474 SP009 4 Sampling Port pevious 47 5 5 1 Unit 47 5 ESP005 6 PM control 47 5 SCR001 3 NOx control 47 5 SK002 9 Stack 47 5 SP010 2 Sampling Port next 47 5 SP011 4 Sampling Port pevious 47 5 SP012 5 Sampling Port next 47 5 SP013 7 Sampling Port pevious 47 5 SP014 8 Sampling Port next 50 1 1 1 Unit 50 1 ESP001 3 PM control 50 1 SK001 6 Stack 50 1 SP001 2 Sampling Port next 50 1 SP002 4 Sampling Port pevious 50 1 SP003 5 Sampling Port next 50 2 2 1 Unit 50 2 ESP002 3 PM control 50 2 SK001 6 Stack 50 2 SP003 5 Sampling Port next 50 2 SP004 2 Sampling Port next 50 2 SP005 4 Sampling Port pevious 50 3 3 1 Unit 50 3 ESP003 3 PM control 50 3 SK001 6 Stack 50 3 SP003 5 Sampling Port next 50 3 SP006 2 Sampling Port next 50 3 SP007 4 Sampling Port pevious

Page 65configuration_components

50 4 4 1 Unit 50 4 ESP004 3 PM control 50 4 SK001 6 Stack 50 4 SP003 5 Sampling Port next 50 4 SP008 2 Sampling Port next 50 4 SP009 4 Sampling Port pevious 50 5 5 1 Unit 50 5 ESP005 3 PM control 50 5 SK001 6 Stack 50 5 SP003 5 Sampling Port next 50 5 SP010 2 Sampling Port next 50 5 SP011 4 Sampling Port pevious 50 6 6 1 Unit 50 6 ESP006 3 PM control 50 6 SK001 6 Stack 50 6 SP003 5 Sampling Port next 50 6 SP012 2 Sampling Port next 50 6 SP013 4 Sampling Port pevious 50 7 7 1 Unit 50 7 ESP007 7 PM control 50 7 FGD001 9 SO2 control 50 7 SBS001 5 Other control 50 7 SCR001 3 NOx control 50 7 SK002 12 Stack 50 7 SP014 2 Sampling Port next 50 7 SP015 4 Sampling Port pevious 50 7 SP016 6 Sampling Port next 50 7 SP017 8 Sampling Port pevious 50 7 SP018 10 Sampling Port pevious 50 7 SP019 11 Sampling Port next 50 8 8 1 Unit 50 8 FGD002 9 SO2 control 50 8 HL001 6 Other control 50 8 SCR002 3 NOx control 50 8 SK003 12 Stack 50 8 SP020 2 Sampling Port next 50 8 SP021 4 Sampling Port pevious 50 8 SP022 5 Sampling Port next 50 8 SP023 7 Sampling Port next 50 8 SP024 10 Sampling Port pevious 50 8 SP025 11 Sampling Port next 50 8 VS002 8 PM control 1378 1 1 1 Unit 1378 1 FGD001 7 SO2 control 1378 1 SCR001 3 NOx control 1378 1 SK001 10 Stack 1378 1 SP001 2 Sampling Port next 1378 1 SP002 4 Sampling Port pevious 1378 1 SP003 5 Sampling Port next 1378 1 SP004 8 Sampling Port pevious 1378 1 SP005 9 Sampling Port next 1378 1 VS001 6 PM control

Page 66configuration_components

1378 2 2 1 Unit 1378 2 FGD002 7 SO2 control 1378 2 SCR002 3 NOx control 1378 2 SK002 10 Stack 1378 2 SP006 2 Sampling Port next 1378 2 SP007 4 Sampling Port pevious 1378 2 SP008 5 Sampling Port next 1378 2 SP009 8 Sampling Port pevious 1378 2 SP010 9 Sampling Port next 1378 2 VS002 6 PM control 1378 3 3 1 Unit 1378 3 ESP001 6 PM control 1378 3 FGD003 8 SO2 control 1378 3 SCR003 3 NOx control 1378 3 SK003 11 Stack 1378 3 SP011 2 Sampling Port next 1378 3 SP012 4 Sampling Port pevious 1378 3 SP013 5 Sampling Port next 1378 3 SP014 7 Sampling Port pevious 1378 3 SP015 9 Sampling Port pevious 1378 3 SP016 10 Sampling Port next 13784 3 1 Unit 13784 ESP001 6 PM control 13784 SCR003 3 NOx control 13784 SK004 9 Stack 13784 SP011 2 Sampling Port next 13784 SP012 4 Sampling Port pevious 13784 SP013 5 Sampling Port next 13784 SP014 7 Sampling Port pevious 13784 SP017 8 Sampling Port next 1379 1 1 1 Unit 1379 1 FF001 5 PM control 1379 1 MC001 3 PM control 1379 1 SK001 8 Stack 1379 1 SP001 2 Sampling Port next 1379 1 SP002 4 Sampling Port next 1379 1 SP003 6 Sampling Port pevious 1379 1 SP004 7 Sampling Port next 1379 10 10 1 Unit 1379 10 FF020 5 PM control 1379 10 MC010 3 PM control 1379 10 SK002 8 Stack 1379 10 SP020 7 Sampling Port next 1379 10 SP030 2 Sampling Port next 1379 10 SP031 4 Sampling Port next 1379 10 SP032 6 Sampling Port pevious 1379 2 2 1 Unit 1379 2 FF002 5 PM control 1379 2 MC002 3 PM control 1379 2 SK001 8 Stack 1379 2 SP004 7 Sampling Port next 1379 2 SP005 2 Sampling Port next

Page 67configuration_components

1379 2 SP006 4 Sampling Port next 1379 2 SP007 6 Sampling Port pevious 1379 3 3 1 Unit 1379 3 FF003 5 PM control 1379 3 MC003 3 PM control 1379 3 SK001 8 Stack 1379 3 SP004 7 Sampling Port next 1379 3 SP008 2 Sampling Port next 1379 3 SP009 4 Sampling Port next 1379 3 SP010 6 Sampling Port pevious 13794 4 1 Unit 13794 FF004 5 PM control 13794 MC004 3 PM control 13794 SK001 8 Stack 13794 SP004 7 Sampling Port next 13794 SP011 2 Sampling Port next 13794 SP012 4 Sampling Port next 13794 SP013 6 Sampling Port pevious 1379 5 5 1 Unit 1379 5 FF005 5 PM control 1379 5 MC005 3 PM control 1379 5 SK001 8 Stack 1379 5 SP004 7 Sampling Port next 1379 5 SP014 2 Sampling Port next 1379 5 SP015 4 Sampling Port next 1379 5 SP016 6 Sampling Port pevious 1379 6 6 1 Unit 1379 6 FF006 5 PM control 1379 6 MC006 3 PM control 1379 6 SK002 8 Stack 1379 6 SP017 2 Sampling Port next 1379 6 SP018 4 Sampling Port next 1379 6 SP019 6 Sampling Port pevious 1379 6 SP020 7 Sampling Port next 1379 7 7 1 Unit 1379 7 FF007 5 PM control 1379 7 MC007 3 PM control 1379 7 SK002 8 Stack 1379 7 SP020 7 Sampling Port next 1379 7 SP021 2 Sampling Port next 1379 7 SP022 4 Sampling Port next 1379 7 SP023 6 Sampling Port pevious 1379 8 8 1 Unit 1379 8 FF008 5 PM control 1379 8 MC008 3 PM control 1379 8 SK002 8 Stack 1379 8 SP020 7 Sampling Port next 1379 8 SP024 2 Sampling Port next 1379 8 SP025 4 Sampling Port next 1379 8 SP026 6 Sampling Port pevious 1379 9 9 1 Unit 1379 9 FF009 5 PM control

Page 68configuration_components

1379 9 MC009 3 PM control 1379 9 SK002 8 Stack 1379 9 SP020 7 Sampling Port next 1379 9 SP027 2 Sampling Port next 1379 9 SP028 4 Sampling Port next 1379 9 SP029 6 Sampling Port pevious 3393 1 1 1 Unit 3393 1 ESP001 6 PM control 3393 1 SCR001 3 NOx control 3393 1 SK001 9 Stack 3393 1 SP001 2 Sampling Port next 3393 1 SP002 4 Sampling Port pevious 3393 1 SP003 5 Sampling Port next 3393 1 SP004 7 Sampling Port pevious 3393 1 SP005 8 Sampling Port next 3393 2 2 1 Unit 3393 2 ESP002 6 PM control 3393 2 SCR002 3 NOx control 3393 2 SK002 8 Stack 3393 2 SP006 2 Sampling Port next 3393 2 SP007 4 Sampling Port pevious 3393 2 SP008 5 Sampling Port next 3393 2 SP009 7 Sampling Port next 3393 3 3 1 Unit 3393 3 ESP003 6 PM control 3393 3 SCR003 3 NOx control 3393 3 SK003 8 Stack 3393 3 SP010 2 Sampling Port next 3393 3 SP011 4 Sampling Port pevious 3393 3 SP012 5 Sampling Port next 3393 3 SP013 7 Sampling Port next 3396 1 1 1 Unit 3396 1 ESP001 6 PM control 3396 1 FGD001 8 SO2 control 3396 1 SCR001 3 NOx control 3396 1 SK001 10 Stack 3396 1 SP001 2 Sampling Port next 3396 1 SP002 4 Sampling Port pevious 3396 1 SP003 5 Sampling Port next 3396 1 SP004 7 Sampling Port pevious 3396 1 SP005 9 Sampling Port next 3396 2 1 1 Unit 3396 2 ESP001 6 PM control 3396 2 SCR001 3 NOx control 3396 2 SK002 9 Stack 3396 2 SP001 2 Sampling Port next 3396 2 SP002 4 Sampling Port pevious 3396 2 SP003 5 Sampling Port next 3396 2 SP004 7 Sampling Port pevious 3396 2 SP006 8 Sampling Port next 3399 1 1 1 Unit 3399 1 ESP001 7 PM control

Page 69configuration_components

3399 1 FGD001 9 SO2 control 3399 1 HL001 5 Other control 3399 1 SCR001 3 NOx control 3399 1 SK001 12 Stack 3399 1 SP001 2 Sampling Port next 3399 1 SP002 4 Sampling Port pevious 3399 1 SP003 6 Sampling Port next 3399 1 SP004 8 Sampling Port pevious 3399 1 SP005 10 Sampling Port pevious 3399 1 SP006 11 Sampling Port next 3399 2 2 1 Unit 3399 2 ESP002 7 PM control 3399 2 FGD002 9 SO2 control 3399 2 HL002 5 Other control 3399 2 SCR002 3 NOx control 3399 2 SK002 12 Stack 3399 2 SP007 2 Sampling Port next 3399 2 SP008 4 Sampling Port pevious 3399 2 SP009 6 Sampling Port next 3399 2 SP010 8 Sampling Port pevious 3399 2 SP011 10 Sampling Port pevious 3399 2 SP012 11 Sampling Port next 3403 1 1 1 Unit 3403 1 ESP001 3 PM control 3403 1 SK001 6 Stack 3403 1 SP001 2 Sampling Port next 3403 1 SP002 4 Sampling Port pevious 3403 1 SP003 5 Sampling Port next 3403 2 2 1 Unit 3403 2 ESP002 3 PM control 3403 2 SK001 6 Stack 3403 2 SP003 5 Sampling Port next 3403 2 SP004 2 Sampling Port next 3403 2 SP005 4 Sampling Port pevious 3403 3 3 1 Unit 3403 3 ESP003 3 PM control 3403 3 SK002 6 Stack 3403 3 SP006 2 Sampling Port next 3403 3 SP007 4 Sampling Port pevious 3403 3 SP008 5 Sampling Port next 34034 4 1 Unit 34034 ESP004 3 PM control 34034 SK002 6 Stack 34034 SP008 5 Sampling Port next 34034 SP009 2 Sampling Port next 34034 SP010 4 Sampling Port pevious 3405 1 1 1 Unit 3405 1 ESP001 5 PM control 3405 1 SK001 8 Stack 3405 1 SNCR001 2 NOx control 3405 1 SP001 3 Sampling Port pevious 3405 1 SP002 4 Sampling Port next

Page 70configuration_components

3405 1 SP003 6 Sampling Port pevious 3405 1 SP004 7 Sampling Port next 3405 2 2 1 Unit 3405 2 ESP002 5 PM control 3405 2 SK001 8 Stack 3405 2 SNCR002 2 NOx control 3405 2 SP004 7 Sampling Port next 3405 2 SP005 3 Sampling Port pevious 3405 2 SP006 4 Sampling Port next 3405 2 SP007 6 Sampling Port pevious 3405 3 3 1 Unit 3405 3 ESP003 5 PM control 3405 3 SK002 8 Stack 3405 3 SNCR003 2 NOx control 3405 3 SP008 3 Sampling Port pevious 3405 3 SP009 4 Sampling Port next 3405 3 SP010 6 Sampling Port pevious 3405 3 SP011 7 Sampling Port next 34054 4 1 Unit 34054 ESP004 5 PM control 34054 SK002 8 Stack 34054 SNCR004 2 NOx control 34054 SP011 7 Sampling Port next 34054 SP012 3 Sampling Port pevious 34054 SP013 4 Sampling Port next 34054 SP014 6 Sampling Port pevious 3406 1 1 1 Unit 3406 1 ESP001 5 PM control 3406 1 SK001 8 Stack 3406 1 SNCR001 2 NOx control 3406 1 SP001 3 Sampling Port pevious 3406 1 SP002 4 Sampling Port next 3406 1 SP003 6 Sampling Port pevious 3406 1 SP004 7 Sampling Port next 3406 10 10 1 Unit 3406 10 ESP010 3 PM control 3406 10 SK001 6 Stack 3406 10 SP004 5 Sampling Port next 3406 10 SP024 2 Sampling Port next 3406 10 SP025 4 Sampling Port pevious 3406 2 2 1 Unit 3406 2 ESP002 5 PM control 3406 2 SK001 8 Stack 3406 2 SNCR002 2 NOx control 3406 2 SP004 7 Sampling Port next 3406 2 SP005 3 Sampling Port pevious 3406 2 SP006 4 Sampling Port next 3406 2 SP007 6 Sampling Port pevious 3406 3 3 1 Unit 3406 3 ESP003 5 PM control 3406 3 SK001 8 Stack 3406 3 SNCR003 2 NOx control

Page 71configuration_components

3406 3 SP004 7 Sampling Port next 3406 3 SP008 3 Sampling Port pevious 3406 3 SP009 4 Sampling Port next 3406 3 SP010 6 Sampling Port pevious 34064 4 1 Unit 34064 ESP004 5 PM control 34064 SK001 8 Stack 34064 SNCR004 2 NOx control 34064 SP004 7 Sampling Port next 34064 SP011 3 Sampling Port pevious 34064 SP012 4 Sampling Port next 34064 SP013 6 Sampling Port pevious 3406 5 5 1 Unit 3406 5 ESP005 3 PM control 3406 5 SK001 6 Stack 3406 5 SP004 5 Sampling Port next 3406 5 SP014 2 Sampling Port next 3406 5 SP015 4 Sampling Port pevious 3406 6 6 1 Unit 3406 6 ESP006 3 PM control 3406 6 SK001 6 Stack 3406 6 SP004 5 Sampling Port next 3406 6 SP016 2 Sampling Port next 3406 6 SP017 4 Sampling Port pevious 3406 7 7 1 Unit 3406 7 ESP007 3 PM control 3406 7 SK001 6 Stack 3406 7 SP004 5 Sampling Port next 3406 7 SP018 2 Sampling Port next 3406 7 SP019 4 Sampling Port pevious 3406 8 8 1 Unit 3406 8 ESP008 3 PM control 3406 8 SK001 6 Stack 3406 8 SP004 5 Sampling Port next 3406 8 SP020 2 Sampling Port next 3406 8 SP021 4 Sampling Port pevious 3406 9 9 1 Unit 3406 9 ESP009 3 PM control 3406 9 SK001 6 Stack 3406 9 SP004 5 Sampling Port next 3406 9 SP022 2 Sampling Port next 3406 9 SP023 4 Sampling Port pevious 3407 1 1 1 Unit 3407 1 ESP001 6 PM control 3407 1 SCR001 3 NOx control 3407 1 SK001 9 Stack 3407 1 SP001 2 Sampling Port next 3407 1 SP002 4 Sampling Port pevious 3407 1 SP003 5 Sampling Port next 3407 1 SP004 7 Sampling Port pevious 3407 1 SP005 8 Sampling Port next 3407 2 2 1 Unit

Page 72configuration_components

3407 2 ESP002 6 PM control 3407 2 SCR002 3 NOx control 3407 2 SK001 9 Stack 3407 2 SP005 8 Sampling Port next 3407 2 SP006 2 Sampling Port next 3407 2 SP007 4 Sampling Port pevious 3407 2 SP008 5 Sampling Port next 3407 2 SP009 7 Sampling Port pevious 3407 3 3 1 Unit 3407 3 ESP003 6 PM control 3407 3 SCR003 3 NOx control 3407 3 SK001 9 Stack 3407 3 SP005 8 Sampling Port next 3407 3 SP010 2 Sampling Port next 3407 3 SP011 4 Sampling Port pevious 3407 3 SP012 5 Sampling Port next 3407 3 SP013 7 Sampling Port pevious 34074 4 1 Unit 34074 ESP004 6 PM control 34074 SCR004 3 NOx control 34074 SK001 9 Stack 34074 SP005 8 Sampling Port next 34074 SP014 2 Sampling Port next 34074 SP015 4 Sampling Port pevious 34074 SP016 5 Sampling Port next 34074 SP017 7 Sampling Port pevious 3407 5 5 1 Unit 3407 5 ESP005 6 PM control 3407 5 SCR005 3 NOx control 3407 5 SK001 9 Stack 3407 5 SP005 8 Sampling Port next 3407 5 SP018 2 Sampling Port next 3407 5 SP019 4 Sampling Port pevious 3407 5 SP020 5 Sampling Port next 3407 5 SP021 7 Sampling Port pevious 3407 6 6 1 Unit 3407 6 ESP006 6 PM control 3407 6 SCR006 3 NOx control 3407 6 SK002 9 Stack 3407 6 SP022 2 Sampling Port next 3407 6 SP023 4 Sampling Port pevious 3407 6 SP024 5 Sampling Port next 3407 6 SP025 7 Sampling Port pevious 3407 6 SP026 8 Sampling Port next 3407 7 7 1 Unit 3407 7 ESP007 6 PM control 3407 7 SCR007 3 NOx control 3407 7 SK002 9 Stack 3407 7 SP026 8 Sampling Port next 3407 7 SP027 2 Sampling Port next 3407 7 SP028 4 Sampling Port pevious 3407 7 SP029 5 Sampling Port next

Page 73configuration_components

3407 7 SP030 7 Sampling Port pevious 3407 8 8 1 Unit 3407 8 ESP008 6 PM control 3407 8 SCR008 3 NOx control 3407 8 SK002 9 Stack 3407 8 SP026 8 Sampling Port next 3407 8 SP031 2 Sampling Port next 3407 8 SP032 4 Sampling Port pevious 3407 8 SP033 5 Sampling Port next 3407 8 SP034 7 Sampling Port pevious 3407 9 9 1 Unit 3407 9 ESP009 6 PM control 3407 9 SCR009 3 NOx control 3407 9 SK002 9 Stack 3407 9 SP026 8 Sampling Port next 3407 9 SP035 2 Sampling Port next 3407 9 SP036 4 Sampling Port pevious 3407 9 SP037 5 Sampling Port next 3407 9 SP038 7 Sampling Port pevious

Page 74configuration_pollutants1

facility _id configuration_id

pollutant_name

permit_type_1

emlimit_1 emlimit_units_1 avg_period_1

emlimit_2 emlimit_units_2 3403 1 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3403 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3403 1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

0.45 pound per million British Thermal Unit (lb/MMBtu)

30 days 3403 2 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3403 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3403 2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

0.45 pound per million British Thermal Unit (lb/MMBtu)

30 days 3403 3 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3403 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3403 3 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

0.45 pound per million British Thermal Unit (lb/MMBtu)

30 days 34034 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 34034 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5 pound per million British Thermal Unit (lb/MMBtu)

24 hours 34034 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

0.45 pound per million British Thermal Unit (lb/MMBtu)

30 days 3405 1 PM (Filterable) Fderal - Title V Operating Permit

0.109 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3405 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3405 2 PM (Filterable) Fderal - Title V Operating Permit

0.109 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3405 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3405 3 PM (Filterable) Fderal - Title V Operating Permit

0.109 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3405 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 34054 PM (Filterable) Fderal - Title V Operating Permit

0.109 pound per million British Thermal Unit (lb/MMBtu)

3 hours 34054 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 47 1 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 1 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 10 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 10 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 2 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 3 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 34064 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 34064 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 5 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 6 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 6 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 7 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 7 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 8 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 8 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3406 9 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3406 9 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 47 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 47 2 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 47 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 47 3 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 47 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 474 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 474 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 47 5 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 47 5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 1 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours

Page 75configuration_pollutants1

50 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.6 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 2 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 50 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.6 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 3 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 50 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.6 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 4 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 50 4 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.6 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 5 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 50 5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.6 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 6 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 50 6 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.6 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 7 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 50 7 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

0.9 pound per million British Thermal Unit (lb/MMBtu)

24 hours 50 8 PM (Filterable) Fderal - Title V Operating Permit

0.12 pound per million British Thermal Unit (lb/MMBtu)

3 hours 50 8 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

0.9 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 1 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3399 1 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3399 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3399 2 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3399 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3393 1 PM (Filterable) Fderal - Title V Operating Permit

0.1022 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3393 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3393 2 PM (Filterable) Fderal - Title V Operating Permit

0.1022 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3393 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3393 3 PM (Filterable) Fderal - Title V Operating Permit

0.1022 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3393 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1378 1 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1378 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1378 2 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1378 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1378 3 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1378 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 13784 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 13784 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

3.1 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 10 PM (Filterable) Fderal - Title V Operating Permit

0.03 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 10 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 0.6 pound per million British Thermal Unit (lb/MMBtu) 1379 10 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

0.6 pound per million British Thermal Unit (lb/MMBtu)

30 days 1379 2 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 3 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 13794 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 13794 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 5 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 6 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 6 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 7 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 7 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 8 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 8 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours

Page 76configuration_pollutants1

1379 9 PM (Filterable) Fderal - Title V Operating Permit

0.11 pound per million British Thermal Unit (lb/MMBtu)

3 hours 1379 9 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 1 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3407 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 2 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3407 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 3 PM (Filterable) Fderal - Title V Operating Permit

0.1 3 hours 3407 3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 34074 PM (Filterable) Fderal - Title V Operating Permit

0.1 3 hours 34074 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 5 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3407 5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 6 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3407 6 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 7 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3407 7 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 8 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3407 8 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3407 9 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3407 9 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.8 pound per million British Thermal Unit (lb/MMBtu)

24 hours 1379 10 Carbon Monoxide (CO) Federal - Title V Operating Permit

0.4 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3396 2 PM (Filterable) Fderal - Title V Operating Permit

0.105 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3396 2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours 3396 1 PM (Filterable) Fderal - Title V Operating Permit

0.105 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3396 1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

4 pound per million British Thermal Unit (lb/MMBtu)

24 hours

Page 77configuration_pollutants1

avg_period_2

emlimit_details

test_method

emrate emrate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17, EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maiintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maiintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years.

Page 78configuration_pollutants1

CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9. COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B EPA Method 5B,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B EPA Method 5B,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B EPA Method 5B,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years 5B EPA Method 5B,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B EPA Method 5B,EPA Method 9, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B EPA Method 5B,EPA Method 9, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B EPA Method 5B,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B or 17 EPA Method 5B or 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. 30 days EPA Method 6, CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. EPA Method 7, CEMs

Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records for 5 years. 17 EPA Method 17, EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years.

Page 79configuration_pollutants1

17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs, CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17.EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 17 EPA Method 17,EPA Method 9, COMs,CAM Plan Performance evaluations, calibration checks, and maintenace records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenace records kept for 5 years.

17 EPA Method 17,EPA Method 9, COMs,CAM plan Performance evaluations, calibration checks, and maintenance records kept for 5 years. CEMs Performance evaluations, calibration checks, and maintenance records kept for 5 years. 5B EPA Method 5B, EPA Method 9, COMs,CAM Plan Performance evaluations, calbration checks, and maintenance records kept for 5 years CEMs Performance evaluations, calbration checks, and maintenance records kept for 5 years

Page 80configuration_pollutants1

req_reporting Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Page 81configuration_pollutants1

CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State, CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test reports submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports ans COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Page 82configuration_pollutants1

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emiision reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emiision reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Page 83configuration_pollutants1

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Page 84configuration_pollutants1

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State, CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and CEMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State. Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports ans COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Page 85configuration_pollutants1

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emiision reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Test Reports and COMs data submitted. Equipment maintenance and malfunctions. Quarterly emission reports to State.

