Facility _Information facility _id utility

_code legal_owner_nam e

legl_operator_name

legal_address_ty pe

legal_address

legal_city legal_state legal_zip 6031 4922 Day

ton Power & Light Co.and Duke Energy Ohio, Inc. The Day ton Power & Light Co operator 1065 W oodm an Drive Day ton OH 45432

Page 1Facility _Information plant_nam e

physical_address

phyical_city

physical_state

physical_zip

ma iling_address

ma iling_city

ma iling_state

ma iling_zip Killen Station

14869 US 52

Manchester

OH 45144 14869 US 52 Manchester

OH 45144

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 FALSE TRUE TRUE FALSE

Page 3Facility _Information ff_permitted_petcoke

ff_permitted_other

deviation_reporting

continuous_emissions

cem_provided

facility _note FALSE FALSE Quarterly deviation reports submitted 30 days following the end of each calendar quarter. Yes CAMD in W ashington, OEPA in Columbus, Ohio Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 4Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 5Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 6Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 7Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 8Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 9Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 10Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 11Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 12Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 13Facility _Information Boiler Information - Present Maximum heat input assumed to be at or near nominal heat input.Boiler Information - Capacity factor calculated per ICR definition which is not standard practice for the industry .Boiler Information/Boiler Fuels Tab - 0 was entered into the "percentage on a mass or volume basis" field per ECIR-027.Fuel Shipment Information:  Coal Shipments Origins - Kentucky /W est Virginia- Logan,Kanawah and Mingo Counties - Coalburg and Stockton Seams Illinois - W illiam son County - IL#6 Seam Pennsylvania - Fayette County - Pittsburgh #8 Seam Illinois - Randolph County - IL#6 Seam Illinois - Saline County - IL#6 Seam Kentucky /W est Virginia - Other Various Sources Oil Shipment Origins - Covington KY, Kenton County Day ton OH, Montgomery

County Cincinnati OH, Hamilton County Lebanon OH, W arren County Test Report Data - PM Test 2007,

Page 14facility _contacts facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 6031 2 Environm ental Specialist Paul Schubert

9372597380 paul.schubert@dplinc.com TRUE 6031 3 Environm ental Engineer Jim Stice 9375493911 jim.stice@dplinc.com FALSE

Page 15facility _coal_utilized facility _id coal_ty pe percentage_mass percentage_btu

sy nfuel_ty pe

coal_note 6031 bitum inous 100 100

Page 16facility _oil_utilized facility _id oil_ty pe percentage_volume percentage_btu

other_ty pe 6031 No.2 Fuel Oil (distillate) 100 100

Page 17facility _other_materials facility _id other_material

permitted_burn

actually _burn other_quantity

other_quantity

_units other_note rcra_utilize rcra_explain

Page 18facility _other_materials rcra_explain

Page 19boiler_information

facility _id boiler_id boiler_ty pe boiler_other bottom_design

design_fuel heat_input ma x_heat_input MW e_capacity 6031 2 Wa ll firing - opposed firing Dry Bottom coal 5928 5928 658

Page 20boiler_information

MW e_net_capacity

design_gross_efficiency

operating_gross_efficiency

design_pressure

operating_pressure

design_temp

operating_temp

design_reheat_multiple

design_reheat_temp1 606 89 86 2620 2093 1005 999 FALSE 1005

Page 21boiler_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 982 7736 84 Subpart D FALSE

Page 22boiler_information

NOx_control

SO2_control

combustion_additives Yes No No

Page 23boiler_fuels

facility _id boiler_id fuel_ty pe fuel_year percentage_massvol percentage_btu

other_ty pe 6031 2 coal - bituminous 2007 0 99.8 6031 2 coal - bituminous 2008 0 99.4 6031 2 coal - bituminous 2009 0 99.6 6031 2 oil - distillate 2007 0 0.2 6031 2 oil - distillate 2008 0 0.6 6031 2 oil - distillate 2009 0 0.4

Page 24boiler_control_NOx

facility _id boiler_id NOx_ty pe NOx_other NOx_online 6031 2 Low NOx Burner 10/1/2008

Page 25boiler_control_SO2

facility _id boiler_id SO2_ty pe SO2_other SO2_online

Page 26boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online

Page 27facility _units facility _id unit_id 6031 2

Page 28unit_boilers

facility _id unit_id boiler_id 6031 2 2

Page 29facility _controls facility _id control_id control_group control_ty pe

control_other

legacy _control cntrol_online

control_offline

NOx_reagent 6031 2ESP PM control Electrostatic precipitator, hot side, w/o flue gas conditioning FALSE 6/1/1982 6031 2FGD SO2 control Jet Bubbling Reactor FALSE 6/1/2007 6031 2SCR NOx control Selective Cataly

tic Reduction FALSE 11/1/2003 Other (specify)

