Facility _Information

facility _id utility

_code legal_owner_name

legl_operator_name

legal_address_type

legal_address

legal_city legal_state legal_zip 2836 14165 Orion Power Midwest LP Orion Power Midwest LP

operator 1000 Main Street Houston TX 77022 2861 14165 Orion Power Midwest LP Orion Power Midwest LP

operator 1000 Main Street Houston TX 77022 3098 14165 Orion Power Midwest LP Orion Power Midwest LP

operator 1000 Main Street Houston TX 77022 8226 14165 Orion Power Midwest LP Orion Power Midwest LP

operator 1000 Main Street Houston TX 77022

Page 1Facility _Information

plant_name

physical_address

phyical_city

physical_state

physical_zip

mailing_address

mailing_city

mailing_state

mailing_zip Avon Lake 33570 Lake Road Avn Lake OH 44012 33570 Lake Road Avn Lake OH 44012 Niles Plant 1047 Belmont Avenue Niles OH 44446 1047 Belmont Avenue Niles OH 44446 Elrama Power Plant

30 Duquesne Light Way

Elrama PA 15038 PO Box 800 Elrama PA 15038 Cheswick Power Plant

100 Pittsburgh Street

Springdale PA 15144 P.O. Box 65 Cheswick PA 15024

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 FALSE FALSE No TRUE TRUE FALSE FALSE TRUE TRUE FALSE FALSE No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE No TRUE FALSE TRUE FALSE TRUE TRUE FALSE TRUE

Page 3Facility _Information

ff_permitted_petcoke

ff_permitted_other

deviation_reporting

continuous_emissions

cem_provided

facility _note FALSE FALSE permittee shall submit required reports in the following manner: i. Reports of any required monitoring and/or record keeping information shall be submitted to the appropriate Ohio EPA District Office or local air agency. (Authority for term: OAC rule 3745-77-07(A)(3)(c)) ii. All reporting required in accordance with the OAC rule 3745-77-07(A)(3)(c) with respect to emission limitations, operational restrictions, and control device operating parameter limitations shall be submitted in the following manner: (a) Written reports of (i) any deviations from federally enforceable emission limitations, operational restrictions, and control device operating parameter limitations ; (ii) the probable cause of such deviations; and (iii) any corrective actions or preventive measures taken, shall be promptly made to the appropriate Ohio EPA District Office or local air agency. Except as may otherwise be provided in the terms and conditions for a specific emissions unit, i.e., in Part III of this Title V p Yes Clean Air Markets Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe FALSE TRUE Title V Operating Permit No. 02-47-03-00013, Condition I.A.1.c c. The permittee shall submit required reports in the following manner: i. Reports of any required monitoring and/or record keeping information shall be submitted to the appropriate Ohio EPA District Office or local air agency. (Authority for term: OAC rule 3745-77-07(A)(3)(c)) ii. All reporting required in accordance with the OAC rule 3745-77-07(A)(3)(c) with respect to emission limitations, operational restrictions, and control device operating parameter limitations shall be submitted in the following manner: (a) Written reports of (i) any deviations from federally enforceable emission limitations, operational restrictions, and control device operating parameter limitations ; (ii) the probable cause of such deviations; and (iii) any corrective actions or preventive m Yes EPA Clean Air Markets Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. FALSE FALSE Title V Operating Permit No. 63-00014, Condition B#023 (a) The permittee shall comply with the reporting requirements for the applicable requirements specified in this Title V permit. In addition to the reporting requirements specified herein, the permittee shall comply with any additional applicable reporting requirements promulgated under the Clean Air Act after permit issuance regardless of whether the permit is revised.(b) Pursuant to 25 Pa. Code § 127.511(c), the permittee shall submit reports of required monitoring at least every six (6) months unless otherwise specified in this permit. Instances of deviations (as defined in 25 Pa. Code § 121.1) from permit requirements shall be clearly identified in the reports. The reporting of deviations shall include the probable cause of the deviations and corrective actions or preventative meas Yes EPA Clean Air Markets, PADEP The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature FALSE TRUE "Operating Permit No. 1065009-003-00100 Submit quarterly report that provides a listing of measured opacity exceedances by

the stack monitor, and reasons for same (values in excess of 20% opacity). Installation Permit No. 0054-I002, Condition No. IV.6 - Breakdowns; Installation Permit No. 0054-I004a, Condition IV.8 - Breakdowns No EPA Clean Air Markets Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 4Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 5Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 6Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 7Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 8Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 9Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 10Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.All PM concentrations are measured in gr/dscfFlue gas flow rate for Hg tests measured from stack flow monitor in SCFH.Unit 1 Design steam temperature (F) = 1000Unit 1 Operating steam temperature (F) = 1000Unit 1 Design steam rehaeat temperature (F) = 1000Unit 1 Operating steam reheat temperature (F) = 1000Unit 2 Design steam temperature (F) = 1000Unit 2 Operating steam temperature (F) = 1000Unit 2 Design steam rehaeat temperature (F) = 1000Unit 2 Operating steam reheat temperature (F) = 1000Configuration N1-4 is for co-firing on spec used oil. The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 11Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe

The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 12Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe

The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 13Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe

The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 14Facility _Information

Actual date physical coal cleaning and low sulfur coal use began unknown; date entered reflects 5 year title V recordkeeping requirement.PM limit compliance is determined by the average of 3 one-hour test runs.Avon Lake 10 DESIGN STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 10 OPERATING STEAM TEMP(F) = 950; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM TEMP(F) = 1000; entered as 0 due to database limitationAvon Lake 12 DESIGN STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationAvon Lake 12 OPERATING STEAM REHEAT TEMPERATURE, 1ST CYCLE (F) = 1000; entered as 0 due to database limitationThe month that the PM control ESP1 came online is unknown; the year is 1978.The month that the PM control ESP2 came online is unknown; the year is 1985.D10 = Duct where sample ports are locatedAll PM Concentrations in lb/dscfTe

The Design steam temperature (F) for Elrama Unit 1 = 950The Operating steam temperature (F) for Elrama Unit 1 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 1 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 1 = 950The Design steam temperature (F) for Elrama Unit 2 = 950The Operating steam temperature (F) for Elrama Unit 2 = 950The 1 - Design steam reheat temperature (F) for Elrama Unit 2 = 950The 1 - Operating steam reheat temperature (F) for Elrama Unit 2 = 950The Design steam temperature (F) for Elrama Unit 3 = 1000The Operating steam temperature (F) for Elrama Unit 3 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 3 = 1000The 1 - Operating steam reheat temperature (F) for Elrama Unit 3 = 1000The Design steam temperature (F) for Elrama Unit 4 = 1000The Operating steam temperature (F) for Elrama Unit 4 = 1000The 1 - Design steam reheat temperature (F) for Elrama Unit 4 = 1000The 1 - Operating steam reheat temperature Design steam temperature (F) = 1005Operating steam temperature (F) = 1000Design steam reheat temperature (F) = 1000Operating steam reheat temperature (F) = 1000Actual date physical coal cleaning, low sulfur coal and low sulfur fuel oill use began unknown; date entered reflects 5 year title V recordkeeping requirement.SO2 Control FGD is not online. It is scheduled to go online May 2010.Except where noted, PM emission limit is applicable to total PM = filterable + condensable PM fractions.The following permit limits were not entered into the ICR because there is only two perm it lim it spaces. These are applicable to configurations CH-1 and CH2:Permit type = State Operating PermitPM (filterable) = 1850 ton/yr, 1 year averaging period; method utilized = EPA RM5Nox = 10840 ton per year, 1 year averaging period; 0.45 lb/mmBtu, annual averaging period; 0.44 lb/mmBtu, annual averaging periodSO2 = 64754 ton/yr, 1 year averaging periodTHE FOLLOW ING LIMITS ARE APPLICABLE UPON START-U

Page 15facility _contacts

facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 2836 1 Air Quality Specialist III Sharene Shealey

7245978232

7242553220

sshealey@rrienergy.com

TRUE 2836 2 Manager Keith A. Schm idt 7245978193 kschmidt@rrienergy.com FALSE 2861 5 Air Quality Specialist III Sharene Shealey

7245978232

7242553220

sshealey@rrienergy.com

TRUE 2861 6 Manager Keith A. Schm idt 7245978193 kschmidt@rrienergy.com FALSE 3098 7 Air Quality Specialist III Sharene Shealey

7245978232

7242553220

sshealey@rrienergy.com

TRUE 3098 8 Manager Keith A. Schm idt 7245978193 kschmidt@rrienergy.com FALSE 8226 3 Air Quality Specialist III Sharene Shealey

7245978232

7242553220

sshealey@rrienergy.com

TRUE 8226 4 Manager Keith A. Schm idt 7245978193 kschmidt@rrienergy.com FALSE

Page 16facility _coal_utilized

facility _id coal_type percentage_mass percentage_btu

synfuel_type

coal_note 2836 bitum inous 86.5 89.9 2836 subbituminous 13.5 10.1 2861 bitum inous 100 100 3098 bitum inous 100 100 8226 bitum inous 79 82.8 8226 subbituminous 16.6 12.6 8226 synfuel 4.4 4.6

Page 17facility _oil_utilized

facility _id oil_type percentage_volume percentage_btu

other_type 2836 No.2 Fuel Oil (distillate) 100 100 2861 No.2 Fuel Oil (distillate) 100 100 3098 No.2 Fuel Oil (distillate) 100 100

Page 18facility _other_materials

facility _id other_material

permitted_burn

actually _burn other_quantity

other_quantity

_units other_note rcra_utilize rcra_explain 2836 Non-hazardous Chemical Cleaning Waste Rinses

FALSE TRUE 237000 num ber/year Avon Lake 12 combusted 600,000 gallons of chemical cleaning waste in 2007 and 110,000 gallons in 2009. The quantity entered reflects that amount averaged over 3 years (710,000 gal/3 year). The measurement units for the quantity entered is gallons. No No determination has been made regarding whether chemical cleaning waste would be burned in these units if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. 2861 Fly ash FALSE TRUE 2730 tons/year Niles 1 and 2 combusted 8191 tons of fly ash in 2009. The quantity entered reflects that amount averaged over 3 years (8191 ton/3 year). No No determination has been made regarding whether fly ash would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. 2861 Non-hazardous Chemical Cleaning Waste Rinses

FALSE TRUE 75000 num ber/year Niles 2 combusted 120,000 gallons of chemical cleaning waste in 2007 and Niles 1 combusted 105,000 gallons in 2008. The quantity entered reflects that amount averaged over 3 years (225,000 gal/3 year). No No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. 8226 Non-hazardous Chemical Cleaning Waste Rinses

TRUE TRUE 270000 num ber/year Amount entered is gallons burned in 2009. Non-hazardous chemical cleaning waste is not burned annually

.

No No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice.

Page 19facility _other_materials

rcra_explain No determination has been made regarding whether chemical cleaning waste would be burned in these units if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether fly ash would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice.

Page 20facility _other_materials

No determination has been made regarding whether chemical cleaning waste would be burned in these units if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether fly ash would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice.

Page 21facility _other_materials

No determination has been made regarding whether chemical cleaning waste would be burned in these units if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether fly ash would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice. No determination has been made regarding whether chemical cleaning waste would be burned in this unit if the waste were subject to CAA section 129. "No" was selected as the response because "Undetermined" is not an available choice.

Page 22boiler_information

facility _id boiler_id boiler_type boiler_other bottom_design

design_fuelheat_input max_heat_input MWe_capacity 2836 10 Tangential firing Dry Bottom coal 1131 1447 101 2836 12 Wall firing - opposed firing Dry Bottom coal 6040 6581 680 2861 1 Cyclone firing Wet Bottom coal 1227 1315 132.8 2861 2 Cyclone firing Wet Bottom coal 1227 1315 132.8 3098 1 Vertical firing Dry Bottom coal 1200 1254 100 3098 2 Vertical firing Dry Bottom coal 1200 1254 100 3098 3 Vertical firing Dry Bottom coal 1300 1303 125 3098 4 Wall firing - front firing Dry Bottom coal 1890 1921 185 8226 1 Tangential firing Wet Bottom coal 5500 6000 612

Page 23boiler_information

MWe_net_capacity

design_gross_efficiency

operating_gross_efficiency

design_pressure

operating_pressure

design_temp

operating_temp

design_reheat_multiple

design_reheat_temp1 93.4 30.5 26.6 850 850 0 0 FALSE 616 38.4 36.8 3500 3500 0 0 FALSE 0 108.5 36.9 33.4 1450 1470 0 0 FALSE 0 110.7 36.9 28.7 1450 1470 0 0 FALSE 0 93 28.4 31.5 1250 1250 0 0 FALSE 0 93 28.4 30.6 1250 1250 0 0 FALSE 0 103 32.8 28.9 1450 1450 0 0 FALSE 0 171 33.4 34.8 1800 1800 0 0 FALSE 0 580 38 36.2 2620 2620 0 0 FALSE 0

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 3508.33 27.32 N FALSE FALSE 0 6405.33 48.8 N FALSE FALSE 0 5080.67 41.3 N FALSE FALSE 0 4108.33 32.39 N FALSE FALSE 0 2810.33 21.97 N FALSE FALSE 0 3292.2 26.05 N FALSE FALSE 0 3796.27 22.4 N FALSE FALSE 0 4709.23 38.9 N FALSE FALSE 0 6994.33 51.7 N FALSE

Page 25boiler_information

NOx_control

SO2_control

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

Page 26boiler_fuels

facility _id boiler_id fuel_type fuel_year percentage_massvol percentage_btu

other_type 2836 10 coal - bituminous2007 100 99.31 2836 10 coal - bituminous2008 100 98.74 2836 10 coal - bituminous2009 100 95.64 2836 10 oil - distillate 2007 0 0.69 2836 10 oil - distillate 2008 0 1.26 2836 10 oil - distillate 2009 0 4.36 2836 12 coal - bituminous2007 100 99.59 2836 12 coal - bituminous2008 90.7 92.2 2836 12 coal - bituminous2009 84.2 87.79 2836 12 coal - subbituminous 2008 9.3 7.3 2836 12 coal - subbituminous 2009 15.8 11.91 2836 12 oil - distillate 2007 0 0.41 2836 12 oil - distillate 2008 0 0.5 2836 12 oil - distillate 2009 0 0.3 2861 1 coal - bituminous2007 100 99.96 2861 1 coal - bituminous2008 96.5 97.21 2861 1 coal - bituminous2009 100 99.71 2861 1 coal - subbituminous 2008 3.5 2.7 2861 1 oil - distillate 2007 0 0.04 2861 1 oil - distillate 2008 0 0.09 2861 1 oil - distillate 2009 0 0.29 2861 2 coal - bituminous2007 100 99.94 2861 2 coal - bituminous2008 97.9 98.26 2861 2 coal - bituminous2009 100 99.54 2861 2 coal - subbituminous 2008 2.1 1.61 2861 2 oil - distillate 2007 0 0.06 2861 2 oil - distillate 2008 0 0.13 2861 2 oil - distillate 2009 0 0.46 3098 1 coal - bituminous2007 88 86.9 3098 1 coal - bituminous2008 100 98.8 3098 1 coal - bituminous2009 100 86.3 3098 1 coal - synfuel 2007 12 12 3098 1 oil - distillate 2007 0 1.1 3098 1 oil - distillate 2008 0 1.2 3098 1 oil - distillate 2009 0 13.7 3098 2 coal - bituminous2007 87.4 86.4 3098 2 coal - bituminous2008 100 99.1 3098 2 coal - bituminous2009 100 92 3098 2 coal - synfuel 2007 12.6 12.6 3098 2 oil - distillate 2007 0 1 3098 2 oil - distillate 2008 0 0.9 3098 2 oil - distillate 2009 0 8 3098 3 coal - bituminous2007 90.3 89.7 3098 3 coal - bituminous2008 100 99.2 3098 3 coal - bituminous2009 100 95.4 3098 3 coal - synfuel 2007 9.7 9.8 3098 3 oil - distillate 2007 0 0.5 3098 3 oil - distillate 2008 0 0.8 3098 3 oil - distillate 2009 0 4.6 3098 4 coal - bituminous2007 94.2 93.9 3098 4 coal - bituminous2008 100 99.5

Page 27boiler_fuels

3098 4 coal - bituminous2009 100 98.8 3098 4 coal - synfuel 2007 5.8 5.9 3098 4 oil - distillate 2007 0 0.2 3098 4 oil - distillate 2008 0 0.5 3098 4 oil - distillate 2009 0 1.2 8226 1 coal - bituminous2007 35.9 34.6 8226 1 coal - bituminous2008 76.8 80.4 8226 1 coal - bituminous2009 79 82.6 8226 1 coal - subbituminous 2008 18.1 13.9 8226 1 coal - subbituminous 2009 16.6 12.6 8226 1 coal - synfuel 2007 64.1 65.3 8226 1 coal - synfuel 2008 5.1 5.4 8226 1 coal - synfuel 2009 4.4 4.6 8226 1 natural gas 2007 0 0.1 8226 1 natural gas 2008 0 0.3 8226 1 natural gas 2009 0 0.2