Page 86control_technologies

facility _id configuration_id

component_id

control_id project_titleproject_type vendor_name

vndor_contact

vendor_phone

Page 87control_technologies

vendor_address

vndor_city

vendor_state

vendor_zipactual_start_date projected_start_date

end_date sorbent chemical_additive

Page 88control_technologies

injection_point

HAP_emission_reduction

HAP_emission_rate

HAP_emission_rate_units

HAP_achieved_reduction

HAP_achieved_rate

HAP_achieved_rate_units

feed_rate feed_rate_units

Page 89control_technologies

feed_rate_units

Page 90control_coal_ranks

facility _id configuration_id

component_id

control_id coal_type

Page 91control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_name

Page 92control_costs

facility _id configuration_id

component_id

control_id boiler_retrofit boiler_new_install

total_capital_investment

total_operating_costs

base_year

Page 93control_costs

CBI

Page 94misc_controls

facility _id misc_control_id

control_description

Page 95misc_control_configurations

facility _id misc_control_id

configuration_id

Page 96fuel_shipments

facility _id shipment_id

shipment_date

amount_received

amount_units

fuel_type state_country other_country

county

Page 97fuel_shipments

coal_seamshipment_method

Page 98fuel_shipment_configurations

facility _id shipment_id

configuration_id

Page 99fuel_shipment_samples

facility _id shipment_id

sample_id amount_fuel amount_fuel_units

total_sulfurash_content heating_value

hating_units

Page 100fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_type

supplier_name

supplier_address

Page 101fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_name lab_address lab_city lab_state lab_zip analysis_copies

Page 102fuel_shipment_samples

analysis_copies

Page 103fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL

Page 104test_reports

facility _id report_id report_typeother_type report_description report_begin_date

report_end_date

before_control

during_deviation 47 COF1 - 2005

compliance Particulate ######## ######## No No 47 COF1 - 2006

compliance Particulate 7/20/2006 7/20/2006 No No 47 COF1 - 2007

compliance Particulate 9/26/2007 9/26/2007 No No 47 COF1 - 2008

compliance Particulate 9/12/2008 9/12/2008 No No 47 COF1 - 2009

compliance Particulate ######## ######## No No 47 COF2 - 2005

compliance Particulate ######## ######## No No 47 COF2 - 2006

compliance Particulate 7/21/2006 7/21/2006 No No 47 COF2 - 2007

compliance Particulate 9/27/2007 9/27/2007 No No 47 COF2 - 2008

compliance Particulate 9/11/2008 9/11/2008 No No 47 COF2 - 2009

compliance Particulate ######## ######## No No 47 COF3 - 09/16/2008

compliance Particulate 9/16/2008 9/16/2008 No No 47 COF3 - 10/24/2008

compliance Particulate ######## ######## No No 47 COF3 - 2005

compliance Particulate ######## ######## No No 47 COF3 - 2006

compliance Particulate 7/19/2006 7/19/2006 No No 47 COF3 - 2007

compliance Particulate 9/13/2007 9/13/2007 No No 47 COF3 - 2009

compliance Particulate ######## ######## No No 47 COF4 - 2005

compliance Particulate ######## ######## No No 47 COF4 - 2006

compliance Particulate 7/22/2006 7/22/2006 No No 47 COF4 - 2007

compliance Particulate 9/14/2007 9/14/2007 No No 47 COF4 - 2008

compliance Particulate 9/15/2008 9/15/2008 No No 47 COF4 - 2009

compliance Particulate ######## ######## No No 47 COF5 - 2005

compliance Particulate ######## ######## No No 47 COF5 - 2006

compliance Particulate 7/18/2006 7/18/2006 No No 47 COF5 - 2007

compliance Particulate 9/12/2007 9/12/2007 No No 47 COF5 - 2008

compliance Particulate 9/10/2008 9/10/2008 No No 47 COF5 - 2009

compliance Particulate ######## ######## No No 50WCF1 - 2005

compliance Particulate ######## ######## No No 50WCF1 - 2006

compliance Particulate ######## ######## No No 50WCF1 - 2007

compliance Particulate ######## ######## No No 50WCF1 - 2008

compliance Particulate ######## ######## No No 50WCF2 - 2005

compliance Particulate ######## ######## No No 50WCF2 - 2006

compliance Particulate 10/4/2006 10/4/2006 No No 50WCF2 - 2007

compliance Particulate ######## ######## No No 50WCF3 - 2005

compliance Particulate ######## ######## No No 50WCF3 - 2006

compliance Particulate ######## ######## No No 50WCF3 - 2007

compliance Particulate ######## ######## No No 50WCF3 - 2008

compliance Particulate ######## ######## No No 50WCF4 - 2005

compliance Particulate ######## ######## No No 50WCF4 - 2006

compliance Particulate 10/5/2006 10/5/2006 No No 50WCF4 - 2007

compliance Particulate ######## ######## No No 50WCF4 - 2008

compliance Particulate ######## ######## No No 50WCF5 - 10/25/2006

compliance Particulate ######## ######## No No 50WCF5 - 12/08/2006

compliance Particulate 12/8/2006 12/8/2006 No No 50WCF5 - 2005

compliance Particulate ######## ######## No No 50WCF5 - 2008

compliance Particulate ######## ######## No No 50WCF6 - 2005

compliance Particulate ######## ######## No No 50WCF6 - 2006

compliance Particulate 10/3/2006 10/3/2006 No No 50WCF6 - 2007

compliance Particulate ######## ######## No No 50WCF6 - 2008

compliance Particulate ######## ######## No No 50WCF7 - 10/30/2008

compliance Particulate ######## ######## No No 50WCF7 - 12/23/2008

compliance Particulate ######## ######## No No

Page 105test_reports

50WCF7 - 2006

compliance Particulate 2/9/2006 2/9/2006 No No 50WCF7 - 2007

compliance Particulate 12/6/2007 12/6/2007 No No 50WCF7 - 2009

compliance Particulate 7/10/2009 7/10/2009 No No 50WCF8 - 2005

compliance Particulate 6/22/2005 6/22/2005 No No 50WCF8 - 2006

compliance Particulate ######## ######## No No 50WCF8 - 2007

compliance Particulate 12/1/2007 12/1/2007 No No 50WCF8 - 2008

compliance Particulate ######## ######## No No 50WCF8 - 2009

compliance Particulate 12/8/2009 12/8/2009 No No 1378 PAF1 - 01/17/2008

compliance Particulate 1/17/2008 1/17/2008 No No 1378 PAF1 - 02/09/2005

compliance Particulate 2/9/2005 2/9/2005 No No 1378 PAF1 - 02/14-15/2007

compliance Particulate 2/14/2007 2/15/2007 No No 1378 PAF1 - 03/08/2006

compliance Particulate 3/8/2006 3/8/2006 No No 1378 PAF1 - 03/26/2009

compliance Particulate 3/26/2009 3/26/2009 No No 1378 PAF1 - 03/31/2008

compliance Particulate 3/31/2008 3/31/2008 No No 1378 PAF1 - 05/24/2007

compliance Particulate 5/24/2007 5/24/2007 No No 1378 PAF1 - 05/25/2005

compliance Particulate 5/25/2005 5/25/2005 No No 1378 PAF1 - 06/11/2008

compliance Particulate 6/11/2008 6/11/2008 No No 1378 PAF1 - 06/13/2006

compliance Particulate 6/13/2006 6/13/2006 No No 1378 PAF1 - 06/18/2009

compliance Particulate 6/18/2009 6/18/2009 No No 1378 PAF1 - 07/15/2009

compliance Particulate 7/15/2009 7/15/2009 No No 1378 PAF1 - 07/18/2008

compliance Particulate 7/18/2008 7/18/2008 No No 1378 PAF1 - 08/15/2007

compliance Particulate 8/15/2007 8/15/2007 No No 1378 PAF1 - 09/14/2005

compliance Particulate 9/14/2005 9/14/2005 No No 1378 PAF1 - 09/19/2006

compliance Particulate 9/19/2006 9/19/2006 No No 1378 PAF1 - 09/23/2009

compliance Particulate 9/23/2009 9/23/2009 No No 1378 PAF1 - 11/06/2008

compliance Particulate 11/6/2008 11/6/2008 No No 1378 PAF1 - 12/14/2005

compliance Particulate ######## ######## No No 1378 PAF1 - 12/17/2009

compliance Particulate ######## ######## No No 1378 PAF1 - 12/21/2006

compliance Particulate ######## ######## No No 1378 PAF2 - 01/18/2008

compliance Particulate 1/18/2008 1/18/2008 No No 1378 PAF2 - 02/08/2005

compliance Particulate 2/8/2005 2/8/2005 No No 1378 PAF2 - 02/16/2007

compliance Particulate 2/16/2007 2/16/2007 No No 1378 PAF2 - 03/09/2006

compliance Particulate 3/9/2006 3/9/2006 No No 1378 PAF2 - 03/25/2009

compliance Particulate 3/25/2009 3/25/2009 No No 1378 PAF2 - 03/26-27/2008

compliance Particulate 3/26/2008 3/27/2008 No No 1378 PAF2 - 05/23/2007

compliance Particulate 5/23/2007 5/23/2007 No No 1378 PAF2 - 05/26/2005

compliance Particulate 5/26/2005 5/26/2005 No No 1378 PAF2 - 06/17/2009

compliance Particulate 6/17/2009 6/17/2009 No No 1378 PAF2 - 06/18/2008

compliance Particulate 6/18/2008 6/18/2008 No No 1378 PAF2 - 07/11/2006

compliance Particulate 7/11/2006 7/11/2006 No No 1378 PAF2 - 07/17/2008

compliance Particulate 7/17/2008 7/17/2008 No No 1378 PAF2 - 08/16/2007

compliance Particulate 8/16/2007 8/16/2007 No No 1378 PAF2 - 09/15/2005

compliance Particulate 9/15/2005 9/15/2005 No No 1378 PAF2 - 09/20/2006

compliance Particulate 9/20/2006 9/20/2006 No No 1378 PAF2 - 09/25/2009

compliance Particulate 9/25/2009 9/25/2009 No No 1378 PAF2 - 11/05/2008

compliance Particulate 11/5/2008 11/5/2008 No No 1378 PAF2 - 12/12/2006

compliance Particulate ######## ######## No No 1378 PAF2 - 12/15/2005

compliance Particulate ######## ######## No No 1378 PAF2 - 12/16/2009

compliance Particulate ######## ######## No No 1378 PAF3 - 2005

compliance Particulate ######## ######## No No 1378 PAF3 - 2006

compliance Particulate 6/14/2006 6/14/2006 No No 1378 PAF3 - 2007

compliance Particulate 8/17/2007 8/17/2007 No No

Page 106test_reports

1378 PAF3 - 2008

compliance Particulate 11/7/2008 11/7/2008 No No 1378 PAF3 - 2009

compliance Particulate 9/24/2009 9/24/2009 No No 1379 SHF10 - 2005

compliance Particulate 5/3/2005 5/3/2005 No No 1379 SHF10 - 2006

compliance Particulate 11/8/2006 11/8/2006 No No 1379 SHF10 - 2007

compliance Particulate 6/6/2007 6/6/2007 No No 1379 SHF1-5 - 2005

compliance Particulate 4/5/2005 4/5/2005 No No 1379 SHF1-5 - 2007

compliance Particulate 3/28/2007 3/28/2007 No No 1379 SHF6-10 - 2005

compliance Particulate 3/2/2005 3/2/2005 No No 1379 SHF6-10 - 2009

compliance Particulate 2/26/2009 2/26/2009 No No 1379 SHF6-9 - 03/29/2007

compliance Particulate 3/29/2007 3/29/2007 No No 1379 SHF6-9 - 04/20/2007

compliance Particulate 4/20/2007 4/20/2007 No No 3393ALF1 - 2006

compliance Particulate 6/6/2006 6/6/2006 No No 3393ALF1 - 2008

compliance Particulate 9/24/2008 9/24/2008 No No 3393ALF2 - 2006

compliance Particulate 7/25/2006 7/25/2006 No No 3393ALF2 - 2008

compliance Particulate 9/26/2008 9/26/2008 No No 3393ALF3 - 2006

compliance Particulate 6/7/2006 6/7/2006 No No 3393ALF3 - 2008

compliance Particulate 9/25/2008 9/25/2008 No No 3396 BRF1 - 2006

compliance Particulate ######## ######## No No 3396 BRF1 - 2008

compliance Particulate 9/3/2008 9/3/2008 No No 3399 CUF1 - 2005

compliance Particulate 12/8/2005 12/8/2005 No No 3399 CUF1 - 2007

compliance Particulate 8/7/2007 8/7/2007 No No 3399 CUF1 - 2009

compliance Particulate ######## No No 3399 CUF2 - 2005

compliance Particulate 12/7/2005 12/7/2005 No No 3399 CUF2 - 2007

compliance Particulate 8/8/2007 8/9/2007 No No 3399 CUF2 - 2009

compliance Particulate ######## ######## No No 3403 GAF1-2 - 2006

compliance Particulate 7/7/2006 7/7/2006 No No 3403 GAF1-2 -2008

compliance Particulate 8/21/2008 8/21/2008 No No 3403 GAF3-4 - 2006

compliance Particulate 7/6/2006 7/6/2006 No No 3403 GAF3-4 -2008

compliance Particulate 8/20/2008 8/20/2008 No No 3405 JSF1-2 - 2006

compliance Particulate 8/31/2006 8/31/2006 No No 3405 JSF1-2 - 2008

compliance Particulate ######## ######## No No 3405 JSF3-4 - 2006

compliance Particulate 8/30/2006 8/30/2006 No No 3405 JSF3-4 - 2008

compliance Particulate ######## ######## No No 3406 JOF1-10 - 2005

compliance Particulate 12/9/2005 12/9/2005 No No 3406 JOF1-10 - 2007

compliance Particulate ######## ######## No No 3406 JOF1-10 - 2009

compliance Particulate ######## ######## No No 3407 KIF1-5 - 2005

compliance Particulate 7/14/2005 7/14/2005 No No 3407 KIF1-5 - 2007

compliance Particulate 8/21/2007 8/21/2007 No No 3407 KIF6-9 - 2005

compliance Particulate 7/13/2005 7/13/2005 No No 3407 KIF6-9 - 2007

compliance Particulate 8/22/2007 8/22/2007 No No 3407 KIF9 - 2009

compliance Particulate 10/7/2009 10/7/2009 No No

Page 107test_reports

deviation_reports No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No

Page 108test_reports

No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No

Page 109test_reports

No No No No No No No No No Yes No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No