Page 30facility _controls reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive Lim estone No Anhydrous Ammonia

Page 31facility _sampling_ports facility _id sampling_port_id 6031 2SP-1

Page 32facility _stacks facility _id stack_id stack_height stack_diameter

sack_gas_velocity 6031 2ST 900 33 29

Page 33configurations

facility _id configuration_id 6031 2-Cleaning 6031 2-Operation

Page 34configuration_components

facility _id configuration_id

component_id

order component_ty pe port_near 6031 2-Cleaning 2 1 Unit 6031 2-Cleaning 2ESP 2 PM control 6031 2-Cleaning 2FGD 5 SO2 control 6031 2-Cleaning 2SCR 3 NOx control 6031 2-Cleaning 2SP-1 4 Sam pling Port next 6031 2-Cleaning 2ST 6 Stack 6031 2-Operation

2 1 Unit 6031 2-Operation

2ESP 2 PM control 6031 2-Operation

2FGD 5 SO2 control 6031 2-Operation

2SCR 3 NOx control 6031 2-Operation

2SP-1 4 Sam pling Port next 6031 2-Operation

2ST 6 Stack

Page 35configuration_pollutants1

facility _id configuration_id

pollutant_nam e

permit_ty pe_1

em lim it_1 em lim it_units_1 avg_period_1

em lim it_2 em lim it_units_2 6031 2-Operation

Nitrogen Oxide (NOx)

Federal - Title V Operating Permit

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

3 hours 6031 2-Operation

Sulfur Dioxide (SO2)

Federal - Title V Operating Permit

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

3 hours 6031 2-Operation

PM (Filterable)

Fderal - Title V Operating Permit

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

3 hours 6031 2-Cleaning PM (Filterable) Fderal - Title V Operating Permit

0.73 pound per hour (lb/hr)

1 hour 0.03 tons per year (tons/y r)

Page 36configuration_pollutants1

avg_period_2

em lim it_3 em lim it_units_3 avg_period_3

em lim it_4 em lim it_units_4 avg_period_4

em lim it_details

test_method PM is periodically

stack tested per permit. Periodic Stack Testing 1 hour Compliance based on calculation from tests that y ielded values used in current calculation. If required, a particulate test will be conducted during the cleaning process. Calculation

Page 37configuration_pollutants1

em rate em rate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping

req_reporting 83 percent by

weight No This is a design specification for the SCR at 83 % . This is not a vendor guarantee. The permittee shall operate and maintain equipment to continuously monitor and record nitrogen oxides emissions from this emissions unit in units of the applicable standard(s). Such continuous monitoring and recording equipment shall comply with the requirem ents 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 permitte shall maintain on-site documentation from the USEPA or the Ohio EPA that the continuous nitrogen oxides 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.The permittee shall maintain records of the following data obtained by the continous nitrogen oxides monitoring system: emissions of nitrogen oxides in lb/mmBtu actual heat input on an hourly average basis, results of daily zero/span calibration checks, and the magnitude calibration adjustments. The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the 1262 pound per hour (lb/hr)

No This is a design specification for the FGD at 97 % or 1262 pounds per hour. This is not a vendor guarantee. The permittee shall operate and maintain equipment to continuously monitor and record sulfur dioxide emissions from this emissions unit in units of the applicable standard(s). Such continuous monitoring and recording equipment shall complywith the requirem ents 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 permitte shall maintain on-site 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.The permittee shall maintain records of the following data obtained by the continous sulfur dioxide monitoring system: emissions of sulfur dioxide in lb/mmBtu actual heat input on an hourly average basis, results of daily zero/span calibration checks, and the magnitude calibration adjustments. The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua 285 pound per hour (lb/hr)