Page 28boiler_control_NOx

facility _id boiler_id NOx_type NOx_other NOx_online 2836 12 Low NOx Burner 5/1/2004 2836 12 Overfire Air 5/1/2004 2861 1 Overfire Air 12/1/2003 2861 2 Overfire Air 4/1/2004 3098 1 Low NOx Burner 7/1/2001 3098 1 Overfire Air 7/1/2001 3098 2 Low NOx Burner 7/1/2001 3098 2 Overfire Air 7/1/2001 3098 3 Low NOx Burner 7/1/2001 3098 3 Overfire Air 7/1/2001 3098 4 Low NOx Burner 7/1/2001 3098 4 Other (specify) Burner Out-of-Service 8226 1 Low NOx Burner 1/1/1994 8226 1 Overfire Air 1/1/1994

Page 29boiler_control_SO2

facility _id boiler_id SO2_type SO2_other SO2_online 2836 10 Low Sulfur Coal 1/1/2005 2836 10 Physical Coal Cleaning 1/1/2005 2836 12 Low Sulfur Coal 1/1/2005 2836 12 Physical Coal Cleaning 1/1/2005 2861 1 Low Sulfur Coal 1/1/2005 2861 1 Physical Coal Cleaning 1/1/2005 2861 2 Low Sulfur Coal 1/1/2005 2861 2 Physical Coal Cleaning 1/1/2005 3098 1 Low Sulfur Fuel Oil 1/1/2005 3098 1 Physical Coal Cleaning 1/1/2005 3098 2 Low Sulfur Fuel Oil 1/1/2005 3098 2 Physical Coal Cleaning 1/1/2005 3098 3 Low Sulfur Fuel Oil 1/1/2005 3098 3 Physical Coal Cleaning 1/1/2005 3098 4 Low Sulfur Fuel Oil 1/1/2005 3098 4 Physical Coal Cleaning 1/1/2005 8226 1 Low Sulfur Coal 1/1/2005 8226 1 Low Sulfur Fuel Oil 1/1/2005 8226 1 Physical Coal Cleaning 1/1/2005

Page 30boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online 2861 1 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 1/1/1983 2861 2 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 1/1/1983 8226 1 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 4/1/1992

Page 31facility _units

facility _id unit_id 2836 10 2836 12 2861 N1 2861 N2 3098 1 3098 2 3098 3 3098 4 8226 1

Page 32unit_boilers

facility _id unit_id boiler_id 2836 10 10 2836 12 12 2861 N1 1 2861 N2 2 3098 1 1 3098 2 2 3098 3 3 3098 4 4 8226 1 1

Page 33facility _controls

facility _id control_id control_group control_type

control_other

legacy _control cntrol_online

control_offline

NOx_reagent 2836 ESP1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1978 2836 ESP2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1985 2836 SNCR NOx control Selective Noncataly

tic Reduction FALSE 6/1/2004 Urea 2861 ESP1 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 7/1/1981 2861 ESP2 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 7/1/1981 2861 LS1 SO2 control Spray type FALSE 10/1/1995 2861 SNCR1 NOx control Selective Noncataly

tic Reduction FALSE 5/1/2005 Urea 2861 SNCR2 NOx control Selective Noncataly

tic Reduction FALSE 5/1/2005 Urea 3098 ESP1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1952 3098 ESP2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 3/1/1953 3098 ESP3 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1954 3098 ESP4 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1960 3098 FGD SO2 control Venturi type FALSE 6/1/1975 3098 MS1 PM control Other (specify) Mechanical Separator

FALSE 6/1/1952 3098 MS2 PM control Other (specify) Mechanical Separator

FALSE 3/1/1953 3098 MS3 PM control Other (specify) Mechanical Separator

FALSE 11/1/1954 3098 MS4 PM control Other (specify) Mechanical Separator

FALSE 11/1/1960 3098 SNCR1 NOx control Selective Noncataly

tic Reduction FALSE 7/1/2001 Am monia 3098 SNCR2 NOx control Selective Noncataly

tic Reduction FALSE 7/1/2001 Am monia 3098 SNCR3 NOx control Selective Noncataly

tic Reduction FALSE 7/1/2001 Am monia 3098 SNCR4 NOx control Selective Noncataly

tic Reduction FALSE 7/1/2001 Am monia 8226 ESP PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 12/1/1970 8226 FGD SO2 control Spray type FALSE 12/1/2009 8226 SCR NOx control Selective Cataly

tic Reduction FALSE 4/1/2003 Am monia

Page 34facility _controls

reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive

Limestone NO

Limestone NO

19 19 19 19

Limestone no 19

Page 35facility _sampling_ports

facility _id sampling_port_id 2836 10A 2836 10B 2836 10C 2836 10D 2836 10E 2836 12A 2836 12B 2836 12C 2836 12D 2861 1A 2861 1B 2861 1C 2861 1D 2861 2A 2861 2B 2861 2C 2861 2D 3098 A 3098 B 3098 C 3098 D 8226 1A 8226 1B 8226 1C 8226 1D

Page 36facility _stacks

facility _id stack_id stack_height stack_diameter

sack_gas_velocity 2836 D10 2836 S10 500 11 50.69 2836 S12 600 27.1 49.67 2861 S1 393 11 49.12 2861 S2 393 11 56.14 3098 CS-1 392 27.3 57.1 8226 S1 750 21 72.8

Page 37configurations

facility _id configuration_id 2836 AL10 2836 AL12-1 2836 AL12-2 2861 N1-1 2861 N1-2 2861 N1-3 2861 N1-4 2861 N2-1 2861 N2-2 3098 ELR1-1 3098 ELR1-2 3098 ELR2-1 3098 ELR2-2 3098 ELR3-1 3098 ELR3-2 3098 ELR4-1 3098 ELR4-2 8226 CH1 8226 CH2

Page 38configuration_components

facility _id configuration_id

component_id

order component_type port_near 2836 AL10 10 1 Unit 2836 AL10 10A 3 Sam pling Port next 2836 AL10 10B 3 Sam pling Port next 2836 AL10 10C 3 Sam pling Port next 2836 AL10 10D 3 Sam pling Port next 2836 AL10 10E 3 Sam pling Port next 2836 AL10 D10 3 Stack 2836 AL10 ESP1 2 PM control 2836 AL10 S10 4 Stack 2836 AL12-1 12 1 Unit 2836 AL12-1 12A 3 Sam pling Port pevious 2836 AL12-1 12B 3 Sam pling Port pevious 2836 AL12-1 12C 3 Sam pling Port pevious 2836 AL12-1 12D 3 Sam pling Port pevious 2836 AL12-1 ESP2 2 PM control 2836 AL12-1 S12 3 Stack 2836 AL12-2 12 1 Unit 2836 AL12-2 12A 4 Sam pling Port pevious 2836 AL12-2 12B 4 Sam pling Port pevious 2836 AL12-2 12C 4 Sam pling Port pevious 2836 AL12-2 12D 4 Sam pling Port pevious 2836 AL12-2 ESP2 3 PM control 2836 AL12-2 S12 4 Stack 2836 AL12-2 SNCR 2 NOx control 2861 N1-1 1A 3 Sam pling Port pevious 2861 N1-1 1B 3 Sam pling Port pevious 2861 N1-1 1C 3 Sam pling Port pevious 2861 N1-1 1D 3 Sam pling Port pevious 2861 N1-1 ESP1 2 PM control 2861 N1-1 N1 1 Unit 2861 N1-1 S1 3 Stack 2861 N1-2 1A 4 Sam pling Port pevious 2861 N1-2 1B 4 Sam pling Port pevious 2861 N1-2 1C 4 Sam pling Port pevious 2861 N1-2 1D 4 Sam pling Port pevious 2861 N1-2 ESP1 2 PM control 2861 N1-2 LS1 3 SO2 control 2861 N1-2 N1 1 Unit 2861 N1-2 S1 4 Stack 2861 N1-3 1A 4 Sam pling Port pevious 2861 N1-3 1B 4 Sam pling Port pevious 2861 N1-3 1C 4 Sam pling Port pevious 2861 N1-3 1D 4 Sam pling Port pevious 2861 N1-3 ESP1 3 PM control 2861 N1-3 N1 1 Unit 2861 N1-3 S1 4 Stack 2861 N1-3 SNCR1 2 NOx control 2861 N1-4 1A 3 Sam pling Port pevious 2861 N1-4 1B 3 Sam pling Port pevious 2861 N1-4 1C 3 Sam pling Port pevious 2861 N1-4 1D 3 Sam pling Port pevious

Page 39configuration_components

2861 N1-4 ESP1 2 PM control 2861 N1-4 N1 1 Unit 2861 N1-4 S1 3 Stack 2861 N2-1 2A 3 Sam pling Port pevious 2861 N2-1 2B 3 Sam pling Port pevious 2861 N2-1 2C 3 Sam pling Port pevious 2861 N2-1 2D 3 Sam pling Port pevious 2861 N2-1 ESP2 2 PM control 2861 N2-1 N2 1 Unit 2861 N2-1 S2 3 Stack 2861 N2-2 2A 4 Sam pling Port pevious 2861 N2-2 2B 4 Sam pling Port pevious 2861 N2-2 2C 4 Sam pling Port pevious 2861 N2-2 2D 4 Sam pling Port pevious 2861 N2-2 ESP2 3 PM control 2861 N2-2 N2 1 Unit 2861 N2-2 S2 4 Stack 2861 N2-2 SNCR2 2 NOx control 3098 ELR1-1 1 1 Unit 3098 ELR1-1 A 5 Sam pling Port pevious 3098 ELR1-1 B 5 Sam pling Port pevious 3098 ELR1-1 C 5 Sam pling Port pevious 3098 ELR1-1 CS-1 5 Stack 3098 ELR1-1 D 5 Sam pling Port pevious 3098 ELR1-1 ESP1 3 PM control 3098 ELR1-1 FGD 4 SO2 control 3098 ELR1-1 MS1 2 PM control 3098 ELR1-2 1 1 Unit 3098 ELR1-2 A 6 Sam pling Port pevious 3098 ELR1-2 B 6 Sam pling Port pevious 3098 ELR1-2 C 6 Sam pling Port pevious 3098 ELR1-2 CS-1 6 Stack 3098 ELR1-2 D 6 Sam pling Port pevious 3098 ELR1-2 ESP1 4 PM control 3098 ELR1-2 FGD 5 SO2 control 3098 ELR1-2 MS1 3 PM control 3098 ELR1-2 SNCR1 2 NOx control 3098 ELR2-1 2 1 Unit 3098 ELR2-1 A 5 Sam pling Port pevious 3098 ELR2-1 B 5 Sam pling Port pevious 3098 ELR2-1 C 5 Sam pling Port pevious 3098 ELR2-1 CS-1 5 Stack 3098 ELR2-1 D 5 Sam pling Port pevious 3098 ELR2-1 ESP2 3 PM control 3098 ELR2-1 FGD 4 SO2 control 3098 ELR2-1 MS2 2 PM control 3098 ELR2-2 2 1 Unit 3098 ELR2-2 A 6 Sam pling Port pevious 3098 ELR2-2 B 6 Sam pling Port pevious 3098 ELR2-2 C 6 Sam pling Port pevious 3098 ELR2-2 CS-1 6 Stack 3098 ELR2-2 D 6 Sam pling Port pevious

Page 40configuration_components

3098 ELR2-2 ESP2 4 PM control 3098 ELR2-2 FGD 5 SO2 control 3098 ELR2-2 MS2 3 PM control 3098 ELR2-2 SNCR2 2 NOx control 3098 ELR3-1 3 1 Unit 3098 ELR3-1 A 5 Sam pling Port pevious 3098 ELR3-1 B 5 Sam pling Port pevious 3098 ELR3-1 C 5 Sam pling Port pevious 3098 ELR3-1 CS-1 5 Stack 3098 ELR3-1 D 5 Sam pling Port pevious 3098 ELR3-1 ESP3 3 PM control 3098 ELR3-1 FGD 4 SO2 control 3098 ELR3-1 MS3 2 PM control 3098 ELR3-2 3 1 Unit 3098 ELR3-2 A 6 Sam pling Port pevious 3098 ELR3-2 B 6 Sam pling Port pevious 3098 ELR3-2 C 6 Sam pling Port pevious 3098 ELR3-2 CS-1 6 Stack 3098 ELR3-2 D 6 Sam pling Port pevious 3098 ELR3-2 ESP3 4 PM control 3098 ELR3-2 FGD 5 SO2 control 3098 ELR3-2 MS3 3 PM control 3098 ELR3-2 SNCR3 2 NOx control 3098 ELR4-1 4 1 Unit 3098 ELR4-1 A 5 Sam pling Port pevious 3098 ELR4-1 B 5 Sam pling Port pevious 3098 ELR4-1 C 5 Sam pling Port pevious 3098 ELR4-1 CS-1 5 Stack 3098 ELR4-1 D 5 Sam pling Port pevious 3098 ELR4-1 ESP4 3 PM control 3098 ELR4-1 FGD 4 SO2 control 3098 ELR4-1 MS4 2 PM control 3098 ELR4-2 4 1 Unit 3098 ELR4-2 A 6 Sam pling Port pevious 3098 ELR4-2 B 6 Sam pling Port pevious 3098 ELR4-2 C 6 Sam pling Port pevious 3098 ELR4-2 CS-1 6 Stack 3098 ELR4-2 D 6 Sam pling Port pevious 3098 ELR4-2 ESP4 4 PM control 3098 ELR4-2 FGD 5 SO2 control 3098 ELR4-2 MS4 3 PM control 3098 ELR4-2 SNCR4 2 NOx control 8226 CH1 1 1 Unit 8226 CH1 1A 3 Sam pling Port pevious 8226 CH1 1B 3 Sam pling Port pevious 8226 CH1 1C 3 Sam pling Port pevious 8226 CH1 1D 3 Sam pling Port pevious 8226 CH1 ESP 2 PM control 8226 CH1 S1 3 Stack 8226 CH2 1 1 Unit 8226 CH2 1A 4 Sam pling Port pevious 8226 CH2 1B 4 Sam pling Port pevious

Page 41configuration_components

8226 CH2 1C 4 Sam pling Port pevious 8226 CH2 1D 4 Sam pling Port pevious 8226 CH2 ESP 3 PM control 8226 CH2 S1 4 Stack 8226 CH2 SCR 2 NOx control

Page 42configuration_pollutants1

facility _id configuration_id

pollutant_name

permit_type_1

emlim it_1 emlim it_units_1 avg_period_1

emlim it_2 emlim it_units_2 2836 AL10 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2836 AL10 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 2836 AL12-1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2836 AL12-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 2836 AL10 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 2836 AL12-2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2836 AL12-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 2836 AL12-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 2836 AL12-2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 8226 CH1 PM (Filterable) State - State Operating Permit

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

3 hours 422 pound per hour (lb/hr) 8226 CH1 PM10 (Filterable) State - Permit to Contruct

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

3 hours 180 pound per hour (lb/hr) 8226 CH1 PM2.5 (Filterable) State - State Operating Permit

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

3 hours 180 pound per hour (lb/hr) 8226 CH1 Nitrogen Oxide (NOx) State - State Operating Permit

0.5448 pound per million British Thermal Unit (lb/MMBtu)

24 hours 2376 pound per hour (lb/hr) 8226 CH1 Sulfur Dioxide (SO2) State - State Operating Permit

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

24 hours 14784 pound per hour (lb/hr) 8226 CH1 Total Hydrocarbons (THC) (as Methane) State - State Operating Permit

16 pound per hour (lb/hr)

1 hour 69 8226 CH1 Carbon Monoxide (CO) State - State Operating Permit

343 pound per hour (lb/hr)

1 hour 1503 8226 CH1 Hydrogen Chloride (HCl) State - Permit to Contruct

78 pound per hour (lb/hr)

3 hours 341.6 8226 CH1 Hydrogen Fluoride (HF) State - Permit to Contruct

9.75 pound per hour (lb/hr)

3 hours 42.7 8226 CH1 Lead (Pb) State - Permit to Contruct 0.072 pound per hour (lb/hr)

3 hours 0.315 8226 CH2 PM (Filterable) State - State Operating Permit

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

3 hours 422 pound per hour (lb/hr) 8226 CH2 PM10 (Filterable) State - Permit to Contruct