Page 110test_report_configurations

facility _id report_id configuration_id 47 COF1 - 2005

1 47 COF1 - 2006

1 47 COF1 - 2007

1 47 COF1 - 2008

1 47 COF1 - 2009

1 47 COF2 - 2005

2 47 COF2 - 2006

2 47 COF2 - 2007

2 47 COF2 - 2008

2 47 COF2 - 2009

2 47 COF3 - 09/16/2008

3 47 COF3 - 10/24/2008

3 47 COF3 - 2005

3 47 COF3 - 2006

3 47 COF3 - 2007

3 47 COF3 - 2009

3 47 COF4 - 2005

4 47 COF4 - 2006

4 47 COF4 - 2007

4 47 COF4 - 2008

4 47 COF4 - 2009

4 47 COF5 - 2005

5 47 COF5 - 2006

5 47 COF5 - 2007

5 47 COF5 - 2008

5 47 COF5 - 2009

5 50WCF1 - 2005

1 50WCF1 - 2006

1 50WCF1 - 2007

1 50WCF1 - 2008

1 50WCF2 - 2005

2 50WCF2 - 2006

2 50WCF2 - 2007

2 50WCF3 - 2005

3 50WCF3 - 2006

3 50WCF3 - 2007

3 50WCF3 - 2008

3 50WCF4 - 2005

4 50WCF4 - 2006

4 50WCF4 - 2007

4 50WCF4 - 2008

4 50WCF5 - 10/25/2006

5 50WCF5 - 12/08/2006

5 50WCF5 - 2005

5 50WCF5 - 2008

5 50WCF6 - 2005

6 50WCF6 - 2006

6 50WCF6 - 2007

6 50WCF6 - 2008

6 50WCF7 - 10/30/2008

7 50WCF7 - 12/23/2008

7

Page 111test_report_configurations

50WCF7 - 2006

7 50WCF7 - 2007

7 50WCF7 - 2009

7 50WCF8 - 2005

8 50WCF8 - 2006

8 50WCF8 - 2007

8 50WCF8 - 2008

8 50WCF8 - 2009

8 1378 PAF1 - 01/17/2008

1 1378 PAF1 - 02/09/2005

1 1378 PAF1 - 02/14-15/2007

1 1378 PAF1 - 03/08/2006

1 1378 PAF1 - 03/26/2009

1 1378 PAF1 - 03/31/2008

1 1378 PAF1 - 05/24/2007

1 1378 PAF1 - 05/25/2005

1 1378 PAF1 - 06/11/2008

1 1378 PAF1 - 06/13/2006

1 1378 PAF1 - 06/18/2009

1 1378 PAF1 - 07/15/2009

1 1378 PAF1 - 07/18/2008

1 1378 PAF1 - 08/15/2007

1 1378 PAF1 - 09/14/2005

1 1378 PAF1 - 09/19/2006

1 1378 PAF1 - 09/23/2009

1 1378 PAF1 - 11/06/2008

1 1378 PAF1 - 12/14/2005

1 1378 PAF1 - 12/17/2009

1 1378 PAF1 - 12/21/2006

1 1378 PAF2 - 01/18/2008

2 1378 PAF2 - 02/08/2005

2 1378 PAF2 - 02/16/2007

2 1378 PAF2 - 03/09/2006

2 1378 PAF2 - 03/25/2009

2 1378 PAF2 - 03/26-27/2008

2 1378 PAF2 - 05/23/2007

2 1378 PAF2 - 05/26/2005

2 1378 PAF2 - 06/17/2009

2 1378 PAF2 - 06/18/2008

2 1378 PAF2 - 07/11/2006

2 1378 PAF2 - 07/17/2008

2 1378 PAF2 - 08/16/2007

2 1378 PAF2 - 09/15/2005

2 1378 PAF2 - 09/20/2006

2 1378 PAF2 - 09/25/2009

2 1378 PAF2 - 11/05/2008

2 1378 PAF2 - 12/12/2006

2 1378 PAF2 - 12/15/2005

2 1378 PAF2 - 12/16/2009

2 1378 PAF3 - 2005

4 1378 PAF3 - 2006

4 1378 PAF3 - 2007

3

Page 112test_report_configurations

1378 PAF3 - 2008

3 1378 PAF3 - 2009

3 1379 SHF10 - 2005

10 1379 SHF10 - 2006

10 1379 SHF10 - 2007

10 1379 SHF1-5 - 2005

1 1379 SHF1-5 - 2005

2 1379 SHF1-5 - 2005

3 1379 SHF1-5 - 2005

4 1379 SHF1-5 - 2005

5 1379 SHF1-5 - 2007

1 1379 SHF1-5 - 2007

2 1379 SHF1-5 - 2007

3 1379 SHF1-5 - 2007

4 1379 SHF1-5 - 2007

5 1379 SHF6-10 - 2005

10 1379 SHF6-10 - 2005

6 1379 SHF6-10 - 2005

7 1379 SHF6-10 - 2005

8 1379 SHF6-10 - 2005

9 1379 SHF6-10 - 2009

10 1379 SHF6-10 - 2009

6 1379 SHF6-10 - 2009

7 1379 SHF6-10 - 2009

8 1379 SHF6-10 - 2009

9 1379 SHF6-9 - 03/29/2007

6 1379 SHF6-9 - 03/29/2007

7 1379 SHF6-9 - 03/29/2007

8 1379 SHF6-9 - 03/29/2007

9 1379 SHF6-9 - 04/20/2007

6 1379 SHF6-9 - 04/20/2007

7 1379 SHF6-9 - 04/20/2007

8 1379 SHF6-9 - 04/20/2007

9 3393ALF1 - 2006

1 3393ALF1 - 2008

1 3393ALF2 - 2006

2 3393ALF2 - 2008

2 3393ALF3 - 2006

3 3393ALF3 - 2008

3 3396 BRF1 - 2006

2 3396 BRF1 - 2008

2 3399 CUF1 - 2005

1 3399 CUF1 - 2007

1 3399 CUF1 - 2009

1 3399 CUF2 - 2005

2 3399 CUF2 - 2007

2 3399 CUF2 - 2009

2 3403 GAF1-2 - 2006

1 3403 GAF1-2 - 2006

2 3403 GAF1-2 -2008

1 3403 GAF1-2 -2008

2 3403 GAF3-4 - 2006

3

Page 113test_report_configurations

3403 GAF3-4 - 2006

4 3403 GAF3-4 -2008

3 3403 GAF3-4 -2008

4 3405 JSF1-2 - 2006

1 3405 JSF1-2 - 2006

2 3405 JSF1-2 - 2008

1 3405 JSF1-2 - 2008

2 3405 JSF3-4 - 2006

3 3405 JSF3-4 - 2006

4 3405 JSF3-4 - 2008

3 3405 JSF3-4 - 2008

4 3406 JOF1-10 - 2005

1 3406 JOF1-10 - 2005

10 3406 JOF1-10 - 2005

2 3406 JOF1-10 - 2005

3 3406 JOF1-10 - 2005

4 3406 JOF1-10 - 2005

5 3406 JOF1-10 - 2005

6 3406 JOF1-10 - 2005

7 3406 JOF1-10 - 2005

8 3406 JOF1-10 - 2005

9 3406 JOF1-10 - 2007

1 3406 JOF1-10 - 2007

10 3406 JOF1-10 - 2007

2 3406 JOF1-10 - 2007

3 3406 JOF1-10 - 2007

4 3406 JOF1-10 - 2007

5 3406 JOF1-10 - 2007

6 3406 JOF1-10 - 2007

7 3406 JOF1-10 - 2007

8 3406 JOF1-10 - 2007

9 3406 JOF1-10 - 2009

1 3406 JOF1-10 - 2009

10 3406 JOF1-10 - 2009

2 3406 JOF1-10 - 2009

3 3406 JOF1-10 - 2009

4 3406 JOF1-10 - 2009

5 3406 JOF1-10 - 2009

6 3406 JOF1-10 - 2009

7 3406 JOF1-10 - 2009

8 3406 JOF1-10 - 2009

9 3407 KIF1-5 - 2005

1 3407 KIF1-5 - 2005

2 3407 KIF1-5 - 2005

3 3407 KIF1-5 - 2005

4 3407 KIF1-5 - 2005

5 3407 KIF1-5 - 2007

1 3407 KIF1-5 - 2007

2 3407 KIF1-5 - 2007

3 3407 KIF1-5 - 2007

4 3407 KIF1-5 - 2007

5 3407 KIF6-9 - 2005

6

Page 114test_report_configurations

3407 KIF6-9 - 2005

7 3407 KIF6-9 - 2005

8 3407 KIF6-9 - 2005

9 3407 KIF6-9 - 2007

6 3407 KIF6-9 - 2007

7 3407 KIF6-9 - 2007

8 3407 KIF6-9 - 2007

9 3407 KIF9 - 2009

9

Page 115test_report_fuels

facility _id report_id fuel_id 47 COF1 - 2005

bit/sub 47 COF1 - 2006

bit/sub 47 COF1 - 2007

bit/sub 47 COF1 - 2008

bit/sub 47 COF1 - 2009

bit/sub 47 COF2 - 2005

bit/sub 47 COF2 - 2006

bit/sub 47 COF2 - 2007

bit/sub 47 COF2 - 2008

bit/sub 47 COF2 - 2009

bit/sub 47 COF3 - 09/16/2008

bit/sub 47 COF3 - 10/24/2008

bit/sub 47 COF3 - 2005

bit/sub 47 COF3 - 2006

bit/sub 47 COF3 - 2007

bit/sub 47 COF3 - 2009

bit/sub 47 COF4 - 2005

bit/sub 47 COF4 - 2006

bit/sub 47 COF4 - 2007

bit/sub 47 COF4 - 2008

bit/sub 47 COF4 - 2009

bit/sub 47 COF5 - 2005

bit 47 COF5 - 2006

bit/sub 47 COF5 - 2007

bit/sub 47 COF5 - 2008

bit/sub 47 COF5 - 2009

bit/sub 50WCF1 - 2005

bit 50WCF1 - 2006

bit 50WCF1 - 2007

bit 50WCF1 - 2008

bit 50WCF2 - 2005

bit 50WCF2 - 2006

bit 50WCF2 - 2007

bit 50WCF3 - 2005

bit 50WCF3 - 2006

bit 50WCF3 - 2007

bit 50WCF3 - 2008

bit 50WCF4 - 2005

bit 50WCF4 - 2006

bit 50WCF4 - 2007

bit 50WCF4 - 2008

bit 50WCF5 - 10/25/2006

bit 50WCF5 - 12/08/2006

bit 50WCF5 - 2005

bit 50WCF5 - 2008

bit 50WCF6 - 2005

bit 50WCF6 - 2006

bit 50WCF6 - 2007

bit 50WCF6 - 2008

bit 50WCF7 - 10/30/2008

bit 50WCF7 - 12/23/2008

bit

Page 116test_report_fuels

50WCF7 - 2006

bit 50WCF7 - 2007

bit 50WCF7 - 2009

bit 50WCF8 - 2005

bit 50WCF8 - 2006

bit 50WCF8 - 2007

bit 50WCF8 - 2008

bit 50WCF8 - 2009

bit 1378 PAF1 - 01/17/2008

bit/sub 1378 PAF1 - 02/09/2005

bit/sub 1378 PAF1 - 02/14-15/2007

bit/sub 1378 PAF1 - 03/08/2006

bit/sub 1378 PAF1 - 03/26/2009

bit/sub 1378 PAF1 - 03/31/2008

bit/sub 1378 PAF1 - 05/24/2007

bit/sub 1378 PAF1 - 05/25/2005

bit/sub 1378 PAF1 - 06/11/2008

bit/sub 1378 PAF1 - 06/13/2006

bit/sub 1378 PAF1 - 06/18/2009

bit/sub 1378 PAF1 - 07/15/2009

bit/sub 1378 PAF1 - 07/18/2008

bit/sub 1378 PAF1 - 08/15/2007

bit/sub 1378 PAF1 - 09/14/2005

bit/sub 1378 PAF1 - 09/19/2006

bit/sub 1378 PAF1 - 09/23/2009

bit/sub 1378 PAF1 - 11/06/2008

bit/sub 1378 PAF1 - 12/14/2005

bit/sub 1378 PAF1 - 12/17/2009

bit/sub 1378 PAF1 - 12/21/2006

bit/sub 1378 PAF2 - 01/18/2008

bit/sub 1378 PAF2 - 02/08/2005

bit/sub 1378 PAF2 - 02/16/2007

bit/sub 1378 PAF2 - 03/09/2006

bit/sub 1378 PAF2 - 03/25/2009

bit/sub 1378 PAF2 - 03/26-27/2008

bit/sub 1378 PAF2 - 05/23/2007

bit/sub 1378 PAF2 - 05/26/2005

bit/sub 1378 PAF2 - 06/17/2009

bit/sub 1378 PAF2 - 06/18/2008

bit/sub 1378 PAF2 - 07/11/2006

bit/sub 1378 PAF2 - 07/17/2008

bit/sub 1378 PAF2 - 08/16/2007

bit/sub 1378 PAF2 - 09/15/2005

bit/sub 1378 PAF2 - 09/20/2006

bit/sub 1378 PAF2 - 09/25/2009

bit/sub 1378 PAF2 - 11/05/2008

bit/sub 1378 PAF2 - 12/12/2006

bit/sub 1378 PAF2 - 12/15/2005

bit/sub 1378 PAF2 - 12/16/2009

bit/sub 1378 PAF3 - 2005

bit/sub 1378 PAF3 - 2006

bit/sub 1378 PAF3 - 2007

bit/sub

Page 117test_report_fuels

1378 PAF3 - 2008

bit/sub 1378 PAF3 - 2009

bit/sub 1379 SHF10 - 2005

bit 1379 SHF10 - 2006

bit 1379 SHF10 - 2007

bit 1379 SHF1-5 - 2005

bit/sub 1379 SHF1-5 - 2007

bit/sub 1379 SHF6-10 - 2005

bit/sub 1379 SHF6-10 - 2009

bit/sub 1379 SHF6-9 - 03/29/2007

bit/sub 1379 SHF6-9 - 04/20/2007

bit/sub 3393ALF1 - 2006

bit/sub 3393ALF1 - 2008

bit/sub 3393ALF2 - 2006

bit/sub 3393ALF2 - 2008

bit/sub 3393ALF3 - 2006

bit/sub 3393ALF3 - 2008

bit/sub 3396 BRF1 - 2006

bit 3396 BRF1 - 2008

bit 3399 CUF1 - 2005

bit 3399 CUF1 - 2007

bit 3399 CUF1 - 2009

bit 3399 CUF2 - 2005

bit 3399 CUF2 - 2007

bit 3399 CUF2 - 2009

bit 3403 GAF1-2 - 2006

bit/sub 3403 GAF1-2 -2008

bit/sub 3403 GAF3-4 - 2006

bit/sub 3403 GAF3-4 -2008

bit/sub 3405 JSF1-2 - 2006

bit 3405 JSF1-2 - 2008

bit 3405 JSF3-4 - 2006

bit 3405 JSF3-4 - 2008

bit 3406 JOF1-10 - 2005

bit/sub 3406 JOF1-10 - 2007

bit/sub 3406 JOF1-10 - 2009

bit/sub 3407 KIF1-5 - 2005

bit/sub 3407 KIF1-5 - 2007

bit/sub 3407 KIF6-9 - 2005

bit/sub 3407 KIF6-9 - 2007

bit/sub 3407 KIF9 - 2009

bit/sub

Page 118test_report_fuel_types

facility _id report_id fuel_id fuel_type percentage_massvol percentage_btu

other_type 47 COF1 - 2005

bit/sub coal - bituminous84.4 88 47 COF1 - 2005

bit/sub coal - subbituminous 15.6 12 47 COF1 - 2006

bit/sub coal - bituminous89.5 92 47 COF1 - 2006

bit/sub coal - subbituminous 10.5 8 47 COF1 - 2007

bit/sub coal - bituminous82.2 86.3 47 COF1 - 2007

bit/sub coal - subbituminous 17.8 13.7 47 COF1 - 2008

bit/sub coal - bituminous83.1 86.9 47 COF1 - 2008

bit/sub coal - subbituminous 16.9 13.1 47 COF1 - 2009

bit/sub coal - bituminous82.4 86.1 47 COF1 - 2009

bit/sub coal - subbituminous 17.6 13.9 47 COF2 - 2005

bit/sub coal - bituminous84.4 88 47 COF2 - 2005

bit/sub coal - subbituminous 15.6 12 47 COF2 - 2006

bit/sub coal - bituminous89.5 92 47 COF2 - 2006

bit/sub coal - subbituminous 10.5 8 47 COF2 - 2007

bit/sub coal - bituminous82.2 86.3 47 COF2 - 2007

bit/sub coal - subbituminous 17.8 13.7 47 COF2 - 2008

bit/sub coal - bituminous83.1 86.9 47 COF2 - 2008

bit/sub coal - subbituminous 16.9 13.1 47 COF2 - 2009

bit/sub coal - bituminous82.4 86.1 47 COF2 - 2009

bit/sub coal - subbituminous 17.6 13.9 47 COF3 - 09/16/2008

bit/sub coal - bituminous83.1 86.9 47 COF3 - 09/16/2008

bit/sub coal - subbituminous 16.9 13.1 47 COF3 - 10/24/2008

bit/sub coal - bituminous83.1 86.9 47 COF3 - 10/24/2008

bit/sub coal - subbituminous 16.9 13.1 47 COF3 - 2005

bit/sub coal - bituminous84.4 88 47 COF3 - 2005

bit/sub coal - subbituminous 15.6 12 47 COF3 - 2006

bit/sub coal - bituminous89.5 92 47 COF3 - 2006

bit/sub coal - subbituminous 10.5 8 47 COF3 - 2007

bit/sub coal - bituminous82.2 86.3 47 COF3 - 2007

bit/sub coal - subbituminous 17.8 13.7 47 COF3 - 2009

bit/sub coal - bituminous82.4 86.1 47 COF3 - 2009

bit/sub coal - subbituminous 17.6 13.9 47 COF4 - 2005

bit/sub coal - bituminous84.4 88 47 COF4 - 2005

bit/sub coal - subbituminous 15.6 12 47 COF4 - 2006

bit/sub coal - bituminous89.5 92 47 COF4 - 2006

bit/sub coal - subbituminous 10.5 8 47 COF4 - 2007

bit/sub coal - bituminous82.2 86.3 47 COF4 - 2007

bit/sub coal - subbituminous 17.8 13.7 47 COF4 - 2008

bit/sub coal - bituminous83.1 86.9 47 COF4 - 2008

bit/sub coal - subbituminous 16.9 13.1 47 COF4 - 2009

bit/sub coal - bituminous82.4 86.1 47 COF4 - 2009

bit/sub coal - subbituminous 17.6 13.9 47 COF5 - 2005

bit coal - bituminous 100 100 47 COF5 - 2006

bit/sub coal - bituminous96.3 97.2 47 COF5 - 2006

bit/sub coal - subbituminous 3.7 2.8 47 COF5 - 2007

bit/sub coal - bituminous93.8 95.4 47 COF5 - 2007

bit/sub coal - subbituminous 6.2 4.6 47 COF5 - 2008

bit/sub coal - bituminous99.6 99.7 47 COF5 - 2008

bit/sub coal - subbituminous 0.4 0.3 47 COF5 - 2009

bit/sub coal - bituminous98.2 98.7 47 COF5 - 2009

bit/sub coal - subbituminous 1.8 1.3

Page 119test_report_fuel_types

50WCF1 - 2005

bit coal - bituminous 100 100 50WCF1 - 2006

bit coal - bituminous 100 100 50WCF1 - 2007

bit coal - bituminous 100 100 50WCF1 - 2008

bit coal - bituminous 100 100 50WCF2 - 2005

bit coal - bituminous 100 100 50WCF2 - 2006

bit coal - bituminous 100 100 50WCF2 - 2007

bit coal - bituminous 100 100 50WCF3 - 2005

bit coal - bituminous 100 100 50WCF3 - 2006

bit coal - bituminous 100 100 50WCF3 - 2007

bit coal - bituminous 100 100 50WCF3 - 2008

bit coal - bituminous 100 100 50WCF4 - 2005

bit coal - bituminous 100 100 50WCF4 - 2006

bit coal - bituminous 100 100 50WCF4 - 2007

bit coal - bituminous 100 100 50WCF4 - 2008

bit coal - bituminous 100 100 50WCF5 - 10/25/2006

bit coal - bituminous 100 100 50WCF5 - 12/08/2006

bit coal - bituminous 100 100 50WCF5 - 2005

bit coal - bituminous 100 100 50WCF5 - 2008

bit coal - bituminous 100 100 50WCF6 - 2005

bit coal - bituminous 100 100 50WCF6 - 2006

bit coal - bituminous 100 100 50WCF6 - 2007

bit coal - bituminous 100 100 50WCF6 - 2008

bit coal - bituminous 100 100 50WCF7 - 10/30/2008

bit coal - bituminous 100 100 50WCF7 - 12/23/2008

bit coal - bituminous 100 100 50WCF7 - 2006

bit coal - bituminous 100 100 50WCF7 - 2007

bit coal - bituminous 100 100 50WCF7 - 2009

bit coal - bituminous 100 100 50WCF8 - 2005

bit coal - bituminous 100 100 50WCF8 - 2006

bit coal - bituminous 100 100 50WCF8 - 2007

bit coal - bituminous 100 100 50WCF8 - 2008

bit coal - bituminous 100 100 50WCF8 - 2009

bit coal - bituminous 100 100 1378 PAF1 - 01/17/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF1 - 01/17/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF1 - 02/09/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF1 - 02/09/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF1 - 02/14-15/2007

bit/sub coal - bituminous99.7 99.8 1378 PAF1 - 02/14-15/2007

bit/sub coal - subbituminous 0.3 0.2 1378 PAF1 - 03/08/2006

bit/sub coal - bituminous98.4 98.8 1378 PAF1 - 03/08/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF1 - 03/26/2009

bit/sub coal - bituminous 94 95.4 1378 PAF1 - 03/26/2009

bit/sub coal - subbituminous6 4.6 1378 PAF1 - 03/31/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF1 - 03/31/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF1 - 05/24/2007

bit/sub coal - bituminous99.7 99.8 1378 PAF1 - 05/24/2007

bit/sub coal - subbituminous 0.3 0.2 1378 PAF1 - 05/25/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF1 - 05/25/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF1 - 06/11/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF1 - 06/11/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF1 - 06/13/2006

bit/sub coal - bituminous98.4 98.8

Page 120test_report_fuel_types

1378 PAF1 - 06/13/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF1 - 06/18/2009

bit/sub coal - bituminous 94 95.4 1378 PAF1 - 06/18/2009

bit/sub coal - subbituminous6 4.6 1378 PAF1 - 07/15/2009

bit/sub coal - bituminous 94 95.4 1378 PAF1 - 07/15/2009

bit/sub coal - subbituminous6 4.6 1378 PAF1 - 07/18/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF1 - 07/18/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF1 - 08/15/2007

bit/sub coal - bituminous99.7 99.8 1378 PAF1 - 08/15/2007

bit/sub coal - subbituminous 0.3 0.2 1378 PAF1 - 09/14/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF1 - 09/14/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF1 - 09/19/2006

bit/sub coal - bituminous98.4 98.8 1378 PAF1 - 09/19/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF1 - 09/23/2009

bit/sub coal - bituminous 94 95.4 1378 PAF1 - 09/23/2009

bit/sub coal - subbituminous6 4.6 1378 PAF1 - 11/06/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF1 - 11/06/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF1 - 12/14/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF1 - 12/14/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF1 - 12/17/2009

bit/sub coal - bituminous 94 95.4 1378 PAF1 - 12/17/2009

bit/sub coal - subbituminous6 4.6 1378 PAF1 - 12/21/2006

bit/sub coal - bituminous98.4 98.8 1378 PAF1 - 12/21/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF2 - 01/18/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF2 - 01/18/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF2 - 02/08/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF2 - 02/08/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF2 - 02/16/2007

bit/sub coal - bituminous99.7 99.8 1378 PAF2 - 02/16/2007

bit/sub coal - subbituminous 0.3 0.2 1378 PAF2 - 03/09/2006

bit/sub coal - bituminous98.4 98.8 1378 PAF2 - 03/09/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF2 - 03/25/2009

bit/sub coal - bituminous 94 95.4 1378 PAF2 - 03/25/2009

bit/sub coal - subbituminous6 4.6 1378 PAF2 - 03/26-27/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF2 - 03/26-27/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF2 - 05/23/2007

bit/sub coal - bituminous99.7 99.8 1378 PAF2 - 05/23/2007

bit/sub coal - subbituminous 0.3 0.2 1378 PAF2 - 05/26/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF2 - 05/26/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF2 - 06/17/2009

bit/sub coal - bituminous 94 95.4 1378 PAF2 - 06/17/2009

bit/sub coal - subbituminous6 4.6 1378 PAF2 - 06/18/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF2 - 06/18/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF2 - 07/11/2006

bit/sub coal - bituminous98.4 98.8 1378 PAF2 - 07/11/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF2 - 07/17/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF2 - 07/17/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF2 - 08/16/2007

bit/sub coal - bituminous99.7 99.8 1378 PAF2 - 08/16/2007

bit/sub coal - subbituminous 0.3 0.2 1378 PAF2 - 09/15/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF2 - 09/15/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF2 - 09/20/2006

bit/sub coal - bituminous98.4 98.8

Page 121test_report_fuel_types

1378 PAF2 - 09/20/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF2 - 09/25/2009

bit/sub coal - bituminous 94 95.4 1378 PAF2 - 09/25/2009

bit/sub coal - subbituminous6 4.6 1378 PAF2 - 11/05/2008

bit/sub coal - bituminous93.8 95.2 1378 PAF2 - 11/05/2008

bit/sub coal - subbituminous 6.2 4.8 1378 PAF2 - 12/12/2006

bit/sub coal - bituminous98.4 98.8 1378 PAF2 - 12/12/2006

bit/sub coal - subbituminous 1.6 1.2 1378 PAF2 - 12/15/2005

bit/sub coal - bituminous98.8 99.1 1378 PAF2 - 12/15/2005

bit/sub coal - subbituminous 1.2 0.9 1378 PAF2 - 12/16/2009

bit/sub coal - bituminous 94 95.4 1378 PAF2 - 12/16/2009

bit/sub coal - subbituminous6 4.6 1378 PAF3 - 2005

bit/sub coal - bituminous 29 34.9 1378 PAF3 - 2005

bit/sub coal - subbituminous 71 65.1 1378 PAF3 - 2006

bit/sub coal - bituminous43.5 50.1 1378 PAF3 - 2006

bit/sub coal - subbituminous 56.5 49.9 1378 PAF3 - 2007

bit/sub coal - bituminous99.7 99.8 1378 PAF3 - 2007

bit/sub coal - subbituminous 0.3 0.2 1378 PAF3 - 2008

bit/sub coal - bituminous86.5 89.4 1378 PAF3 - 2008

bit/sub coal - subbituminous 13.5 10.6 1378 PAF3 - 2009

bit/sub coal - bituminous85.7 88.9 1378 PAF3 - 2009

bit/sub coal - subbituminous 14.3 11.1 1379 SHF10 - 2005

bit coal - bituminous 100 100 1379 SHF10 - 2006

bit coal - bituminous 100 100 1379 SHF10 - 2007

bit coal - bituminous 100 100 1379 SHF1-5 - 2005

bit/sub coal - bituminous82.7 86.7 1379 SHF1-5 - 2005

bit/sub coal - subbituminous 17.7 13.3 1379 SHF1-5 - 2007

bit/sub coal - bituminous72.3 78.2 1379 SHF1-5 - 2007

bit/sub coal - subbituminous 27.7 21.8 1379 SHF6-10 - 2005

bit/sub coal - bituminous85.5 88.9 1379 SHF6-10 - 2005

bit/sub coal - subbituminous 14.5 11.1 1379 SHF6-10 - 2009

bit/sub coal - bituminous62.6 68.6 1379 SHF6-10 - 2009

bit/sub coal - subbituminous 37.4 31.4 1379 SHF6-9 - 03/29/2007

bit/sub coal - bituminous72.3 78.2 1379 SHF6-9 - 03/29/2007

bit/sub coal - subbituminous 27.7 21.8 1379 SHF6-9 - 04/20/2007

bit/sub coal - bituminous72.3 78.2 1379 SHF6-9 - 04/20/2007

bit/sub coal - subbituminous 27.7 21.8 3393ALF1 - 2006

bit/sub coal - bituminous19.2 24.5 3393ALF1 - 2006

bit/sub coal - subbituminous 80.8 75.5 3393ALF1 - 2008

bit/sub coal - bituminous16.5 21.3 3393ALF1 - 2008

bit/sub coal - subbituminous 83.5 78.7 3393ALF2 - 2006

bit/sub coal - bituminous19.2 24.5 3393ALF2 - 2006

bit/sub coal - subbituminous 80.8 75.5 3393ALF2 - 2008

bit/sub coal - bituminous16.5 21.3 3393ALF2 - 2008

bit/sub coal - subbituminous 83.5 78.7 3393ALF3 - 2006

bit/sub coal - bituminous19.2 24.5 3393ALF3 - 2006

bit/sub coal - subbituminous 80.8 75.5 3393ALF3 - 2008

bit/sub coal - bituminous16.5 21.3 3393ALF3 - 2008

bit/sub coal - subbituminous 83.5 78.7 3396 BRF1 - 2006

bit coal - bituminous 100 100 3396 BRF1 - 2008

bit coal - bituminous 100 100 3399 CUF1 - 2005

bit coal - bituminous 100 100 3399 CUF1 - 2007

bit coal - bituminous 100 100

Page 122test_report_fuel_types

3399 CUF1 - 2009

bit coal - bituminous 100 100 3399 CUF2 - 2005

bit coal - bituminous 100 100 3399 CUF2 - 2007

bit coal - bituminous 100 100 3399 CUF2 - 2009

bit coal - bituminous 100 100 3403 GAF1-2 - 2006

bit/sub coal - bituminous 8.1 10.6 3403 GAF1-2 - 2006

bit/sub coal - subbituminous 91.9 89.4 3403 GAF1-2 -2008

bit/sub coal - bituminous 0.5 0.7 3403 GAF1-2 -2008

bit/sub coal - subbituminous 99.5 99.3 3403 GAF3-4 - 2006

bit/sub coal - bituminous 8.1 10.6 3403 GAF3-4 - 2006

bit/sub coal - subbituminous 91.9 89.4 3403 GAF3-4 -2008

bit/sub coal - bituminous 0.5 0.7 3403 GAF3-4 -2008

bit/sub coal - subbituminous 99.5 99.3 3405 JSF1-2 - 2006

bit coal - bituminous 100 100 3405 JSF1-2 - 2008

bit coal - bituminous 100 100 3405 JSF3-4 - 2006

bit coal - bituminous 100 100 3405 JSF3-4 - 2008

bit coal - bituminous 100 100 3406 JOF1-10 - 2005

bit/sub coal - bituminous69.4 75.4 3406 JOF1-10 - 2005

bit/sub coal - subbituminous 30.6 24.6 3406 JOF1-10 - 2007

bit/sub coal - bituminous70.7 76.8 3406 JOF1-10 - 2007

bit/sub coal - subbituminous 29.3 23.2 3406 JOF1-10 - 2009

bit/sub coal - bituminous64.3 70.9 3406 JOF1-10 - 2009

bit/sub coal - subbituminous 35.7 29.1 3407 KIF1-5 - 2005

bit/sub coal - bituminous72.4 78.6 3407 KIF1-5 - 2005

bit/sub coal - subbituminous 27.6 21.4 3407 KIF1-5 - 2007

bit/sub coal - bituminous 59 66.8 3407 KIF1-5 - 2007

bit/sub coal - subbituminous 41 33.2 3407 KIF6-9 - 2005

bit/sub coal - bituminous72.4 78.6 3407 KIF6-9 - 2005

bit/sub coal - subbituminous 27.6 21.4 3407 KIF6-9 - 2007

bit/sub coal - bituminous 59 66.8 3407 KIF6-9 - 2007

bit/sub coal - subbituminous 41 33.2 3407 KIF9 - 2009

bit/sub coal - bituminous63.1 70.4 3407 KIF9 - 2009

bit/sub coal - subbituminous 36.9 29.6

Page 123cem_data

facility _id time_period

cem_period_description 47 1995 to 2009 50 1995 to 2009 1378 1995 to 2009 1379 1995 to 2009 3393 1995 to 2009 3396 1995 to 2009 3399 1995 to 2009 3403 1995 to 2009 3405 1995 to 2009 3406 1995 to 2009 3407 1995 to 2009

Page 124cem_data_pollutants1

facility _id time_period

pollutant_name 3396 1995 to 2009

Nitrogen Oxide (NOx) 3396 1995 to 2009

Sulfur Dioxide (SO2) 3406 1995 to 2009

Nitrogen Oxide (NOx) 3406 1995 to 2009

Sulfur Dioxide (SO2) 3403 1995 to 2009

Nitrogen Oxide (NOx) 3403 1995 to 2009

Sulfur Dioxide (SO2) 3405 1995 to 2009

Nitrogen Oxide (NOx) 3405 1995 to 2009

Sulfur Dioxide (SO2) 3407 1995 to 2009

Nitrogen Oxide (NOx) 3407 1995 to 2009

Sulfur Dioxide (SO2) 3393 1995 to 2009

Nitrogen Oxide (NOx) 3393 1995 to 2009

Sulfur Dioxide (SO2) 3399 1995 to 2009

Nitrogen Oxide (NOx) 3399 1995 to 2009

Sulfur Dioxide (SO2) 1379 1995 to 2009

Nitrogen Oxide (NOx) 1379 1995 to 2009

Sulfur Dioxide (SO2) 47 1995 to 2009

Nitrogen Oxide (NOx) 47 1995 to 2009

Sulfur Dioxide (SO2) 50 1995 to 2009

Nitrogen Oxide (NOx) 50 1995 to 2009

Sulfur Dioxide (SO2) 1378 1995 to 2009

Nitrogen Oxide (NOx) 1378 1995 to 2009

Sulfur Dioxide (SO2)

Page 125test_report_sampling

facility _id report_id sampling_port_id point_differpoint_description befre_SO2_device

point_orientation

normal_bypass_percent

testing_bypass_percent 47 COF1 - 2005

SP002 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF1 - 2006

SP002 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF1 - 2007

SP002 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF1 - 2008

SP002 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF1 - 2009

SP002 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF2 - 2005

SP005 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF2 - 2006

SP005 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF2 - 2007

SP005 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF2 - 2008

SP005 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF2 - 2009

SP005 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF3 - 09/16/2008

SP07 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF3 - 10/24/2008

SP07 Yes Gas is sampled from 2 horizontal duct test planes located bteween the precipitators and stack. No 47 COF3 - 2005

SP007 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF3 - 2006

SP007 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF3 - 2007

SP007 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF3 - 2009

SP007 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF4 - 2005

SP009 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF4 - 2006

SP009 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF4 - 2007

SP009 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF4 - 2008

SP009 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF4 - 2009

SP009 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 47 COF5 - 2005

SK002 No No 47 COF5 - 2006

SK002 No No 47 COF5 - 2007

SK002 No No 47 COF5 - 2008

SK002 No No 47 COF5 - 2009

SK002 No No 50WCF1 - 2005

SP002 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF1 - 2006

SP002 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF1 - 2007

SP002 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF1 - 2008

SP002 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF2 - 2005

SP005 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF2 - 2006

SP005 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF2 - 2007

SP005 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF3 - 2005

SP007 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF3 - 2006

SP007 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF3 - 2007

SP007 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF3 - 2008

SP007 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF4 - 2005

SP009 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF4 - 2006

SP009 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF4 - 2007

SP009 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF4 - 2008

SP009 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF5 - 10/25/2006

SP011 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF5 - 12/08/2006

SP011 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF5 - 2005

SP011 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF5 - 2008

SP011 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF6 - 2005

SP013 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF6 - 2006

SP013 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF6 - 2007

SP013 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF6 - 2008

SP013 Yes Gas is sampled from 2 vertical duct test planes located between the precipitators and stack. No 50WCF7 - 10/30/2008

SK002 No No 50WCF7 - 12/23/2008

SK002 No No

Page 126test_report_sampling

50WCF7 - 2006

SK002 No No 50WCF7 - 2007

SK002 No No 50WCF7 - 2009

SK002 No No 50WCF8 - 2005

SK003 No No 50WCF8 - 2006

SK003 No No 50WCF8 - 2007

SK003 No No 50WCF8 - 2008

SK003 No No 50WCF8 - 2009

SK003 No No 1378 PAF1 - 01/17/2008

SK001 No No 1378 PAF1 - 02/09/2005

SK001 No No 1378 PAF1 - 02/14-15/2007

SK001 No No 1378 PAF1 - 03/08/2006

SK001 No No 1378 PAF1 - 03/26/2009

SK001 No No 1378 PAF1 - 03/31/2008

SK001 No No 1378 PAF1 - 05/24/2007

SK001 No No 1378 PAF1 - 05/25/2005

SK001 No No 1378 PAF1 - 06/11/2008

SK001 No No 1378 PAF1 - 06/13/2006

SK001 No No 1378 PAF1 - 06/18/2009

SK001 No No 1378 PAF1 - 07/15/2009

SK001 No No 1378 PAF1 - 07/18/2008

SK001 No No 1378 PAF1 - 08/15/2007

SK001 No No 1378 PAF1 - 09/14/2005

SK001 No No 1378 PAF1 - 09/19/2006

SK001 No No 1378 PAF1 - 09/23/2009

SK001 No No 1378 PAF1 - 11/06/2008

SK001 No No 1378 PAF1 - 12/14/2005

SK001 No No 1378 PAF1 - 12/17/2009

SK001 No No 1378 PAF1 - 12/21/2006

SK001 No No 1378 PAF2 - 01/18/2008

SK002 No No 1378 PAF2 - 02/08/2005

SK002 No No 1378 PAF2 - 02/16/2007

SK002 No No 1378 PAF2 - 03/09/2006

SK002 No No 1378 PAF2 - 03/25/2009

SK002 No No 1378 PAF2 - 03/26-27/2008

SK002 No No 1378 PAF2 - 05/23/2007

SK002 No No 1378 PAF2 - 05/26/2005

SK002 No No 1378 PAF2 - 06/17/2009

SK002 No No 1378 PAF2 - 06/18/2008

SK002 No No 1378 PAF2 - 07/11/2006

SK002 No No 1378 PAF2 - 07/17/2008

SK002 No No 1378 PAF2 - 08/16/2007

SK002 No No 1378 PAF2 - 09/15/2005

SK002 No No 1378 PAF2 - 09/20/2006

SK002 No No 1378 PAF2 - 09/25/2009

SK002 No No 1378 PAF2 - 11/05/2008

SK002 No No 1378 PAF2 - 12/12/2006

SK002 No No 1378 PAF2 - 12/15/2005

SK002 No No 1378 PAF2 - 12/16/2009

SK002 No No 1378 PAF3 - 2005

SK004 No No 1378 PAF3 - 2006

SK004 No No 1378 PAF3 - 2007

SK003 No No

Page 127test_report_sampling

1378 PAF3 - 2008

SK003 No No 1378 PAF3 - 2009

SK003 No No 1379 SHF10 - 2005

SP032 No No 1379 SHF10 - 2006

SP032 No No 1379 SHF10 - 2007

SP032 No No 1379 SHF1-5 - 2005

SK001 No No 1379 SHF1-5 - 2007

SK001 No No 1379 SHF6-10 - 2005

SK002 No No 1379 SHF6-10 - 2009

SK002 No No 1379 SHF6-9 - 03/29/2007

SK002 No No 1379 SHF6-9 - 04/20/2007

SK002 No No 3393ALF1 - 2006

SK001 No No 3393ALF1 - 2008

SK001 No No 3393ALF2 - 2006

SK002 No No 3393ALF2 - 2008

SK002 No No 3393ALF3 - 2006

SK003 No No 3393ALF3 - 2008

SK003 No No 3396 BRF1 - 2006

SP004 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 3396 BRF1 - 2008

SP004 Yes Gas is sampled from 2 horizontal duct test planes located between the precipitators and stack. No 3399 CUF1 - 2005

SK001 No No 3399 CUF1 - 2007

SK001 No No 3399 CUF1 - 2009

SK001 No No 3399 CUF2 - 2005

SK002 No No 3399 CUF2 - 2007

SK002 No No 3399 CUF2 - 2009

SK002 No No 3403 GAF1-2 - 2006

SK001 No No 3403 GAF1-2 -2008

SK001 No No 3403 GAF3-4 - 2006

SK002 No No 3403 GAF3-4 -2008

SK002 No No 3405 JSF1-2 - 2006

SK001 No No 3405 JSF1-2 - 2008

SK001 No No 3405 JSF3-4 - 2006

SK002 No No 3405 JSF3-4 - 2008

SK002 No No 3406 JOF1-10 - 2005

SK001 No No 3406 JOF1-10 - 2007

SK001 No No 3406 JOF1-10 - 2009

SK001 No No 3407 KIF1-5 - 2005

SK001 No No 3407 KIF1-5 - 2007

SK001 No No 3407 KIF6-9 - 2005

SK002 No No 3407 KIF6-9 - 2007

SK002 No No 3407 KIF9 - 2009

SK002 No No

Page 128test_report_sampling

fg_fraction 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sample 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes.

Page 129test_report_sampling

100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 1005 flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each ponit sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes.

100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sample 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 24 sampling points. Each point sampled 2.5 minutes. 100% flow measured on the stack. There are 24 sampling points. Each point sampled 2.5 minutes. 100% flow measured on the stack. There are 24 sampling points. Each point sampled 2.5 minutes.