No This is a design specification for the ESP at 99.6 % or 285 pounds per hour. This is not a vendor guarantee. The permittee shall operate and maintain equipment to continuously monitor and record the opacity of the particulate emissions from this emissions unit. Such continuous monitoring and recording equipment shall comply with the requirem ents specified in 40 CFR 60.13.Each continous monitoring system consists of all the equipment used to acquire data and includes the data recording/processing hardware and software. The permittee shall maintain a certification letter from the Ohio EPA documenting that the continuous opacity monitoring system has been certified in accordance with the requirements of 40 CFR Part 60, Appendix B, Performance Specification 1. The letter of certification shall be made available to the Director upon request.The permittee shall maintain records of the following data obtained by the continuous opacity monitoring system: percent opacity on a 6-minute block average basis, results of daily zero/span calibration checks and magnitude of manual calibration adjustments. The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr No No guarantee by any vendor for boiler cleaning. The permittee shall have the liquid waste from the emissions unit cleaning process tested to determine if it is a hazardous waste. Only non-hazardous waste from the cleaning process shall be evaporated in this emissions unit. Any hazardous waste generated from the cleaning process shall be handled, stored, and disposed of in accordance with all State and Federal requirements for hazardous waste. The permittee shall submit the analy tical results of the tests conducted on the liquid waste, pursuant to section A.III.6 above, to the Portsmouth Local Air Agency 5 days prior to the evaporation of the liquid waste in this emissions unit.

Page 38configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr The permittee shall submit the analy tical results of the tests conducted on the liquid waste, pursuant to section A.III.6 above, to the Portsmouth Local Air Agency 5 days prior to the evaporation of the liquid waste in this emissions unit.

Page 39configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr The permittee shall submit the analy tical results of the tests conducted on the liquid waste, pursuant to section A.III.6 above, to the Portsmouth Local Air Agency 5 days prior to the evaporation of the liquid waste in this emissions unit.

Page 40configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 41configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 42configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 43configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 44configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 45configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 46configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 47configuration_pollutants1 The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average nitrogen oxides values in excess of the applicable nitrogen oxides emission rate (lb/mmBtu).The reports shall also document any continous nitrogen oxides monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issions unit was on line shall be included in the The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting documenting the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of all 3-hour average sulfur dioxide values in excess of the applicable sulfur dioxide emission rate (lb/mmBtu).The reports shall also document any continous sulfur dioxide monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and control equipment malfunctions. The total operating time of the emissions unit and the total operating time of the analyzer while the em issins unit was on line shall be included in the qua The permittee shall submit reports (hardcopy or electronic format) within 30 days following the end of each calendar quarter to the Portsmouth Local Air Agency documenting all instances of opacity values in excess of the limitations specified in 40 CFR Part 60.42(a)(2) and OAC rule 3745-17-07, detailing the date, commencement and completion times, duration, magnitude (percent opacity ), reason (if known), and corrective action(s) taken (if any ) of each 6-minute block average above the applicable opactiy lim itation(s).The reports shall also identify andy excursions of the sart-up and shutdown provisions specified in OAC rule 3745-17-07(A)(3) and document any continuous opacity

monitoring system downtime while the emissions unit was on line (date, time, duration and reason), along with any corrective action(s) taken. The permittee shall provide the emissions unit operating time during the reporting period and the date, time reason, and corrective action(s) taken for each time period of emissions unit and contr

Page 48control_technologies

facility _id configuration_id

component_id

control_id project_title project_ty pe vendor_name

vndor_contact

vendor_phone

Page 49control_technologies

vendor_address

vndor_city

vendor_state

vendor_zip actual_start_date projected_start_date

end_date sorbent chemical_additive

Page 50control_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 51control_technologies feed_rate_units

Page 52control_coal_ranks

facility _id configuration_id

component_id

control_id coal_ty pe

Page 53control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_nam e

Page 54control_costs

facility _id configuration_id

component_id

control_id boiler_retrofit boiler_new_install

total_capital_investm ent

total_operating_costs

base_year

Page 55control_costs

CBI

Page 56mi sc_controls

facility _id mi sc_control_id

control_description

Page 57mi sc_control_configurations

facility _id mi sc_control_id

configuration_id

Page 58fuel_shipments

facility _id shipment_id

shipment_date

am ount_received

am ount_units

fuel_ty pe state_country other_country

county 6031 01 January

Coal 1/1/2009 154179 short tons (2000 lbs) coal 6031 02 Feb Coal 2/1/2009 263438 short tons (2000 lbs) coal 6031 03 March Coal

3/1/2009 243158 short tons (2000 lbs) coal 6031 04 April Coal 4/1/2009 172925 short tons (2000 lbs) coal 6031 05 May

Coal 5/1/2009 140099 short tons (2000 lbs) coal 6031 06 June Coal 6/1/2009 126372 short tons (2000 lbs) coal 6031 07 July

Coal 7/1/2009 130022 short tons (2000 lbs) coal 6031 08 August Coal

8/1/2009 154283 short tons (2000 lbs) coal 6031 09 Sept Coal 9/1/2009 140818 short tons (2000 lbs) coal 6031 10 October Coal