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

3 hours 180 pound per hour (lb/hr) 8226 CH2 PM2.5 (Filterable) State - State Operating Permit

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

3 hours 180 pound per hour (lb/hr) 8226 CH2 Nitrogen Oxide (NOx) State - State Operating Permit

0.5448 pound per million British Thermal Unit (lb/MMBtu)

24 hours 2376 pound per hour (lb/hr) 8226 CH2 Sulfur Dioxide (SO2) State - State Operating Permit

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

24 hours 14784 pound per hour (lb/hr) 8226 CH2 Hydrogen Chloride (HCl) State - Permit to Contruct

78 pound per hour (lb/hr)

3 hours 341.6 8226 CH2 Hydrogen Fluoride (HF) State - Permit to Contruct

9.75 pound per hour (lb/hr)

3 hours 42.7 8226 CH2 Lead (Pb) State - Permit to Contruct 0.072 pound per hour (lb/hr)

3 hours 0.315 8226 CH2 Total Hydrocarbons (THC) (as Methane) State - State Operating Permit

16 pound per hour (lb/hr)

1 hour 69 8226 CH2 Carbon Monoxide (CO) State - State Operating Permit

343 pound per hour (lb/hr)

1 hour 1503 2861 N1-1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2861 N1-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 3098 ELR1-1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR1-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR1-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3 2861 N1-4 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

1 hour 2861 N1-4 Total Hydrocarbons (THC) (as Methane) Federal - Title V Operating Permit

6.11 pound per hour (lb/hr)

1 hour 2861 N1-4 Carbon Monoxide (CO) Federal - Title V Operating Permit

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

1 hour 2861 N1-2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2861 N1-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 2861 N1-3 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2861 N1-3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 2861 N2-1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2861 N2-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 2861 N2-2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 2861 N2-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 3098 ELR1-2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR1-2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR1-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3 3098 ELR2-1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR2-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR2-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3

Page 43configuration_pollutants1

3098 ELR2-2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR2-2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR2-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3 3098 ELR3-1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR3-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR3-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3 3098 ELR3-2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR3-2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR3-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3 3098 ELR4-1 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR4-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR4-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3 3098 ELR4-2 PM (Filterable) Fderal - Title V Operating Permit

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

3 hours 3098 ELR4-2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

30 days 0.57 pound per million British Thermal Unit (lb/MMBtu) 3098 ELR4-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 14669.3 8226 CH2 PM (Condensable) State - Permit to Contruct

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

3 hours 180 pound per hour (lb/hr) 8226 CH1 PM (Condensable) State - Permit to Contruct

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

3 hours 180 pound per hour (lb/hr)

Page 44configuration_pollutants1

avg_period_2

emlim it_details

test_method

emrate emrate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping Compliance with limit is determined by the average of three one-hour test runs. USEPA RM5 Performance of compliance test twice per Title V operating permit term Heat Input per 40 CFR 75 requirements If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxide emission limitation, the permittee shall operate and maintain equipment to continuously monitor and record sulfur dioxide concentrations from this emissions unit and record the sulfur dioxide emissions in units of the applicable standard(s). Such continuous monitoring and recording equipment shall complywith the requirements specified in 40 CFR Part 75. Each continuous monitoring system consists of all the equipment used to acquire data and includes the sample extraction and transport hardware, sample conditioning hardware, analyzers, and data recording/processing hardware and software. 1. The permittee shall maintain documentation from the USEPA or the Ohio EPA that the continuous sulfur dioxide monitoring system has been certified in accordance with 40 CFR Part 75. The letter of certification shall be made available to the Director upon request.2. The permittee shall maintain records of the following data obtained by the continuous sulfur dioxide monitoring system: the average daily and rolling, 30-day

average emission rates of sulfur dioxide in lb/mmBtu actual heat input, results of daily zero/span calibration checks, and magnitude of manual calibration adjustments. In addition, the permittee shall maintain daily records of the total actual heat input values as determined through F-Factor and carbon dioxide/oxygen calculations as specified in 40 CFR Part 60, Appendix A, Method 19. 3. A logbook documenting activities relating to the continuous sulfur dioxide monitoring system must be kept on site and available for inspection during regular offic Compliance with limit is determined by the average of three one-hour test runs. USEPA Method 5 Performance of compliance test twice per Title V operating permit term Heat Input per per 40 CFR 75 requirements If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxide emission limitation, the permittee shall operate and maintain equipment to continuously monitor and record sulfur dioxide concentrations from this emissions unit and record the sulfur dioxide emissions in units of the applicable standard(s). Such continuous monitoring and recording equipment shall complywith the requirements specified in 40 CFR Part 75. Each continuous monitoring system consists of all the equipment used to acquire data and includes the sample extraction and transport hardware, sample conditioning hardware, analyzers, and data recording/processing hardware and software. The permittee shall maintain documentation from the USEPA or the Ohio EPA that the continuous sulfur dioxidemonitoring system has been certified in accordance with 40 CFR Part 75. The letter of certification shall be made available to the Director upon request. 1. The permittee shall maintain documentation from the USEPA or the Ohio EPA that the continuous sulfur dioxide monitoring system has been certified in accordance with 40 CFR Part 75. The letter of certification shall be made available to the Director upon request.2. The permittee shall maintain records of the following data obtained by the continuous sulfur dioxide monitoring system: the average daily and rolling, 30-day

average emission rates of sulfur dioxide in lb/mmBtu actual heat input, results of daily zero/span calibration checks, and magnitude of manual calibration adjustments. In addition, the permittee shall maintain daily records of the total actual heat input values as determined through F-Factor and carbon dioxide/oxygen calculations as specified in 40 CFR Part 60, Appendix A, Method 19. 3. A logbook documenting activities relating to the continuous sulfur dioxide monitoring system must be kept on site and available for inspection during regular offic THe NOx limit has a calendar year compliance averaging period. The Nox limit is per the Phase II Acid Rain Permit, Nox Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 requirements Compliance with limit is determined by the average of three one-hour test runs. USEPA RM5 Performance of compliance test twice per Title V operating permit term Heat Input per per 40 CFR 75 requirements The NOx limit has a calendar year compliance averaging period. The NOx limit is per the Phase II Acid Rain Permit, Nox Averaging Plan. The subject averaging plan includes Avon Lake 10 and 12, Cheswick 1, Elrama 1, 2, 3, and 4, New Castle 3, 4, 5. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 requirements If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxide emission limitation, the permittee shall operate and maintain equipment to continuously monitor and record sulfur dioxide concentrations from this emissions unit and record the sulfur dioxide emissions in units of the applicable standard(s). Such continuous monitoring and recording equipment shall complywith the requirements specified in 40 CFR Part 75. Each continuous monitoring system consists of all the equipment used to acquire data and includes the sample extraction and transport hardware, sample conditioning hardware, analyzers, and data recording/processing hardware and software. The permittee shall maintain documentation from the USEPA or the Ohio EPA that the continuous sulfur dioxidemonitoring system has been certified in accordance with 40 CFR Part 75. The letter of certification shall be made available to the Director upon request. 1. The permittee shall maintain documentation from the USEPA or the Ohio EPA that the continuous sulfur dioxide monitoring system has been certified in accordance with 40 CFR Part 75. The letter of certification shall be made available to the Director upon request.2. The permittee shall maintain records of the following data obtained by the continuous sulfur dioxide monitoring system: the average daily and rolling, 30-day

average emission rates of sulfur dioxide in lb/mmBtu actual heat input, results of daily zero/span calibration checks, and magnitude of manual calibration adjustments. In addition, the permittee shall maintain daily records of the total actual heat input values as determined through F-Factor and carbon dioxide/oxygen calculations as specified in 40 CFR Part 60, Appendix A, Method 19. 3. A logbook documenting activities relating to the continuous sulfur dioxide monitoring system must be kept on site and available for inspection during regular offic The NOx limit has a calendar year compliance averaging period. The NOx limit is per the Phase II Acid Rain Permit, Nox Averaging Plan. The subject averaging plan includes Avon Lake 10 and 12, Cheswick 1, Elrama 1, 2, 3, and 4, New Castle 3, 4, 5. Operation and maintenance of certfied Nox and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 requirements 3 hours Compliance with the filterable particulate limits is determined by the average of three 1-hour test runs. EPA RM5 0.03 pound per million British Thermal Unit (lb/MMBtu) No All guaranteed em ission rates are related to the installation of the FGD. Performance of biennial compliance test

Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 3 hours Compliance with the filterable particulate limits is determined by the average of three 1-hour test runs. EPA RM5 Performance of initial compliance test within 180 days of FGD system start-up and biennially thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 3 hours Compliance with the filterable particulate limits is determined by the average of three 1-hour test runs. EPA RM5 Performance of initial compliance test within 180 days of FGD system start-up and biennially thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 24 hours Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 24 hours 98 No SO2 removal of 98% minimum upon operation of the FGD. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements The total hydrocarbons limit is 69 tons per year, 1 year averaging period. The CO limit is 1503 tons per year, 1 year averaging period. Compliance with the HCl limit is determined by the average of three 1-hour test runs.The HCl limit is 341.6 tons per year, consecutive 12-month period.

Performance of initial compliance test within 180 days of FGD system start-up and once every 5 years thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the HF limit is determined by the average of three 1-hour test runs.The HF limit is 42.7 tons per year, consecutive 12-month period. Performance of initial compliance test within 180 days of FGD system start-up and once every 5 years thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the lead limit is determined by the average of three 1-hour test runs.The lead limit is 0.315 tons per year, consecutive 12-month period.

Performance of initial compliance test within 180 days of FGD system start-up and once every 5 years thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 3 hours Compliance with the filterable particulate limits is determined by the average of three 1-hour test runs. EPA RM5 0.03 pound per million British Thermal Unit (lb/MMBtu) No All guaranteed em ission rates are related to the installation of the FGD. Performance of biennial compliance test

Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 3 hours Compliance with the filterable particulate limits is determined by the average of three 1-hour test runs. EPA RM5 Performance of initial compliance test within 180 days of FGD system start-up and biennially thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 3 hours Compliance with the filterable particulate limits is determined by the average of three 1-hour test runs. EPA RM5 Performance of initial compliance test within 180 days of FGD system start-up and biennially thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 24 hours The averaging period is "daily" for both the lb/mmBtu and lb/hr Nox limits. The system does not allow for that entry so 24 hours was chosen. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 24 hours The averaging period is "daily" for both the lb/mmBtu and lb/hr SO2 limits. The system does not allow for that entry so 24 hours was chosen. 98 No SO2 removal of 98% minimum upon operation of the FGD. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the HCl limit is determined by the average of three 1-hour test runs.The HCl limit is 341.6 tons per year, consecutive 12-month period.

Performance of initial compliance test within 180 days of FGD system start-up and once every 5 years thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the HF limit is determined by the average of three 1-hour test runs.The HF limit is 42.7 tons per year, consecutive 12-month period. Performance of initial compliance test within 180 days of FGD system start-up and once every 5 years thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the lead limit is determined by the average of three 1-hour test runs.The lead limit is 0.315 tons per year, consecutive 12-month period.

Performance of initial compliance test within 180 days of FGD system start-up and once every 5 years thereafter Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements The total hydrocarbons limit is 69 tons per year, 1 year averaging period. The CO limit is 1503 tons per year, 1 year averaging period. Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of compliance test twice per Title V operating permit term Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 30-day Rolling Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements Per 40 CFR 75 requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual Nox limit is per the Phase II Acid Rain Permit, Nox Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 requirements Operation and maintenance of on-spec used oil flow meter (

On-spec used oil gross calorific value, flash point and trace constituent contents; injection rate to Unit 1 Operation and maintenance of on-spec used oil flow meter (

On-spec used oil gross calorific value, flash point and trace constituent contents; injection rate to Unit 1 Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of compliance test twice per Title V operating permit term Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 30-Day Rolling Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements Per 40 CFR 75 requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of compliance test twice per Title V operating permit term Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 30-day rolling Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements Per 40 CFR 75 requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of compliance test twice per Title V operating permit term Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 30-day rolling Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements Per 40 CFR 75 requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of compliance test twice per Title V operating permit term Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 30-day rolling Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements Per 40 CFR 75 requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual NOx limit is per the Phase II Acid Rain Permit, NOx Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual NOx limit is per the Phase II Acid Rain Permit, NOx Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements

Page 45configuration_pollutants1

Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual NOx limit is per the Phase II Acid Rain Permit, NOx Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual NOx limit is per the Phase II Acid Rain Permit, NOx Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual NOx limit is per the Phase II Acid Rain Permit, NOx Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual NOx limit is per the Phase II Acid Rain Permit, NOx Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements Compliance with the filterable PM limit is determined by the average of three 1-hour test runs. EPA RM5 Performance of annual compliance test Heat Input per per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements pound per million British Thermal Unit (lb/MMBtu) 0.57 lb/m mBtu, 30-day rolling AND annual. The annual NOx limit is per the Phase II Acid Rain Permit, NOx Averaging Plan. Operation and maintenance of certfied NOx and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 0.6 lb/m mBtu, daily

averaging period. 14669.3 tons/consecutive 12-month period. Operation and maintenance of certfied SO2 and diluent CEMs per 40 CFR 75 requirements

Per 40 CFR 75 and PA DEP Continuous Source Monitoring Manual requirements 3 hours Compliance with the condensable PM limit is determined by the average of three 1-hour test runs. EPA OTM-028 3 hours Compliance with the condensable PM limit is determined by the average of three 1-hour test runs. EPA OTM-028

Page 46configuration_pollutants1

req_reporting Subm ittal of stack test report If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating Subm ittal of stack test report If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA Subm ittal of stack test report. Subm ittal of stack test report. Subm ittal of stack test report. Quarterly

EDRs to EPA; Quarterly CEMs reports to ACHD Quarterly

EDRs to EPA; Quarterly CEMs reports to ACHD

Subm ittal of stack test report. Subm ittal of stack test report. Subm ittal of stack test report. Subm ittal of stack test report Subm ittal of stack test report Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to ACHD Quarterly

EDRs to EPA; Quarterly CEMs reports to ACHD Subm ittal of stack test report Subm ittal of stack test report Subm ittal of stack test report

Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

deviations reports to OH EPA Quarterly

deviations reports to OH EPA Quarterly

deviations reports to OH EPA Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly deviations reports to OH EPA Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP

Page 47configuration_pollutants1

Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Subm ittal of stack test report Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP Quarterly

EDRs to EPA; Quarterly CEMs reports to PA DEP

Page 48configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 49configuration_pollutants1

Page 50configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 51configuration_pollutants1

Page 52configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 53configuration_pollutants1

Page 54configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 55configuration_pollutants1

Page 56configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 57configuration_pollutants1

Page 58configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 59configuration_pollutants1

Page 60configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 61configuration_pollutants1

Page 62configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 63configuration_pollutants1

Page 64configuration_pollutants1

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

If the continuous sulfur dioxide monitoring system is used to demonstrate compliance with the sulfur dioxideemission limitation, the permittee shall submit reports (hardcopy or electronic format) within 30 days followingthe end of each calendar quarter to the Ohio EPA, Northeast District Office documenting the date,commencement and completion times, duration, magnitude, reason (if known), and corrective actions taken (ifany), of all instances of sulfur dioxide values in excess of the applicable rolling, 30-day average sulfur dioxideemission rate (lb/mmBtu). These reports shall also contain average daily sulfur dioxide emission rates(lb/mmBtu) which are greater than 1.5 times the sulfur dioxide emission limitation specified in Section A.1.The reports shall also document any continuous sulfur dioxide monitoring system downtime while the emissionsunit was on line (date, time, duration and reason) along with any corrective action(s) taken. The permittee shallprovide the emissions unit operating

Page 65control_technologies

facility _id configuration_id

component_id

control_id project_titleproject_type vendor_name

vndor_contact

vendor_phone

Page 66control_technologies

vendor_address

vndor_city

vendor_state

vendor_zip actual_start_date projected_start_date

end_date sorbent chemical_additive

Page 67control_technologies

injection_point

HAP_em ission_reduction

HAP_em ission_rate

HAP_em ission_rate_units

HAP_achieved_reduction

HAP_achieved_rate

HAP_achieved_rate_units

feed_rate feed_rate_units

Page 68control_technologies

feed_rate_units

Page 69control_coal_ranks

facility _id configuration_id

component_id

control_id coal_type

Page 70control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_name

Page 71control_costs

facility _id configuration_id

component_id

control_id boiler_retrofit boiler_new_install

total_capital_investment

total_operating_costs

base_year

Page 72control_costs

CBI

Page 73misc_controls

facility _id misc_control_id

control_description 8226 1 At the operator's discretion, magnesium hydroxide can be introduced into the boiler for SO3/blue plume opacity control.