Page 130test_report_sampling

100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on a horizontal duct between the baghouse and stack. There are 30 sampling points. Each point sampled 2.5 minutes. 100% flow measured on a horizontal duct between the baghouse and stack. There are 30 sampling points. Each point sampled 2.5 minutes. 100% flow measured on a horizontal duct between the baghouse and stack. There are 30 sampling points. Each point sampled 2.5 minutes. 100% flow measured on the stack. There are 20 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 20 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 20 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 20 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 20 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 20 sampling points. Each point sampled 3 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 32 sampling points. Each point sampled 2.5 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 32 sampling points. Each point sampled 2.5 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 16 sampling points. Each point sampled 4 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled 5 minutes. 100% flow measured on the stack. There are 12 sampling points. Each point sampled for 8 minutes.

Page 131test_report_sampling

100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 24 sampling points. Each point sampled 3 minutes.

100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 30 sampling points. Each point sampled 3 minutes.

Page 132test_report_sampling

Page 133test_report_sampling

100% flow measured on a horizontal duct between the baghouse and stack. There are 30 sampling points. Each point sampled 2.5 minutes. 100% flow measured on a horizontal duct between the baghouse and stack. There are 30 sampling points. Each point sampled 2.5 minutes. 100% flow measured on a horizontal duct between the baghouse and stack. There are 30 sampling points. Each point sampled 2.5 minutes.

100% of flue gas is sampled. 50% each duct. Each duct has 32 sampling points. Each point sampled 2.5 minutes. 100% of flue gas is sampled. 50% each duct. Each duct has 32 sampling points. Each point sampled 2.5 minutes.