10/1/2009 129386 short tons (2000 lbs) coal 6031 11Novem ber Coal

11/1/2009 104112 short tons (2000 lbs) coal 6031 12December Coal

12/1/2009 113625 short tons (2000 lbs) coal 6031 13 January

Oil 1/1/2009 385 short tons (2000 lbs) oil 6031 14 February

Oil 2/1/2009 550 short tons (2000 lbs) oil 6031 15 March Oil 3/1/2009 163 short tons (2000 lbs) oil 6031 16 April Oil 4/1/2009 218 short tons (2000 lbs) oil 6031 17 May

Oil 5/1/2009 488 short tons (2000 lbs) oil 6031 18 July

Oil 7/1/2009 540 short tons (2000 lbs) oil 6031 19 Sept Oil 9/1/2009 407 short tons (2000 lbs) oil 6031 20 Novem ber Oil

11/1/2009 1088 short tons (2000 lbs) oil 6031 21 December Oil

12/1/2009 871 short tons (2000 lbs) oil

Page 59fuel_shipments

coal_seam shipment_method

Barge Barge Barge Barge Barge Barge Barge Barge Barge Barge Barge Barge Trucks Trucks Trucks Trucks Trucks Trucks Trucks Trucks Trucks

Page 60fuel_shipment_configurations

facility _id shipment_id

configuration_id 6031 01 January

Coal 2-Operation 6031 02 Feb Coal

2-Operation 6031 03 March Coal

2-Operation 6031 04 April Coal

2-Operation 6031 05 May

Coal 2-Operation 6031 06 June Coal

2-Operation 6031 07 July

Coal 2-Operation 6031 08 August Coal

2-Operation 6031 09 Sept Coal

2-Operation 6031 10 October Coal

2-Operation 6031 11Novem ber Coal

2-Operation 6031 12December Coal

2-Operation 6031 13 January

Oil 2-Operation 6031 14 February

Oil 2-Operation 6031 15 March Oil

2-Operation 6031 16 April Oil 2-Operation 6031 17 May

Oil 2-Operation 6031 18 July

Oil 2-Operation 6031 19 Sept Oil 2-Operation 6031 20 Novem ber Oil

2-Operation 6031 21 December Oil

2-Operation

Page 61fuel_shipment_samples

facility _id shipment_id

sample_id am ount_fuel am ount_fuel_units

total_sulfur ash_content heating_value

hating_units 6031 01 January

Coal CER-141 1643.7 tons 0.95 13.3 13030 Btu/lb 6031 01 January

Coal CER-1813 2090.57 tons 0.98 14.31 12781 Btu/lb 6031 01 January

Coal CER-2011 2026.58 tons 0.84 13.98 12911 Btu/lb 6031 01 January

Coal CER-7052 1745.17 tons 0.97 14.57 12890 Btu/lb 6031 01 January

Coal CER-71083 1904.8 tons 0.97 13.49 12994 Btu/lb 6031 01 January

Coal KCT-2117 1568.8 tons 1.14 11.31 12980 Btu/lb 6031 01 January

Coal KCT-5012 1648.07 tons 1.13 12.22 12948 Btu/lb 6031 01 January

Coal KCT-5652 1640.88 tons 1.12 11.81 12962 Btu/lb 6031 01 January

Coal KCT-5692 1707.4 tons 1.07 11.08 13005 Btu/lb 6031 01 January

Coal KCT-8168 1586.92 tons 1.11 11.7 13086 Btu/lb 6031 01 January

Coal LEG-1574 1702.07 tons 2.74 9.15 13113 Btu/lb 6031 01 January

Coal MTV-607 - 2206

6958.85 tons 3.16 9.01 13252 Btu/lb 6031 02 Feb Coal

CER-7053 1781.27 tons 1.06 13.95 12880 Btu/lb 6031 02 Feb Coal

CER-8163 1586.82 tons 0.86 13.24 13078 Btu/lb 6031 02 Feb Coal

COO-804 1589 tons 2.95 8.34 13446 Btu/lb 6031 02 Feb Coal

MTV-1711-81022

8731.35 tons 3.1 8.44 13261 Btu/lb 6031 02 Feb Coal

RVW -401 1.14 12.04 12958 Btu/lb 6031 03 March Coal

CER-4894 1749.52 tons 0.99 13.72 12991 Btu/lb 6031 03 March Coal

LEG-5578 1695.33 tons 2.98 9.46 12994 Btu/lb 6031 05 May

Coal CER-2251 1972.97 tons 1.07 14.33 12884 Btu/lb 6031 05 May

Coal EMP-5187 1646.8 tons 2.91 9.11 13300 Btu/lb 6031 05 May

Coal ING-1919 1743.14 tons 2.7 9.61 12988 Btu/lb 6031 05 May