Page 74misc_controls

At the operator's discretion, magnesium hydroxide can be introduced into the boiler for SO3/blue plume opacity control.

Page 75misc_control_configurations

facility _id misc_control_id

configuration_id 8226 1 CH1 8226 1 CH2

Page 76fuel_shipments

facility _id shipment_id

shipment_date

amount_received

amount_units

fuel_type state_country other_country

county 2836 APR01 4/1/2009 55283.06 short tons (2000 lbs) coal PA PA - Greene 2836 APR02 4/1/2009 43124.31 short tons (2000 lbs) coal WV WV- Monongalia 2836 APR03 4/1/2009 42064.98 short tons (2000 lbs) coal MT MT - Big Horn 2836 AUG01 8/1/2009 55487.33 short tons (2000 lbs) coal PA PA - Greene 2836 AUG02 8/1/2009 28993.08 short tons (2000 lbs) coal WV WV- Monongalia 2836 AUG03 8/1/2009 13907.65 short tons (2000 lbs) coal MT MT - Big Horn 2836 DEC01 12/1/2009 42532.65 short tons (2000 lbs) coal PA PA - Greene 2836 DEC02 12/1/2009 39070.65 short tons (2000 lbs) coal WV WV- Monongalia 2836 DEC05 12/1/2009 13139.9 short tons (2000 lbs) coal WV WV- Mingo 2836 FEB01 2/1/2009 64576.76 short tons (2000 lbs) coal PA PA - Greene 2836 FEB02 2/1/2009 14407.88 short tons (2000 lbs) coal WV WV- Nicholas 2836 FEB04 2/1/2009 28039.3 short tons (2000 lbs) coal WV WV- Clay 2836 JAN01 1/1/2009 25871.25 short tons (2000 lbs) coal PA PA - Greene 2836 JAN02 1/1/2009 12634.33 short tons (2000 lbs) coal WV WV- Monongalia 2836 JAN03 1/1/2009 13431.85 short tons (2000 lbs) coal MT MT - Big Horn 2836 JAN04 1/1/2009 57409.28 short tons (2000 lbs) coal WV WV- Clay 2836 JUL01 7/1/2009 41172.58 short tons (2000 lbs) coal PA PA - Greene 2836 JUL02 7/1/2009 14495.2 short tons (2000 lbs) coal WV WV- Monongalia 2836 JUL03 7/1/2009 28049.13 short tons (2000 lbs) coal MT MT - Big Horn 2836 JUN01 6/1/2009 54836.35 short tons (2000 lbs) coal PA PA - Greene 2836 JUN02 6/1/2009 29110.88 short tons (2000 lbs) coal WV WV- Monongalia 2836 JUN03 6/1/2009 41080.21 short tons (2000 lbs) coal MT MT - Big Horn 2836 MAR01 3/1/2009 96347.19 short tons (2000 lbs) coal PA PA - Greene 2836 MAR02 3/1/2009 28750.95 short tons (2000 lbs) coal WV WV- Monongalia 2836 MAR03 3/1/2009 12962.48 short tons (2000 lbs) coal MT MT - Big Horn 2836 MAR04 3/1/2009 14490.65 short tons (2000 lbs) coal WV WV- Clay 2836 MAY01 5/1/2009 68446.32 short tons (2000 lbs) coal PA PA - Greene 2836 MAY02 5/1/2009 14562.23 short tons (2000 lbs) coal WV WV- Monongalia 2836 MAY03 5/1/2009 27883.45 short tons (2000 lbs) coal MT MT - Big Horn 2836 NOV01 11/1/2009 57442.78 short tons (2000 lbs) coal PA PA - Greene 2836 NOV02 11/1/2009 42852.85 short tons (2000 lbs) coal WV WV- Monongalia 2836 NOV05 11/1/2009 34285.99 short tons (2000 lbs) coal WV WV- Mingo 2836 OAPR01 4/1/2009 1072 barrels oil OH OH - Stark 2836 OAUG01 8/1/2009 1429 barrels oil OH OH - Stark 2836 OCT01 10/1/2009 41539.98 short tons (2000 lbs) coal PA PA - Greene 2836 OCT02 10/1/2009 59559.83 short tons (2000 lbs) coal WV WV- Monongalia 2836 OCT05 10/1/2009 37227.4 short tons (2000 lbs) coal WV WV- Mingo 2836 ODEC02 12/1/2009 1607 barrels oil OH OH - Mahoning 2836 OFEB01 2/1/2009 357 barrels oil OH OH - Stark 2836 OFEB02 2/1/2009 179 barrels oil OH OH - Mahoning 2836 OJAN01 1/1/2009 1067 barrels oil OH OH - Stark 2836 OJAN02 1/1/2009 357 barrels oil OH OH - Mahoning 2836 OJAN03 1/1/2009 179 barrels oil OH 2836 OJUL01 7/1/2009 1084 barrels oil OH OH - Stark 2836 OJUN01 6/1/2009 1786 barrels oil OH OH - Stark 2836 OJUN02 6/1/2009 1964 barrels oil OH OH - Mahoning 2836 OMAR01 3/1/2009 1072 barrels oil OH OH - Stark 2836 OMAR02 3/1/2009 357 barrels oil OH OH - Mahoning 2836 OMAR03 3/1/2009 694 barrels oil OH OH - Cuyahoga 2836 OMAY01 5/1/2009 1250 barrels oil OH OH - Stark 2836 ONOV02 11/1/2009 893 barrels oil OH OH - Mahoning

Page 77fuel_shipments

2836 OOCT01 10/1/2009 1786 barrels oil OH OH - Stark 2836 OOCT02 10/1/2009 179 barrels oil OH OH - Mahoning 2836 OSEP01 9/1/2009 893 barrels oil OH OH - Stark 2836 OSEP02 9/1/2009 893 barrels oil OH OH - Mahoning 2836 SEP01 9/1/2009 28050.18 short tons (2000 lbs) coal PA PA - Greene 2836 SEP02 9/1/2009 27556.53 short tons (2000 lbs) coal WV WV- Monongalia 2836 SEP05 9/1/2009 9670.8 short tons (2000 lbs) coal WV WV- Mingo 2861 APR02 4/1/2009 8651.9 short tons (2000 lbs) coal OH OH - Jefferson 2861 AUG02 8/1/2009 13736.1 short tons (2000 lbs) coal OH OH - Jefferson 2861 DEC02 12/1/2009 21220.9 short tons (2000 lbs) coal OH OH - Jefferson 2861 FEB01 2/1/2009 510 short tons (2000 lbs) coal OH OH - Columbiana 2861 FEB03 2/1/2009 13923 short tons (2000 lbs) coal OH OH - Tuscarawas 2861 JAN01 1/1/2009 122 short tons (2000 lbs) coal OH OH - Columbiana 2861 JAN02 1/1/2009 574 short tons (2000 lbs) coal OH OH - Jefferson 2861 JAN03 1/1/2009 15128 short tons (2000 lbs) coal OH OH - Tuscarawas 2861 JUL02 7/1/2009 16073.8 short tons (2000 lbs) coal OH OH - Jefferson 2861 JUN02 6/1/2009 11013.2 short tons (2000 lbs) coal OH OH - Jefferson 2861 MAR02 3/1/2009 3159.5 short tons (2000 lbs) coal OH OH - Jefferson 2861 MAR03 3/1/2009 9924 short tons (2000 lbs) coal OH OH - Tuscarawas 2861 MAY02 5/1/2009 8170.4 short tons (2000 lbs) coal OH OH - Jefferson 2861 NOV02 11/1/2009 18913 short tons (2000 lbs) coal OH OH - Jefferson 2861 OAUG01 8/1/2009 356 barrels oil OH OH - Mahoning 2861 OCT02 10/1/2009 22150 short tons (2000 lbs) coal OH OH - Jefferson 2861 ODEC01 12/1/2009 181 barrels oil OH OH - Mahoning 2861 OJAN01 1/1/2009 180 barrels oil OH OH - Mahoning 2861 OJUL01 7/1/2009 178 barrels oil OH OH - Mahoning 2861 OJUN01 6/1/2009 952 barrels oil OH OH - Mahoning 2861 ONOV01 11/1/2009 180 barrels oil OH OH - Mahoning 2861 OSEP01 9/1/2009 285 barrels oil OH OH - Mahoning 2861 PRBJAN01 1/1/2009 5048 short tons (2000 lbs) coal MT MT - Big Horn 2861 SEP02 9/1/2009 14512.3 short tons (2000 lbs) coal OH OH - Jefferson 3098 coal1 1/1/2009 1922 short tons (2000 lbs) coal PA PA - Greene 3098 COAL10 5/1/2009 5657 short tons (2000 lbs) coal PA PA - Washington 3098 COAL11 6/1/2009 5043 short tons (2000 lbs) coal PA PA - Washington 3098 COAL12 7/1/2009 5394 short tons (2000 lbs) coal PA PA - Washington 3098 COAL13 8/1/2009 5489 short tons (2000 lbs) coal PA PA - Washington 3098 COAL14 9/1/2009 5233 short tons (2000 lbs) coal PA PA - Washington 3098 COAL15 10/1/2009 4441 short tons (2000 lbs) coal PA PA - Washington 3098 COAL16 11/1/2009 5442 short tons (2000 lbs) coal PA PA - Washington 3098 coal17 12/1/2009 6704 short tons (2000 lbs) coal PA PA - Washington 3098 COAL2 2/1/2009 7552 short tons (2000 lbs) coal PA PA - Greene 3098 COAL3 3/1/2009 10509 short tons (2000 lbs) coal PA PA - Greene 3098 COAL4 4/1/2009 304 short tons (2000 lbs) coal PA PA - Greene 3098 COAL5 5/1/2009 25250 short tons (2000 lbs) coal PA PA - Greene 3098 COAL6 10/1/2009 12867 short tons (2000 lbs) coal PA PA - Greene 3098 COAL7 11/1/2009 1941 short tons (2000 lbs) coal PA PA - Greene 3098 COAL8 3/1/2009 5934 short tons (2000 lbs) coal PA PA - Washington 3098 COAL9 4/1/2009 3947 short tons (2000 lbs) coal PA PA - Washington 3098 oil1 1/1/2009 1786 barrels oil PA PA - Allegheny 3098 oil2 2/1/2009 2322 barrels oil PA PA - Allegheny 3098 oil3 5/1/2009 2679 barrels oil PA PA - Allegheny 3098 oil4 6/1/2009 2671 barrels oil PA PA - Allegheny

Page 78fuel_shipments

3098 oil5 7/1/2009 178 barrels oil PA PA - Allegheny 3098 oil6 8/1/2009 1429 barrels oil PA PA - Allegheny 3098 oil7 9/1/2009 1607 barrels oil PA PA - Allegheny 3098 oil8 11/1/2009 1413 barrels oil PA PA - Allegheny 3098 oil9 12/1/2009 2523 barrels oil PA PA - Allegheny 8226 APR01 4/1/2009 84391.2 short tons (2000 lbs) coal PA PA - Greene 8226 APR04 4/1/2009 29679.1 short tons (2000 lbs) coal PA PA - Washington 8226 APR05 4/1/2009 5772.6 short tons (2000 lbs) coal KY KY - Floyd 8226 AUG01 8/1/2009 89032.5 short tons (2000 lbs) coal PA PA - Greene 8226 DEC01 12/1/2009 92287.6 short tons (2000 lbs) coal PA PA - Greene 8226 DEC03 12/1/2009 7907.5 short tons (2000 lbs) coal WV WV- Kanawha 8226 FEB01 2/1/2009 60431.9 short tons (2000 lbs) coal PA PA - Greene 8226 FEB02 2/1/2009 1366.4 short tons (2000 lbs) coal PA PA - Greene 8226 JAN01 1/1/2009 82499.6 short tons (2000 lbs) coal PA PA - Greene 8226 JAN02 1/1/2009 16100.9 short tons (2000 lbs) coal PA PA - Greene 8226 JUL01 7/1/2009 79274.3 short tons (2000 lbs) coal PA PA - Greene 8226 JUN01 6/1/2009 21163.5 short tons (2000 lbs) coal PA PA - Greene 8226 JUN05 6/1/2009 17031.3 short tons (2000 lbs) coal KY KY - Floyd 8226 MAR01 3/1/2009 83959.6 short tons (2000 lbs) coal PA PA - Greene 8226 MAY01 5/1/2009 41428.6 short tons (2000 lbs) coal PA PA - Greene 8226 MAY05 5/1/2009 7481.1 short tons (2000 lbs) coal KY KY - Floyd 8226 NOV01 11/1/2009 90197.4 short tons (2000 lbs) coal PA PA - Greene 8226 NOV03 11/1/2009 6000 short tons (2000 lbs) coal WV WV- Kanawha 8226 NOV04 11/1/2009 14961.9 short tons (2000 lbs) coal PA PA - Washington 8226 OCT01 10/1/2009 32663.7 short tons (2000 lbs) coal PA PA - Greene 8226 OCT04 10/1/2009 2883.2 short tons (2000 lbs) coal PA PA - Washington 8226 PRBAPR01 4/1/2009 7955.5 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBAUG01 8/1/2009 25721.9 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBFEB01 2/1/2009 14884.6 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBJAN01 1/1/2009 18776.4 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBJUL01 7/1/2009 10750 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBJUN01 6/1/2009 803.5 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBMAR01 3/1/2009 12363.5 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBMAY01 5/1/2009 11800.2 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBNOV01 11/1/2009 4295.9 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBOCT01 10/1/2009 9939.7 short tons (2000 lbs) coal MT MT - Big Horn 8226 PRBSEP01 9/1/2009 18453.3 short tons (2000 lbs) coal MT MT - Big Horn 8226 SEP01 9/1/2009 103365.6 short tons (2000 lbs) coal PA PA - Greene 8226 SEP04 9/1/2009 3597.8 short tons (2000 lbs) coal PA PA - Washington

Page 79fuel_shipments

coal_seam shipment_method PA - Greene Unit Train WV- Monongalia Unit Train MT - Big Horn Unit Train PA - Greene Unit Train WV- Monongalia Unit Train MT - Big Horn Unit Train PA - Greene Unit Train WV- Monongalia Unit Train WV- Mingo Unit Train PA - Greene Unit Train WV- Nicholas Unit Train Unit Train PA - Greene Unit Train WV- Monongalia Unit Train MT - Big Horn Unit Train Unit Train PA - Greene Unit Train WV- Monongalia Unit Train MT - Big Horn Unit Train PA - Greene Unit Train WV- Monongalia Unit Train MT - Big Horn Unit Train PA - Greene Unit Train WV- Monongalia Unit Train MT - Big Horn Unit Train Unit Train PA - Greene Unit Train WV- Monongalia Unit Train MT - Big Horn Unit Train PA - Greene Unit Train WV- Monongalia Unit Train WV- Mingo Unit Train Trucks Trucks PA - Greene Unit Train WV- Monongalia Unit Train WV- Mingo Unit Train OH - Mahoning Trucks Trucks OH - Mahoning Trucks Trucks OH - Mahoning Trucks Trucks Trucks Trucks OH - Mahoning Trucks Trucks OH - Mahoning Trucks OH - Cuyahoga Trucks Trucks OH - Mahoning Trucks

Page 80fuel_shipments

Trucks OH - Mahoning Trucks Trucks OH - Mahoning Trucks PA - Greene Unit Train WV- Monongalia Unit Train WV- Mingo Unit Train OH - Jefferson Trucks OH - Jefferson Trucks OH - Jefferson Trucks OH - Columbiana Trucks OH - Tuscarawas Trucks OH - Columbiana Trucks OH - Jefferson Trucks OH - Tuscarawas Trucks OH - Jefferson Trucks OH - Jefferson Trucks OH - Jefferson Trucks OH - Tuscarawas Trucks OH - Jefferson Trucks OH - Jefferson Trucks OH - Mahoning Trucks OH - Jefferson Trucks OH - Mahoning Trucks OH - Mahoning Trucks OH - Mahoning Trucks OH - Mahoning Trucks OH - Mahoning Trucks OH - Mahoning Trucks MT - Big Horn Trucks OH - Jefferson Trucks

Pitt 8 Barge Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Barge Pitt 8 Barge Pitt 8 Barge Pitt 8 Barge Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks Pitt 8 Trucks PA - Allegheny Trucks PA - Allegheny Trucks PA - Allegheny Trucks PA - Allegheny Trucks

Page 81fuel_shipments

PA - Allegheny Trucks PA - Allegheny Trucks PA - Allegheny Trucks PA - Allegheny Trucks PA - Allegheny Trucks