Page 134sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetime

unit_load net_generation fg_moisture_content 47 COF1 - 2005

SP002 1 ######## ######## 191.3 256.9 8.46 47 COF1 - 2005

SP002 2 ######## ######## 190.3 255.5 8.78 47 COF1 - 2005

SP002 3 ######## ######## 187.3 248.6 8.48 47 COF1 - 2006

SP002 1 7/20/2006 7/20/2006 193.8 257 8.47 47 COF1 - 2006

SP002 2 7/20/2006 7/20/2006 192.5 273.3 8.99 47 COF1 - 2006

SP002 3 7/20/2006 7/20/2006 193.5 259.6 8.96 47 COF1 - 2007

SP002 1 9/26/2007 9/26/2007 192 395 8.65 47 COF1 - 2007

SP002 2 9/26/2007 9/26/2007 191.9 308.1 8.17 47 COF1 - 2007

SP002 3 9/26/2007 9/26/2007 191.6 262.8 8.13 47 COF1 - 2008

SP002 1 9/12/2008 9/12/2008 188 324.1 7.58 47 COF1 - 2008

SP002 2 9/12/2008 9/12/2008 187 246.8 7.47 47 COF1 - 2008

SP002 3 9/12/2008 9/12/2008 187 267.2 7.76 47 COF1 - 2009

SP002 1 ######## ######## 180.5 255.7 7.77 47 COF1 - 2009

SP002 2 ######## ######## 181.9 260.6 7.28 47 COF1 - 2009

SP002 3 ######## ######## 182.8 253.2 7.21 47 COF2 - 2005

SP005 1 ######## ######## 183.4 240.8 6.8 47 COF2 - 2005

SP005 2 ######## ######## 183.5 241 6.61 47 COF2 - 2005

SP005 3 ######## ######## 182.4 233.8 6.53 47 COF2 - 2006

SP005 1 7/21/2006 7/21/2006 190.2 252.3 8.03 47 COF2 - 2006

SP005 2 7/21/2006 7/21/2006 190.1 261 8.02 47 COF2 - 2006

SP005 3 7/21/2006 7/21/2006 190.4 282.2 8.28 47 COF2 - 2007

SP005 1 9/27/2007 9/27/2007 190 249.1 8.46 47 COF2 - 2007

SP005 2 9/27/2007 9/27/2007 189.9 248.9 8.3 47 COF2 - 2007

SP005 3 9/27/2007 9/27/2007 190.1 249.2 8.51 47 COF2 - 2008

SP005 1 9/11/2008 9/11/2008 183 284.6 9.29 47 COF2 - 2008

SP005 2 9/11/2008 9/11/2008 183 250.4 7.99 47 COF2 - 2008

SP005 3 9/11/2008 9/11/2008 183 256.1 8.64 47 COF2 - 2009

SP005 1 ######## ######## 183 244.8 7.18 47 COF2 - 2009

SP005 2 ######## ######## 183.6 237.1 7.28 47 COF2 - 2009

SP005 3 ######## ######## 184.4 235.3 6.91 47 COF3 - 09/16/2008

SP07 1 9/16/2008 9/16/2008 171 226 8.15 47 COF3 - 09/16/2008

SP07 2 9/16/2008 9/16/2008 169 223.3 7.79 47 COF3 - 09/16/2008

SP07 3 9/16/2008 9/16/2008 169 381 7.3 47 COF3 - 10/24/2008

SP07 1 ######## ######## 183 241.8 7.96 47 COF3 - 10/24/2008

SP07 2 ######## ######## 187 250 8.01 47 COF3 - 10/24/2008

SP07 3 ######## ######## 186 242.9 7.59 47 COF3 - 2005

SP007 1 ######## ######## 188 249.5 6.17 47 COF3 - 2005

SP007 2 ######## ######## 188 220.2 6.92 47 COF3 - 2005

SP007 3 ######## ######## 188 243.7 6.84 47 COF3 - 2006

SP007 1 7/19/2006 7/19/2006 188.5 287.7 8.24 47 COF3 - 2006

SP007 2 7/19/2006 7/19/2006 189.4 262.5 8.19 47 COF3 - 2006

SP007 3 7/19/2006 7/19/2006 189.8 272 8.65 47 COF3 - 2007

SP007 1 9/13/2007 9/13/2007 187.9 263.6 8.28 47 COF3 - 2007

SP007 2 9/13/2007 9/13/2007 189.6 257.2 8.53 47 COF3 - 2007

SP007 3 9/13/2007 9/13/2007 190.5 252.4 8.68 47 COF3 - 2009

SP007 1 ######## ######## 182.4 224.9 6.81 47 COF3 - 2009

SP007 2 ######## ######## 187.2 230.8 7.39 47 COF3 - 2009

SP007 3 ######## ######## 187.5 247.9 7.4 47 COF4 - 2005

SP009 1 ######## ######## 191.3 257.8 8.14 47 COF4 - 2005

SP009 2 ######## ######## 191.7 246.3 8.48 47 COF4 - 2005

SP009 3 ######## ######## 191.6 240.2 8.55

Page 135sampling_runs

47 COF4 - 2006

SP009 1 7/22/2006 7/22/2006 177.7 226.7 8.47 47 COF4 - 2006

SP009 2 7/22/2006 7/22/2006 177 225.8 8.06 47 COF4 - 2006

SP009 3 7/22/2006 7/22/2006 176.5 222.4 8.3 47 COF4 - 2007

SP009 1 9/14/2007 9/14/2007 186.2 275.6 9.53 47 COF4 - 2007

SP009 2 9/14/2007 9/14/2007 188.3 261.1 9.6 47 COF4 - 2007

SP009 3 9/14/2007 9/14/2007 187 241.8 9.81 47 COF4 - 2008

SP009 1 9/15/2008 9/15/2008 180 266 6.98 47 COF4 - 2008

SP009 2 9/15/2008 9/15/2008 180 238 7.38 47 COF4 - 2008

SP009 3 9/15/2008 9/15/2008 180 274.4 6.99 47 COF4 - 2009

SP009 1 ######## ######## 185.7 289.9 6.97 47 COF4 - 2009

SP009 2 ######## ######## 180.7 310 6.59 47 COF4 - 2009

SP009 3 ######## ######## 180.6 242.8 6.46 47 COF5 - 2005

SK002 1 ######## ######## 471.5 540.8 5.92 47 COF5 - 2005

SK002 2 ######## ######## 471.3 518.7 5.44 47 COF5 - 2005

SK002 3 ######## ######## 471.5 533.5 5.22 47 COF5 - 2006

SK002 1 7/18/2006 7/18/2006 437.8 478.1 7.61 47 COF5 - 2006

SK002 2 7/18/2006 7/18/2006 437.8 478.1 7.88 47 COF5 - 2006

SK002 3 7/18/2006 7/18/2006 438.6 505.9 7.57 47 COF5 - 2007

SK002 1 9/12/2007 9/12/2007 457.2 633.4 7 47 COF5 - 2007

SK002 2 9/12/2007 9/12/2007 457.8 493.3 6.61 47 COF5 - 2007

SK002 3 9/12/2007 9/12/2007 458.8 522.6 6.2 47 COF5 - 2008

SK002 1 9/10/2008 9/10/2008 449 533.9 6.88 47 COF5 - 2008

SK002 2 9/10/2008 9/10/2008 451 494.5 8.52 47 COF5 - 2008

SK002 3 9/10/2008 9/10/2008 452 488.6 7.9 47 COF5 - 2009

SK002 1 ######## ######## 442 497.3 5.64 47 COF5 - 2009

SK002 2 ######## ######## 442.4 490.9 7.31 47 COF5 - 2009

SK002 3 ######## ######## 442.7 553.8 6.88 50WCF1 - 2005

SP002 1 ######## ######## 112.2 183.6 6.52 50WCF1 - 2005

SP002 2 ######## ######## 112.2 178.3 7.05 50WCF1 - 2005

SP002 3 ######## ######## 112.2 183.6 6.65 50WCF1 - 2006

SP002 1 ######## ######## 101.3 165.2 6.46 50WCF1 - 2006

SP002 2 ######## ######## 100.3 165.1 6.66 50WCF1 - 2006

SP002 3 ######## ######## 101.2 161.9 6.43 50WCF1 - 2007

SP002 1 ######## ######## 101.3 157.3 6.27 50WCF1 - 2007

SP002 2 ######## ######## 105.6 160.7 6.34 50WCF1 - 2007

SP002 3 ######## ######## 105.4 160.4 6.48 50WCF1 - 2008

SP002 1 ######## ######## 94 145.1 6.47 50WCF1 - 2008

SP002 2 ######## ######## 94 145.1 6.73 50WCF1 - 2008

SP002 3 ######## ######## 94 143.7 6.88 50WCF2 - 2005

SP005 1 ######## ######## 103.3 166.7 6.73 50WCF2 - 2005

SP005 2 ######## ######## 103.8 172.4 6.75 50WCF2 - 2005

SP005 3 ######## ######## 103.5 165.4 7.18 50WCF2 - 2006

SP005 1 10/4/2006 10/4/2006 96.3 152.2 6.64 50WCF2 - 2006

SP005 2 10/4/2006 10/4/2006 96.8 160.5 7.45 50WCF2 - 2006

SP005 3 10/4/2006 10/4/2006 94.6 252.1 7.04 50WCF2 - 2007

SP005 1 ######## ######## 108.4 171.7 6.91 50WCF2 - 2007

SP005 2 ######## ######## 108.4 168.3 7.19 50WCF2 - 2007

SP005 3 ######## ######## 108.8 169 7.57 50WCF3 - 2005

SP007 1 ######## ######## 112.8 185.6 7.44 50WCF3 - 2005

SP007 2 ######## ######## 112.7 180.1 7.94 50WCF3 - 2005

SP007 3 ######## ######## 112.6 181.7 8.21 50WCF3 - 2006

SP007 1 ######## ######## 94.8 149.9 5.78

Page 136sampling_runs

50WCF3 - 2006

SP007 2 ######## ######## 95 151.6 7.14 50WCF3 - 2006

SP007 3 ######## ######## 94.9 147.1 7.36 50WCF3 - 2007

SP007 1 ######## ######## 115.1 178.8 7.11 50WCF3 - 2007

SP007 2 ######## ######## 115.7 255.3 7.3 50WCF3 - 2007

SP007 3 ######## ######## 115.3 182.7 6.63 50WCF3 - 2008

SP007 1 ######## ######## 94 152.7 7.31 50WCF3 - 2008

SP007 2 ######## ######## 94 149.8 7.07 50WCF3 - 2008

SP007 3 ######## ######## 94 146.9 6.91 50WCF4 - 2005

SP009 1 ######## ######## 115.6 187.5 7.44 50WCF4 - 2005

SP009 2 ######## ######## 115.5 183.7 8.04 50WCF4 - 2005

SP009 3 ######## ######## 115.7 191.3 7.71 50WCF4 - 2006

SP009 1 10/5/2006 10/5/2006 112.8 175.6 6.92 50WCF4 - 2006

SP009 2 10/5/2006 10/5/2006 109.7 172.5 8.02 50WCF4 - 2006

SP009 3 10/5/2006 10/5/2006 113.3 176.4 7.8 50WCF4 - 2007

SP009 1 ######## ######## 123.4 194.4 7.33 50WCF4 - 2007

SP009 2 ######## ######## 123.5 190.7 7.09 50WCF4 - 2007

SP009 3 ######## ######## 123.6 190.9 7.31 50WCF4 - 2008

SP009 1 ######## ######## 118 181.4 6.93 50WCF4 - 2008

SP009 2 ######## ######## 118 181.4 7.4 50WCF4 - 2008

SP009 3 ######## ######## 119 184.8 7.27 50WCF5 - 10/25/2006

SP011 1 ######## ######## 97.1 155 6.59 50WCF5 - 10/25/2006

SP011 2 ######## ######## 97.7 159 7.27 50WCF5 - 10/25/2006

SP011 3 ######## ######## 96.7 151.4 6.63 50WCF5 - 12/08/2006

SP011 1 12/8/2006 12/8/2006 107.4 254.7 6.43 50WCF5 - 12/08/2006

SP011 2 12/8/2006 12/8/2006 108.3 169.5 7.36 50WCF5 - 12/08/2006

SP011 3 12/8/2006 12/8/2006 107.9 170.6 7.15 50WCF5 - 2005

SP011 1 ######## ######## 108.7 172.5 6.33 50WCF5 - 2005

SP011 2 ######## ######## 109 166.2 6.65 50WCF5 - 2005

SP011 3 ######## ######## 108.6 165.6 7.6 50WCF5 - 2008

SP011 1 ######## ######## 111 170.5 7.78 50WCF5 - 2008

SP011 2 ######## ######## 111 167.1 6.85 50WCF5 - 2008

SP011 3 ######## ######## 111 167.1 6.8 50WCF6 - 2005

SP013 1 ######## ######## 114.2 184.9 6.93 50WCF6 - 2005

SP013 2 ######## ######## 114.4 183.4 7.48 50WCF6 - 2005

SP013 3 ######## ######## 114.5 196.1 7.86 50WCF6 - 2006

SP013 1 10/3/2006 10/3/2006 117.1 200.2 6.35 50WCF6 - 2006

SP013 2 10/3/2006 10/3/2006 116.4 184.6 7.59 50WCF6 - 2006

SP013 3 10/3/2006 10/3/2006 116.2 186.1 7.09 50WCF6 - 2007

SP013 1 ######## ######## 118.9 198 7.08 50WCF6 - 2007

SP013 2 ######## ######## 119.3 180.1 6.14 50WCF6 - 2007

SP013 3 ######## ######## 119.7 180.7 7.15 50WCF6 - 2008

SP013 1 ######## ######## 112 178.5 6.59 50WCF6 - 2008

SP013 2 ######## ######## 113 185.3 6.83 50WCF6 - 2008

SP013 3 ######## ######## 113 173.1 5.75 50WCF7 - 10/30/2008

SK002 1 ######## ######## 411 547.1 12.36 50WCF7 - 10/30/2008

SK002 2 ######## ######## 413 431.1 12.73 50WCF7 - 10/30/2008

SK002 3 ######## ######## 412 423.8 13.11 50WCF7 - 12/23/2008

SK002 1 ######## ######## 493.5 522.6 12.05 50WCF7 - 12/23/2008

SK002 2 ######## ######## 492.8 581.5 11.99 50WCF7 - 12/23/2008

SK002 3 ######## ######## 493.1 529.6 12.29 50WCF7 - 2006

SK002 1 2/9/2006 2/9/2006 487.3 586.9 13.43 50WCF7 - 2006

SK002 2 2/9/2006 2/9/2006 487.6 557.9 13.45

Page 137sampling_runs

50WCF7 - 2006

SK002 3 2/9/2006 2/9/2006 488.9 529.9 13.27 50WCF7 - 2007

SK002 1 12/6/2007 12/6/2007 503.5 604.7 14.48 50WCF7 - 2007

SK002 2 12/6/2007 12/6/2007 507 562.7 14.58 50WCF7 - 2007

SK002 3 12/6/2007 12/6/2007 507.5 555.5 14.89 50WCF7 - 2009

SK002 1 7/10/2009 7/10/2009 492.2 568.3 12.19 50WCF7 - 2009

SK002 2 7/10/2009 7/10/2009 494.6 563.4 13.09 50WCF7 - 2009

SK002 3 7/10/2009 7/10/2009 492.8 561.4 13.37 50WCF8 - 2005

SK003 1 6/22/2005 6/22/2005 463.9 542 14.94 50WCF8 - 2005

SK003 2 6/22/2005 6/22/2005 467.1 531.4 15.52 50WCF8 - 2005

SK003 3 6/22/2005 6/22/2005 465.9 558.7 15.4 50WCF8 - 2006

SK003 1 ######## ######## 490.4 609.1 11.82 50WCF8 - 2006

SK003 2 ######## ######## 492.5 574 11.98 50WCF8 - 2006

SK003 3 ######## ######## 489.7 585.7 10.69 50WCF8 - 2007

SK003 1 12/1/2007 12/1/2007 501.9 683.7 12.43 50WCF8 - 2007

SK003 2 12/1/2007 12/1/2007 495.5 614.3 12.52 50WCF8 - 2007

SK003 3 12/1/2007 12/1/2007 496.1 607.5 12.5 50WCF8 - 2008

SK003 1 ######## ######## 469 595.6 11.68 50WCF8 - 2008

SK003 2 ######## ######## 468 551.4 13.16 50WCF8 - 2008

SK003 3 ######## ######## 469 574.1 13.12 50WCF8 - 2009

SK003 1 12/8/2009 12/8/2009 462.1 569.1 11.87 50WCF8 - 2009

SK003 2 12/8/2009 12/8/2009 460 525.6 12.86 50WCF8 - 2009

SK003 3 12/8/2009 12/8/2009 460.3 464.5 12.32 1378 PAF1 - 01/17/2008

SK001 1 1/17/2008 1/17/2008 696.9 826.7 13.33 1378 PAF1 - 01/17/2008

SK001 2 1/17/2008 1/17/2008 698.8 755.5 13.24 1378 PAF1 - 01/17/2008

SK001 3 1/17/2008 1/17/2008 694.7 751.1 13.05 1378 PAF1 - 02/09/2005

SK001 1 2/9/2005 2/9/2005 704 823.1 13.31 1378 PAF1 - 02/09/2005

SK001 2 2/9/2005 2/9/2005 704 779.8 13.13 1378 PAF1 - 02/09/2005

SK001 3 2/9/2005 2/9/2005 703 778.7 13.05 1378 PAF1 - 02/14-15/2007

SK001 1 2/14/2007 2/14/2007 680.5 852.4 11.23 1378 PAF1 - 02/14-15/2007

SK001 2 2/15/2007 2/15/2007 670.5 1259.9 11.6 1378 PAF1 - 02/14-15/2007

SK001 3 2/15/2007 2/15/2007 670.6 686.4 12.11 1378 PAF1 - 03/08/2006

SK001 1 3/8/2006 3/8/2006 698.9 822.9 13.27 1378 PAF1 - 03/08/2006

SK001 2 3/8/2006 3/8/2006 701.8 837.1 14.02 1378 PAF1 - 03/08/2006

SK001 3 3/8/2006 3/8/2006 698.1 843.3 13.91 1378 PAF1 - 03/26/2009

SK001 1 3/26/2009 3/26/2009 639 762.2 14.29 1378 PAF1 - 03/26/2009

SK001 2 3/26/2009 3/26/2009 637 1086.8 14.5 1378 PAF1 - 03/26/2009

SK001 3 3/26/2009 3/26/2009 633 669 13.68 1378 PAF1 - 03/31/2008

SK001 1 3/31/2008 3/31/2008 689.6 776.7 13.87 1378 PAF1 - 03/31/2008

SK001 2 3/31/2008 3/31/2008 695.2 741.2 14.23 1378 PAF1 - 03/31/2008

SK001 3 3/31/2008 3/31/2008 691.6 758.1 14.43 1378 PAF1 - 05/24/2007

SK001 1 5/24/2007 5/24/2007 667.6 887.3 14.17 1378 PAF1 - 05/24/2007

SK001 2 5/24/2007 5/24/2007 674.9 886.7 14.4 1378 PAF1 - 05/24/2007

SK001 3 5/24/2007 5/24/2007 677.2 848.3 14.55 1378 PAF1 - 05/25/2005

SK001 1 5/25/2005 5/25/2005 701.3 787.6 13.35 1378 PAF1 - 05/25/2005

SK001 2 5/25/2005 5/25/2005 701.1 765.8 13.2 1378 PAF1 - 05/25/2005

SK001 3 5/25/2005 5/25/2005 696.7 793.1 13.47 1378 PAF1 - 06/11/2008

SK001 1 6/11/2008 6/11/2008 591.4 817 16 1378 PAF1 - 06/11/2008

SK001 2 6/11/2008 6/11/2008 588.6 645.2 15.15 1378 PAF1 - 06/11/2008

SK001 3 6/11/2008 6/11/2008 580.1 411953 15.19 1378 PAF1 - 06/13/2006

SK001 1 6/13/2006 6/13/2006 687.7 778.2 14.78 1378 PAF1 - 06/13/2006

SK001 2 6/13/2006 6/13/2006 682.1 761.4 16.08 1378 PAF1 - 06/13/2006

SK001 3 6/13/2006 6/13/2006 681.3 781.4 15.95

Page 138sampling_runs

1378 PAF1 - 06/18/2009

SK001 1 6/18/2009 6/18/2009 645.6 731.1 15.53 1378 PAF1 - 06/18/2009

SK001 2 6/18/2009 6/28/2009 647.8 723.8 15.53 1378 PAF1 - 06/18/2009

SK001 3 6/18/2009 6/18/2009 646 731.6 15.56 1378 PAF1 - 07/15/2009

SK001 1 7/15/2009 7/15/2009 615 677.9 15.77 1378 PAF1 - 07/15/2009

SK001 2 7/15/2009 7/15/2009 616.6 726.2 15.9 1378 PAF1 - 07/15/2009

SK001 3 7/15/2009 7/15/2009 607 650.7 15.47 1378 PAF1 - 07/18/2008

SK001 1 7/18/2008 7/18/2008 635.1 753.4 15.35 1378 PAF1 - 07/18/2008

SK001 2 7/18/2008 7/18/2008 635.5 706.2 15.28 1378 PAF1 - 07/18/2008

SK001 3 7/18/2008 7/18/2008 632.4 693.2 15.27 1378 PAF1 - 08/15/2007

SK001 1 8/15/2007 8/15/2007 632.9 725.1 14.11 1378 PAF1 - 08/15/2007

SK001 2 8/15/2007 8/15/2007 633.8 726.2 14.88 1378 PAF1 - 08/15/2007

SK001 3 8/15/2007 8/15/2007 626.1 679.1 14.57 1378 PAF1 - 09/14/2005

SK001 1 9/14/2005 9/14/2005 696.7 771.7 14.77 1378 PAF1 - 09/14/2005

SK001 2 9/14/2005 9/14/2005 696.1 781.8 14.42 1378 PAF1 - 09/14/2005

SK001 3 9/14/2005 9/14/2005 697.1 750.7 14.55 1378 PAF1 - 09/19/2006

SK001 1 9/19/2006 9/19/2006 628.3 749.4 14.75 1378 PAF1 - 09/19/2006

SK001 2 9/19/2006 9/19/2006 627.5 700.5 14.8 1378 PAF1 - 09/19/2006

SK001 3 9/19/2006 9/19/2006 635.3 709.2 14.77 1378 PAF1 - 09/23/2009

SK001 1 9/23/2009 9/23/2009 636 749 15.31 1378 PAF1 - 09/23/2009

SK001 2 9/23/2009 9/23/2009 636 758.6 15.73 1378 PAF1 - 09/23/2009

SK001 3 9/23/2009 9/23/2009 636 701 15.64 1378 PAF1 - 11/06/2008

SK001 1 11/6/2008 11/6/2008 667 781.2 13.5 1378 PAF1 - 11/06/2008

SK001 2 11/6/2008 11/6/2008 656 738.8 14.63 1378 PAF1 - 11/06/2008

SK001 3 11/6/2008 11/6/2008 647 699.5 14.24 1378 PAF1 - 12/14/2005

SK001 1 ######## ######## 696.2 1413.8 13.44 1378 PAF1 - 12/14/2005

SK001 2 ######## ######## 695.8 824.2 13.33 1378 PAF1 - 12/14/2005

SK001 3 ######## ######## 691.7 808.7 13.19 1378 PAF1 - 12/17/2009

SK001 1 ######## ######## 675.5 724.2 12.33 1378 PAF1 - 12/17/2009

SK001 2 ######## ######## 675.5 724.2 12.59 1378 PAF1 - 12/17/2009

SK001 3 ######## ######## 674.9 713.3 13.05 1378 PAF1 - 12/21/2006

SK001 1 ######## ######## 679.9 727.8 12.27 1378 PAF1 - 12/21/2006

SK001 2 ######## ######## 678 736.1 12.24 1378 PAF1 - 12/21/2006

SK001 3 ######## ######## 664.8 721.8 12.6 1378 PAF2 - 01/18/2008

SK002 1 1/18/2008 1/18/2008 681.2 727.2 13.72 1378 PAF2 - 01/18/2008

SK002 2 1/18/2008 1/18/2008 679.2 686.4 13.7 1378 PAF2 - 01/18/2008

SK002 3 1/18/2008 1/18/2008 680.2 668 13.36 1378 PAF2 - 02/08/2005

SK002 1 2/8/2005 2/8/2005 685.8 823.2 13.97 1378 PAF2 - 02/08/2005

SK002 2 2/8/2005 2/8/2005 686.5 781.2 13.18 1378 PAF2 - 02/08/2005

SK002 3 2/8/2005 2/8/2005 686.2 780.9 13.43 1378 PAF2 - 02/16/2007

SK002 1 2/16/2007 2/16/2007 673.2 747.3 11.75 1378 PAF2 - 02/16/2007

SK002 2 2/16/2007 2/16/2007 673.7 1610 10.81 1378 PAF2 - 02/16/2007

SK002 3 2/16/2007 2/16/2007 674.7 717.8 12.14 1378 PAF2 - 03/09/2006

SK002 1 3/9/2006 3/9/2006 660.4 928.2 14.36 1378 PAF2 - 03/09/2006

SK002 2 3/9/2006 3/9/2006 658.6 793.4 14.29 1378 PAF2 - 03/09/2006

SK002 3 3/9/2006 3/9/2006 645.1 747.2 14.24 1378 PAF2 - 03/25/2009

SK002 1 3/25/2009 3/25/2009 680 707.9 14.39 1378 PAF2 - 03/25/2009

SK002 2 3/25/2009 3/25/2009 681 718.9 14.1 1378 PAF2 - 03/25/2009

SK002 3 3/25/2009 3/25/2009 680 697.9 14.31 1378 PAF2 - 03/26-27/2008

SK002 1 3/26/2008 3/26/2008 632.9 765.7 15.47 1378 PAF2 - 03/26-27/2008

SK002 2 3/27/2008 3/27/2008 590.7 655.8 16.52 1378 PAF2 - 03/26-27/2008

SK002 3 3/27/2008 3/27/2008 513.3 540.6 16.67 1378 PAF2 - 05/23/2007

SK002 1 5/23/2007 5/23/2007 660.8 835.4 14.74

Page 139sampling_runs

1378 PAF2 - 05/23/2007

SK002 2 5/23/2007 5/23/2007 662.3 755.6 14.67 1378 PAF2 - 05/23/2007

SK002 3 5/23/2007 5/23/2007 661.8 775.5 14.62 1378 PAF2 - 05/26/2005

SK002 1 5/26/2005 5/26/2005 662.9 775 13.67 1378 PAF2 - 05/26/2005

SK002 2 5/26/2005 5/26/2005 659.9 761.2 13.6 1378 PAF2 - 05/26/2005

SK002 3 5/26/2005 5/26/2005 661.7 742.7 13.84 1378 PAF2 - 06/17/2009

SK002 1 6/17/2009 6/17/2009 666.7 733.1 15.39 1378 PAF2 - 06/17/2009

SK002 2 6/17/2009 6/17/2009 664.7 740.7 15.38 1378 PAF2 - 06/17/2009

SK002 3 6/17/2009 6/17/2009 680.4 748.2 15.51 1378 PAF2 - 06/18/2008

SK002 1 6/18/2008 6/18/2008 673.5 728.5 14.33 1378 PAF2 - 06/18/2008

SK002 2 6/18/2008 6/18/2008 673 737.6 13.42 1378 PAF2 - 06/18/2008

SK002 3 6/18/2008 6/18/2008 675.2 749.6 13.15 1378 PAF2 - 07/11/2006

SK002 1 7/11/2006 7/11/2006 626.4 725.6 15.37 1378 PAF2 - 07/11/2006

SK002 2 7/11/2006 7/11/2006 624.7 742.9 16.3 1378 PAF2 - 07/11/2006

SK002 3 7/11/2006 7/11/2006 626.1 705.9 16.53 1378 PAF2 - 07/17/2008

SK002 1 7/17/2008 7/17/2008 672.3 746.4 14.97 1378 PAF2 - 07/17/2008

SK002 2 7/17/2008 7/17/2008 663.2 689.1 14 1378 PAF2 - 07/17/2008

SK002 3 7/17/2008 7/17/2008 667.4 731.4 14.03 1378 PAF2 - 08/16/2007

SK002 1 8/16/2007 8/16/2007 638.5 935.2 16.83 1378 PAF2 - 08/16/2007

SK002 2 8/16/2007 8/16/2007 636 715.8 16.21 1378 PAF2 - 08/16/2007

SK002 3 8/16/2007 8/16/2007 637.1 717 15.9 1378 PAF2 - 09/15/2005

SK002 1 9/15/2005 9/15/2005 658.7 790.7 14.73 1378 PAF2 - 09/15/2005

SK002 2 9/15/2005 9/15/2005 660.1 782.1 15.25 1378 PAF2 - 09/15/2005

SK002 3 9/15/2005 9/15/2005 659.1 780.9 14.49 1378 PAF2 - 09/20/2006

SK002 1 9/20/2006 9/20/2006 629 738.3 14.32 1378 PAF2 - 09/20/2006

SK002 2 9/20/2006 9/20/2006 631.4 731.4 14.44 1378 PAF2 - 09/20/2006

SK002 3 9/20/2006 9/20/2006 630.9 701.6 14.21 1378 PAF2 - 09/25/2009

SK002 1 9/25/2009 9/25/2009 662 737.7 16.49 1378 PAF2 - 09/25/2009

SK002 2 9/25/2009 9/25/2009 662 718.3 16.24 1378 PAF2 - 09/25/2009

SK002 3 9/25/2009 9/25/2009 662 689.1 16.75 1378 PAF2 - 11/05/2008

SK002 1 11/5/2008 11/5/2008 674 690.7 14.13 1378 PAF2 - 11/05/2008

SK002 2 11/5/2008 11/5/2008 672 707.8 13.69 1378 PAF2 - 11/05/2008

SK002 3 11/5/2008 11/5/2008 672 669.5 13.54 1378 PAF2 - 12/12/2006

SK002 1 ######## ######## 670.2 1563 12.72 1378 PAF2 - 12/12/2006

SK002 2 ######## ######## 673.1 831.7 12.85 1378 PAF2 - 12/12/2006

SK002 3 ######## ######## 672.9 789.8 12.49 1378 PAF2 - 12/15/2005

SK002 1 ######## ######## 664.5 776.9 13.09 1378 PAF2 - 12/15/2005

SK002 2 ######## ######## 663.1 764.9 13.31 1378 PAF2 - 12/15/2005

SK002 3 ######## ######## 662.5 743.6 13.29 1378 PAF2 - 12/16/2009

SK002 1 ######## ######## 648.1 693.7 13.51 1378 PAF2 - 12/16/2009

SK002 2 ######## ######## 648.3 674.9 13.9 1378 PAF2 - 12/16/2009

SK002 3 ######## ######## 648.2 665.3 13.88 1378 PAF3 - 2005

SK004 1 ######## ######## 1057.9 1490.9 10.32 1378 PAF3 - 2005

SK004 2 ######## ######## 1048.3 1428.1 10.72 1378 PAF3 - 2005

SK004 3 ######## ######## 1048 1739.5 10.62 1378 PAF3 - 2006

SK004 1 6/14/2006 6/14/2006 1024.8 1575.8 10.27 1378 PAF3 - 2006

SK004 2 6/14/2006 6/14/2006 1019.5 1407.7 10 1378 PAF3 - 2006

SK004 3 6/14/2006 6/14/2006 1002.7 1966.6 10.16 1378 PAF3 - 2007

SK003 1 8/17/2007 8/17/2007 1006 1468.5 16.78 1378 PAF3 - 2007

SK003 2 8/17/2007 8/17/2007 1005.8 1112.8 16.34 1378 PAF3 - 2007

SK003 3 8/17/2007 8/17/2007 1000.9 1061.2 16.52 1378 PAF3 - 2008

SK003 1 11/7/2008 11/7/2008 973 1062.3 16.1 1378 PAF3 - 2008

SK003 2 11/7/2008 11/7/2008 967 1055.8 15.97

Page 140sampling_runs

1378 PAF3 - 2008

SK003 3 11/7/2008 11/7/2008 962 1050.3 15.89 1378 PAF3 - 2009

SK003 1 9/24/2009 9/24/2009 1002 1184.3 17.84 1378 PAF3 - 2009

SK003 2 9/24/2009 9/24/2009 1004 1171.3 17.75 1378 PAF3 - 2009

SK003 3 9/24/2009 9/24/2009 1002 1107.4 17.85 1379 SHF10 - 2005

SP032 1 5/3/2005 5/3/2005 124.2 179 5.87 1379 SHF10 - 2005

SP032 2 5/3/2005 5/3/2005 125 149.8 5.73 1379 SHF10 - 2005

SP032 3 5/3/2005 5/3/2005 124.8 149.6 5.63 1379 SHF10 - 2006

SP032 1 11/8/2006 11/8/2006 132.7 178.9 5.95 1379 SHF10 - 2006

SP032 2 11/8/2006 11/8/2006 129.2 159.4 6.09 1379 SHF10 - 2006

SP032 3 11/8/2006 11/8/2006 127.8 157.7 6.07 1379 SHF10 - 2007

SP032 1 6/6/2007 6/6/2007 140.9 173.2 5.7 1379 SHF10 - 2007

SP032 2 6/6/2007 6/6/2007 140.8 171.1 7.68 1379 SHF10 - 2007

SP032 3 6/6/2007 6/6/2007 140.8 175.1 7.15 1379 SHF1-5 - 2005

SK001 1 4/5/2005 4/5/2005 707.9 1760.1 6.77 1379 SHF1-5 - 2005

SK001 2 4/5/2005 4/5/2005 709.4 975.1 7.21 1379 SHF1-5 - 2005

SK001 3 4/5/2005 4/5/2005 707.4 939.5 7.2 1379 SHF1-5 - 2007

SK001 1 3/28/2007 3/28/2007 696 914.2 8.34 1379 SHF1-5 - 2007

SK001 2 3/28/2007 3/28/2007 692.5 824 8.45 1379 SHF1-5 - 2007

SK001 3 3/28/2007 3/28/2007 689.5 788.5 8.17 1379 SHF6-10 - 2005

SK002 1 3/2/2005 3/2/2005 692.8 1182.4 6.36 1379 SHF6-10 - 2005

SK002 2 3/2/2005 3/2/2005 687 1046.9 6.56 1379 SHF6-10 - 2005

SK002 3 3/2/2005 3/2/2005 689.6 861.7 6.69 1379 SHF6-10 - 2009

SK002 1 2/26/2009 2/26/2009 541 820.6 7.24 1379 SHF6-10 - 2009

SK002 2 2/26/2009 2/26/2009 543 590.7 7.3 1379 SHF6-10 - 2009

SK002 3 2/26/2009 2/26/2009 547 586.6 7.38 1379 SHF6-9 - 03/29/2007

SK002 1 3/29/2007 3/29/2007 538 647.6 7.82 1379 SHF6-9 - 03/29/2007

SK002 2 3/29/2007 3/29/2007 537 919.9 7.57 1379 SHF6-9 - 03/29/2007

SK002 3 3/29/2007 3/29/2007 539 648.8 8.51 1379 SHF6-9 - 04/20/2007

SK002 1 4/20/2007 4/20/2007 536.8 621.3 6.1 1379 SHF6-9 - 04/20/2007

SK002 2 4/20/2007 4/20/2007 536.1 670.1 7.16 1379 SHF6-9 - 04/20/2007

SK002 3 4/20/2007 4/20/2007 536.1 612.2 6.66 3393ALF1 - 2006

SK001 1 6/6/2006 6/6/2006 269.5 424.4 10.17 3393ALF1 - 2006

SK001 2 6/6/2006 6/6/2006 269.4 366.6 10.26 3393ALF1 - 2006

SK001 3 6/6/2006 6/6/2006 270.8 323 10.12 3393ALF1 - 2008

SK001 1 9/24/2008 9/24/2008 264 326.6 11.01 3393ALF1 - 2008

SK001 2 9/24/2008 9/24/2008 263 582.4 10.65 3393ALF1 - 2008

SK001 3 9/24/2008 9/24/2008 265 303.5 10.5 3393ALF2 - 2006

SK002 1 7/25/2006 7/25/2006 251 283 12.11 3393ALF2 - 2006

SK002 2 7/25/2006 7/25/2006 251.7 268.5 12.32 3393ALF2 - 2006

SK002 3 7/25/2006 7/25/2006 252.1 265.1 11.46 3393ALF2 - 2008

SK002 1 9/26/2008 9/26/2008 263 305.7 11.65 3393ALF2 - 2008

SK002 2 9/26/2008 9/26/2008 265 308 11.54 3393ALF2 - 2008

SK002 3 9/26/2008 9/26/2008 263 305.7 10.83 3393ALF3 - 2006

SK003 1 6/7/2006 6/7/2006 263.2 308.6 11.14 3393ALF3 - 2006

SK003 2 6/7/2006 6/7/2006 262.6 303.9 11.18 3393ALF3 - 2006

SK003 3 6/7/2006 6/7/2006 264.1 301.7 11.15 3393ALF3 - 2008

SK003 1 9/25/2008 9/25/2008 261 304 11.56 3393ALF3 - 2008

SK003 2 9/25/2008 9/25/2008 261 304 11.25 3393ALF3 - 2008

SK003 3 9/25/2008 9/25/2008 262 305.1 10.69 3396 BRF1 - 2006

SP004 1 ######## ######## 913.1 1971.2 4.37 3396 BRF1 - 2006

SP004 2 ######## ######## 914.5 1871.9 6.42 3396 BRF1 - 2006

SP004 3 ######## ######## 914.9 1858 5.87

Page 141sampling_runs

3396 BRF1 - 2008

SP004 1 9/3/2008 9/3/2008 899.6 1832.1 8.69 3396 BRF1 - 2008

SP004 2 9/3/2008 9/3/2008 898.4 1672.4 8.61 3396 BRF1 - 2008

SP004 3 9/3/2008 9/3/2008 897.9 1628.6 8.3 3399 CUF1 - 2005

SK001 1 12/8/2005 12/8/2005 1005.5 1238.8 13.02 3399 CUF1 - 2005

SK001 2 12/8/2005 12/8/2005 1006 1192.3 13.34 3399 CUF1 - 2005

SK001 3 12/8/2005 12/8/2005 1002.5 1203.8 14.16 3399 CUF1 - 2007

SK001 1 8/7/2007 8/7/2007 995.4 1309 12.6 3399 CUF1 - 2007

SK001 2 8/7/2007 8/7/2007 1100.4 1293.9 15.05 3399 CUF1 - 2007

SK001 3 8/7/2007 8/7/2007 1238.6 1552.2 15.25 3399 CUF1 - 2009

SK001 1 ######## ######## 1233.3 1552.3 14.76 3399 CUF1 - 2009

SK001 2 ######## ######## 1221.5 1499.4 14.53 3399 CUF1 - 2009

SK001 3 ######## ######## 1221.5 1423.5 14.11 3399 CUF2 - 2005

SK002 1 12/7/2005 12/7/2005 1262.1 1608 13.59 3399 CUF2 - 2005

SK002 2 12/7/2005 12/7/2005 1250.3 1515.3 13.63 3399 CUF2 - 2005

SK002 3 12/7/2005 12/7/2005 1213.7 1470.9 13.73 3399 CUF2 - 2007

SK002 1 8/8/2007 8/8/2007 993.8 1318.2 14.44 3399 CUF2 - 2007

SK002 2 8/8/2007 8/8/2007 1007.9 1226.8 14.31 3399 CUF2 - 2007

SK002 3 8/9/2007 8/9/2007 997.8 1308 13.11 3399 CUF2 - 2009

SK002 1 ######## ######## 1257.2 1520.7 14.78 3399 CUF2 - 2009

SK002 2 ######## ######## 1256.8 1461.8 14.66 3399 CUF2 - 2009

SK002 3 ######## ######## 1256.4 1539.2 14.3 3403 GAF1-2 - 2006

SK001 1 7/7/2006 7/7/2006 474 612.5 12.89 3403 GAF1-2 - 2006

SK001 2 7/7/2006 7/7/2006 476.8 586.4 13.48 3403 GAF1-2 - 2006

SK001 3 7/7/2006 7/7/2006 478.3 618 12.73 3403 GAF1-2 -2008

SK001 1 8/21/2008 8/21/2008 462 553.5 10.4 3403 GAF1-2 -2008

SK001 2 8/21/2008 8/21/2008 462 560.7 10.46 3403 GAF1-2 -2008

SK001 3 8/21/2008 8/21/2008 462 582.2 10.74 3403 GAF3-4 - 2006

SK002 1 7/6/2006 7/6/2006 581 784.5 9.39 3403 GAF3-4 - 2006

SK002 2 7/6/2006 7/6/2006 582.8 777.8 9.42 3403 GAF3-4 - 2006

SK002 3 7/6/2006 7/6/2006 585.5 781.4 9.59 3403 GAF3-4 -2008

SK002 1 8/20/2008 8/20/2008 547 670.7 11.1 3403 GAF3-4 -2008

SK002 2 8/20/2008 8/20/2008 547 670.7 11.32 3403 GAF3-4 -2008

SK002 3 8/20/2008 8/20/2008 547 653.7 11.29 3405 JSF1-2 - 2006

SK001 1 8/31/2006 8/31/2006 342 427.6 7.13 3405 JSF1-2 - 2006

SK001 2 8/31/2006 8/31/2006 341.9 459.5 9.06 3405 JSF1-2 - 2006

SK001 3 8/31/2006 8/31/2006 341.1 389.1 7 3405 JSF1-2 - 2008

SK001 1 ######## ######## 368 465.3 6.09 3405 JSF1-2 - 2008

SK001 2 ######## ######## 368 442.3 5.79 3405 JSF1-2 - 2008

SK001 3 ######## ######## 368 448 6.83 3405 JSF3-4 - 2006

SK002 1 8/30/2006 8/30/2006 347.9 446.5 6.47 3405 JSF3-4 - 2006

SK002 2 8/30/2006 8/30/2006 348 419.4 7.83 3405 JSF3-4 - 2006

SK002 3 8/30/2006 8/30/2006 342.5 402.1 6.63 3405 JSF3-4 - 2008

SK002 1 ######## ######## 380 534.5 6.2 3405 JSF3-4 - 2008

SK002 2 ######## ######## 381 500.2 6.69 3405 JSF3-4 - 2008

SK002 3 ######## ######## 381 494.2 6.32 3406 JOF1-10 - 2005

SK001 1 12/9/2005 12/9/2005 1201.5 2499.4 7.56 3406 JOF1-10 - 2005

SK001 2 12/9/2005 12/9/2005 1170.8 1262.9 7.62 3406 JOF1-10 - 2005

SK001 3 12/9/2005 12/9/2005 1179.2 1271.9 7.69 3406 JOF1-10 - 2007

SK001 1 ######## ######## 996.4 1244.7 6.69 3406 JOF1-10 - 2007

SK001 2 ######## ######## 1010.3 1121.8 7.33 3406 JOF1-10 - 2007

SK001 3 ######## ######## 1013.3 1172 7.42 3406 JOF1-10 - 2009

SK001 1 ######## ######## 915.4 1057.4 8.32

Page 142sampling_runs

3406 JOF1-10 - 2009

SK001 2 ######## ######## 896.6 1035.7 8.85 3406 JOF1-10 - 2009

SK001 3 ######## ######## 905.7 977.3 8.88 3407 KIF1-5 - 2005

SK001 1 7/14/2005 7/14/2005 720.1 816.4 8.17 3407 KIF1-5 - 2005

SK001 2 7/14/2005 7/14/2005 698.3 889.2 8.19 3407 KIF1-5 - 2005

SK001 3 7/14/2005 7/14/2005 694 765.2 8.44 3407 KIF1-5 - 2007

SK001 1 8/21/2007 8/21/2007 713.7 905.7 8.05 3407 KIF1-5 - 2007

SK001 2 8/21/2007 8/21/2007 745.7 900.1 8.68 3407 KIF1-5 - 2007

SK001 3 8/21/2007 8/21/2007 746.3 866.2 8.83 3407 KIF6-9 - 2005

SK002 1 7/13/2005 7/13/2005 739.6 840.5 7.8 3407 KIF6-9 - 2005

SK002 2 7/13/2005 7/13/2005 739.5 840.4 8.04 3407 KIF6-9 - 2005

SK002 3 7/13/2005 7/13/2005 726.2 780 8.1 3407 KIF6-9 - 2007

SK002 1 8/22/2007 8/22/2007 739 871.1 9.46 3407 KIF6-9 - 2007

SK002 2 8/22/2007 8/22/2007 738.3 824.5 9.36 3407 KIF6-9 - 2007

SK002 3 8/22/2007 8/22/2007 740.8 861.7 9.43 3407 KIF9 - 2009

SK002 1 10/7/2009 10/7/2009 174 293.6 3.28 3407 KIF9 - 2009

SK002 2 10/7/2009 10/7/2009 172 277.5 7.51 3407 KIF9 - 2009

SK002 3 10/7/2009 10/7/2009 172 269.8 4.35

Page 143sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature 450801 dscfm 68 1 7.23 11.94 1 445350 dscfm 68 1 6.86 12.18 1 440351 dscfm 68 1 6.93 12 1 499104 dscfm 68 1 7.12 12.15 1 490550 dscfm 68 1 7.3 11.88 1 490057 dscfm 68 1 7.38 12 1 476527 dscfm 68 1 7.01 12.03 1 481193 dscfm 68 1 6.97 11.98 1 476579 dscfm 68 1 6.99 12.01 1 581460 dscfm 68 1 10.52 9.17 1 599373 dscfm 68 1 10.11 9.14 1 593902 dscfm 68 1 10.41 9.17 1 466629 dscfm 68 1 7.92 11.55 1 474327 dscfm 68 1 8.02 11.55 1 475900 dscfm 68 1 7.86 11.71 1 522043 dscfm 68 1 8.95 10.57 1 521318 dscfm 68 1 8.92 10.18 1 521537 dscfm 68 1 8.95 10.31 1 549663 dscfm 68 1 8.4 10.98 1 538544 dscfm 68 1 8.23 11.08 1 539246 dscfm 68 1 8.28 10.44 1 540082 dscfm 68 1 8.51 10.69 1 548538 dscfm 68 1 8.45 10.77 1 547946 dscfm 68 1 8.45 10.34 1 510448 dscfm 68 1 9.03 10.3 1 518842 dscfm 68 1 9 10.16 1 519195 dscfm 68 1 8.81 10.47 1 528712 dscfm 68 1 8.86 10.78 298.8 531852 dscfm 68 1 8.86 10.74 294.8 538929 dscfm 68 1 8.86 10.76 295.3 480018 dscfm 68 1 8.89 10.59 1 480589 dscfm 68 1 8.78 10.63 1 478317 dscfm 68 1 8.75 10.49 1 452691 dscfm 68 1 7.8 11.54 1 444556 dscfm 68 1 7.56 11.66 1 472757 dscfm 68 1 7.49 11.75 1 509223 dscfm 68 1 8.5 10.82 1 500122 dscfm 68 1 8.56 10.43 1 497103 dscfm 68 1 8.56 10.67 1 497440 dscfm 68 1 7.6 11.78 1 504342 dscfm 68 1 7.77 11.72 1 503114 dscfm 68 1 7.71 11.73 1 519434 dscfm 68 1 8.19 11.08 1 519189 dscfm 68 1 8.25 10.9 1 518114 dscfm 68 1 7.76 11.3 1 506325 dscfm 68 1 8.75 10.88 1 505655 dscfm 68 1 8.19 11.4 1 502394 dscfm 68 1 8.23 11.33 1 503468 dscfm 68 1 8.19 10.5 1 503818 dscfm 68 1 8.28 10.67 1 495207 dscfm 68 1 8.23 10.53 1

Page 144sampling_runs

536639 dscfm 68 1 8.77 10.41 1 541480 dscfm 68 1 8.73 10.51 1 533126 dscfm 68 1 8.8 10.5 1 546927 dscfm 68 1 9.02 10.35 1 543572 dscfm 68 1 8.62 10.8 1 542568 dscfm 68 1 8.53 10.69 1 563362 dscfm 68 1 10.01 9.56 1 548009 dscfm 68 1 9.8 9.77 1 551094 dscfm 68 1 9.82 9.75 1 575052 dscfm 68 1 9.82 9.83 284.6 577466 dscfm 68 1 10.06 9.61 292.4 575294 dscfm 68 1 10.12 9.56 295.2 1385633 dscfm 68 1 9.8 9.42 289.3 1393249 dscfm 68 1 9.97 9.43 295.1 1418650 dscfm 68 1 9.92 9.4 296.4 1376186 dscfm 68 1 10.4 9.3 1 1392090 dscfm 68 1 10.36 9.43 1 1412703 dscfm 68 1 10.4 9.32 1 1382914 dscfm 68 1 10.06 9.22 1 1409174 dscfm 68 1 9.95 9.39 1 1382340 dscfm 68 1 10.04 9.24 1 1235534 dscfm 68 1 8.88 10.43 1 1225452 dscfm 68 1 8.73 10.5 1 1213583 dscfm 68 1 8.71 10.44 1 1210859 dscfm 68 1 9.5 9.92 297.7 1178677 dscfm 68 1 9.06 10.33 298.4 1201312 dscfm 68 1 8.66 10.74 297.9 286257 dscfm 68 1 6.6 12.13 299.9 286722 dscfm 68 1 6.54 12.25 1 295409 dscfm 68 1 6.75 12.26 1 286338 dscfm 68 1 8.02 11.09 294.8 282313 dscfm 68 1 8.08 11.13 297.6 288277 dscfm 68 1 8.06 11.08 300 307665 dscfm 68 1 8.17 11.03 284.7 306839 dscfm 68 1 7.85 11.08 291.9 306731 dscfm 68 1 7.95 11.11 293.9 317753 dscfm 68 1 9.39 10.23 1 305323 dscfm 68 1 9.07 10.55 1 303402 dscfm 68 1 9.11 10.39 1 293451 dscfm 68 1 7.49 11.75 1 290643 dscfm 68 1 7.56 11.47 1 290402 dscfm 68 1 7.55 11.48 1 291339 dscfm 68 1 7.81 11.48 1 286855 dscfm 68 1 7.67 11.47 1 291888 dscfm 68 1 8.1 11.19 1 328046 dscfm 68 1 7.79 11.34 1 326678 dscfm 68 1 7.63 11.68 1 330412 dscfm 68 1 8.05 11.32 1 297739 dscfm 68 1 6.77 12.34 1 290427 dscfm 68 1 6.58 12.45 1 289957 dscfm 68 1 6.73 12.35 1 290242 dscfm 68 1 7.97 11.14 1

Page 145sampling_runs

286216 dscfm 68 1 7.94 11.05 1 286708 dscfm 68 1 7.95 11.1 1 330079 dscfm 68 1 7.38 11.84 1 327104 dscfm 68 1 7.09 11.93 1 320105 dscfm 68 1 7.26 11.84 1 300177 dscfm 68 1 8.74 10.78 1 299188 dscfm 68 1 8.76 10.87 1 299677 dscfm 68 1 8.86 10.7 1 319435 dscfm 68 1 7.07 12.07 1 316517 dscfm 68 1 7.03 12.04 1 317841 dscfm 68 1 7.07 7.05 1 308319 dscfm 68 1 6.97 12.06 1 300091 dscfm 68 1 6.93 12.01 1 305466 dscfm 68 1 6.93 12.08 1 329574 dscfm 68 1 6.68 12.79 1 325762 dscfm 68 1 6.65 12.46 1 331052 dscfm 68 1 6.76 12.39 1 319996 dscfm 68 1 7.07 11.98 1 318089 dscfm 68 1 7.08 11.92 1 317546 dscfm 68 1 7.25 11.81 1 276864 dscfm 68 1 7.57 11.84 1 269408 dscfm 68 1 7.4 11.89 1 269158 dscfm 68 1 7.45 11.84 1 288691 dscfm 68 1 7.91 11.1 290.2 289735 dscfm 68 1 8.55 10.87 294.2 285255 dscfm 68 1 8.06 10.61 295.3 263951 dscfm 68 1 7.06 11.99 289.5 263616 dscfm 68 1 6.71 12.28 294.1 254569 dscfm 68 1 6.85 12.04 300 267960 dscfm 68 1 7.34 11.87 1 267712 dscfm 68 1 7.38 11.88 1 271453 dscfm 68 1 7.21 12.11 1 316980 dscfm 68 1 8.28 10.88 1 312467 dscfm 68 1 8.41 10.72 1 310616 dscfm 68 1 8.35 10.76 1 320139 dscfm 68 1 7.67 11.72 1 316864 dscfm 68 1 7.42 11.6 1 317384 dscfm 68 1 7.15 11.84 1 303205 dscfm 68 1 6.98 11.92 1 314256 dscfm 68 1 7.05 11.86 1 312543 dscfm 68 1 7.2 11.94 298.2 295871 dscfm 68 1 7.83 11.54 296.6 296720 dscfm 68 1 7.1 12.05 299.4 297539 dscfm 68 1 7.83 11.51 1 1340916 dscfm 68 1 9.36 10.05 171.7 1339354 dscfm 68 1 9.29 10.14 173.6 1329996 dscfm 68 1 9.26 10.2 174.9 1496001 dscfm 68 1 9.16 10.33 164.7 1489045 dscfm 68 1 8.86 10.69 164.7 1488660 dscfm 68 1 8.9 10.41 165.6 1389585 dscfm 68 1 9.06 10.55 171.8 1379719 dscfm 68 1 9.2 9.94 173.4