Coal ING-1971 1749.42 tons 2.76 10.05 12920 Btu/lb 6031 05 May

Coal ING-2011 1816.27 tons 0.89 14.17 12878 Btu/lb 6031 05 May

Coal ING-2133 1737.36 tons 2.87 9.88 12982 Btu/lb 6031 05 May

Coal ING-2329 1751.53 tons 2.8 8.65 13160 Btu/lb 6031 05 May

Coal INO-81044 1691.99 tons 2.42 8.67 13115 Btu/lb 6031 05 May

Coal INO-81073 1702.07 tons 2.79 8.71 13139 Btu/lb 6031 07 July

Coal CER-1807 1951.03 tons 1.01 13.64 12966 Btu/lb 6031 07 July

Coal EMP-5575 1826 tons 2.87 9.35 13293 Btu/lb 6031 08 August Coal

CER-1707 1683.85 tons 1.11 10.87 13622 Btu/lb 6031 08 August Coal

EMP-2232 1987.9 tons 2.96 9.39 13262 Btu/lb 6031 08 August Coal

EMP-4920A 796.8 tons 2.78 9.3 13248 Btu/lb 6031 08 August Coal

EMP-5103 1608.7 tons 2.9 8.95 13297 Btu/lb 6031 09 Sept Coal

CER-1912 1880.2 tons 1.1 13.96 12891 Btu/lb 6031 09 Sept Coal

CER-4411 1841.75 tons 1.11 13.16 13027 Btu/lb 6031 09 Sept Coal

EMP-001 1643.5 tons 2.94 8.9 13350 Btu/lb 6031 09 Sept Coal

EMP-1587 1641.5 tons 2.75 8.83 13338 Btu/lb 6031 09 Sept Coal

EMP-1626 1806.4 tons 3.04 8.89 13341 Btu/lb 6031 09 Sept Coal

EMP-2091 1970.8 tons 2.91 9.13 13276 Btu/lb 6031 09 Sept Coal

EMP-2165 1806.3 tons 2.77 8.88 13343 Btu/lb 6031 09 Sept Coal

EMP-4584 1807.3 tons 2.78 8.76 13346 Btu/lb 6031 09 Sept Coal

EMP-4606 1835.9 tons 2.93 8.75 13379 Btu/lb 6031 09 Sept Coal

EMP-4760 1746.1 tons 2.84 8.97 13345 Btu/lb 6031 09 Sept Coal

EMP-5039 1627 tons 2.89 8.76 13372 Btu/lb 6031 09 Sept Coal

EMP-5083 1617.4 tons 2.66 8.7 13383 Btu/lb 6031 09 Sept Coal

EMP-5148 1695.5 tons 3 9.04 13315 Btu/lb 6031 09 Sept Coal

EMP-5580 1566.6 tons 2.84 8.84 13348 Btu/lb 6031 09 Sept Coal

EMP-5586 1906.8 tons 2.9 8.56 13402 Btu/lb 6031 09 Sept Coal

EMP-5662 1595.5 tons 2.88 9.06 13321 Btu/lb 6031 09 Sept Coal

GRT-3979 1632 tons 2.83 10.67 13043 Btu/lb Page 62fuel_shipment_samples

6031 09 Sept Coal

LEG-5122 1587.4 tons 3.17 10.08 12896 Btu/lb 6031 09 Sept Coal

LEG-71057 1594.87 tons 2.91 9.75 12966 Btu/lb 6031 10 October Coal

ARG-2287 1906.57 tons 0.9 13.24 12820 Btu/lb 6031 10 October Coal

EMP-13505 2025.5 tons 2.79 9.07 13279 Btu/lb 6031 10 October Coal

EMP-1581 1675.9 tons 2.98 9.55 13215 Btu/lb 6031 10 October Coal

EMP-1695 1853.4 tons 2.74 9.05 13304 Btu/lb 6031 10 October Coal

EMP-1922 1924.5 tons 2.87 9 13302 Btu/lb 6031 10 October Coal

EMP-2044 1952.9 tons 2.82 8.99 13306 Btu/lb 6031 10 October Coal

EMP-5119 1609.4 tons 2.77 8.99 13311 Btu/lb 6031 10 October Coal

LEG-13621 1758.48 tons 3.07 9.75 12942 Btu/lb

Page 63fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_ty pe

supplier_name

supplier_address 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1900 parts per million (dry) (ppm) contractual obligations Fuel supplier 1600 parts per million (dry) (ppm) contractual obligations Fuel supplier 700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1600 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1600 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1600 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1800 parts per million (dry) (ppm) contractual obligations Fuel supplier 0.03 percent (dry) (%) other (please specify) quality check Other 0.05 percent (dry) (%) other (please specify) quality check Other other (please specify)