PITT 8 Barge PITT 8 Barge

Barge PITT 8 Barge PITT 8 Barge WV- Kanawha Barge

PITT 8 Barge PITT 8 Trucks PITT 8 Barge PITT 8 Trucks PITT 8 Barge PITT 8 Barge

Barge PITT 8 Barge PITT 8 Barge

Barge PITT 8 Barge WV- Kanawha Barge

PITT 8 Barge PITT 8 Barge PITT 8 Barge anderson/dietz

Barge ANDERSON/DIETZ

Barge ANDERSON/DIETZANDERSON/DIETZ

Barge ANDERSON/DIETZ

Barge ANDERSON/DIETZ

Barge ANDERSON/DIETZ

Barge ANDERSON/DIETZ1

Barge ANDERSON/DIETZ

Barge ANDERSON/DIETZ

Barge ANDERSON/DIETZ

Barge ANDERSON/DIETZ

Barge PITT 8 Barge PITT 8 Barge

Page 82fuel_shipment_configurations

facility _id shipment_id

configuration_id 2836 APR01 AL10 2836 APR01 AL12-1 2836 APR02 AL10 2836 APR02 AL12-1 2836 APR03 AL12-1 2836 AUG01 AL10 2836 AUG01 AL12-1 2836 AUG01 AL12-2 2836 AUG02 AL10 2836 AUG02 AL12-1 2836 AUG02 AL12-2 2836 AUG03 AL12-1 2836 AUG03 AL12-2 2836 DEC01 AL10 2836 DEC01 AL12-1 2836 DEC02 AL10 2836 DEC02 AL12-1 2836 DEC05 AL10 2836 DEC05 AL12-1 2836 FEB01 AL12-1 2836 FEB02 AL12-1 2836 FEB04 AL12-1 2836 JAN01 AL10 2836 JAN01 AL12-1 2836 JAN02 AL10 2836 JAN02 AL12-1 2836 JAN03 AL12-1 2836 JAN04 AL10 2836 JAN04 AL12-1 2836 JUL01 AL12-1 2836 JUL01 AL12-2 2836 JUL02 AL12-1 2836 JUL02 AL12-2 2836 JUL03 AL12-1 2836 JUL03 AL12-2 2836 JUN01 AL10 2836 JUN01 AL12-1 2836 JUN01 AL12-2 2836 JUN02 AL10 2836 JUN02 AL12-1 2836 JUN02 AL12-2 2836 JUN03 AL12-1 2836 JUN03 AL12-2 2836 MAR01 AL10 2836 MAR01 AL12-1 2836 MAR02 AL10 2836 MAR02 AL12-1 2836 MAR03 AL12-1 2836 MAR04 AL10 2836 MAR04 AL12-1 2836 MAY01 AL10

Page 83fuel_shipment_configurations

2836 MAY01 AL12-1 2836 MAY01 AL12-2 2836 MAY02 AL10 2836 MAY02 AL12-1 2836 MAY02 AL12-2 2836 MAY03 AL12-1 2836 MAY03 AL12-2 2836 NOV01 AL10 2836 NOV01 AL12-1 2836 NOV02 AL10 2836 NOV02 AL12-1 2836 NOV05 AL10 2836 NOV05 AL12-1 2836 OAPR01 AL10 2836 OAPR01 AL12-1 2836 OAUG01 AL10 2836 OAUG01 AL12-1 2836 OAUG01 AL12-2 2836 OCT01 AL10 2836 OCT01 AL12-1 2836 OCT02 AL10 2836 OCT02 AL12-1 2836 OCT05 AL10 2836 OCT05 AL12-1 2836 ODEC02 AL10 2836 ODEC02 AL12-1 2836 OFEB01 AL12-1 2836 OFEB02 AL12-1 2836 OJAN01 AL10 2836 OJAN01 AL12-1 2836 OJAN02 AL10 2836 OJAN02 AL12-1 2836 OJAN03 AL10 2836 OJAN03 AL12-1 2836 OJUL01 AL12-1 2836 OJUL01 AL12-2 2836 OJUN01 AL10 2836 OJUN01 AL12-1 2836 OJUN01 AL12-2 2836 OJUN02 AL10 2836 OJUN02 AL12-1 2836 OJUN02 AL12-2 2836 OMAR01 AL10 2836 OMAR01 AL12-1 2836 OMAR02 AL10 2836 OMAR02 AL12-1 2836 OMAR03 AL10 2836 OMAR03 AL12-1 2836 OMAY01 AL10 2836 OMAY01 AL12-1 2836 OMAY01 AL12-2 2836 ONOV02 AL10

Page 84fuel_shipment_configurations

2836 ONOV02 AL12-1 2836 OOCT01 AL10 2836 OOCT01 AL12-1 2836 OOCT02 AL10 2836 OOCT02 AL12-1 2836 OSEP01 AL10 2836 OSEP01 AL12-1 2836 OSEP01 AL12-2 2836 OSEP02 AL10 2836 OSEP02 AL12-1 2836 OSEP02 AL12-2 2836 SEP01 AL10 2836 SEP01 AL12-1 2836 SEP01 AL12-2 2836 SEP02 AL10 2836 SEP02 AL12-1 2836 SEP02 AL12-2 2836 SEP05 AL10 2836 SEP05 AL12-1 2836 SEP05 AL12-2 2861 APR02 N1-1 2861 APR02 N1-3 2861 AUG02 N1-1 2861 AUG02 N2-1 2861 DEC02 N1-1 2861 DEC02 N2-1 2861 FEB01 N1-1 2861 FEB01 N1-2 2861 FEB03 N1-1 2861 FEB03 N1-2 2861 JAN01 N1-1 2861 JAN01 N1-2 2861 JAN01 N2-1 2861 JAN02 N1-1 2861 JAN02 N1-2 2861 JAN02 N2-1 2861 JAN03 N1-1 2861 JAN03 N1-2 2861 JAN03 N2-1 2861 JUL02 N1-1 2861 JUN02 N1-1 2861 JUN02 N1-3 2861 JUN02 N2-1 2861 JUN02 N2-2 2861 MAR02 N1-1 2861 MAR03 N1-1 2861 MAY02 N1-1 2861 MAY02 N1-3 2861 NOV02 N1-1 2861 OAUG01 N1-1 2861 OAUG01 N2-1 2861 OCT02 N1-1

Page 85fuel_shipment_configurations

2861 ODEC01 N1-1 2861 ODEC01 N2-1 2861 OJAN01 N1-1 2861 OJAN01 N1-2 2861 OJAN01 N2-1 2861 OJUL01 N1-1 2861 OJUN01 N1-1 2861 OJUN01 N1-3 2861 OJUN01 N2-1 2861 OJUN01 N2-2 2861 ONOV01 N1-1 2861 OSEP01 N1-1 2861 PRBJAN01 N1-1 2861 PRBJAN01 N1-2 2861 PRBJAN01 N2-1 2861 SEP02 N1-1 3098 coal1 ELR2-1 3098 coal1 ELR3-1 3098 coal1 ELR4-1 3098 COAL10 ELR2-1 3098 COAL10 ELR2-2 3098 COAL10 ELR3-1 3098 COAL10 ELR3-2 3098 COAL10 ELR4-1 3098 COAL10 ELR4-2 3098 COAL11 ELR1-1 3098 COAL11 ELR1-2 3098 COAL11 ELR2-1 3098 COAL11 ELR2-2 3098 COAL11 ELR3-1 3098 COAL11 ELR3-2 3098 COAL11 ELR4-1 3098 COAL11 ELR4-2 3098 COAL12 ELR4-1 3098 COAL12 ELR4-2 3098 COAL13 ELR2-1 3098 COAL13 ELR2-2 3098 COAL13 ELR3-1 3098 COAL13 ELR3-2 3098 COAL13 ELR4-1 3098 COAL13 ELR4-2 3098 COAL14 ELR4-1 3098 COAL14 ELR4-2 3098 COAL15 ELR3-1 3098 COAL15 ELR4-1 3098 COAL16 ELR4-1 3098 coal17 ELR1-1 3098 coal17 ELR2-1 3098 coal17 ELR3-1 3098 coal17 ELR4-1 3098 COAL2 ELR2-1 3098 COAL2 ELR3-1

Page 86fuel_shipment_configurations

3098 COAL2 ELR4-1 3098 COAL3 ELR4-1 3098 COAL4 ELR4-1 3098 COAL5 ELR2-1 3098 COAL5 ELR2-2 3098 COAL5 ELR3-1 3098 COAL5 ELR3-2 3098 COAL5 ELR4-1 3098 COAL5 ELR4-2 3098 COAL6 ELR3-1 3098 COAL6 ELR4-1 3098 COAL7 ELR4-1 3098 COAL8 ELR4-1 3098 COAL9 ELR4-1 3098 oil1 ELR2-1 3098 oil1 ELR3-1 3098 oil1 ELR4-1 3098 oil2 ELR2-1 3098 oil2 ELR3-1 3098 oil2 ELR4-1 3098 oil3 ELR2-1 3098 oil3 ELR2-2 3098 oil3 ELR3-1 3098 oil3 ELR3-2 3098 oil3 ELR4-1 3098 oil3 ELR4-2 3098 oil4 ELR1-1 3098 oil4 ELR1-2 3098 oil4 ELR2-1 3098 oil4 ELR2-2 3098 oil4 ELR3-1 3098 oil4 ELR3-2 3098 oil4 ELR4-1 3098 oil4 ELR4-2 3098 oil5 ELR4-1 3098 oil5 ELR4-2 3098 oil6 ELR2-1 3098 oil6 ELR2-2 3098 oil6 ELR3-1 3098 oil6 ELR3-2 3098 oil6 ELR4-1 3098 oil6 ELR4-2 3098 oil7 ELR4-1 3098 oil7 ELR4-2 3098 oil8 ELR4-1 3098 oil9 ELR1-1 3098 oil9 ELR2-1 3098 oil9 ELR3-1 3098 oil9 ELR4-1 8226 APR01 CH1 8226 APR04 CH1 8226 APR05 CH1

Page 87fuel_shipment_configurations

8226 AUG01 CH1 8226 AUG01 CH2 8226 DEC01 CH1 8226 DEC03 CH1 8226 FEB01 CH1 8226 FEB02 CH1 8226 JAN01 CH1 8226 JAN02 CH1 8226 JUL01 CH1 8226 JUL01 CH2 8226 JUN01 CH1 8226 JUN01 CH2 8226 JUN05 CH1 8226 JUN05 CH2 8226 MAR01 CH1 8226 MAY01 CH1 8226 MAY01 CH2 8226 MAY05 CH1 8226 MAY05 CH2 8226 NOV01 CH1 8226 NOV03 CH1 8226 NOV04 CH1 8226 OCT01 CH1 8226 OCT04 CH1 8226 PRBAPR01CH1 8226 PRBAUG01

CH1 8226 PRBAUG01

CH2 8226 PRBFEB01 CH1 8226 PRBJAN01 CH1 8226 PRBJUL01 CH1 8226 PRBJUL01 CH2 8226 PRBJUN01 CH1 8226 PRBJUN01 CH2 8226 PRBMAR01

CH1 8226 PRBMAY01CH1 8226 PRBMAY01CH2 8226 PRBNOV01

CH1 8226 PRBOCT01CH1 8226 PRBSEP01 CH1 8226 PRBSEP01 CH2 8226 SEP01 CH1 8226 SEP01 CH2 8226 SEP04 CH1 8226 SEP04 CH2

Page 88fuel_shipment_samples

facility _id shipment_id

sample_id amount_fuel amount_fuel_units

total_sulfur ash_content heating_value

hating_units

Page 89fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_type

supplier_name

supplier_address

Page 90fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_name lab_address lab_city lab_state lab_zip analysis_copies

Page 91fuel_shipment_samples

analysis_copies

Page 92fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL

Page 93test_reports

facility _id report_id report_typeother_type report_description report_begin_date

report_end_date

before_control

during_deviation 2836 AL-15 compliance PM Compliance test, using Method 5 to determin compliance with PM emission limit. Method 202 run concurrently with M5 for information purposes. 7/19/2005 7/19/2005 No No 2836 AL-15A compliance PM compliance test, using Method 5 to determine compliance with particulate emission limit 9/25/2007 9/25/2007 No No 2836 AL-16 compliance PM compliance test, using Method 5 to determine compliance with particulate emission limit. Method 202 was run concurrently with method 5 for informational purposes. 6/24/2005 6/24/2005 No No 2836 AL-17 compliance PM compliance test, using Method 5 to determine compliance with particulate emission limit. Method 202 was run concurrently with method 5 for informational purposes. 7/20/2005 7/20/2005 No No 2836 AL-22A compliance PM compliance test, using Method 5 to determine particulate emission limit. 9/26/2007 9/26/2007 No No 2836 AL-HG-10-1207

other diagnostic Hg Trap to verify Hg CEMS ######## ######## No No 2836 AL-HG-10-806

other diagnostic Ozone season Baseline Hg 8/24/2006 8/24/2006 No No 2836 AL-HG-12-1207

other diagnostic Hg Trap to verify Hg CEMS ######## ######## No No 2836 AL-HG-12-806

other diagnostic Ozone season Baseline Hg 8/25/2006 8/25/2006 No No 2861 Hg U1 other Diagnostic Hg diagnostic testing using EPA Method 1631 8/14/2006 8/14/2006 No No 2861 Hg U2 other Diagnostic Hg diagnostic testing using EPA Method 1631 8/14/2006 8/14/2006 No No 2861 Hg U2 - 2 other Diagnostic Hg diagnostic testing using EPA Method 1631 5/30/2007 5/30/2007 No No 2861 N-12 U1 compliance Particulate emissions compliance test using Method 5 3/9/2005 3/9/2005 No No 2861 N-12 U2 compliance Particulate emissions compliance test using Method 5 3/9/2005 3/9/2005 No No 2861 N-18 U1 compliance Particulate emissions compliance test using Method 5/202 4/3/2007 4/3/2007 No No 2861 N-18 U2 compliance Particulate emissions compliance test using Method 5/202 4/3/2007 4/3/2007 No No 3098 E-36 compliance PM and VOC testing for compliance, CO and NH3 to satisfy U4 SNCR plan approval 8/3/2005 8/3/2005 No No 3098 E-37 compliance Particulate compliance testing ######## ######## No No 3098 E-37B compliance Particulate compliance test 4/12/2007 4/16/2007 No No 3098 E-37C compliance Particulate compliance test ######## ######## No No 3098 E-37H compliance Particulate compliance test ######## ######## No No 3098 E-37I compliance Particulate compliance test 6/4/2009 6/4/2009 No No 3098 Hg Diagnostic

other Diagnostic Diagnostic testing to characterize Hg emissions 7/13/2006 7/26/2006 No No 8226 CH-23B compliance PM and PM10 testing 10/8/2008 10/8/2008 No No 8226 CH-31 compliance Particulate compliance test for TSP and CPM 7/26/2005 8/26/2005 No No 8226 CH-31B other diagnostic PM10, TSP and CPM test while firing a blend of 30% PRB and 70% bituminous coal. 11/1/2006 11/1/2006 No No 8226 CH-32A compliance Compliance particulate testing for PM10, TSP, and CPM 7/26/2005 7/26/2005 No No 8226 CH-46 compliance Compliance test for PM10, TSP, CPM. 9/6/2006 9/6/2006 No No 8226 CH-63 other Informational Hg LMEU default factor test

10/8/2008 10/8/2008 No No 8226 PRB20 other diagnostic Particulate matter characterization while plant was burning 20% PRB, 80% bituminous coal blend. 1/19/2006 1/19/2006 No No

Page 94test_reports

deviation_reports No No No No No No No No No No No No No No No No Yes No No No No No No No No No No No No No

Page 95test_report_configurations

facility _id report_id configuration_id 2836 AL-15 AL10 2836 AL-15A AL10 2836 AL-16 AL12-2 2836 AL-17 AL12-2 2836 AL-22A AL12-2 2836 AL-HG-10-1207

AL10 2836 AL-HG-10-806

AL10 2836 AL-HG-12-1207

AL12-1 2836 AL-HG-12-806

AL12-2 2861 Hg U1 N1-1 2861 Hg U2 N2-1 2861 Hg U2 - 2 N2-1 2861 N-12 U1 N1-1 2861 N-12 U2 N2-1 2861 N-18 U1 N1-1 2861 N-18 U2 N2-1 3098 E-36 ELR1-2 3098 E-36 ELR2-2 3098 E-36 ELR3-2 3098 E-36 ELR4-2 3098 E-37 ELR1-2 3098 E-37 ELR2-2 3098 E-37 ELR3-2 3098 E-37 ELR4-2 3098 E-37B ELR1-2 3098 E-37B ELR2-2 3098 E-37B ELR3-2 3098 E-37B ELR4-2 3098 E-37C ELR1-2 3098 E-37C ELR2-2 3098 E-37C ELR3-2 3098 E-37C ELR4-2 3098 E-37H ELR1-1 3098 E-37H ELR2-1 3098 E-37H ELR3-1 3098 E-37H ELR4-1 3098 E-37I ELR1-2 3098 E-37I ELR2-2 3098 E-37I ELR3-2 3098 E-37I ELR4-2 3098 Hg Diagnostic