Page 146sampling_runs

1395149 dscfm 68 1 9.05 10.16 172.8 1468675 dscfm 68 1 8.35 10.8 168.9 1455916 dscfm 68 1 8.14 10.92 170 1439260 dscfm 68 1 8.1 11.05 170.3 1412555 dscfm 68 1 7.83 11.34 177.7 1423496 dscfm 68 1 7.75 11.41 178.2 1419116 dscfm 68 1 7.73 11.54 178.2 1160227 dscfm 68 1 7.11 11.91 195.1 1154189 dscfm 68 1 7.2 11.8 195.9 1140789 dscfm 68 1 7.04 11.8 196.5 1332538 dscfm 68 1 8.26 11.07 177.8 1354852 dscfm 68 1 7.95 11.15 179.6 1356385 dscfm 68 1 8.25 11.17 178.8 1253074 dscfm 68 1 7.41 11.65 183.9 1234074 dscfm 68 1 7.51 11.54 184.9 1234266 dscfm 68 1 7.54 11.59 185.4 1276771 dscfm 68 1 8.21 10.97 185.6 1231842 dscfm 68 1 8.17 10.88 186.8 1222118 dscfm 68 1 8.08 10.95 188.2 1150526 dscfm 68 1 8.07 11.04 200.1 1136563 dscfm 68 1 7.97 11.11 202.5 1149492 dscfm 68 1 7.82 11.21 202.1 1833370 dscfm 68 1 7.26 11.87 126.6 1864801 dscfm 68 1 7.28 11.77 127.6 1829014 dscfm 68 1 7.25 11.8 127.5 1787344 dscfm 68 1 7.8 10.7 131.8 1788648 dscfm 68 1 7.9 10.7 131.8 1763259 dscfm 68 1 8.1 10.8 131.3 1951294 dscfm 68 1 8.33 10.51 126.4 1785240 dscfm 68 1 8.48 10.5 126.1 1855305 dscfm 68 1 8.82 10.2 126.6 1826809 dscfm 68 1 7.59 11.45 128.9 1793391 dscfm 68 1 7.46 11.54 130.3 1792902 dscfm 68 1 7.21 11.62 130.8 1956173 dscfm 68 1 8.46 10.8 136.8 1942142 dscfm 68 1 8.43 10.75 136.6 1931335 dscfm 68 1 8.41 10.68 136.5 1725077 dscfm 68 1 7.89 11.2 133.7 1753169 dscfm 68 1 7.9 11.14 133.8 1585157 dscfm 68 1 7.96 11.01 135.6 1877584 dscfm 68 1 8.08 10.86 132.7 1821306 dscfm 68 1 7.88 11.04 134.6 1831228 dscfm 68 1 7.9 10.9 133.8 1731940 dscfm 68 1 7.4 11.4 140.8 1736401 dscfm 68 1 7.4 11.5 140 1768702 dscfm 68 1 7.6 11.3 140.1 1725967 dscfm 68 1 8.36 10.39 137.5 1733993 dscfm 68 1 8.56 10.3 138.3 1701318 dscfm 68 1 8.3 10.53 138.8 1874756 dscfm 68 1 7.6 11.44 142.5 1851241 dscfm 68 1 7.56 11.46 142.7 1847284 dscfm 68 1 7.47 11.55 143.3

Page 147sampling_runs

1840187 dscfm 68 1 8.38 10.7 143.1 1864591 dscfm 68 1 8.51 10.63 142.8 1857131 dscfm 68 1 8.36 10.67 143.3 1722565 dscfm 68 1 8.77 10.42 143.8 1772983 dscfm 68 1 8.73 10.48 142.3 1803714 dscfm 68 1 8.69 10.47 139.3 1809869 dscfm 68 1 8.1 11.01 146 1802682 dscfm 68 1 8.24 10.74 144.7 1755948 dscfm 68 1 8.13 10.91 144.8 1851226 dscfm 68 1 8.34 10.75 139.8 1839537 dscfm 68 1 8.06 11.01 139.4 1859531 dscfm 68 1 8.08 10.95 138.7 1816930 dscfm 68 1 7.58 11.3 144 1862570 dscfm 68 1 7.8 11.1 143.4 1867390 dscfm 68 1 7.64 11.4 143.2 1849695 dscfm 68 1 8.02 11.24 140.8 1855368 dscfm 68 1 8.07 10.96 141.1 1860244 dscfm 68 1 8.02 10.95 141.7 1759860 dscfm 68 1 8.58 10.75 141 1717561 dscfm 68 1 8.53 10.85 138.6 1775073 dscfm 68 1 8.71 10.65 139.3 1877339 dscfm 68 1 8.17 10.99 140.6 1843165 dscfm 68 1 8.03 11.02 143.7 1916935 dscfm 68 1 7.92 11.16 144.3 1942554 dscfm 68 1 7.99 10.9 127.3 1989647 dscfm 68 1 8.05 10.94 128.5 1921271 dscfm 68 1 7.93 10.87 128.5 1901957 dscfm 68 1 8.44 10.77 131.6 1908340 dscfm 68 1 8.43 10.78 132.2 1866967 dscfm 68 1 8.38 10.84 132.1 1933693 dscfm 68 1 8.33 10.72 137.2 1956418 dscfm 68 1 8.4 10.41 137.8 1931451 dscfm 68 1 8.38 10.56 137.9 1780130 dscfm 68 1 7.51 11.6 133.4 1775166 dscfm 68 1 7.16 11.92 134.4 1820603 dscfm 68 1 7.32 11.71 134.8 1663918 dscfm 68 1 7.1 11.5 131 1659202 dscfm 68 1 7.1 11.3 130.8 1646252 dscfm 68 1 7.1 11.4 130.3 1700972 dscfm 68 1 7.47 11.4 123.4 1725278 dscfm 68 1 7.01 11.39 123 1703901 dscfm 68 1 7.08 11.3 124.5 1699673 dscfm 68 1 6.92 11.87 132.2 1717887 dscfm 68 1 6.91 11.86 132.1 1701303 dscfm 68 1 6.96 11.73 132 1877209 dscfm 68 1 7.91 11.34 137.3 1888008 dscfm 68 1 8.08 11.11 137.7 1871831 dscfm 68 1 7.78 11.43 137.9 1710218 dscfm 68 1 7.26 11.73 138.2 1595780 dscfm 68 1 7.35 11.46 137.1 1590107 dscfm 68 1 7.45 11.41 137.7 1720586 dscfm 68 1 6.78 12.06 134.3

Page 148sampling_runs

1719365 dscfm 68 1 6.78 12.04 135.6 1672933 dscfm 68 1 6.49 12.26 135.5 1646994 dscfm 68 1 6.9 11.7 138.1 1627140 dscfm 68 1 6.9 12 138.4 1639596 dscfm 68 1 7 11.4 139.2 1842549 dscfm 68 1 8.01 11.04 145.7 1878338 dscfm 68 1 7.96 11.12 145.8 1895795 dscfm 68 1 7.78 11.29 145.2 1731519 dscfm 68 1 7.94 11.34 131.9 1753597 dscfm 68 1 7.89 11.31 131.3 1777126 dscfm 68 1 7.82 11.37 131.8 1700155 dscfm 68 1 6.96 11.92 143.7 1695977 dscfm 68 1 7.08 12.1 143.8 1705022 dscfm 68 1 6.99 11.59 144.5 1753632 dscfm 68 1 7.82 11.78 138.8 1755537 dscfm 68 1 7.8 11.45 140.3 1756753 dscfm 68 1 7.63 11.68 140 1629344 dscfm 68 1 6.59 12.13 142 1628705 dscfm 68 1 6.47 12.21 142 1602263 dscfm 68 1 6.32 12.52 140.5 1644123 dscfm 68 1 6.76 12.06 143.8 1650535 dscfm 68 1 6.6 12.3 144.4 1640383 dscfm 68 1 6.7 12.2 144.6 1778158 dscfm 68 1 7.65 11.5 141.1 1766243 dscfm 68 1 7.57 11.78 141.8 1773356 dscfm 68 1 7.6 11.7 143.2 1796815 dscfm 68 1 7.56 11.67 141.1 1817729 dscfm 68 1 7.44 11.68 139.6 1788298 dscfm 68 1 7.52 11.6 141.5 1759850 dscfm 68 1 7.44 11.74 132 1776429 dscfm 68 1 7.56 11.6 132.3 1772639 dscfm 68 1 7.51 11.65 131.6 1707966 dscfm 68 1 7.05 11.59 128.7 1711706 dscfm 68 1 7.09 11.56 129.9 1721639 dscfm 68 1 7.1 11.53 130.5 1659549 dscfm 68 1 6.9 11.85 127.7 1665403 dscfm 68 1 7.11 11.49 127.9 1676671 dscfm 68 1 6.99 12.01 128.3 1870507 dscfm 68 1 8.14 10.68 131.8 1864332 dscfm 68 1 8.15 10.71 131.7 1854072 dscfm 68 1 8.09 10.75 131.7 1818504 dscfm 68 1 6.46 12.87 1 2131766 dscfm 68 1 6.5 12.55 1 1865385 dscfm 68 1 6.5 12.57 1 2430993 dscfm 68 1 6.17 12.84 1 2412217 dscfm 68 1 6.01 12.45 1 2428678 dscfm 68 1 6.26 12.23 1 2348550 dscfm 68 1 5.96 12.84 130.8 2403480 dscfm 68 1 6.01 12.73 130.2 2416728 dscfm 68 1 5.8 12.93 130.6 2519830 dscfm 68 1 7.34 11.86 129.1 2530328 dscfm 68 1 7.45 11.69 128.3

Page 149sampling_runs

2572921 dscfm 68 1 7.42 11.66 127.6 2382051 dscfm 68 1 6.38 12.91 132.9 2430483 dscfm 68 1 6.32 12.94 132.8 2413797 dscfm 68 1 6.47 12.79 132.9 315164 dscfm 68 1 9.1 10.9 263.1 313347 dscfm 68 1 9.1 10.7 265.2 312625 dscfm 68 1 9.1 10.6 268.9 344624 dscfm 68 1 8.63 10.58 278.2 359991 dscfm 68 1 8.61 10.63 284 316681 dscfm 68 1 9.01 10.34 268.4 316821 dscfm 68 1 7.75 11.5 291.7 312453 dscfm 68 1 7.66 11.42 298 310048 dscfm 68 1 7.61 11.45 1 1852060 dscfm 68 1 8.3 10.1 1 1865021 dscfm 68 1 8.4 10.1 1 1870697 dscfm 68 1 8.3 10.1 1 2032749 dscfm 68 1 8.75 10.36 1 2021829 dscfm 68 1 8.65 10.55 1 2022340 dscfm 68 1 8.73 10.41 1 1941873 dscfm 68 1 8.3 11 279.8 1953355 dscfm 68 1 8.3 10.8 284.2 1949988 dscfm 68 1 8.3 11 285.2 1829120 dscfm 68 1 9.46 10.12 283 1826811 dscfm 68 1 9.35 10.2 284 1808058 dscfm 68 1 9.04 10.39 286.8 1737892 dscfm 68 1 9.3 9.9 284 1718173 dscfm 68 1 9.44 9.88 285 1692257 dscfm 68 1 9.33 9.74 289.6 1722390 dscfm 68 1 10.05 9.38 269.8 1690011 dscfm 68 1 9.84 9.44 274.6 1706395 dscfm 68 1 9.92 9.3 279.3 607334 dscfm 68 1 6.3 12.9 1 610820 dscfm 68 1 6.2 12.8 1 600058 dscfm 68 1 6.2 12.8 1 562039 dscfm 68 1 6.91 12.32 284.1 559075 dscfm 68 1 6.77 12.5 285.2 560489 dscfm 68 1 6.87 12.34 289.2 513369 dscfm 68 1 4.78 14.31 293.3 512489 dscfm 68 1 4.92 14.1 297.8 513207 dscfm 68 1 4.85 14.26 1 552650 dscfm 68 1 5.28 13.79 279 553589 dscfm 68 1 5.22 13.82 283.8 553393 dscfm 68 1 5.26 13.67 288.1 554417 dscfm 68 1 5.1 13.8 289.6 555130 dscfm 68 1 5 13.7 292.8 558831 dscfm 68 1 5 14 298.6 549947 dscfm 68 1 5.93 13.31 289.1 551880 dscfm 68 1 5.82 13.42 293.4 562124 dscfm 68 1 6.05 13.03 296.9 1773302 dscfm 68 1 5.16 13.91 289.5 1718308 dscfm 68 1 5.21 13.77 278.3 1723430 dscfm 68 1 5.2 13.63 285.5

Page 150sampling_runs

1713611 dscfm 68 1 4.88 14 1 1716677 dscfm 68 1 4.86 14 1 1738786 dscfm 68 1 4.86 13.95 1 2790124 dscfm 68 1 8.72 10.71 121.8 2690404 dscfm 68 1 7.96 11.31 123.1 2713416 dscfm 68 1 8.15 11.14 124.5 3057158 dscfm 68 1 9.74 9.34 126.1 3006496 dscfm 68 1 9.84 9.26 126.4 3133593 dscfm 68 1 7.75 11.28 128.6 3379121 dscfm 68 1 8.15 11.17 126.1 3418146 dscfm 68 1 8.11 11.23 126.3 3442495 dscfm 68 1 8.07 11.25 125.9 3043941 dscfm 68 1 6.82 11.92 123.1 3024058 dscfm 68 1 7.02 11.99 123.6 2965400 dscfm 68 1 6.98 11.95 123.9 2881581 dscfm 68 1 9.08 10.06 125.3 2900547 dscfm 68 1 8.99 10.12 125.6 2928667 dscfm 68 1 8.86 10.31 125.3 3265973 dscfm 68 1 7.48 11.84 126.4 3126564 dscfm 68 1 7.43 11.79 126.8 3183127 dscfm 68 1 7.84 11.43 126.7 1114191 dscfm 68 1 6.67 12.95 1 1092655 dscfm 68 1 6.62 12.64 1 1133957 dscfm 68 1 6.6 12.68 1 1118603 dscfm 68 1 7.38 12.21 1 1110536 dscfm 68 1 7.37 11.64 1 1095614 dscfm 68 1 7.15 12.3 1 1318529 dscfm 68 1 6.28 12.54 288.4 1331221 dscfm 68 1 6.36 12.9 291.1 1336528 dscfm 68 1 6.32 12.78 294.1 1238708 dscfm 68 1 6.6 12.92 1 1216627 dscfm 68 1 6.33 13.06 1 1209092 dscfm 68 1 6.43 12.94 1 832571 dscfm 68 1 6.25 12.86 1 814913 dscfm 68 1 6.2 12.88 1 830325 dscfm 68 1 6.28 12.8 1 814695 dscfm 68 1 6.4 12.55 295.1 827434 dscfm 68 1 6.31 12.6 297.5 836123 dscfm 68 1 6.35 12.51 299.8 821939 dscfm 68 1 5.89 12.99 1 808678 dscfm 68 1 5.87 13.06 1 806148 dscfm 68 1 5.67 13.25 1 827050 dscfm 68 1 5.64 13.44 1 811707 dscfm 68 1 5.63 13.41 1 825767 dscfm 68 1 5.52 13.61 1 3296641 dscfm 68 1 7.73 11.3 1 3254025 dscfm 68 1 7.6 11.42 1 3255740 dscfm 68 1 7.8 11.3 1 2818979 dscfm 68 1 7.95 11.28 1 2789451 dscfm 68 1 7.87 11.45 1 2843008 dscfm 68 1 7.94 11.37 1 2781987 dscfm 68 1 8.35 10.87 1

Page 151sampling_runs

2821349 dscfm 68 1 8.37 10.8 1 2779978 dscfm 68 1 8.3 10.72 1 1836166 dscfm 68 1 7.6 11.8 1 1852168 dscfm 68 1 7.7 11.9 1 1839292 dscfm 68 1 7.6 11.8 1 1854430 dscfm 68 1 7.32 11.7 1 1907634 dscfm 68 1 7.21 11.95 1 1914726 dscfm 68 1 7.09 11.96 1 1814967 dscfm 68 1 6.9 12.6 1 1804385 dscfm 68 1 7 12.5 1 1806869 dscfm 68 1 6.9 12.5 1 1820970 dscfm 68 1 6.35 12.51 1 1826083 dscfm 68 1 6.3 12.55 1 1808393 dscfm 68 1 6.14 12.63 1 688694 dscfm 68 1 11.18 8.3 256.3 646282 dscfm 68 1 11.51 7.99 264.8 666030 dscfm 68 1 11.11 8.42 268.4

Page 152sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value 0 Method 17 bit/sub 191.3 150335 8.82 13070 0 Method 17 bit/sub 190.3 149549 8.82 13070 0 Method 17 bit/sub 187.3 147192 8.82 13070 0 Method 17 bit/sub 193.8 150443 10.18 12996 0 Method 17 bit/sub 192.5 149433 10.18 12996 0 Method 17 bit/sub 193.5 150210 10.18 12996 0 Method 17 bit/sub 192 151271 13.19 12914 0 Method 17 bit/sub 191.9 151192 13.19 12914 0 Method 17 bit/sub 191.6 150956 13.19 12914 0 Method 17 bit/sub 188 144564 11.09 12765 0 Method 17 bit/sub 187 143795 11.09 12765 0 Method 17 bit/sub 187 143795 11.09 12765 0 Method 17 bit/sub 180.5 154587 10.84 12693 0 Method 17 bit/sub 181.9 155786 10.84 12693 0 Method 17 bit/sub 182.8 156557 10.84 12693 0 Method 17 bit/sub 183.4 142401 8.82 13070 0 Method 17 bit/sub 183.5 142478 8.82 13070 0 Method 17 bit/sub 182.4 141624 8.82 13070 0 Method 17 bit/sub 190.2 147881 10.18 12996 0 Method 17 bit/sub 190.1 147804 10.18 12996 0 Method 17 bit/sub 190.4 148037 10.18 12996 0 Method 17 bit/sub 190 145326 13.19 12914 0 Method 17 bit/sub 189.9 145250 13.19 12914 0 Method 17 bit/sub 190.1 145403 13.19 12914 0 Method 17 bit/sub 183 139765 11.09 12765 0 Method 17 bit/sub 183 139765 11.09 12765 0 Method 17 bit/sub 183 139765 11.09 12765 0 Method 17 bit/sub 183 148234 10.84 12693 0 Method 17 bit/sub 183.6 148720 10.84 12693 0 Method 17 bit/sub 184.4 149368 10.84 12693 0 Method 17 bit/sub 171 127936 11.09 12765 0 Method 17 bit/sub 169 126440 11.09 12765 0 Method 17 bit/sub 169 126440 11.09 12765 0 Method 17 bit/sub 183 136914 11.09 12765 0 Method 17 bit/sub 187 139907 11.09 12765 0 Method 17 bit/sub 186 139159 11.09 12765 0 Method 17 bit/sub 188 146345 8.82 13070 0 Method 17 bit/sub 188 146345 8.82 13070 0 Method 17 bit/sub 188 146345 8.82 13070 0 Method 17 bit/sub 188.5 146281 10.18 12996 0 Method 17 bit/sub 189.4 146979 10.18 12996 0 Method 17 bit/sub 189.8 147290 10.18 12996 0 Method 17 bit/sub 187.9 143277 13.19 12914 0 Method 17 bit/sub 189.6 144573 13.19 12914 0 Method 17 bit/sub 190.5 145259 13.19 12914 0 Method 17 bit/sub 182.4 147248 10.84 12693 0 Method 17 bit/sub 187.2 151123 10.84 12693 0 Method 17 bit/sub 187.5 151365 10.84 12693 0 Method 17 bit/sub 191.3 148802 8.82 13070 0 Method 17 bit/sub 191.7 149113 8.82 13070 0 Method 17 bit/sub 191.6 149036 8.82 13070

Page 153sampling_runs

0 Method 17 bit/sub 177.7 137762 10.18 12996 0 Method 17 bit/sub 177 137219 10.18 12996 0 Method 17 bit/sub 176.5 136831 10.18 12996 0 Method 17 bit/sub 186.2 146286 13.19 12914 0 Method 17 bit/sub 188.3 147936 13.19 12914 0 Method 17 bit/sub 187 146914 13.19 12914 0 Method 17 bit/sub 180 134315 11.09 12765 0 Method 17 bit/sub 180 134315 11.09 12765 0 Method 17 bit/sub 180 134315 11.09 12765 0 Method 17 bit/sub 185.7 146056 10.84 12693 0 Method 17 bit/sub 180.7 142123 10.84 12693 0 Method 17 bit/sub 180.6 142044 10.84 12693 0 Method 17 bit 471.5 358025 9.87 13016 0 Method 17 bit 471.3 357873 9.87 13016 0 Method 17 bit 471.5 358025 9.87 13016 0.000737 Method 17 bit/sub 437.8 338305 10.55 12987 0.000737 Method 17 bit/sub 437.8 338305 10.55 12987 0.000737 Method 17 bit/sub 438.6 338923 10.55 12987 0.000737 Method 17 bit/sub 457.2 350058 13.18 13122 0.000492 Method 17 bit/sub 457.8 350518 13.18 13122 0.000737 Method 17 bit/sub 458.8 351283 13.18 13122 0.00492 Method 17 bit/sub 449 361396 11.82 12900 0.00492 Method 17 bit/sub 451 363006 11.82 12900 0.00492 Method 17 bit/sub 452 363811 11.82 12900 0 Method 17 bit/sub 442 348636 10.65 13049 0 Method 17 bit/sub 442.4 348951 10.65 13049 0 Method 17 bit/sub 442.7 349188 10.65 13049 0 Method 17 bit 112.2 94131 10.64 12906 0 Method 17 bit 112.2 94131 10.64 12906 0 Method 17 bit 112.2 94131 10.64 12906 0 Method 17 bit 101.3 88243 12.53 12853 0 Method 17 bit 100.3 87372 12.53 12853 0 Method 17 bit 101.2 88156 12.53 12853 0 Method 17 bit 101.3 90439 11.85 12772 0 Method 17 bit 105.6 94278 11.85 12772 0 Method 17 bit 105.4 94099 11.85 12772 0 Method 17 bit 94 84526 12.12 12650 0 Method 17 bit 94 84526 12.12 12650 0 Method 17 bit 94 84526 12.12 12650 0 Method 17 bit 103.3 86522 10.64 12906 0 Method 17 bit 103.8 86941 10.64 12906 0 Method 17 bit 103.5 86689 10.64 12906 0 Method 17 bit 96.3 83933 12.53 12853 0 Method 17 bit 96.8 84369 12.53 12853 0 Method 17 bit 94.6 82452 12.53 12853 0 Method 17 bit 108.4 93852 11.85 12772 0 Method 17 bit 108.4 93852 11.85 12772 0 Method 17 bit 108.8 94198 11.85 12772 0 Method 17 bit 112.8 92575 10.64 12906 0 Method 17 bit 112.7 92493 10.64 12906 0 Method 17 bit 112.6 92410 10.64 12906 0 Method 17 bit 94.8 80137 12.53 12853

Page 154sampling_runs

0 Method 17 bit 95 80306 12.53 12853 0 Method 17 bit 94.9 80221 12.53 12853 0 Method 17 bit 115.1 99804 11.85 12772 0 Method 17 bit 115.7 100324 11.85 12772 0 Method 17 bit 115.3 99977 11.85 12772 0 Method 17 bit 94 85724 12.12 12650 0 Method 17 bit 94 85724 12.12 12650 0 Method 17 bit 94 85724 12.12 12650 0 Method 17 bit 115.6 94127 10.64 12906 0 Method 17 bit 115.5 94046 10.64 12906 0 Method 17 bit 115.7 94209 10.64 12906 0 Method 17 bit 112.8 94829 12.53 12853 0 Method 17 bit 109.7 92223 12.53 12853 0 Method 17 bit 113.3 95250 12.53 12853 0 Method 17 bit 123.4 100929 11.85 12772 0 Method 17 bit 123.5 101011 11.85 12772 0 Method 17 bit 123.6 101093 11.85 12772 0 Method 17 bit 118 98492 12.12 12650 0 Method 17 bit 118 98492 12.12 12650 0 Method 17 bit 119 99326 12.12 12650 0 Method 17 bit 97.1 79662 12.53 12853 0 Method 17 bit 97.7 80154 12.53 12853 0 Method 17 bit 96.7 79334 12.53 12853 0 Method 17 bit 107.4 88112 12.53 12853 0 Method 17 bit 108.3 88851 12.53 12853 0 Method 17 bit 107.9 88522 12.53 12853 0 Method 17 bit 108.7 84774 10.64 12906 0 Method 17 bit 109 85008 10.64 12906 0 Method 17 bit 108.6 84696 10.64 12906 0 Method 17 bit 111 90814 12.12 12650 0 Method 17 bit 111 90814 12.12 12650 0 Method 17 bit 111 90814 12.12 12650 0 Method 17 bit 114.2 88119 10.64 12906 0 Method 17 bit 114.4 88273 10.64 12906 0 Method 17 bit 114.5 88350 10.64 12906 0 Method 17 bit 117.1 90651 12.53 12853 0 Method 17 bit 116.4 90109 12.53 12853 0 Method 17 bit 116.2 89954 12.53 12853 0 Method 17 bit 118.9 92160 11.85 12772 0 Method 17 bit 119.3 92470 11.85 12772 0 Method 17 bit 119.7 92780 11.85 12772 0 Method 17 bit 112 87370 12.12 12650 0 Method 17 bit 113 88150 12.12 12650 0 Method 17 bit 113 88150 12.12 12650 0 Method 5B bit 411 320964 11.85 12966 0 Method 5B bit 413 322526 11.85 12966 0 Method 5B bit 412 321745 11.85 12966 0 Method 5B bit 493.5 385391 11.85 12966 0 Method 5B bit 492.8 384845 11.85 12966 0 Method 5B bit 493.1 385079 11.85 12966 0 Method 5B bit 487.3 370204 11 13062 0 Method 5B bit 487.6 370432 11 13062