quality check Other 0.08 percent (dry) (%) other (please specify) quality check Other 0.02 percent (dry) (%) other (please specify) quality check Other 0.06 percent (dry) (%) other (please specify) quality check Other 0.04 percent (dry) (%) other (please specify) quality check Other 400 parts per million (dry) (ppm) contractual obligations Fuel supplier 700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1800 parts per million (dry) (ppm) contractual obligations Fuel supplier 600 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 800 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1400 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1400 parts per million (dry) (ppm) contractual obligations Fuel supplier 600 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1400 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1400 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1400 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1400 parts per million (dry) (ppm) contractual obligations Fuel supplier 300 parts per million (dry) (ppm) contractual obligations Fuel supplier 1400 parts per million (dry) (ppm) contractual obligations Fuel supplier Page 64fuel_shipment_samples

1800 parts per million (dry) (ppm) contractual obligations Fuel supplier 2000 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 500 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1700 parts per million (dry) (ppm) contractual obligations Fuel supplier 1300 parts per million (dry) (ppm) contractual obligations Fuel supplier

Page 65fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_nam e lab_address lab_city lab_state lab_zip analysis_copies No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No No Page 66fuel_shipment_samples No No No No No No No No No No

Page 67fuel_shipment_samples analysis_copies

Page 68fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL 6031 05 May

Coal ING-1919 Mercury

(Hg) 0.057 parts per million (dry ) (ppm) FALSE 6031 05 May

Coal ING-1971 Mercury

(Hg) 0.139 parts per million (dry ) (ppm) FALSE 6031 05 May

Coal ING-2011 Mercury

(Hg) 0.071 parts per million (dry ) (ppm) FALSE 6031 05 May

Coal ING-2133 Mercury

(Hg) 0.061 parts per million (dry ) (ppm) FALSE 6031 05 May

Coal ING-2329 Mercury

(Hg) 0.058 parts per million (dry ) (ppm) FALSE 6031 05 May

Coal INO-81044 Mercury

(Hg) 0.064 parts per million (dry ) (ppm) FALSE 6031 05 May

Coal INO-81073 Mercury

(Hg) 0.059 parts per million (dry ) (ppm) FALSE

Page 69test_reports

facility _id report_id report_ty pe other_ty pe report_description report_begin_date

report_end_date

before_control

during_deviation 6031 Hg Test 2007 Stack

other Engineering information gathering. Outlet stack sample only . Test consisted of three two hour paired Method 30B sampling runs at the outlet stack test location performed on June 12, 2008.

######## ######## No No 6031 Hg Test 2008 Port 1

other Engineering information gathering. Inlet to FGD Unit sample only . Test consisted of three one hour paired Method 30 b sampling runs at the inlet FGD Unit test location performed on June 11, 2008.

6/11/2008 6/11/2008 Yes No 6031 Hg Test 2008 Stack

other Engineering information gathering. Outlet stack sample only . Test consisted of three one hour paired Method 30B sampling runs at the outlet stack test location performed on June 11, 2008.

6/11/2008 6/11/2008 No No 6031 PM Test 2005

compliance The purpose of this test program was to demonstrate compliance with applicable PM emissions limits. Periodic testing is required by current permit. 5/24/2005 5/24/2005 No No 6031 PM Test 2007

compliance The purpose of this test program was to demonstrate compliance with applicable PM emissions limits. Periodic testing is required by current permit. 7/10/2007 7/10/2007 No No

Page 70test_reports

deviation_reports No No No No No

Page 71test_report_configurations

facility _id report_id configuration_id 6031 Hg Test 2007 Stack

2-Operation 6031 Hg Test 2008 Port 1

2-Operation 6031 Hg Test 2008 Stack

2-Operation 6031 PM Test 2005

2-Operation 6031 PM Test 2007

2-Operation

Page 72test_report_fuels

facility _id report_id fuel_id 6031 Hg Test 2007 Stack

Bitum inous 2007-2 6031 Hg Test 2008 Port 1

Bitum inous 2008 6031 Hg Test 2008 Stack

Bitum inous 2008-2 6031 PM Test 2005

Bitum inous 2005 6031 PM Test 2007

Bitum inous 2007

Page 73test_report_fuel_ty pes

facility _id report_id fuel_id fuel_ty pe percentage_massvol percentage_btu

other_ty pe 6031 Hg Test 2007 Stack

Bitum inous 2007-2

coal - bituminous 100 100 6031 Hg Test 2008 Port 1

Bitum inous 2008

coal - bituminous 100 100 6031 Hg Test 2008 Stack

Bitum inous 2008-2

coal - bituminous 100 100 6031 PM Test 2005

Bitum inous 2005

coal - bituminous 100 100 6031 PM Test 2007

Bitum inous 2007

coal - bituminous 100 100

Page 74cem_data

facility _id tim e_period

cem_period_description 6031 2005-Present, (PM 2008-Present)