ELR1-2 3098 Hg Diagnostic

ELR2-2 3098 Hg Diagnostic

ELR3-2 3098 Hg Diagnostic

ELR4-2 8226 CH-23B CH2 8226 CH-31 CH2 8226 CH-31B CH2 8226 CH-32A CH2 8226 CH-46 CH2 8226 CH-63 CH2 8226 PRB20 CH2

Page 96test_report_fuels

facility _id report_id fuel_id 2836 AL-15 Unit 7 test run 1 2836 AL-15 Unit 7 test run 2 2836 AL-15 Unit 7 test run 3 2836 AL-15A Avon 7 test 1 2836 AL-15A Avon 7 test 2 2836 AL-15A Avon 7 test 3 2836 AL-16 Avon Lake Unit 9 test 1 2836 AL-16 Avon Lake Unit 9 test 2 2836 AL-16 Avon Lake Unit 9 Test 3 2836 AL-17 Unit 9 test 1 2836 AL-17 Unit 9 test 2 2836 AL-17 Unit 9 test 3 2836 AL-22A Avon 9 run #1 2836 AL-22A Avon 9 run#2 2836 AL-22A Avon 9 run#3 2836 AL-HG-10-1207

coal 2836 AL-HG-10-806

Avon 7 Hg 2836 AL-HG-12-1207

coal 2836 AL-HG-12-806

Avon 9 Hg 2861 Hg U1 coal 2861 Hg U2 coal 2861 Hg U2 - 2 coal 2861 N-12 U1 coal 2861 N-12 U2 coal 2861 N-18 U1 coal 2861 N-18 U2 coal 3098 E-36 coal 3098 E-37 coal 3098 E-37B coal 3098 E-37C coal 3098 E-37H coal 3098 E-37I coal 3098 Hg Diagnostic

coal 8226 CH-23B coal 8226 CH-31 coal 8226 CH-31B coal 8226 CH-32A Coal 8226 CH-46 coal 8226 PRB20 coal

Page 97test_report_fuel_types

facility _id report_id fuel_id fuel_type percentage_massvol percentage_btu

other_type 2836 AL-15 Unit 7 test run 1 coal - bituminous 100 100 2836 AL-15 Unit 7 test run 2 coal - bituminous 100 100 2836 AL-15 Unit 7 test run 3 coal - bituminous 100 100 2836 AL-15A Avon 7 test 1 coal - bituminous 100 100 2836 AL-15A Avon 7 test 2 coal - bituminous 100 100 2836 AL-15A Avon 7 test 3 coal - bituminous 100 100 2836 AL-HG-10-1207

coal coal - bituminous 100 100 2836 AL-HG-10-806

Avon 7 Hg coal - bituminous 100 100 2836 AL-HG-12-1207

coal coal - bituminous 100 100 2861 Hg U1 coal coal - bituminous 100 100 2861 Hg U2 coal coal - bituminous 100 100 2861 Hg U2 - 2 coal coal - bituminous 100 100 2861 N-12 U1 coal coal - bituminous 100 100 2861 N-12 U2 coal coal - bituminous 100 100 2861 N-18 U1 coal coal - bituminous 100 100 2861 N-18 U2 coal coal - bituminous 100 100 3098 E-36 coal coal - bituminous 100 100 3098 E-37 coal coal - bituminous 100 100 3098 E-37B coal coal - bituminous 100 100 3098 E-37C coal coal - bituminous 100 100 3098 E-37H coal coal - bituminous 100 100 3098 E-37I coal coal - bituminous 100 100 3098 Hg Diagnostic

coal coal - bituminous 100 100 8226 CH-23B coal coal - bituminous 100 100 8226 CH-31 coal coal - subbituminous 100 100 8226 CH-31B coal coal - bituminous 70 8226 CH-31B coal coal - subbituminous 30 8226 CH-32A Coal coal - bituminous 100 100 8226 CH-46 coal coal - bituminous 100 100 8226 PRB20 coal coal - bituminous 80 8226 PRB20 coal coal - subbituminous 20

Page 98cem_data

facility _id time_period

cem_period_description 2836 01/01/05 - present

SO2 and NOx CEMS data and opacity COMS data available from 01/01/2005 to present. 2836 11/09/2007 - 05/14/2008

Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC. 2836 11/9/2007-5/14/2008

Mercury CEMS were installed and data was collected during the time period specified. These CEMS did not monitor in accordance with CAMR, State, or NIST QA/QC procedures. RRI does not believe the data collected is valid and has therefore not submitted 2861 01/01/2005 - present

SO2 and NOx CEMS data and opacity COMS data available from 01/01/2005 to present. 2861 12/07/2007 - 05/14/2008

Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC. 3098 01/01/2005 - present

SO2 and NOx CEMS data available from 01/01/2005 to present. 3098 08/11/2008 - 06/29/2009

Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC. 3098 12/07/2007 - present

A wet gas particulate analy zer was installed and data collected during the time period specified. This analy zer is used for process monitoring and the data are not quality assured or reported in accordance with state or federal regulations. 8226 01/01/2005 - present

SO2 and NOx CEMS and opacity COMS data available from 01/01/2005 to present.

Page 99cem_data

SO2 and NOx CEMS data and opacity COMS data available from 01/01/2005 to present. Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC. Mercury CEMS were installed and data was collected during the time period specified. These CEMS did not monitor in accordance with CAMR, State, or NIST QA/QC procedures. RRI does not believe the data collected is valid and has therefore not submitted SO2 and NOx CEMS data and opacity COMS data available from 01/01/2005 to present. Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC.

Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC. A wet gas particulate analy zer was installed and data collected during the time period specified. This analy zer is used for process monitoring and the data are not quality assured or reported in accordance with state or federal regulations. SO2 and NOx CEMS and opacity COMS data available from 01/01/2005 to present.

Page 100cem_data

Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC. Mercury CEMS were installed and data was collected during the time period specified. These CEMS did not monitor in accordance with CAMR, State, or NIST QA/QC procedures. RRI does not believe the data collected is valid and has therefore not submitted

Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC.

Mercury CEMS were installed and data were collected during the time period specified. The data were never properly quality assured or reported in accordance with CAMR or State regulations. Data are not being submitted due to the lack of proper QA/QC. A wet gas particulate analy zer was installed and data collected during the time period specified. This analy zer is used for process monitoring and the data are not quality assured or reported in accordance with state or federal regulations.

Page 101cem_data_pollutants1

facility _id time_period

pollutant_name 2836 01/01/05 - present

Sulfur Dioxide (SO2) 2836 01/01/05 - present

Nitrogen Oxide (NOx) 8226 01/01/2005 - present

Sulfur Dioxide (SO2) 8226 01/01/2005 - present

Nitrogen Oxide (NOx) 2861 01/01/2005 - present

Sulfur Dioxide (SO2) 2861 01/01/2005 - present

Nitrogen Oxide (NOx) 3098 01/01/2005 - present

Nitrogen Oxide (NOx) 3098 01/01/2005 - present

Sulfur Dioxide (SO2) 2836 11/9/2007-5/14/2008

Oxidized Mercury

(Hg++) 2836 11/9/2007-5/14/2008

Elemental Mercury

(Hg0) 2836 11/9/2007-5/14/2008

Total Mercury

(Hgt) 3098 08/11/2008 - 06/29/2009

Oxidized Mercury

(Hg++) 3098 08/11/2008 - 06/29/2009

Elemental Mercury

(Hg0) 3098 08/11/2008 - 06/29/2009

Total Mercury

(Hgt) 3098 12/07/2007 - present

PM (Filterable) 2836 11/09/2007 - 05/14/2008

Oxidized Mercury

(Hg++) 2836 11/09/2007 - 05/14/2008

Elemental Mercury

(Hg0) 2836 11/09/2007 - 05/14/2008

Total Mercury

(Hgt) 2861 12/07/2007 - 05/14/2008

Oxidized Mercury

(Hg++) 2861 12/07/2007 - 05/14/2008

Elemental Mercury

(Hg0) 2861 12/07/2007 - 05/14/2008

Total Mercury

(Hgt)

Page 102test_report_sampling

facility _id report_id sampling_port_id point_differ point_description befre_SO2_device

point_orientation

normal_bypass_percent

testing_bypass_percent 2836 AL-15 D10 No No 2836 AL-15A D10 No No 2836 AL-16 S12 No No 2836 AL-17 S12 No No 2836 AL-22A S12 No No 2836 AL-HG-10-1207

D10 No No 2836 AL-HG-10-806

D10 No No 2836 AL-HG-12-1207

S12 No No 2836 AL-HG-12-806

S12 No No 2861 Hg U1 S1 No No 2861 Hg U2 S2 No No 2861 Hg U2 - 2 S2 No No 2861 N-12 U1 S1 No No 2861 N-12 U2 S2 No No 2861 N-18 U1 S1 No No 2861 N-18 U2 S2 No No 3098 E-36 A No No 3098 E-36 CS-1 No No 3098 E-37 CS-1 No No 3098 E-37B CS-1 No No 3098 E-37C CS-1 No No 3098 E-37H CS-1 No No 3098 E-37I CS-1 No No 3098 Hg Diagnostic

CS-1 No No 8226 CH-23B S1 No No 8226 CH-31 S1 No No 8226 CH-31B S1 No No 8226 CH-32A S1 No No 8226 CH-46 S1 No No 8226 CH-63 S1 No No 8226 PRB20 S1 No No

Page 103test_report_sampling

fg_fraction

Page 104sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetime

unit_load net_generation fg_moisture_content 2836 AL-15 D10 1 7/19/2005 7/19/2005 7.24 2836 AL-15 D10 2 7/19/2005 7/19/2005 6.87 2836 AL-15 D10 3 7/19/2005 7/19/2005 6.52 2836 AL-15A D10 1 9/25/2007 9/25/2007 6.84 2836 AL-15A D10 2 9/25/2007 9/25/2007 8.02 2836 AL-15A D10 3 9/25/2007 9/25/2007 7.18 2836 AL-16 S12 1 6/24/2005 6/24/2005 6.84 2836 AL-16 S12 2 6/24/2005 6/24/2005 6.85 2836 AL-16 S12 3 6/24/2005 6/24/2005 6.71 2836 AL-17 S12 1 7/20/2005 7/20/2005 8.94 2836 AL-17 S12 2 7/20/2005 7/20/2005 8.82 2836 AL-17 S12 3 7/20/2005 7/20/2005 7.37 2836 AL-22A S12 1 9/26/2007 9/26/2007 8.8 2836 AL-22A S12 2 9/26/2007 9/26/2007 8.66 2836 AL-22A S12 3 9/26/2007 9/26/2007 8.56 2836 AL-HG-10-1207

D10 1 ######## ######## 6.75 2836 AL-HG-10-1207

D10 2 ######## ######## 6.85 2836 AL-HG-10-1207

D10 3 ######## ######## 6.94 2836 AL-HG-10-1207

D10 4 ######## ######## 6.75 2836 AL-HG-10-1207

D10 5 ######## ######## 6.61 2836 AL-HG-10-806

D10 1 8/24/2006 8/24/2006 84.3 2836 AL-HG-12-1207

S12 1 ######## ######## 6.74 2836 AL-HG-12-1207

S12 2 ######## ######## 7.45 2836 AL-HG-12-1207

S12 3 ######## ######## 8.15 2836 AL-HG-12-1207

S12 4 ######## ######## 7.46 2836 AL-HG-12-1207

S12 5 ######## ######## 7.46 2836 AL-HG-12-806

S12 1 8/25/2006 8/25/2006 603.2 2861 Hg U1 S1 1 8/14/2006 8/14/2006 79.6 2861 Hg U2 S2 1 8/14/2006 8/14/2006 66.6 2861 Hg U2 - 2 S2 1 5/30/2007 5/30/2007 2861 Hg U2 - 2 S2 2 5/30/2007 5/30/2007 2861 N-12 U1 S1 1 3/9/2005 3/9/2005 111.05 6.48 2861 N-12 U1 S1 2 3/9/2005 3/9/2005 111.13 6.33 2861 N-12 U1 S1 3 3/9/2005 3/9/2005 110.86 6.35 2861 N-12 U2 S2 1 3/8/2005 3/8/2005 113.01 6.03 2861 N-12 U2 S2 2 3/8/2005 3/8/2005 114.3 5.91 2861 N-12 U2 S2 3 3/8/2005 3/8/2005 114.56 5.7 2861 N-18 U1 S1 1 4/3/2007 4/3/2007 116 11.6 2861 N-18 U1 S1 2 4/3/2007 4/3/2007 116 12 2861 N-18 U1 S1 3 4/3/2007 4/3/2007 116 11.6 2861 N-18 U2 S2 1 4/3/2007 4/3/2007 116 6.3 2861 N-18 U2 S2 2 4/3/2007 4/3/2007 116 6.5 2861 N-18 U2 S2 3 4/3/2007 4/3/2007 116 6.3 3098 E-36 A 1 8/3/2005 8/3/2005 11.991 3098 E-36 A 2 8/3/2005 8/3/2005 13.31 3098 E-36 A 3 8/3/2005 8/3/2005 13.36 3098 E-36 CS-1 1 8/3/2005 8/3/2005 11.991 3098 E-36 CS-1 2 8/3/2005 8/3/2005 13.31 3098 E-36 CS-1 3 8/3/2005 8/3/2005 13.36 3098 E-37 CS-1 1 ######## ######## 466 12.9 3098 E-37 CS-1 2 ######## ######## 461 13

Page 105sampling_runs

3098 E-37 CS-1 3 ######## ######## 469 11.2 3098 E-37B CS-1 1 4/12/2007 4/12/2007 428 11.3 3098 E-37B CS-1 2 4/16/2007 4/16/2007 438 11.2 3098 E-37B CS-1 3 4/16/2007 4/16/2007 434 11.7 3098 E-37C CS-1 1 ######## ######## 483 10.2 3098 E-37C CS-1 2 ######## ######## 482 10.2 3098 E-37C CS-1 3 ######## ######## 482 11.1 3098 E-37H CS-1 1 ######## ######## 475 11.9 3098 E-37H CS-1 2 ######## ######## 491 12.1 3098 E-37H CS-1 3 ######## ######## 495 12.1 3098 E-37I CS-1 1 6/4/2009 6/4/2009 477 12.5 3098 E-37I CS-1 2 6/4/2009 6/4/2009 479 13.1 3098 E-37I CS-1 3 6/4/2009 6/4/2009 480 11.8 3098 Hg Diagnostic

CS-1 1 7/13/2006 7/13/2006 505.1 3098 Hg Diagnostic

CS-1 2 7/26/2006 7/26/2006 487.5 3098 Hg Diagnostic

CS-1 3 7/26/2006 7/26/2006 489.3 8226 CH-23B S1 1 10/8/2008 10/8/2008 568 8.16 8226 CH-23B S1 2 10/8/2008 10/8/2008 571 8.96 8226 CH-23B S1 3 10/8/2008 10/8/2008 570 8.22 8226 CH-31 S1 1 7/26/2005 7/26/2005 578 8.8 8226 CH-31 S1 2 8/26/2005 8/26/2005 583 6.8 8226 CH-31 S1 3 8/26/2005 8/26/2005 581 7.1 8226 CH-31 S1 4 8/26/2005 8/26/2005 576 5.7 8226 CH-31B S1 1 11/1/2006 11/1/2006 599 7.36 8226 CH-31B S1 2 11/1/2006 11/1/2006 598 7.31 8226 CH-31B S1 3 11/1/2006 11/1/2006 603 6.79 8226 CH-32A S1 1 7/26/2005 7/26/2005 588 7.5 8226 CH-32A S1 2 7/26/2005 7/26/2005 591 7.4 8226 CH-32A S1 3 7/26/2005 7/26/2005 581 8.8 8226 CH-46 S1 1 9/6/2006 9/6/2006 558 6.8 8226 CH-46 S1 2 9/6/2006 9/6/2006 555 6.8 8226 CH-46 S1 3 9/6/2006 9/6/2006 556 7.2 8226 CH-63 S1 1 10/8/2008 10/8/2008 8.68 8226 CH-63 S1 2 10/8/2008 10/8/2008 7.43 8226 CH-63 S1 3 10/8/2008 10/8/2008 8.11 8226 CH-63 S1 4 10/8/2008 10/8/2008 8.59 8226 PRB20 S1 1 1/19/2006 1/19/2006 555 7.46 8226 PRB20 S1 2 1/19/2006 1/19/2006 554 7.09 8226 PRB20 S1 3 1/19/2006 1/19/2006 555 6.67