Page 155sampling_runs

0 Method 5B bit 488.9 371420 11 13062 0.000492 Method 5B bit 503.5 392284 12.89 12858 0.000492 Method 5B bit 507 395011 12.89 12858 0.000492 Method 5B bit 507.5 395401 12.89 12858 0 Method 5B bit 492.2 386220 12.76 12844 0 Method 5B bit 494.6 388103 12.76 12844 0 Method 5B bit 492.8 386691 12.76 12844 0 Method 5B bit 463.9 351423 13.09 12673 0 Method 5B bit 467.1 353847 13.09 12673 0 Method 5B bit 465.9 352938 13.09 12673 0 Method 5B bit 490.4 371271 11.13 13030 0 Method 5B bit 492.5 372861 11.13 13030 0 Method 5B bit 489.7 370742 11.13 13030 0 Method 5B bit 501.9 373886 9.95 13235 0 Method 5B bit 495.5 369118 9.95 13235 0 Method 5B bit 496.1 369565 9.95 13235 0 Method 5B bit 469 358085 11.85 12966 0 Method 5B bit 468 357321 11.85 12966 0 Method 5B bit 469 358085 11.85 12966 0 Method 5B bit 462.1 361305 12.76 12844 0 Method 5B bit 460 359663 12.76 12844 0 Method 5B bit 460.3 359898 12.76 12844 0 Method 5B bit/sub 696.9 494897 9.93 13096 0 Method 5B bit/sub 698.8 496246 9.93 13096 0 Method 5B bit/sub 694.7 493335 9.93 13096 0.000492 Method 5B bit/sub 704 482027 9.77 13087 0.000492 Method 5B bit/sub 704 482027 9.77 13087 0.000737 Method 5B bit/sub 703 481342 9.77 13087 0 Method 5B bit/sub 680.5 479408 10.58 13076 0 Method 5B bit/sub 670.5 472363 10.58 13076 0 Method 5B bit/sub 670.6 472433 10.58 13076 0 Method 5B bit/sub 698.9 489853 10.17 13107 0 Method 5B bit/sub 701.8 491886 10.17 13107 0 Method 5B bit/sub 698.1 489292 10.17 13107 0 Method 5B bit/sub 639 469943 9.88 13155 0 Method 5B bit/sub 637 468473 9.88 13155 0 Method 5B bit/sub 633 465531 9.88 13155 0.000492 Method 5B bit/sub 689.6 489713 9.93 13096 0.000492 Method 5B bit/sub 695.2 493690 9.93 13096 0.000492 Method 5B bit/sub 691.6 491133 9.93 13096 0 Method 5B bit/sub 667.6 470320 10.58 13076 0 Method 5B bit/sub 674.9 475463 10.58 13076 0 Method 5B bit/sub 677.2 477083 10.58 13076 0 Method 5B bit/sub 701.3 480178 9.77 13087 0 Method 5B bit/sub 701.1 480041 9.77 13087 0 Method 5B bit/sub 696.7 477028 9.77 13087 0.000492 Method 5B bit/sub 591.4 419977 9.93 13096 0.000492 Method 5B bit/sub 588.6 417989 9.93 13096 0.000737 Method 5B bit/sub 580.1 411953 9.93 13096 0 Method 5B bit/sub 687.7 482003 10.17 13107 0 Method 5B bit/sub 682.1 478078 10.17 13107 0 Method 5B bit/sub 681.3 477517 10.17 13107

Page 156sampling_runs

0 Method 5B bit/sub 645.6 474797 9.88 13115 0 Method 5B bit/sub 647.8 476415 9.88 13115 0 Method 5B bit/sub 646 475092 9.88 13115 0 Method 5B bit/sub 615 452293 9.88 13115 0.000246 Method 5B bit/sub 616.6 453470 9.88 13115 0 Method 5B bit/sub 607 446410 9.88 13115 0.000246 Method 5B bit/sub 635.1 451011 9.93 13096 0.000246 Method 5B bit/sub 635.5 451295 9.93 13096 0 Method 5B bit/sub 632.4 449093 9.93 13096 0 Method 5B bit/sub 632.9 445874 10.58 13076 0.000492 Method 5B bit/sub 633.8 446508 10.58 13076 0.000492 Method 5B bit/sub 626.1 441083 10.58 13076 0.000983 Method 5B bit/sub 696.7 477028 9.77 13087 0.000983 Method 5B bit/sub 696.1 476617 9.77 13087 0.000983 Method 5B bit/sub 697.1 477302 9.77 13087 0 Method 5B bit/sub 628.3 440370 10.17 13107 0 Method 5B bit/sub 627.5 439809 10.17 13107 0 Method 5B bit/sub 635.3 445276 10.17 13107 0.000492 Method 5B bit/sub 636 467737 9.88 13115 0.000492 Method 5B bit/sub 636 467737 9.88 13115 0.000492 Method 5B bit/sub 636 467737 9.88 13115 0 Method 5B bit/sub 667 473664 9.93 13096 0 Method 5B bit/sub 656 465852 9.93 13096 0 Method 5B bit/sub 647 459461 9.93 13096 0.000737 Method 5B bit/sub 696.2 476686 9.77 13087 0.000737 Method 5B bit/sub 695.8 476412 9.77 13087 0.000737 Method 5B bit/sub 691.7 473605 9.77 13087 0 Method 5B bit/sub 675.5 496787 9.88 13115 0 Method 5B bit/sub 675.5 496787 9.88 13115 0 Method 5B bit/sub 674.9 496346 9.88 13115 0 Method 5B bit/sub 679.9 476536 10.17 13107 0 Method 5B bit/sub 678 475205 10.17 13107 0 Method 5B bit/sub 664.8 465953 10.17 13107 0.000492 Method 5B bit/sub 681.2 454020 9.93 13096 0.000492 Method 5B bit/sub 679.2 452687 9.93 13096 0.000492 Method 5B bit/sub 680.2 453354 9.93 13096 0 Method 5B bit/sub 685.8 472625 9.77 13087 0 Method 5B bit/sub 686.5 473108 9.77 13087 0.000492 Method 5B bit/sub 686.2 472901 9.77 13087 0 Method 5B bit/sub 673.2 478079 10.58 13076 0 Method 5B bit/sub 673.7 478434 10.58 13076 0 Method 5B bit/sub 674.7 479144 10.58 13076 0 Method 5B bit/sub 660.4 483874 10.17 13107 0 Method 5B bit/sub 658.6 482555 10.17 13107 0 Method 5B bit/sub 645.1 472664 10.17 13107 0 Method 5B bit/sub 680 469757 9.88 13115 0 Method 5B bit/sub 681 470448 9.88 13115 0 Method 5B bit/sub 680 469757 9.88 13115 0.000737 Method 5B bit/sub 632.9 421828 9.93 13096 0.000737 Method 5B bit/sub 590.7 393702 9.93 13096 0.000737 Method 5B bit/sub 513.3 342115 9.93 13096 0 Method 5B bit/sub 660.8 469273 10.58 13076

Page 157sampling_runs

0 Method 5B bit/sub 662.3 470338 10.58 13076 0.00032 Method 5B bit/sub 661.8 469983 10.58 13076 0 Method 5B bit/sub 662.9 456844 9.77 13087 0 Method 5B bit/sub 659.9 454776 9.77 13087 0 Method 5B bit/sub 661.7 456017 9.77 13087 0 Method 5B bit/sub 666.7 460569 9.88 13115 0 Method 5B bit/sub 664.7 459187 9.88 13115 0 Method 5B bit/sub 680.4 470033 9.88 13115 0.000737 Method 5B bit/sub 673.5 448888 9.93 13096 0.000737 Method 5B bit/sub 673 448555 9.93 13096 0.000737 Method 5B bit/sub 675.2 450021 9.93 13096 0.000983 Method 5B bit/sub 626.4 458962 10.17 13107 0.000983 Method 5B bit/sub 624.7 457717 10.17 13107 0.000737 Method 5B bit/sub 626.1 458742 10.17 13107 0.000246 Method 5B bit/sub 672.3 448088 9.93 13096 0.000492 Method 5B bit/sub 663.2 442023 9.93 13096 0.000246 Method 5B bit/sub 667.4 444822 9.93 13096 0 Method 5B bit/sub 638.5 453436 10.58 13076 0 Method 5B bit/sub 636 451661 10.58 13076 0 Method 5B bit/sub 637.1 452442 10.58 13076 0 Method 5B bit/sub 658.7 453949 9.77 13087 0 Method 5B bit/sub 660.1 454914 9.77 13087 0 Method 5B bit/sub 659.1 454225 9.77 13087 0 Method 5B bit/sub 629 460867 10.17 13107 0 Method 5B bit/sub 631.4 462626 10.17 13107 0 Method 5B bit/sub 630.9 462259 10.17 13107 0 Method 5B bit/sub 662 457322 9.88 13115 0 Method 5B bit/sub 662 457322 9.88 13115 0 Method 5B bit/sub 662 457322 9.88 13115 0 Method 5B bit/sub 674 449221 9.93 13096 0 Method 5B bit/sub 672 447888 9.93 13096 0 Method 5B bit/sub 672 447888 9.93 13096 0 Method 5B bit/sub 670.2 491054 10.17 13107 0.000492 Method 5B bit/sub 673.1 493179 10.17 13107 0.000492 Method 5B bit/sub 672.9 493033 10.17 13107 0.000492 Method 5B bit/sub 664.5 457946 9.77 13087 0 Method 5B bit/sub 663.1 456981 9.77 13087 0.00147 Method 5B bit/sub 662.5 456568 9.77 13087 0 Method 5B bit/sub 648.1 447720 9.88 13115 0 Method 5B bit/sub 648.3 447858 9.88 13115 0 Method 5B bit/sub 648.2 447789 9.88 13115 0 Method 5B bit/sub 1057.9 872425 8.14 12432 0 Method 5B bit/sub 1048.3 864509 8.14 12432 0 Method 5B bit/sub 1048 864261 8.14 12432 0 Method 5B bit/sub 1024.8 838226 9.02 12535 0 Method 5B bit/sub 1019.5 833891 9.02 12535 0 Method 5B bit/sub 1002.7 820150 9.02 12535 0 Method 5B bit/sub 1006 740064 10.58 13076 0 Method 5B bit/sub 1005.8 739917 10.58 13076 0 Method 5B bit/sub 1000.9 736312 10.58 13076 0 Method 5B bit/sub 973 722600 9.81 13004 0 Method 5B bit/sub 967 718144 9.81 13004

Page 158sampling_runs

0 Method 5B bit/sub 962 714430 9.81 13004 0 Method 5B bit/sub 1002 717145 9.68 13034 0 Method 5B bit/sub 1004 718576 9.68 13034 0 Method 5B bit/sub 1002 717145 9.68 13034 0 Method 17 bit 124.2 100660 10.18 13202 0 Method 17 bit 125 101309 10.18 13202 0 Method 17 bit 124.8 101147 10.18 13202 0 Method 17 bit 132.7 109870 11.95 12878 0 Method 17 bit 129.2 106973 11.95 12878 0 Method 17 bit 127.8 105813 11.95 12878 0 Method 17 bit 140.9 109584 12.43 12870 0 Method 17 bit 140.8 109506 12.43 12870 0 Method 17 bit 140.8 109506 12.43 12870 0 Method 17 bit/sub 707.9 523294 8.82 13041 0 Method 17 bit/sub 709.4 524403 8.82 13041 0 Method 17 bit/sub 707.4 522924 8.82 13041 0 Method 17 bit/sub 696 534228 9.68 12854 0 Method 17 bit/sub 692.5 531542 9.68 12854 0 Method 17 bit/sub 689.5 529239 9.68 12854 0 Method 17 bit/sub 692.8 521869 9.04 13064 0 Method 17 bit/sub 687 517500 9.04 13064 0 Method 17 bit/sub 689.6 519458 9.04 13064 0 Method 17 bit/sub 541 454531 9.33 12579 0 Method 17 Not in compliance. bit/sub 543 456211 9.33 12579 0 Method 17 bit/sub 547 459572 9.33 12579 0 Method 17 Not in compliance. bit/sub 538 413008 9.68 12854 0 Method 17 Not in compliance. bit/sub 537 412240 9.68 12854 0 Method 17 bit/sub 539 413776 9.68 12854 0 Method 17 bit/sub 536.8 412087 9.68 12854 0 Method 17 bit/sub 536.1 411549 9.68 12854 0 Method 17 bit/sub 536.1 411549 9.68 12854 0.00344 Method 17 bit/sub 269.5 210236 6.91 12373 0.00369 Method 17 bit/sub 269.4 210158 6.91 12373 0.00393 Method 17 bit/sub 270.8 211250 6.91 12373 0.00369 Method 17 bit/sub 264 206000 7.09 12289 0.00393 Method 17Tests stopped between 12:25 and 13:40 due to unit equipment failure and loss of MW

. bit/sub 263 205220 7.09 12289 0.00369 Method 17 bit/sub 265 206780 7.09 12289 0.00123 Method 17 bit/sub 251 198001 6.91 12373 0.00123 Method 17 bit/sub 251.7 198554 6.91 12373 0.00123 Method 17 bit/sub 252.1 198869 6.91 12373 0.00147 Method 17 bit/sub 263 213086 7.09 12289 0.00172 Method 17 bit/sub 265 214706 7.09 12289 0.00147 Method 17 bit/sub 263 213086 7.09 12289 0.00123 Method 17 bit/sub 263.2 208773 6.91 12373 0.00123 Method 17 bit/sub 262.6 208297 6.91 12373 0.00221 Method 17 bit/sub 264.1 209487 6.91 12373 0.00147 Method 17 bit/sub 261 206681 7.09 12289 0.0032 Method 17 bit/sub 261 206681 7.09 12289 0.00295 Method 17 bit/sub 262 207472 7.09 12289 0 Method 17 bit 913.1 598704 12.3 13136 0 Method 17 bit 914.5 599622 12.3 13136 0 Method 17 bit 914.9 599884 12.3 13136

Page 159sampling_runs

0 Method 17 bit 899.6 591744 11.6 13214 0 Method 17 bit 898.4 590955 11.6 13214 0 Method 17 bit 897.9 590626 11.6 13214 0.000492 Method 5BDue to boiler slagging, the unit was unable to achieve full load (>90% of Base), TDAPC authorized testing at 73% of Base. bit 1005.5 703407 9.7 13211 0.000492 Method 5BDue to boiler slagging, the unit was unable to achieve full load (>90% of Base), TDAPC authorized testing at 73% of Base. bit 1006 703757 9.7 13211 0.000492 Method 5BDue to boiler slagging, the unit was unable to achieve full load (>90% of Base), TDAPC authorized testing at 73% of Base. bit 1002.5 701308 9.7 13211 0 Method 5BUnit load limited due to high river temp. bit 995.4 699059 9.69 13367 0 Method 5BUnit load limited due to high river temp. bit 1100.4 772799 9.69 13367 0 Method 5B bit 1238.6 869856 9.69 13367 0.000737 Method 5B bit 1233.3 859711 9.44 13394 0 Method 5B bit 1221.5 851486 9.44 13394 0 Method 5B bit 1221.5 851486 9.44 13394 0.000492 Method 5B bit 1262.1 891722 9.7 13211 0.000492 Method 5B bit 1250.3 883385 9.7 13211 0.000492 Method 5B bit 1213.7 857526 9.7 13211 0 Method 5BUnit load limited due to high river temp. bit 993.8 695629 9.69 13367 0 Method 5BUnit load limited due to high river temp. bit 1007.9 705498 9.69 13367 0 Method 5BUnit load limited due to high river temp. bit 997.8 698429 9.69 13367 0.000737 Method 5B bit 1257.2 874604 9.44 13394 0.000737 Method 5B bit 1256.8 874326 9.44 13394 0.000737 Method 5B bit 1256.4 874048 9.44 13394 0 Method 17 bit/sub 474 374931 7.54 11992 0 Method 17 bit/sub 476.8 377146 7.54 11992 0 Method 17 bit/sub 478.3 378333 7.54 11992 0.000492 Method 17 bit/sub 462 375130 7.05 12100 0.000492 Method 17 bit/sub 462 375130 7.05 12100 0.000492 Method 17 bit/sub 462 375130 7.05 12100 0 Method 17 bit/sub 581 447932 7.54 11992 0 Method 17 bit/sub 582.8 449314 7.54 11992 0 Method 17 bit/sub 585.5 451401 7.54 11992 0.000737 Method 17 bit/sub 547 444215 7.05 12100 0.000492 Method 17 bit/sub 547 444215 7.05 12100 0.000492 Method 17 bit/sub 547 444215 7.05 12100 0 Method 17 bit 342 252089 12.44 13217 0 Method 17 bit 341.9 252016 12.44 13217 0 Method 17 bit 341.1 251426 12.44 13217 0.000492 Method 17 bit 368 276207 13.19 13110 0.000492 Method 17 bit 368 276207 13.19 13110 0.000492 Method 17 bit 368 276207 13.19 13110 0 Method 17 bit 347.9 245418 12.44 13217 0 Method 17 bit 348 245489 12.44 13217 0 Method 17 bit 342.5 241609 12.44 13217 0 Method 17 bit 380 270311 13.19 13110 0 Method 17 bit 381 271022 13.19 13110 0 Method 17 bit 381 271022 13.19 13110 0.000737 Method 17 bit/sub 1201.5 1013149 8.01 13132 0 Method 17 bit/sub 1170.8 987262 8.01 13132 0 Method 17 bit/sub 1179.2 994345 8.01 13132 0 Method 17 bit/sub 996.4 835713 8.58 13041 0 method 17 bit/sub 1010.3 847371 8.58 13041 0 Method 17 bit/sub 1013.3 849887 8.58 13041 0 Method 17 bit/sub 915.4 844057 9.75 12752

Page 160sampling_runs

0 Method 17 bit/sub 896.6 826723 9.75 12752 0 Method 17 bit/sub 905.7 835113 9.75 12752 0 Method 17 bit/sub 720.1 527930 10.83 12962 0 Method 17 bit/sub 698.3 511948 10.83 12962 0 Method 17 bit/sub 694 508796 10.83 12962 0 Method 17 bit/sub 713.7 547809 10.58 12785 0 Method 17 bit/sub 745.7 572371 10.58 12785 0 Method 17 bit/sub 746.3 572832 10.58 12785 0 Method 17 bit/sub 739.6 547049 10.83 12962 0 Method 17 bit/sub 739.5 546975 10.83 12962 0 Method 17 bit/sub 726.2 537137 10.83 12962 0 Method 17 bit/sub 739 560398 10.58 12785 0 Method 17 bit/sub 738.3 559867 10.58 12785 0 Method 17 bit/sub 740.8 561763 10.58 12785 0 Method 17 bit/sub 174 138688 10.57 12786 0 Method 17 bit/sub 172 137094 10.57 12786 0 Method 17 bit/sub 172 137094 10.57 12786

Page 161sampling_runs

fuel_sulfur 0.56 0.56 0.56 0.67 0.67 0.67 0.53 0.53 0.53 0.52 0.52 0.52 0.68 0.68 0.68 0.56 0.56 0.56 0.67 0.67 0.67 0.53 0.53 0.53 0.52 0.52 0.52 0.68 0.68 0.68 0.52 0.52 0.52 0.52 0.52 0.52 0.56 0.56 0.56 0.67 0.67 0.67 0.53 0.53 0.53 0.68 0.68 0.68 0.56 0.56 0.56

Page 162sampling_runs

0.67 0.67 0.67 0.53 0.53 0.53 0.52 0.52 0.52 0.68 0.68 0.68 0.55 0.55 0.55 0.59 0.59 0.59 0.62 0.62 0.62 0.55 0.55 0.55 0.67 0.67 0.67 0.6 0.6 0.6 0.67 0.67 0.67 0.58 0.58 0.58 0.58 0.58 0.58 0.6 0.6 0.6 0.67 0.67 0.67 0.58 0.58 0.58 0.6 0.6 0.6 0.67

Page 163sampling_runs

0.67 0.67 0.58 0.58 0.58 0.58 0.58 0.58 0.6 0.6 0.6 0.67 0.67 0.67 0.58 0.58 0.58 0.58 0.58 0.58 0.67 0.67 0.67 0.67 0.67 0.67 0.6 0.6 0.6 0.58 0.58 0.58 0.6 0.6 0.6 0.67 0.67 0.67 0.58 0.58 0.58 0.58 0.58 0.58 3.24 3.24 3.24 3.24 3.24 3.24 3.23 3.23

Page 164sampling_runs

3.23 3.65 3.65 3.65 3.25 3.25 3.25 2.86 2.86 2.86 2.89 2.89 2.89 3.12 3.12 3.12 3.24 3.24 3.24 3.25 3.25 3.25 3.08 3.08 3.08 3.04 3.04 3.04 3.21 3.21 3.21 3.1 3.1 3.1 3.09 3.09 3.09 3.08 3.08 3.08 3.21 3.21 3.21 3.04 3.04 3.04 3.08 3.08 3.08 3.1 3.1 3.1

Page 165sampling_runs

3.09 3.09 3.09 3.09 3.09 3.09 3.08 3.08 3.08 3.21 3.21 3.21 3.04 3.04 3.04 3.1 3.1 3.1 3.09 3.09 3.09 3.08 3.08 3.08 3.04 3.04 3.04 3.09 3.09 3.09 3.1 3.1 3.1 3.08 3.08 3.08 3.04 3.04 3.04 3.21 3.21 3.21 3.1 3.1 3.1 3.09 3.09 3.09 3.08 3.08 3.08 3.21

Page 166sampling_runs

3.21 3.21 3.04 3.04 3.04 3.09 3.09 3.09 3.08 3.08 3.08 3.1 3.1 3.1 3.08 3.08 3.08 3.21 3.21 3.21 3.04 3.04 3.04 3.1 3.1 3.1 3.09 3.09 3.09 3.08 3.08 3.08 3.1 3.1 3.1 3.04 3.04 3.04 3.09 3.09 3.09 1.34 1.34 1.34 1.73 1.73 1.73 3.21 3.21 3.21 2.79 2.79

Page 167sampling_runs

2.79 2.88 2.88 2.88 2.76 2.76 2.76 2.15 2.15 2.15 2.6 2.6 2.6 0.51 0.51 0.51 0.48 0.48 0.48 0.88 0.88 0.88 0.64 0.64 0.64 0.48 0.48 0.48 0.48 0.48 0.48 0.45 0.45 0.45 0.33 0.33 0.33 0.45 0.45 0.45 0.33 0.33 0.33 0.45 0.45 0.45 0.33 0.33 0.33 0.88 0.88 0.88

Page 168sampling_runs

0.92 0.92 0.92 3.23 3.23 3.23 3.19 3.19 3.19 3.16 3.16 3.16 3.23 3.23 3.23 3.19 3.19 3.19 3.16 3.16 3.16 0.39 0.39 0.39 0.37 0.37 0.37 0.39 0.39 0.39 0.37 0.37 0.37 0.79 0.79 0.79 0.79 0.79 0.79 0.79 0.79 0.79 0.79 0.79 0.79 1.08 1.08 1.08 0.96 0.96 0.96 0.73

Page 169sampling_runs

0.73 0.73 0.76 0.76 0.76 0.66 0.66 0.66 0.76 0.76 0.76 0.66 0.66 0.66 0.75 0.75 0.75

Page 170sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_name conc conc_unitsconc_ND conc_MDL 3396 BRF1 - 2006