NOx, CO2, SO2, Opacity ,and Particulate CEMS

Page 75cem_data_pollutants1

facility _id tim e_period

pollutant_nam e 6031 2005-Present, (PM 2008-Present)

PM (Filterable) 6031 2005-Present, (PM 2008-Present)

Nitrogen Oxide (NOx) 6031 2005-Present, (PM 2008-Present)

Sulfur Dioxide (SO2)

Page 76test_report_sampling

facility _id report_id sampling_port_id point_differ point_description befre_SO2_device

point_orientation

normal_by pass_percent

testing_by pass_percent 6031 Hg Test 2007 Stack

2ST No Sam pling port within stack. No 6031 Hg Test 2008 Port 1

2SP-1 No Sam ple port at inlet of the FGD Unit. Yes C 0 0 6031 Hg Test 2008 Stack

2ST No Sam pling port within stack. No 6031 PM Test 2005

2ST No Sam pling port within stack. No 6031 PM Test 2007

2ST No Sam pling port within stack. No

Page 77test_report_sampling

fg_fraction Flue gas is not split or manifolded at this sample location. Flue gas is not split or manifolded at this sample location. Flue gas is not split or manifolded at this sample location. Flue gas is not split or manifolded at this sample location. Flue gas is not split or manifolded at this sample location.

Page 78sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetim e

unit_load net_generation fg_moisture_content 6031 Hg Test 2007 Stack

2ST 1 ######## ######## 6031 Hg Test 2007 Stack

2ST 2 ######## ######## 6031 Hg Test 2007 Stack

2ST 3 ######## ######## 6031 Hg Test 2008 Port 1

2SP-1 1 6/11/2008 6/11/2008 6031 Hg Test 2008 Port 1

2SP-1 2 6/11/2008 6/11/2008 6031 Hg Test 2008 Port 1

2SP-1 3 6/11/2008 6/11/2008 6031 Hg Test 2008 Stack

2ST 1 6/11/2008 6/11/2008 643 6031 Hg Test 2008 Stack

2ST 2 6/11/2008 6/11/2008 643 6031 Hg Test 2008 Stack

2ST 3 6/11/2008 6/11/2008 643 6031 PM Test 2005

2ST 1 5/24/2005 5/24/2005 632 5.8 6031 PM Test 2005

2ST 2 5/24/2005 5/24/2005 628 4.8 6031 PM Test 2005

2ST 3 5/24/2005 5/24/2005 630 5.2 6031 PM Test 2007

2ST 1 7/10/2007 7/10/2007 646 12.2 6031 PM Test 2007

2ST 2 7/10/2007 7/10/2007 644 14.1 6031 PM Test 2007

2ST 3 7/10/2007 7/10/2007 644 13.9

Page 79sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature

1628990 dscfm 9.2 12.3 281.8 1641222 dscfm 9 12.2 283.7 1641209 dscfm 9.3 12.5 283.2 1720783 dscfm 5 13.8 125 2217029 dscfm 5.8 13.4 125.8 1637007 dscfm 5.4 13.6 125.8

Page 80sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value Method 30B Method 30B Method 30B Method 30B

None Method 30B

Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. Method 30B

Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. Method 30B

Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. 0.9886 Method 1,2,3,4 and 17 Corrected sample volumes were below the minimum required sample volume of 30 cu. ft corrected to standard conditions. The average corrected sample volume of the three test runs was 29.25 cu. ft. Test acceptable for compliance report submission per OEPA.

Bitum inous 2005 632 460000 13.91 12088 0.9886 Method 1,2,3,4 and 17 Corrected sample volumes were below the minimum required sample volume of 30 cu. ft corrected to standard conditions. The average corrected sample volume of the three test runs was 29.25 cu. ft. Test acceptable for compliance report submission per OEPA.