Page 106sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature 452949 dscfm 0.984219 7.69 10.61 0 449266 dscfm 0.984219 7.54 11.46 445812 dscfm 0.984219 7.25 11.66 322885 dscfm 0.982548 8.4 10.9 313162 dscfm 0.982548 8.6 10.65 316107 dscfm 0.982548 7.9 11.4 1215487 dscfm 0.978872 5.5 13.4 1225805 dscfm 0.978872 5.6 13.6 1211438 dscfm 0.978872 5.6 13.5 1528318 dscfm 0.984219 5.38 13.25 1537327 dscfm 0.984219 5.1 13.41 1533720 dscfm 0.984219 4.95 13.39 1572245 dscfm 0.983216 6.4 12.6 298.83 1583352 dscfm 0.983216 6 13 298.83 1573018 dscfm 0.983216 6.2 13 300 0.980209 8.2 10.7 0.980209 8.1 10.7 0.98188 8.2 10.6 0.98188 8.2 10.6 0.982548 8.2 10.6 19877908 9.9 0.985556 8.2 10.7 0.985556 8.1 10.7 0.98589 8.2 10.6 0.991906 8.2 10.6 0.991906 8.2 10.6 8775928 11.6 17906192 9.8 9434317 10.3 16305419 12.4 12.6 308507 dscfm 0.994278 8.7 10.5 253 310717 dscfm 0.994278 8.8 10.4 252 309909 dscfm 0.994278 8.8 10.4 252 301488 dscfm 0.984251 8.07 11.13 259 306605 dscfm 0.984251 8.07 11.13 259 313251 dscfm 0.984251 8.06 11.14 259 301079 dscfm 0.962862 7.2 12.2 143 302793 dscfm 0.962862 7.2 12.2 143 302892 dscfm 0.962862 7.3 12.2 143 285399 dscfm 0.962862 7 12 283 281664 dscfm 0.962862 6.8 12.1 286 285259 dscfm 0.962862 7 12 283 1747694 dscfm 0.985963 8.9 10.2 132.8 1758480 dscfm 0.985963 9.5 10.1 134 1642085 dscfm 0.985963 9.1 10.1 134.8 1747694 dscfm 0.985963 8.9 10.2 132.8 1758480 dscfm 0.985963 9.5 10.1 134 1642085 dscfm 0.985963 9.1 10.1 134.8 1583246 dscfm 25 1.006684 8.2 10.8 116 1685475 dscfm 25 1.006684 8.2 10.8 117

Page 107sampling_runs

1731707 dscfm 25 1.006684 8.2 10.8 117 1460962 dscfm 45 0.970922 9.5 9.8 121 1572292 dscfm 35 0.94619 9.5 9.8 121 1523658 dscfm 40 0.94619 9 10.1 121 1551859 dscfm 30 0.965909 8.6 10.6 127 1573156 dscfm 30 0.965909 8.5 10.5 127 1544557 dscfm 30 0.965909 8.6 10.7 126 1537715 dscfm 37 0.975936 9.3 9.8 131 1550102 dscfm 37 0.975936 9.1 10 131 1556133 dscfm 37 0.975936 9.2 9.9 132 1499158 dscfm 60 0.96587 9.4 10.1 123 1564839 dscfm 60 0.962528 9.5 10 125 1529708 dscfm 60 0.96587 10 9.6 123 1.03E+08 9.1 1.03E+08 9 1.03E+08 9.1 1367044 dscfm 81 0.970215 7.7 12.2 1350462 dscfm 81 0.970215 7.6 12.3 1371955 dscfm 81 0.970215 7.8 12.1 1266517 dscfm 100 0.966204 6.6 12.3 1262064 dscfm 70 0.981243 6.4 12.2 1310810 dscfm 80 0.981243 6.7 11.9 1351165 dscfm 81 0.981243 6.6 12 293 1360696 dscfm 60 0.98258 6.2 13 300 1361207 dscfm 60 0.98258 6.2 13 300 1367818 dscfm 60 0.98258 6.2 13 299 1312527 dscfm 85 0.966204 6.7 12.3 1290762 dscfm 85 0.966204 6.8 12.6 1268421 dscfm 90 0.966204 6.7 12.6 1279518 dscfm 0.975228 6.7 12.5 1295016 dscfm 0.975228 6.7 12.5 1290763 dscfm 0.975228 6.7 12.5

1245094 dscfm 1.001965 6.08 13.56 294 1248573 dscfm 1.001965 6.04 13.53 298 1266608 dscfm 1.001965 6.02 13.69 298

Page 108sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value 0.978203 M5, M202 Unit 7 test run 1 8.61 13534 0.978203 M5, M202 Unit 7 test run 2 8.82 13567 0.978203 M5, M202 Unit 7 test run 3 8.48 13614 0.949462 M5 Avon 7 test 1 7.85 13871 0.949462 M5 Avon 7 test 2 8.13 13829 0.949462 M5 Avon 7 test 3 7.95 13890 0.973859 M5, M202 Avon Lake Unit 9 test 1 7.62 13535 0.973859 M5, M202 Avon Lake Unit 9 test 2 7.95 13538 0.973859 M5, M202 Avon Lake Unit 9 Test 3 8.09 13487 0.979206 M5, M202 Unit 9 test 1 8.99 13439 0.979206 M5, M202 Unit 9 test 2 8.84 13453 0.979206 M5, M202 Unit 9 test 3 9.54 13334 0.979206 M5 Avon 9 run #1 9.94 13449 0.979206 M5 Avon 9 run#2 9.45 13557 0.979206 M5 Avon 9 run#3 9.15 13564 0.949496 30B 0.954174 30B 0.949429 30B 0.953138 30B 0.96019 30B

EPA 1631 Avon 7 Hg 7.98 12797 0.979908 30B 0.981412 30B 0.980977 30B 0.987494 30B 0.987494 30B

EPA 1631 Avon 9 Hg 6.95 11874 EPA 1631 11.61 12122 EPA 1631 11.39 12206 EPA 1631 11.52 11929 EPA 1631 12.65 11793 0.990601 5 0.990601 5 0.990601 5 0.980909 5 0.980909 5 0.980909 5 0.962528 5/202 coal 11.33 13190 0.962528 5/202 coal 11.41 13216 0.962193 5/202 coal 10.93 13304 0.962193 5/202 coal 11.63 13296 0.962193 5/202 coal 11.72 13209 0.962193 5/202 coal 11.77 13199 0.98867 25A, 10 6.98 14097 0.988436 25A, 10 7.09 14087 0.988436 25A, 10 6.93 14070 0.98867 5/202 6.98 14097 0.988436 5/202 7.09 14087 0.988436 5/202 6.93 14070 1.007687 5/202 8.07 13881 1.007687 5/202 7.89 13828

Page 109sampling_runs

1.007687 5/202 8 13832 0.970588 5/202 12.83 13001 0.945856 5/202 12.72 13041 0.945856 5/202 12.9 13018 0.966243 5/202 8.91 13891 0.966578 5/202 8.38 14015 0.965909 5/202 8.51 14017 0.97393 5/202 10.29 13410 0.97393 5/202 12.26 13352 0.97393 5/202 9.22 13583 0.967541 5/OTM28 8.23 13740 0.963865 5/OTM28 8.04 13797 0.967207 5/OTM28 8.04 13769

EPA 1631 8.47 13048 EPA 1631 8.01 13166 EPA 1631 7.98 13019 1.409034 201A/202 7.27 13342 1.409034 201A/202 7.39 13372 1.409034 201A/202 7.56 13288 0.958851 5/202 0.975228 5/202 coal 10.39 13546 0.975228 5/202 coal 10.29 13622 0.975228 5/202 coal 12.57 13213 1.363581 201A/202 7.13 13470 1.363581 201A/202 7.22 13424 1.363581 201A/202 7.05 13406 1.409034 201A/202 Coal 9.45 13227 1.454486 201A/202 Coal 10.39 13159 1.363581 201A/202 Coal 11.25 13156 1.590844 201A/202 coal 8.91 13438 1.636297 201A/202 coal 8.44 13568 1.545392 201A/202 7.71 13719 0.962634 EPA 1361 0.969318 EPA 1361 0.969318 EPA 1361 0.969318 EPA 1361 0.994946 5/202 coal 10.09 13176 0.994946 5/202 coal 10.04 13121 0.994946 5/202 9.42 13208

Page 110sampling_runs

fuel_sulfur 1.4 1.35 1.37 2.22 2.11 2.27 1.74 1.8 1.46 1.4 1.19 0.95 1.75 1.93 2.05

1.96

1.4 2.8 2.77 3.11 3.13

2.6 2.63 2.53 2.44 2.67 2.59 1.69 1.74 1.68 1.69 1.74 1.68 1.63 1.6

Page 111sampling_runs

1.64 1.87 1.72 1.96 2.7 2.8 2.78 2.24 2.25 2.31 1.97 1.98 2 2.14 2.06 2.17 1.4 1.61 1.37

1.82 2.01 1.73 1.33 1.32 1.34 1.63 1.71 1.66 1.45 1.49 1.45

1.89 1.87 1.84

Page 112sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_name conc conc_units conc_ND conc_MDL 2836 AL-15 D10 1 PM (Filterable) 1.07E-06 FALSE 2836 AL-15 D10 1 PM (Condensable) 5.32E-06 FALSE 2836 AL-15 D10 2 PM (Filterable) 8.25E-07 FALSE 2836 AL-15 D10 2 PM (Condensable) 4.78E-06 FALSE 2836 AL-15 D10 3 PM (Filterable) 8.39E-07 FALSE 2836 AL-15 D10 3 PM (Condensable) 4.12E-06 FALSE 2836 AL-15A D10 1 PM (Filterable) 1.41E-06 FALSE 2836 AL-15A D10 2 PM (Filterable) 0.000003 FALSE 2836 AL-15A D10 3 PM (Filterable) 1.68E-06 FALSE 2836 AL-16 S12 1 PM (Filterable) 4.02E-07 FALSE 2836 AL-16 S12 1 PM (Condensable) 1.9E-06 FALSE 2836 AL-16 S12 2 PM (Filterable) 2.5E-07 FALSE 2836 AL-16 S12 2 PM (Condensable) 1.79E-06 FALSE 2836 AL-16 S12 3 PM (Filterable) 2.74E-07 FALSE 2836 AL-16 S12 3 PM (Condensable) 1.15E-06 FALSE 2836 AL-17 S12 1 PM (Filterable) 1.81E-06 FALSE 2836 AL-17 S12 1 PM (Condensable) 3.26E-06 FALSE 2836 AL-17 S12 2 PM (Filterable) 1.04E-06 FALSE 2836 AL-17 S12 2 PM (Condensable) 3.02E-06 FALSE 2836 AL-17 S12 3 PM (Filterable) 9.78E-07 FALSE 2836 AL-17 S12 3 PM (Condensable) 2.96E-06 FALSE 2836 AL-22A S12 1 PM (Filterable) 1.48E-06 FALSE 2836 AL-22A S12 2 PM (Filterable) 1.75E-06 FALSE 2836 AL-22A S12 3 PM (Filterable) 1.89E-06 FALSE 2836 AL-HG-10-806

D10 1 Particulate-bound Mercury (Hgp) 0.039 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-806

D10 1 Oxidized Mercury (Hg++) 5.562 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-806

D10 1 Elemental Mercury (Hg0) 0.926 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-806

D10 1 Total Mercury (Hgt) 6.22 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-806

S12 1 Particulate-bound Mercury (Hgp) 0.318 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-806

S12 1 Oxidized Mercury (Hg++) 6.5 microgram per dry

standard cubic meter ( FALSE 2836 AL-HG-12-806

S12 1 Elemental Mercury (Hg0) 1.993 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-806

S12 1 Total Mercury (Hgt) 8.83 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-1207

D10 1 Total Mercury (Hgt) 2.61 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-1207

D10 2 Total Mercury (Hgt) 2.465 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-1207

D10 3 Total Mercury (Hgt) 2.725 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-1207

D10 4 Total Mercury (Hgt) 3.34 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-10-1207

D10 5 Total Mercury (Hgt) 3.98 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-1207

S12 1 Total Mercury (Hgt) 8.435 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-1207

S12 2 Total Mercury (Hgt) 8.755 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-1207

S12 3 Total Mercury (Hgt) 7.855 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-1207

S12 4 Elemental Mercury (Hg0) 7.765 microgram per dry standard cubic meter ( FALSE 2836 AL-HG-12-1207

S12 5 Total Mercury (Hgt) 7.03 microgram per dry standard cubic meter ( FALSE 8226 CH-32A S1 1 PM10 (Filterable) 0.018 FALSE 8226 CH-32A S1 1 PM (Filterable) 0.023 FALSE 8226 CH-32A S1 1 PM (Condensable) 0.051 FALSE 8226 CH-32A S1 2 PM10 (Filterable) 0.007 FALSE 8226 CH-32A S1 2 PM (Filterable) 0.016 FALSE 8226 CH-32A S1 2 PM (Condensable) 0.029 FALSE 8226 CH-32A S1 3 PM10 (Filterable) 0.004 FALSE 8226 CH-32A S1 3 PM (Filterable) 0.012 FALSE 8226 CH-32A S1 3 PM (Condensable) 0.064 FALSE

Page 113sampling_run_pollutants1

8226 CH-31 S1 1 PM (Filterable) 0.034 FALSE 8226 CH-31 S1 1 PM (Condensable) 0.006 FALSE 8226 CH-31 S1 2 PM (Filterable) 0.032 FALSE 8226 CH-31 S1 2 PM (Condensable) 0.009 FALSE 8226 CH-31 S1 3 PM (Filterable) 0.023 FALSE 8226 CH-31 S1 3 PM (Condensable) 0.009 FALSE 8226 CH-31 S1 4 PM (Filterable) 0.025 FALSE 8226 CH-31 S1 4 PM (Condensable) 0.012 FALSE 8226 PRB20 S1 1 PM (Filterable) 0.0222 FALSE 8226 PRB20 S1 1 PM (Condensable) 0.00192 FALSE 8226 PRB20 S1 2 PM (Filterable) 0.0143 FALSE 8226 PRB20 S1 2 PM (Condensable) 0.002045 FALSE 8226 PRB20 S1 3 PM (Filterable) 0.0149 FALSE 8226 PRB20 S1 3 PM (Condensable) 0.000906 FALSE 8226 CH-46 S1 1 PM10 (Filterable) 0.008 FALSE 8226 CH-46 S1 1 PM (Filterable) 0.006 FALSE 8226 CH-46 S1 1 PM (Condensable) 0.001 FALSE 8226 CH-46 S1 2 PM10 (Filterable) 0.008 FALSE 8226 CH-46 S1 2 PM (Filterable) 0.01 FALSE 8226 CH-46 S1 2 PM (Condensable) 0.004 FALSE 8226 CH-46 S1 3 PM10 (Filterable) 0.009 FALSE 8226 CH-46 S1 3 PM (Filterable) 0.011 FALSE 8226 CH-46 S1 3 PM (Condensable) 0.001 FALSE 8226 CH-31B S1 1 PM10 (Filterable) 0.007 FALSE 8226 CH-31B S1 1 PM (Filterable) 0.007 FALSE 8226 CH-31B S1 1 PM (Condensable) 0.009 FALSE 8226 CH-31B S1 2 PM10 (Filterable) 0.006 FALSE 8226 CH-31B S1 2 PM (Filterable) 0.005 FALSE 8226 CH-31B S1 2 PM (Condensable) 0.001 FALSE 8226 CH-31B S1 3 PM10 (Filterable) 0.006 FALSE 8226 CH-31B S1 3 PM (Filterable) 0.005 FALSE 8226 CH-31B S1 3 PM (Condensable) 0.001 FALSE 8226 CH-23B S1 1 PM10 (Filterable) 0.008 FALSE 8226 CH-23B S1 1 PM (Filterable) 0.001 FALSE 8226 CH-23B S1 1 PM (Condensable) 0.01 FALSE 8226 CH-23B S1 2 PM10 (Filterable) 0.008 FALSE 8226 CH-23B S1 2 PM (Filterable) 0.002 FALSE 8226 CH-23B S1 2 PM (Condensable) 0.014 FALSE 8226 CH-23B S1 3 PM10 (Filterable) 0.01 FALSE 8226 CH-23B S1 3 PM (Filterable) 0.001 FALSE 8226 CH-23B S1 3 PM (Condensable) 0.011 FALSE 2861 N-12 U1 S1 1 PM (Filterable) 0.00483 FALSE 2861 N-12 U1 S1 2 PM (Filterable) 0.00549 FALSE 2861 N-12 U1 S1 3 PM (Filterable) 0.00518 FALSE 2861 N-12 U2 S2 1 PM (Filterable) 0.00631 FALSE 2861 N-12 U2 S2 2 PM (Filterable) 0.00383 FALSE 2861 N-12 U2 S2 3 PM (Filterable) 0.00633 FALSE 2861 N-18 U1 S1 1 PM (Filterable) 0.005 FALSE 2861 N-18 U1 S1 1 PM (Condensable) 0.002 FALSE 2861 N-18 U1 S1 2 PM (Filterable) 0.005 FALSE 2861 N-18 U1 S1 2 PM (Condensable) 0.005 FALSE 2861 N-18 U1 S1 3 PM (Filterable) 0.005 FALSE