SP004 1 PM (Filterable) FALSE 3396 BRF1 - 2006

SP004 2 PM (Filterable) FALSE 3396 BRF1 - 2006

SP004 3 PM (Filterable) FALSE 3396 BRF1 - 2008

SP004 1 PM (Filterable) FALSE 3396 BRF1 - 2008

SP004 2 PM (Filterable) FALSE 3396 BRF1 - 2008

SP004 3 PM (Filterable) FALSE 3406 JOF1-10 - 2005

SK001 1 PM (Filterable) FALSE 3406 JOF1-10 - 2005

SK001 2 PM (Filterable) FALSE 3406 JOF1-10 - 2005

SK001 3 PM (Filterable) FALSE 3406 JOF1-10 - 2007

SK001 1 PM (Filterable) FALSE 3406 JOF1-10 - 2007

SK001 2 PM (Filterable) FALSE 3406 JOF1-10 - 2007

SK001 3 PM (Filterable) FALSE 3406 JOF1-10 - 2009

SK001 1 PM (Filterable) FALSE 3406 JOF1-10 - 2009

SK001 2 PM (Filterable) FALSE 3406 JOF1-10 - 2009

SK001 3 PM (Filterable) FALSE 3403 GAF1-2 - 2006

SK001 1 PM (Filterable) FALSE 3403 GAF1-2 - 2006

SK001 2 PM (Filterable) FALSE 3403 GAF1-2 - 2006

SK001 3 PM (Filterable) FALSE 3403 GAF3-4 - 2006

SK002 1 PM (Filterable) FALSE 3403 GAF3-4 - 2006

SK002 2 PM (Filterable) FALSE 3403 GAF3-4 - 2006

SK002 3 PM (Filterable) FALSE 3403 GAF1-2 -2008

SK001 1 PM (Filterable) FALSE 3403 GAF1-2 -2008

SK001 2 PM (Filterable) FALSE 3403 GAF1-2 -2008

SK001 3 PM (Filterable) FALSE 3403 GAF3-4 -2008

SK002 1 PM (Filterable) FALSE 3403 GAF3-4 -2008

SK002 2 PM (Filterable) FALSE 3399 CUF2 - 2007

SK002 2 PM (Filterable) FALSE 3399 CUF2 - 2007

SK002 3 PM (Filterable) FALSE 3399 CUF1 - 2009

SK001 1 PM (Filterable) FALSE 3399 CUF1 - 2009

SK001 2 PM (Filterable) FALSE 3399 CUF1 - 2009

SK001 3 PM (Filterable) FALSE 3399 CUF2 - 2009

SK002 1 PM (Filterable) FALSE 3399 CUF2 - 2009

SK002 2 PM (Filterable) FALSE 3399 CUF2 - 2009

SK002 3 PM (Filterable) FALSE 1379 SHF1-5 - 2005

SK001 1 PM (Filterable) FALSE 1379 SHF1-5 - 2005

SK001 2 PM (Filterable) FALSE 1379 SHF1-5 - 2005

SK001 3 PM (Filterable) FALSE 1379 SHF6-10 - 2005

SK002 1 PM (Filterable) FALSE 1379 SHF6-10 - 2005

SK002 2 PM (Filterable) FALSE 1379 SHF6-10 - 2005

SK002 3 PM (Filterable) FALSE 1379 SHF10 - 2005

SP032 1 PM (Filterable) FALSE 1379 SHF10 - 2005

SP032 2 PM (Filterable) FALSE 1379 SHF10 - 2005

SP032 3 PM (Filterable) FALSE 1379 SHF10 - 2006

SP032 1 PM (Filterable) FALSE 1379 SHF10 - 2006

SP032 2 PM (Filterable) FALSE 1379 SHF10 - 2006

SP032 3 PM (Filterable) FALSE 1379 SHF1-5 - 2007

SK001 1 PM (Filterable) FALSE 1379 SHF1-5 - 2007

SK001 2 PM (Filterable) FALSE 1379 SHF1-5 - 2007

SK001 3 PM (Filterable) FALSE 1379 SHF6-9 - 03/29/2007

SK002 1 PM (Filterable) FALSE 1379 SHF6-9 - 03/29/2007

SK002 2 PM (Filterable) FALSE

Page 171sampling_run_pollutants1

3407 KIF1-5 - 2007

SK001 2 PM (Filterable) FALSE 3407 KIF1-5 - 2007

SK001 3 PM (Filterable) FALSE 3407 KIF6-9 - 2007

SK002 1 PM (Filterable) FALSE 3407 KIF6-9 - 2007

SK002 2 PM (Filterable) FALSE 3407 KIF6-9 - 2007

SK002 3 PM (Filterable) FALSE 3393ALF1 - 2006

SK001 1 PM (Filterable) FALSE 3393ALF1 - 2006

SK001 2 PM (Filterable) FALSE 3393ALF1 - 2006

SK001 3 PM (Filterable) FALSE 3393ALF2 - 2006

SK002 1 PM (Filterable) FALSE 3393ALF2 - 2006

SK002 2 PM (Filterable) FALSE 3393ALF2 - 2006

SK002 3 PM (Filterable) FALSE 3393ALF3 - 2006

SK003 1 PM (Filterable) FALSE 3393ALF3 - 2006

SK003 2 PM (Filterable) FALSE 3393ALF3 - 2006

SK003 3 PM (Filterable) FALSE 3393ALF1 - 2008

SK001 1 PM (Filterable) FALSE 3393ALF1 - 2008

SK001 2 PM (Filterable) FALSE 3393ALF1 - 2008

SK001 3 PM (Filterable) FALSE 3393ALF2 - 2008

SK002 1 PM (Filterable) FALSE 3393ALF2 - 2008

SK002 2 PM (Filterable) FALSE 3393ALF2 - 2008

SK002 3 PM (Filterable) FALSE 3393ALF3 - 2008

SK003 1 PM (Filterable) FALSE 3393ALF3 - 2008

SK003 2 PM (Filterable) FALSE 3393ALF3 - 2008

SK003 3 PM (Filterable) FALSE 3407 KIF9 - 2009

SK002 1 PM (Filterable) FALSE 3407 KIF9 - 2009

SK002 2 PM (Filterable) FALSE 3403 GAF3-4 -2008

SK002 3 PM (Filterable) FALSE 3405 JSF1-2 - 2006

SK001 1 PM (Filterable) FALSE 3405 JSF1-2 - 2006

SK001 2 PM (Filterable) FALSE 3405 JSF1-2 - 2006

SK001 3 PM (Filterable) FALSE 3405 JSF3-4 - 2006

SK002 1 PM (Filterable) FALSE 3405 JSF3-4 - 2006

SK002 2 PM (Filterable) FALSE 3405 JSF3-4 - 2006

SK002 3 PM (Filterable) FALSE 3405 JSF1-2 - 2008

SK001 1 PM (Filterable) FALSE 3405 JSF1-2 - 2008

SK001 2 PM (Filterable) FALSE 3405 JSF1-2 - 2008

SK001 3 PM (Filterable) FALSE 3405 JSF3-4 - 2008

SK002 1 PM (Filterable) FALSE 3405 JSF3-4 - 2008

SK002 2 PM (Filterable) FALSE 3405 JSF3-4 - 2008

SK002 3 PM (Filterable) FALSE 3407 KIF1-5 - 2005

SK001 1 PM (Filterable) FALSE 3407 KIF1-5 - 2005

SK001 2 PM (Filterable) FALSE 3407 KIF1-5 - 2005

SK001 3 PM (Filterable) FALSE 3407 KIF6-9 - 2005

SK002 1 PM (Filterable) FALSE 3407 KIF6-9 - 2005

SK002 2 PM (Filterable) FALSE 3407 KIF6-9 - 2005

SK002 3 PM (Filterable) FALSE 3407 KIF1-5 - 2007

SK001 1 PM (Filterable) FALSE 3407 KIF9 - 2009

SK002 3 PM (Filterable) FALSE 3399 CUF1 - 2005

SK001 1 PM (Filterable) FALSE 3399 CUF1 - 2005

SK001 2 PM (Filterable) FALSE 3399 CUF1 - 2005

SK001 3 PM (Filterable) FALSE 3399 CUF2 - 2005

SK002 1 PM (Filterable) FALSE 3399 CUF2 - 2005

SK002 2 PM (Filterable) FALSE 3399 CUF2 - 2005

SK002 3 PM (Filterable) FALSE

Page 172sampling_run_pollutants1

3399 CUF1 - 2007

SK001 1 PM (Filterable) FALSE 3399 CUF1 - 2007

SK001 2 PM (Filterable) FALSE 3399 CUF1 - 2007

SK001 3 PM (Filterable) FALSE 3399 CUF2 - 2007

SK002 1 PM (Filterable) FALSE 1379 SHF6-9 - 03/29/2007

SK002 3 PM (Filterable) FALSE 1379 SHF6-9 - 04/20/2007

SK002 1 PM (Filterable) FALSE 1379 SHF6-9 - 04/20/2007

SK002 2 PM (Filterable) FALSE 1379 SHF6-9 - 04/20/2007

SK002 3 PM (Filterable) FALSE 1379 SHF10 - 2007

SP032 1 PM (Filterable) FALSE 1379 SHF10 - 2007

SP032 2 PM (Filterable) FALSE 1379 SHF10 - 2007

SP032 3 PM (Filterable) FALSE 1379 SHF6-10 - 2009

SK002 1 PM (Filterable) FALSE 1379 SHF6-10 - 2009

SK002 2 PM (Filterable) FALSE 1379 SHF6-10 - 2009

SK002 3 PM (Filterable) FALSE 47 COF1 - 2005

SP002 1 PM (Filterable) FALSE 47 COF1 - 2005

SP002 2 PM (Filterable) FALSE 47 COF1 - 2005

SP002 3 PM (Filterable) FALSE 47 COF2 - 2005

SP005 1 PM (Filterable) FALSE 47 COF2 - 2005

SP005 2 PM (Filterable) FALSE 47 COF2 - 2005

SP005 3 PM (Filterable) FALSE 47 COF3 - 2005

SP007 1 PM (Filterable) FALSE 47 COF3 - 2005

SP007 2 PM (Filterable) FALSE 47 COF3 - 2005

SP007 3 PM (Filterable) FALSE 47 COF4 - 2005

SP009 1 PM (Filterable) FALSE 47 COF4 - 2005

SP009 2 PM (Filterable) FALSE 47 COF4 - 2005

SP009 3 PM (Filterable) FALSE 47 COF5 - 2005

SK002 1 PM (Filterable) FALSE 47 COF5 - 2005

SK002 2 PM (Filterable) FALSE 47 COF1 - 2006

SP002 1 PM (Filterable) FALSE 47 COF1 - 2006

SP002 2 PM (Filterable) FALSE 47 COF1 - 2006

SP002 3 PM (Filterable) FALSE 47 COF2 - 2006

SP005 1 PM (Filterable) FALSE 47 COF2 - 2006

SP005 2 PM (Filterable) FALSE 47 COF2 - 2006

SP005 3 PM (Filterable) FALSE 47 COF3 - 2006

SP007 1 PM (Filterable) FALSE 47 COF3 - 2006

SP007 2 PM (Filterable) FALSE 47 COF3 - 2006

SP007 3 PM (Filterable) FALSE 47 COF4 - 2006

SP009 1 PM (Filterable) FALSE 47 COF4 - 2006

SP009 2 PM (Filterable) FALSE 47 COF4 - 2006

SP009 3 PM (Filterable) FALSE 47 COF5 - 2006

SK002 1 PM (Filterable) FALSE 47 COF5 - 2006

SK002 2 PM (Filterable) FALSE 47 COF5 - 2006

SK002 3 PM (Filterable) FALSE 47 COF1 - 2007

SP002 1 PM (Filterable) FALSE 47 COF1 - 2007

SP002 2 PM (Filterable) FALSE 47 COF1 - 2007

SP002 3 PM (Filterable) FALSE 47 COF2 - 2007

SP005 1 PM (Filterable) FALSE 47 COF2 - 2007

SP005 2 PM (Filterable) FALSE 47 COF2 - 2007

SP005 3 PM (Filterable) FALSE 47 COF3 - 2007

SP007 1 PM (Filterable) FALSE 47 COF3 - 2007

SP007 2 PM (Filterable) FALSE 47 COF3 - 2007

SP007 3 PM (Filterable) FALSE

Page 173sampling_run_pollutants1

47 COF4 - 2007

SP009 1 PM (Filterable) FALSE 47 COF4 - 2007

SP009 2 PM (Filterable) FALSE 47 COF4 - 2007

SP009 3 PM (Filterable) FALSE 47 COF5 - 2007

SK002 1 PM (Filterable) FALSE 47 COF5 - 2007

SK002 2 PM (Filterable) FALSE 47 COF5 - 2007

SK002 3 PM (Filterable) FALSE 47 COF1 - 2008

SP002 1 PM (Filterable) FALSE 47 COF1 - 2008

SP002 2 PM (Filterable) FALSE 47 COF1 - 2008

SP002 3 PM (Filterable) FALSE 47 COF2 - 2008

SP005 1 PM (Filterable) FALSE 47 COF2 - 2008

SP005 2 PM (Filterable) FALSE 47 COF2 - 2008

SP005 3 PM (Filterable) FALSE 47 COF3 - 09/16/2008

SP07 1 PM (Filterable) FALSE 47 COF3 - 09/16/2008

SP07 2 PM (Filterable) FALSE 47 COF3 - 09/16/2008

SP07 3 PM (Filterable) FALSE 47 COF3 - 10/24/2008

SP07 1 PM (Filterable) FALSE 47 COF3 - 10/24/2008

SP07 2 PM (Filterable) FALSE 47 COF3 - 10/24/2008

SP07 3 PM (Filterable) FALSE 47 COF4 - 2008

SP009 1 PM (Filterable) FALSE 47 COF4 - 2008

SP009 2 PM (Filterable) FALSE 47 COF4 - 2008

SP009 3 PM (Filterable) FALSE 47 COF5 - 2008

SK002 1 PM (Filterable) FALSE 47 COF5 - 2008

SK002 2 PM (Filterable) FALSE 1378 PAF3 - 2009

SK003 1 PM (Filterable) FALSE 1378 PAF3 - 2009

SK003 2 PM (Filterable) FALSE 1378 PAF3 - 2009

SK003 3 PM (Filterable) FALSE 1378 PAF2 - 09/25/2009

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 09/25/2009

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 09/25/2009

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 07/17/2008

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 07/17/2008

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 07/17/2008

SK002 3 PM (Filterable) FALSE 1378 PAF1 - 07/18/2008

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 07/18/2008

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 07/18/2008

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 09/23/2009

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 09/23/2009

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 09/23/2009

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 12/17/2009

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 12/17/2009

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 12/17/2009

SK001 3 PM (Filterable) FALSE 47 COF5 - 2008

SK002 3 PM (Filterable) FALSE 47 COF1 - 2009

SP002 1 PM (Filterable) FALSE 47 COF1 - 2009

SP002 2 PM (Filterable) FALSE 47 COF1 - 2009

SP002 3 PM (Filterable) FALSE 47 COF2 - 2009

SP005 1 PM (Filterable) FALSE 47 COF2 - 2009

SP005 2 PM (Filterable) FALSE 47 COF2 - 2009

SP005 3 PM (Filterable) FALSE 47 COF3 - 2009

SP007 1 PM (Filterable) FALSE 47 COF3 - 2009

SP007 2 PM (Filterable) FALSE 47 COF3 - 2009

SP007 3 PM (Filterable) FALSE 47 COF4 - 2009

SP009 1 PM (Filterable) FALSE

Page 174sampling_run_pollutants1

47 COF4 - 2009

SP009 2 PM (Filterable) FALSE 47 COF4 - 2009

SP009 3 PM (Filterable) FALSE 47 COF5 - 2009

SK002 1 PM (Filterable) FALSE 47 COF5 - 2009

SK002 2 PM (Filterable) FALSE 47 COF5 - 2009

SK002 3 PM (Filterable) FALSE 50WCF1 - 2005

SP002 1 PM (Filterable) FALSE 50WCF1 - 2005

SP002 2 PM (Filterable) FALSE 50WCF1 - 2005

SP002 3 PM (Filterable) FALSE 50WCF2 - 2005

SP005 1 PM (Filterable) FALSE 50WCF2 - 2005

SP005 2 PM (Filterable) FALSE 50WCF2 - 2005

SP005 3 PM (Filterable) FALSE 50WCF3 - 2005

SP007 1 PM (Filterable) FALSE 50WCF3 - 2005

SP007 2 PM (Filterable) FALSE 50WCF3 - 2005

SP007 3 PM (Filterable) FALSE 50WCF4 - 2005

SP009 1 PM (Filterable) FALSE 50WCF4 - 2005

SP009 2 PM (Filterable) FALSE 50WCF4 - 2005

SP009 3 PM (Filterable) FALSE 50WCF5 - 2005

SP011 1 PM (Filterable) FALSE 50WCF5 - 2005

SP011 2 PM (Filterable) FALSE 50WCF5 - 2005

SP011 3 PM (Filterable) FALSE 50WCF6 - 2005

SP013 1 PM (Filterable) FALSE 50WCF6 - 2005

SP013 2 PM (Filterable) FALSE 50WCF6 - 2005

SP013 3 PM (Filterable) FALSE 50WCF1 - 2006

SP002 1 PM (Filterable) FALSE 50WCF1 - 2006

SP002 2 PM (Filterable) FALSE 50WCF1 - 2006

SP002 3 PM (Filterable) FALSE 50WCF5 - 12/08/2006

SP011 1 PM (Filterable) FALSE 50WCF5 - 12/08/2006

SP011 2 PM (Filterable) FALSE 50WCF5 - 12/08/2006

SP011 3 PM (Filterable) FALSE 50WCF7 - 2006

SK002 1 PM (Filterable) FALSE 50WCF7 - 2006

SK002 2 PM (Filterable) FALSE 50WCF7 - 2006

SK002 3 PM (Filterable) FALSE 50WCF8 - 2006

SK003 1 PM (Filterable) FALSE 50WCF8 - 2006

SK003 2 PM (Filterable) FALSE 50WCF8 - 2006

SK003 3 PM (Filterable) FALSE 50WCF1 - 2007

SP002 1 PM (Filterable) FALSE 50WCF1 - 2007

SP002 2 PM (Filterable) FALSE 50WCF1 - 2007

SP002 3 PM (Filterable) FALSE 50WCF2 - 2007

SP005 1 PM (Filterable) FALSE 50WCF2 - 2007

SP005 2 PM (Filterable) FALSE 50WCF2 - 2007

SP005 3 PM (Filterable) FALSE 50WCF3 - 2007

SP007 1 PM (Filterable) FALSE 50WCF3 - 2007

SP007 2 PM (Filterable) FALSE 50WCF3 - 2007

SP007 3 PM (Filterable) FALSE 50WCF4 - 2007

SP009 1 PM (Filterable) FALSE 50WCF4 - 2007

SP009 2 PM (Filterable) FALSE 50WCF4 - 2007

SP009 3 PM (Filterable) FALSE 50WCF6 - 2007

SP013 1 PM (Filterable) FALSE 50WCF6 - 2007

SP013 2 PM (Filterable) FALSE 50WCF6 - 2007

SP013 3 PM (Filterable) FALSE 50WCF7 - 2007

SK002 1 PM (Filterable) FALSE 50WCF7 - 2007

SK002 2 PM (Filterable) FALSE

Page 175sampling_run_pollutants1

50WCF7 - 2007

SK002 3 PM (Filterable) FALSE 50WCF8 - 2007

SK003 1 PM (Filterable) FALSE 50WCF8 - 2007

SK003 2 PM (Filterable) FALSE 50WCF8 - 2007

SK003 3 PM (Filterable) FALSE 50WCF8 - 2005

SK003 1 PM (Filterable) FALSE 50WCF8 - 2005

SK003 2 PM (Filterable) FALSE 50WCF8 - 2005

SK003 3 PM (Filterable) FALSE 50WCF7 - 10/30/2008

SK002 1 PM (Filterable) FALSE 50WCF7 - 10/30/2008

SK002 2 PM (Filterable) FALSE 50WCF7 - 10/30/2008

SK002 3 PM (Filterable) FALSE 50WCF7 - 12/23/2008

SK002 1 PM (Filterable) FALSE 50WCF7 - 12/23/2008

SK002 2 PM (Filterable) FALSE 50WCF7 - 12/23/2008

SK002 3 PM (Filterable) FALSE 50WCF8 - 2008

SK003 1 PM (Filterable) FALSE 50WCF8 - 2008

SK003 2 PM (Filterable) FALSE 50WCF8 - 2008

SK003 3 PM (Filterable) FALSE 50WCF7 - 2009

SK002 1 PM (Filterable) FALSE 50WCF7 - 2009

SK002 2 PM (Filterable) FALSE 50WCF7 - 2009

SK002 3 PM (Filterable) FALSE 50WCF8 - 2009

SK003 1 PM (Filterable) FALSE 50WCF8 - 2009

SK003 2 PM (Filterable) FALSE 50WCF8 - 2009

SK003 3 PM (Filterable) FALSE 50WCF2 - 2006

SP005 1 PM (Filterable) FALSE 50WCF2 - 2006

SP005 2 PM (Filterable) FALSE 50WCF2 - 2006

SP005 3 PM (Filterable) FALSE 50WCF3 - 2006

SP007 1 PM (Filterable) FALSE 50WCF3 - 2006

SP007 2 PM (Filterable) FALSE 50WCF3 - 2006

SP007 3 PM (Filterable) FALSE 50WCF4 - 2006

SP009 1 PM (Filterable) FALSE 50WCF4 - 2006

SP009 2 PM (Filterable) FALSE 50WCF4 - 2006

SP009 3 PM (Filterable) FALSE 50WCF5 - 10/25/2006

SP011 1 PM (Filterable) FALSE 50WCF5 - 10/25/2006

SP011 2 PM (Filterable) FALSE 50WCF5 - 10/25/2006

SP011 3 PM (Filterable) FALSE 50WCF6 - 2006

SP013 1 PM (Filterable) FALSE 50WCF6 - 2006

SP013 2 PM (Filterable) FALSE 50WCF6 - 2006

SP013 3 PM (Filterable) FALSE 50WCF1 - 2008

SP002 1 PM (Filterable) FALSE 50WCF1 - 2008

SP002 2 PM (Filterable) FALSE 50WCF1 - 2008

SP002 3 PM (Filterable) FALSE 50WCF3 - 2008

SP007 1 PM (Filterable) FALSE 50WCF3 - 2008

SP007 2 PM (Filterable) FALSE 50WCF3 - 2008

SP007 3 PM (Filterable) FALSE 50WCF6 - 2008

SP013 1 PM (Filterable) FALSE 50WCF6 - 2008

SP013 2 PM (Filterable) FALSE 50WCF6 - 2008

SP013 3 PM (Filterable) FALSE 50WCF4 - 2008

SP009 1 PM (Filterable) FALSE 50WCF4 - 2008

SP009 2 PM (Filterable) FALSE 50WCF4 - 2008

SP009 3 PM (Filterable) FALSE 50WCF5 - 2008

SP011 1 PM (Filterable) FALSE 50WCF5 - 2008

SP011 2 PM (Filterable) FALSE 50WCF5 - 2008

SP011 3 PM (Filterable) FALSE

Page 176sampling_run_pollutants1

1378 PAF1 - 02/09/2005

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 02/09/2005

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 02/09/2005

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 05/25/2005

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 05/25/2005

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 05/25/2005

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 09/14/2005

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 09/14/2005

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 09/14/2005

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 12/14/2005

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 12/14/2005

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 12/14/2005

SK001 3 PM (Filterable) FALSE 1378 PAF3 - 2005

SK004 1 PM (Filterable) FALSE 1378 PAF3 - 2005

SK004 2 PM (Filterable) FALSE 1378 PAF3 - 2005

SK004 3 PM (Filterable) FALSE 1378 PAF2 - 02/08/2005

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 02/08/2005

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 02/08/2005

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 05/26/2005

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 05/26/2005

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 05/26/2005

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 09/15/2005

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 09/15/2005

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 09/15/2005

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 12/15/2005

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 12/15/2005

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 12/15/2005

SK002 3 PM (Filterable) FALSE 1378 PAF3 - 2006

SK004 1 PM (Filterable) FALSE 1378 PAF3 - 2006

SK004 2 PM (Filterable) FALSE 1378 PAF3 - 2006

SK004 3 PM (Filterable) FALSE 1378 PAF1 - 03/08/2006

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 03/08/2006

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 03/08/2006

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 06/13/2006

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 06/13/2006

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 06/13/2006

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 09/19/2006

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 09/19/2006

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 09/19/2006

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 12/21/2006

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 12/21/2006

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 12/21/2006

SK001 3 PM (Filterable) FALSE 1378 PAF2 - 03/09/2006

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 03/09/2006

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 03/09/2006

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 07/11/2006

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 07/11/2006

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 07/11/2006

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 09/20/2006

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 09/20/2006

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 09/20/2006

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 12/12/2006

SK002 1 PM (Filterable) FALSE

Page 177sampling_run_pollutants1

1378 PAF2 - 12/12/2006

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 12/12/2006

SK002 3 PM (Filterable) FALSE 1378 PAF1 - 02/14-15/2007

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 02/14-15/2007

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 02/14-15/2007

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 05/24/2007

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 05/24/2007

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 05/24/2007

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 08/15/2007

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 08/15/2007

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 08/15/2007

SK001 3 PM (Filterable) FALSE 1378 PAF3 - 2007

SK003 1 PM (Filterable) FALSE 1378 PAF3 - 2007

SK003 2 PM (Filterable) FALSE 1378 PAF3 - 2007

SK003 3 PM (Filterable) FALSE 1378 PAF3 - 2008

SK003 1 PM (Filterable) FALSE 1378 PAF3 - 2008

SK003 2 PM (Filterable) FALSE 1378 PAF3 - 2008

SK003 3 PM (Filterable) FALSE 1378 PAF2 - 02/16/2007

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 02/16/2007

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 02/16/2007

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 05/23/2007

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 05/23/2007

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 05/23/2007

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 08/16/2007

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 08/16/2007

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 08/16/2007

SK002 3 PM (Filterable) FALSE 1378 PAF1 - 01/17/2008

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 01/17/2008

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 01/17/2008

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 03/31/2008

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 03/31/2008

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 03/31/2008

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 06/11/2008

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 06/11/2008

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 06/11/2008

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 11/06/2008

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 11/06/2008

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 11/06/2008

SK001 3 PM (Filterable) FALSE 1378 PAF2 - 01/18/2008

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 01/18/2008

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 01/18/2008

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 03/26-27/2008

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 03/26-27/2008

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 03/26-27/2008

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 06/18/2008

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 06/18/2008

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 06/18/2008

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 11/05/2008

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 11/05/2008

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 11/05/2008

SK002 3 PM (Filterable) FALSE 1378 PAF1 - 03/26/2009

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 03/26/2009

SK001 2 PM (Filterable) FALSE

Page 178sampling_run_pollutants1

1378 PAF1 - 03/26/2009

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 06/18/2009

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 06/18/2009

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 06/18/2009

SK001 3 PM (Filterable) FALSE 1378 PAF1 - 07/15/2009

SK001 1 PM (Filterable) FALSE 1378 PAF1 - 07/15/2009

SK001 2 PM (Filterable) FALSE 1378 PAF1 - 07/15/2009

SK001 3 PM (Filterable) FALSE 1378 PAF2 - 03/25/2009

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 03/25/2009

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 03/25/2009

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 06/17/2009

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 06/17/2009

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 06/17/2009

SK002 3 PM (Filterable) FALSE 1378 PAF2 - 12/16/2009

SK002 1 PM (Filterable) FALSE 1378 PAF2 - 12/16/2009

SK002 2 PM (Filterable) FALSE 1378 PAF2 - 12/16/2009

SK002 3 PM (Filterable) FALSE

Page 179sampling_run_pollutants1

emission_rate

emission_rate_units

emission_rate_ND

emission_rate_MDL

emission_factor

emission_factor_units

emission_factor_ND

emission_factor_MDL

run_pollutant_comment FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.069 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.028 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.023 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.04 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.036 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.083 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.036 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.035 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.171 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.333 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 180sampling_run_pollutants1

FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.029 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.043 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.023 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.023 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.021 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.03 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.023 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.028 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.028 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.058 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.05 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.051 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 181sampling_run_pollutants1

FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.08 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.034 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.021 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.07 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.142 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.053 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.062 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.055 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.03 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.028 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.019 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.034 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.056 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.038 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.02 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 182sampling_run_pollutants1

FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.071 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.081 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.037 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.022 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.132 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.068 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.084 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.06 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.058 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.061 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.048 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.053 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.052 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.055 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.059 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.048 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.051 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.054 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 183sampling_run_pollutants1

FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.034 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.03 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.028 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.036 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.029 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.037 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.023 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.109 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.096 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.072 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 184sampling_run_pollutants1

FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.041 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.043 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.045 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.037 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.044 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.039 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.05 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.05 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.075 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.046 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.037 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.016 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 185sampling_run_pollutants1

FALSE 0.061 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.07 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.096 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.085 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.074 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.101 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.086 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.082 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.062 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.068 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.05 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.038 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.037 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.074 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.09 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.09 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.088 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.077 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.077 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.08 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.072 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.064 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.063 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.071 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.063 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.061 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.06 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.094 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.071 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.06 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.069 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.064 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.112 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.081 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.073 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.069 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.064 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.064 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.063 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.059 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.054 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.107 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 186sampling_run_pollutants1

FALSE 0.076 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.056 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.055 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.061 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.045 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.047 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.044 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.044 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.063 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.011 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.083 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.038 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.049 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.052 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.032 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.062 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.043 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.052 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.05 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.057 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.062 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.06 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.077 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.082 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.079 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.062 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.053 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.056 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.063 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.057 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.057 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.051 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.053 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.1 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.078 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.078 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.073 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.087 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 187sampling_run_pollutants1

FALSE 0.068 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.115 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.081 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.089 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.05 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.053 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.082 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.071 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.077 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.074 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.068 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.067 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.064 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.062 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 188sampling_run_pollutants1

run_pollutant_comment

Page 189sampling_run_fuel

facility _id report_id sampling_port_id run_id fuel_pollutant fuel_conc fuel_conc_units fuel_conc_ND

fuel_conc_MDL

Page 190sampling_run_fuel

fuel_conc_MDL

Page 191