Bitum inous 2005 628 500000 13.81 11975 0.9886 Method 1,2,3,4 and 17 Corrected sample volumes were below the minimum required sample volume of 30 cu. Ft corrected to standard conditions. The average corrected sample volume of the three test runs was 29.25 cu. Ft. Test acceptable for compliance report submission per OEPA.

Bitum inous 2005 630 502000 13.58 11990 0.9625 Method 1,2,3 and 5B None noted.

Bitum inous Coal 2007

646 519500 14.24 12575 0.9625 Method 1,2,3 and 5B Run 2 failed the post test leak check with a 0.03 cfm leak rate. The volume was adjusted to compensate for the system leak per section 12.3 of Method 5.

Bitum inous Coal 2007

644 507600 12.73 12788 0.9625 Method 1,2,3 and 5B None noted.

Bitum inous Coal 2007

644 500300 12.51 12880

Page 81sampling_runs

fuel_sulfur

Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. 0.72 0.73 0.75 0.99 1.03 0.99

Page 82sampling_runs

Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled. Test exceptions: Tests did not run long enough to capture the minimum required volume of sample per the test method requirement. The sample spike used did not meet the test method requirement of 50%-150% of the range of the mercurysampled.

Page 83sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_nam e conc conc_units conc_ND conc_MDL 6031 PM Test 2005

2ST 1 PM (Filterable) FALSE 6031 PM Test 2005

2ST 2 PM (Filterable) FALSE 6031 PM Test 2005

2ST 3 PM (Filterable) FALSE 6031 Hg Test 2008 Port 1

2SP-1 1 Total Mercury (Hgt) 8.34 mi crogram per dry standard cubic meter ( FALSE 6031 Hg Test 2008 Stack

2ST 1 Total Mercury (Hgt) 0.34 mi crogram per dry standard cubic meter ( FALSE 6031 Hg Test 2007 Stack

2ST 1 Total Mercury (Hgt) 2.53 mi crogram per dry standard cubic meter ( FALSE 6031 Hg Test 2007 Stack

2ST 2 Total Mercury (Hgt) 2.84 mi crogram per dry standard cubic meter ( FALSE 6031 Hg Test 2007 Stack

2ST 3 Total Mercury (Hgt) 2.75 mi crogram per dry standard cubic meter ( FALSE 6031 Hg Test 2008 Stack

2ST 2 Total Mercury (Hgt) 0.32 mi crogram per dry standard cubic meter ( FALSE 6031 Hg Test 2008 Stack

2ST 3 Total Mercury (Hgt) 0.3 mi crogram per dry

standard cubic meter ( FALSE 6031 Hg Test 2008 Port 1

2SP-1 2 Elem ental Mercury (Hg0) 6.73 mi crogram per dry standard cubic meter ( FALSE 6031 Hg Test 2008 Port 1

2SP-1 3 Total Mercury (Hgt) 6.67 mi crogram per dry standard cubic meter ( FALSE 6031 PM Test 2007

2ST 1 PM (Filterable) FALSE 6031 PM Test 2007

2ST 2 PM (Filterable) FALSE 6031 PM Test 2007

2ST 3 PM (Filterable) FALSE

Page 84sampling_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 236.404 pound per hour (lb/hr)

FALSE 0.0423 pound per million British Thermal Unit (lb/MMBtu) FALSE Concentration is 0.0169 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. 186.923 pound per hour (lb/hr)

FALSE 0.0326 pound per million British Thermal Unit (lb/MMBtu) FALSE Concentration is 0.0133 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. 188.981 pound per hour (lb/hr)

FALSE 0.0338 pound per million British Thermal Unit (lb/MMBtu) FALSE Concentration is 0.0134 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE FALSE 125.975 pound per hour (lb/hr)

FALSE 0.0157 pound per million British Thermal Unit (lb/MMBtu) FALSE Concentration is 0.0085 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. 132.816 pound per hour (lb/hr)

FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE Concentration is 0.0094 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. 185.677 pound per hour (lb/hr)

FALSE 0.0246 pound per million British Thermal Unit (lb/MMBtu) FALSE Concentration is 0.0132 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input.

Page 85sampling_run_pollutants1 run_pollutant_comment Concentration is 0.0169 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. Concentration is 0.0133 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. Concentration is 0.0134 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input.

Concentration is 0.0085 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. Concentration is 0.0094 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input. Concentration is 0.0132 grains/dscf. Emission factor is Fd or fuel factor and not Heat Input.

Page 86sampling_run_fuel

facility _id report_id sampling_port_id run_id fuel_pollutant fuel_conc fuel_conc_units fuel_conc_ND

fuel_conc_MDL

Page 87sampling_run_fuel fuel_conc_MDL

Page 88