Page 114sampling_run_pollutants1

2861 N-18 U1 S1 3 PM (Condensable) 0.005 FALSE 2861 N-18 U2 S2 1 PM (Filterable) 0.005 FALSE 2861 N-18 U2 S2 1 PM (Condensable) 0.004 FALSE 2861 N-18 U2 S2 2 PM (Filterable) 0.005 FALSE 2861 N-18 U2 S2 2 PM (Condensable) 0.004 FALSE 2861 N-18 U2 S2 3 PM (Filterable) 0.005 FALSE 2861 N-18 U2 S2 3 PM (Condensable) 0.004 FALSE 2861 Hg U1 S1 1 Particulate-bound Mercury (Hgp) 0.141 microgram per dry standard cubic meter ( FALSE 2861 Hg U1 S1 1 Oxidized Mercury (Hg++) 0.751 microgram per dry standard cubic meter ( FALSE 2861 Hg U1 S1 1 Elemental Mercury (Hg0) 2.918 microgram per dry standard cubic meter ( FALSE 2861 Hg U1 S1 1 Total Mercury (Hgt) 3.891 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 S2 1 Particulate-bound Mercury (Hgp) 0.206 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 S2 1 Oxidized Mercury (Hg++) 22.376 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 S2 1 Elemental Mercury (Hg0) 3.108 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 S2 1 Total Mercury (Hgt) 26.938 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 1 Particulate-bound Mercury (Hgp) 1.372 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 1 Oxidized Mercury (Hg++) 17.184 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 1 Elemental Mercury (Hg0) 2.533 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 1 Total Mercury (Hgt) 18.71 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 2 Particulate-bound Mercury (Hgp) 7.707 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 2 Oxidized Mercury (Hg++) 21.58 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 2 Elemental Mercury (Hg0) 4.033 microgram per dry standard cubic meter ( FALSE 2861 Hg U2 - 2 S2 2 Total Mercury (Hgt) 13.31 microgram per dry standard cubic meter ( FALSE 3098 E-36 CS-1 1 PM (Filterable) 0.0665 FALSE 3098 E-36 CS-1 1 PM (Condensable) 0.0076 FALSE 3098 E-36 CS-1 2 PM (Filterable) 0.0284 FALSE 3098 E-36 CS-1 2 PM (Condensable) 0.0056 FALSE 3098 E-36 CS-1 3 PM (Filterable) 0.0946 FALSE 3098 E-36 CS-1 3 PM (Condensable) 0.0066 FALSE 3098 E-36 A 1 Total Hydrocarbons (THC) (as Methane) 3.1 parts per million by volume (dry) (ppmvd) FALSE 3098 E-36 A 1 Carbon Monoxide (CO) 310.3 parts per million by volume (dry) (ppmvd) FALSE 3098 E-36 A 2 Total Hydrocarbons (THC) (as Methane) 1.6 parts per million by volume (dry) (ppmvd) FALSE 3098 E-36 A 2 Carbon Monoxide (CO) 299.1 parts per million by volume (dry) (ppmvd) FALSE 3098 E-36 A 3 Total Hydrocarbons (THC) (as Methane) 2 parts per million by

volume (dry) (ppmvd) FALSE 3098 E-36 A 3 Carbon Monoxide (CO) 145.7 parts per million by volume (dry) (ppmvd) FALSE 3098 E-37 CS-1 1 PM (Filterable) 0.021 FALSE 3098 E-37 CS-1 1 PM (Condensable) 0.017 FALSE 3098 E-37 CS-1 2 PM (Filterable) 0.026 FALSE 3098 E-37 CS-1 2 PM (Condensable) 0.009 FALSE 3098 E-37 CS-1 3 PM (Filterable) 0.02 FALSE 3098 E-37 CS-1 3 PM (Condensable) 0.01 FALSE 3098 E-37B CS-1 1 PM (Filterable) 0.031 FALSE 3098 E-37B CS-1 1 PM (Condensable) 0 FALSE 3098 E-37B CS-1 2 PM (Filterable) 0.076 FALSE 3098 E-37B CS-1 2 PM (Condensable) 0.001 FALSE 3098 E-37B CS-1 3 PM (Filterable) 0.054 FALSE 3098 E-37B CS-1 3 PM (Condensable) 0 FALSE 3098 E-37H CS-1 1 PM (Filterable) 0.009 FALSE 3098 E-37H CS-1 1 PM (Condensable) 0.007 FALSE 3098 E-37H CS-1 2 PM (Filterable) 0.01 FALSE 3098 E-37H CS-1 2 PM (Condensable) 0.046 FALSE 3098 E-37H CS-1 3 PM (Filterable) 0.011 FALSE

Page 115sampling_run_pollutants1

3098 E-37H CS-1 3 PM (Condensable) 0.016 FALSE 3098 E-37C CS-1 1 PM (Filterable) 0.018 FALSE 3098 E-37C CS-1 1 PM (Condensable) 0.012 FALSE 3098 E-37C CS-1 2 PM (Filterable) 0.016 FALSE 3098 E-37C CS-1 2 PM (Condensable) 0.007 FALSE 3098 E-37C CS-1 3 PM (Filterable) 0.017 FALSE 3098 E-37C CS-1 3 PM (Condensable) 0.006 FALSE 3098 E-37I CS-1 1 PM (Filterable) 0.016 FALSE 3098 E-37I CS-1 1 PM (Condensable) 0.004 FALSE 3098 E-37I CS-1 2 PM (Filterable) 0.015 FALSE 3098 E-37I CS-1 2 PM (Condensable) 0.003 FALSE 3098 E-37I CS-1 3 PM (Filterable) 0.015 FALSE 3098 E-37I CS-1 3 PM (Condensable) 0.003 FALSE 3098 Hg Diagnostic

CS-1 1 Total Mercury (Hgt) 0.69 microgram per dry standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 2 Particulate-bound Mercury (Hgp) 0.199 microgram per dry standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 2 Oxidized Mercury (Hg++) 0.053 microgram per dry standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 2 Elemental Mercury (Hg0) 1.148 microgram per dry standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 2 Total Mercury (Hgt) 1.4 microgram per dry

standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 3 Particulate-bound Mercury (Hgp) 0.205 microgram per dry standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 3 Oxidized Mercury (Hg++) 0.038 microgram per dry standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 3 Elemental Mercury (Hg0) 1.391 microgram per dry standard cubic meter ( FALSE 3098 Hg Diagnostic

CS-1 3 Total Mercury (Hgt) 1.633 microgram per dry standard cubic meter ( FALSE 8226 CH-63 S1 1 Total Mercury (Hgt) 7.14 microgram per dry standard cubic meter ( FALSE 8226 CH-63 S1 2 Total Mercury (Hgt) 6.625 microgram per dry standard cubic meter ( FALSE 8226 CH-63 S1 3 Total Mercury (Hgt) 6.835 microgram per dry standard cubic meter ( FALSE 8226 CH-63 S1 4 Total Mercury (Hgt) 7.065 microgram per dry standard cubic meter ( FALSE

Page 116sampling_run_pollutants1

em ission_rate

em ission_rate_units

em ission_rate_ND

em ission_rate_MDL

em ission_factor

em ission_factor_units

em ission_factor_ND

em ission_factor_MDL

run_pollutant_comment 29.13 pound per hour (lb/hr)

FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE 144.38 pound per hour (lb/hr)

FALSE 0.084 pound per million British Thermal Unit (lb/MMBtu) FALSE 22.25 pound per hour (lb/hr)

FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE 128.77 pound per hour (lb/hr)

FALSE 0.075 pound per million British Thermal Unit (lb/MMBtu) FALSE 22.44 pound per hour (lb/hr)

FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE 110.02 pound per hour (lb/hr)

FALSE 0.063 pound per million British Thermal Unit (lb/MMBtu) FALSE 27.32 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE 56.42 pound per hour (lb/hr)

FALSE 0.052 pound per million British Thermal Unit (lb/MMBtu) FALSE 31.85 pound per hour (lb/hr)

FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE 29.33 pound per hour (lb/hr)

FALSE 0.005 pound per million British Thermal Unit (lb/MMBtu) FALSE 138.48 pound per hour (lb/hr)

FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE 18.41 pound per hour (lb/hr)

FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE 131.88 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE 19.9 pound per hour (lb/hr)

FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE 82.99 pound per hour (lb/hr)

FALSE 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE 166.31 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE 299.56 pound per hour (lb/hr)

FALSE 0.044 pound per million British Thermal Unit (lb/MMBtu) FALSE 96.12 pound per hour (lb/hr)

FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE 279.31 pound per hour (lb/hr)

FALSE 0.04 pound per million British Thermal Unit (lb/MMBtu) FALSE 91.19 pound per hour (lb/hr)

FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE 276.1 pound per hour (lb/hr)

FALSE 0.039 pound per million British Thermal Unit (lb/MMBtu) FALSE 139.87 pound per hour (lb/hr)

FALSE 0.022 pound per million British Thermal Unit (lb/MMBtu) FALSE 166.64 pound per hour (lb/hr)

FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE 178.47 pound per hour (lb/hr)

FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 0.092 pound per Gigawatt hour (lb/GWh) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 0.08 pound per Gigawatt hour (lb/GWh) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 0.039 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.049 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.108 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 0.061 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.136 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 117sampling_run_pollutants1

FALSE 0.072 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.066 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.048 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.019 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.052 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE 236.71 pound per hour (lb/hr)

FALSE 0.044 pound per million British Thermal Unit (lb/MMBtu) FALSE 20.46 pound per hour (lb/hr)

FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE 152.86 pound per hour (lb/hr)

FALSE 0.028 pound per million British Thermal Unit (lb/MMBtu) FALSE 21.83 pound per hour (lb/hr)

FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE 162.04 pound per hour (lb/hr)

FALSE 0.029 pound per million British Thermal Unit (lb/MMBtu) FALSE 9.84 pound per hour (lb/hr)

FALSE 0.002 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 0.002 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 FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 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 0.015 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 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 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.022 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.019 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.031 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.022 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE 12.77 pound per hour (lb/hr)

FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE 14.61 pound per hour (lb/hr)

FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE 13.77 pound per hour (lb/hr)

FALSE 0.013 pound per million British Thermal Unit (lb/MMBtu) FALSE 16.31 pound per hour (lb/hr)

FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE 8.87 pound per hour (lb/hr)

FALSE 0.008 pound per million British Thermal Unit (lb/MMBtu) FALSE 17.01 pound per hour (lb/hr)

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 0.004 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.012 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 118sampling_run_pollutants1

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 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.008 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 FALSE FALSE FALSE FALSE FALSE FALSE 4.18 pound per trillion British Thermal Unit (lb/1012Btu) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 28.17 pound per trillion British Thermal Unit (lb/1012Btu) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 21.47 pound per trillion British Thermal Unit (lb/1012Btu) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 14.53 pound per trillion British Thermal Unit (lb/1012Btu) FALSE 996 pound per hour (lb/hr)

FALSE 0.169 pound per million British Thermal Unit (lb/MMBtu) FALSE 114 pound per hour (lb/hr)

FALSE 0.0194 pound per million British Thermal Unit (lb/MMBtu) FALSE 428 pound per hour (lb/hr)

FALSE 0.0735 pound per million British Thermal Unit (lb/MMBtu) FALSE 85.1 pound per hour (lb/hr)

FALSE 0.0146 pound per million British Thermal Unit (lb/MMBtu) FALSE 1331 pound per hour (lb/hr)

FALSE 0.244 pound per million British Thermal Unit (lb/MMBtu) FALSE 92.7 pound per hour (lb/hr)

FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE 13.3 pound per hour (lb/hr)

FALSE FALSE 2354 pound per hour (lb/hr)

FALSE FALSE 7 pound per hour (lb/hr)

FALSE FALSE 2283 pound per hour (lb/hr)

FALSE FALSE 8 pound per hour (lb/hr)

FALSE FALSE 1038 pound per hour (lb/hr)

FALSE FALSE FALSE 0.049 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.04 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.061 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.02 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.046 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.08 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.196 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.132 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.019 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.117 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE

Page 119sampling_run_pollutants1

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 0.029 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.037 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.017 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.039 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.014 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.042 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.039 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.04 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.007 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.85 pound per trillion British Thermal Unit (lb/1012Btu) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 1.75 pound per trillion British Thermal Unit (lb/1012Btu) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 2.03 pound per trillion British Thermal Unit (lb/1012Btu) FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE

Page 120sampling_run_pollutants1

run_pollutant_comment

Page 121sampling_run_fuel

facility _id report_id sampling_port_id run_id fuel_pollutant fuel_conc fuel_conc_units fuel_conc_ND

fuel_conc_MDL 2836 AL-HG-10-806

D10 1 Chloride (Cl) 2502 milligramper kilogram (dry) (mg/kg) FALSE 2836 AL-HG-10-806

D10 1 Mercury (Hg) 0.089 milligramper kilogram (dry) (mg/kg) FALSE 2836 AL-HG-12-806

S12 1 Chloride (Cl) 0.074 milligramper kilogram (dry) (mg/kg) FALSE 2836 AL-HG-12-806

S12 1 Mercury (Hg) 748 milligramper kilogram (dry) (mg/kg) FALSE 2861 Hg U1 S1 1 Chloride (Cl) 1410 parts per million (dry) (ppm) FALSE 2861 Hg U1 S1 1 Mercury (Hg) 0.232 parts per million (dry) (ppm) FALSE 2861 Hg U2 S2 1 Chloride (Cl) 1692 parts per million (dry) (ppm) FALSE 2861 Hg U2 S2 1 Mercury (Hg) 0.276 parts per million (dry) (ppm) FALSE 2861 Hg U2 - 2 S2 1 Chloride (Cl) 1922 parts per million (dry) (ppm) FALSE 2861 Hg U2 - 2 S2 1 Mercury (Hg) 0.422 parts per million (dry) (ppm) FALSE 2861 Hg U2 - 2 S2 2 Chloride (Cl) 1422 parts per million (dry) (ppm) FALSE 2861 Hg U2 - 2 S2 2 Mercury (Hg) 0.395 parts per million (dry) (ppm) FALSE 3098 E-37I CS-1 1 Mercury (Hg) 0.159 milligramper kilogram (dry) (mg/kg) FALSE 3098 E-37I CS-1 2 Mercury (Hg) 0.149 milligramper kilogram (dry) (mg/kg) FALSE 3098 E-37I CS-1 3 Mercury (Hg) 0.151 milligramper kilogram (dry) (mg/kg) FALSE 3098 Hg Diagnostic

CS-1 1 Mercury (Hg) 0.134 milligramper kilogram (dry) (mg/kg) FALSE 3098 Hg Diagnostic

CS-1 2 Mercury (Hg) 0.125 milligramper kilogram (dry) (mg/kg) FALSE 3098 Hg Diagnostic

CS-1 3 Mercury (Hg) 0.13 milligramper kilogram (dry) (mg/kg) FALSE 8226 CH-23B S1 1 Mercury (Hg) 0.101 milligramper kilogram (dry) (mg/kg) FALSE 8226 CH-23B S1 2 Mercury (Hg) 0.092 milligramper kilogram (dry) (mg/kg) FALSE 8226 CH-23B S1 3 Mercury (Hg) 0.1 milligramper kilogram (dry) (mg/kg) FALSE 8226 PRB20 S1 1 Mercury (Hg) 0.149 milligramper kilogram (dry) (mg/kg) FALSE 8226 PRB20 S1 2 Mercury (Hg) 0.158 milligramper kilogram (dry) (mg/kg) FALSE 8226 PRB20 S1 3 Mercury (Hg) 0.125 milligramper kilogram (dry) (mg/kg) FALSE

Page 122sampling_run_fuel

fuel_conc_MDL

Page 123