Facility _Information

facility _id utility

_code legal_owner_nam e

legl_operator_name

legal_address_type

legal_address

legal_city legal_state legal_zip 56224 56224 Newmont Nevada Energy Investment LLC DTE Energy

Services legal owner910 Dunphy Ranch Road Battle Mountain

NV 89820

Page 1Facility _Information

plant_nam e

physical_address

phyical_city

physical_state

physical_zip

mailing_address

mailing_city

mailing_state

mailing_zip TS Power Plant

950 TS Power Plant Road

Battle Mountain

NV 89820 910 Dunphy Ranch Road Battle Mountain

NV 89820

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 Don't Know 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 24 hour notification of deviation, follow-up report within 15 days Yes Hourly

Hg CEMs Data is being submitted to Nevada Div. of Environmental Protection - Bureau of Air Pollution Control on a Quarterly Basis, reporting began 3rd Qtr, 2008 and continues to date Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 4Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 5Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 6Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 7Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 8Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 9Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 10Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 11Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 12Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 13Facility _Information

Coal Shipm ents are not routinely sampled for HAPs, No HAP Analysis were conducted in 2009Oil shipments are not sampled for HAPsThe facility is permited for fuel oil combustion only during startup, shutdown and flame stabilization.CaCl is added at the coal feeders as a combustion additive to increase halogen content and improve mercury removal.Spray

Dry Absorber uses a mixture of lime and recycled fly ash as a sorbent.TS Power Plant is a new facility that began commercial operations in June 1, 2008. First fire on oil was in November, 2007. A very small amount of fuel oil was burned in 2007 (2,429 barrels) for testing purposes. First fire on coal was January, 2008. The period January - June, 2008 was largely commissioning (steam blows, boiler tuning, etc.) with with an inordinate amount of distillate fuel oil burned relative to coal.Average Capacity factor is determined from the period of first commercial operations (June 1, 2008) through December 31, 2009, a period of 19 months.

Page 14facility _contacts

facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 56224 1 Environm ental Manager Dennis Laybourn

7756356590

7753041141

dennis.laybourn@newmont.com

TRUE 56224 2 Regional Energy Manager John Seeliger

7756356596

7753040554

john.seeliger@newmont.com

FALSE

Page 15facility _coal_utilized

facility _id coal_type percentage_mass percentage_btu

synfuel_type

coal_note 56224 subbituminous 100 100

Page 16facility _oil_utilized

facility _id oil_type percentage_volume percentage_btu

other_type 56224 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_type boiler_other bottom_design

design_fuelheat_input max_heat_input MWe_capacity 56224 BLR100 Wall firing - opposed firing Dry Bottom coal 2093 2112 242

Page 20boiler_information

MWe_net_capacity

design_gross_efficiency

operating_gross_efficiency

design_pressure

operating_pressure

design_temp

operating_temp

design_reheat_multiple

design_reheat_temp1 218 87 87.1 2415 2500 1055 1005 FALSE 1055

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 1050 7301 66.31 Subpart Da(2) FALSE

Page 22boiler_information

NOx_control

SO2_control

combustion_additives Yes Yes Yes

Page 23boiler_fuels

facility _id boiler_id fuel_type fuel_year percentage_massvol percentage_btu

other_type 56224 BLR100 coal - subbituminous 2008 0 98.3 56224 BLR100 coal - subbituminous 2009 0 99.5 56224 BLR100 oil - distillate 2007 100 100 56224 BLR100 oil - distillate 2008 0 1.7 56224 BLR100 oil - distillate 2009 0 0.5

Page 24boiler_control_NOx

facility _id boiler_id NOx_type NOx_other NOx_online 56224 BLR100 Low NOx Burner 3/1/2008 56224 BLR100 Overfire Air 3/1/2008

Page 25boiler_control_SO2

facility _id boiler_id SO2_type SO2_other SO2_online 56224 BLR100 Low Sulfur Coal 3/1/2008

Page 26boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online 56224 BLR100 Additive use for mercury control (e.g., bromine) 3/1/2008

Page 27facility _units

facility _id unit_id 56224 56224

Page 28unit_boilers

facility _id unit_id boiler_id 56224 56224 BLR100

Page 29facility _controls

facility _id control_id control_group control_type

control_other

legacy _control cntrol_online

control_offline

NOx_reagent 56224 BH1 PM control Fabric Filter, pulse FALSE 1/1/2008 56224 NOx1 NOx control Selective Cataly

tic Reduction FALSE 3/1/2008 Am monia 56224 PAC1 Other control Activated carbon injection FALSE 3/1/2008 56224 SDA1 SO2 control Spray dryer type FALSE 3/1/2008

Page 30facility _controls

reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive

19

Lim e No

Page 31facility _sampling_ports

facility _id sampling_port_id 56224 INLTPRT1 56224 STKPRT1 56224 STKPRT2 56224 STKPRT3 56224 STKPRT4 56224 STKPRT5

Page 32facility _stacks

facility _id stack_id stack_height stack_diameter

sack_gas_velocity 56224 STK1 358 15.93 66

Page 33configurations

facility _id configuration_id 56224 TSPower

Page 34configuration_components

facility _id configuration_id

component_id

order component_type port_near 56224 TSPower 56224 1 Unit 56224 TSPower BH1 5 PM control 56224 TSPower NOx1 2 NOx control 56224 TSPower PAC1 3 Other control 56224 TSPower SDA1 4 SO2 control 56224 TSPower STK1 6 Stack

Page 35configuration_pollutants1

facility _id configuration_id

pollutant_nam e

permit_type_1

em lim it_1 em lim it_units_1 avg_period_1

em lim it_2 em lim it_units_2 56224 TSPower PM (total) State - Permit to Contruct 77.1 pound per hour (lb/hr)

1 hour 337.9 tons per year (tons/yr) 56224 TSPower PM10 (Filterable) State - Permit to Contruct

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

24 hours 106.7 tons per year (tons/yr) 56224 TSPower PM (Filterable) State - Permit to Contruct

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

24 hours 106.7 tons per year (tons/yr) 56224 TSPower PM10 (total) State - Permit to Contruct

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

1 hour 337.9 tons per year (tons/yr) 56224 TSPower Sulfur State - Permit to Contruct 1218 pound per hour (lb/hr)

1 hour 56224 TSPower Sulfur Dioxide (SO2) State - Permit to Contruct

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

24 hours 192.9 pound per hour (lb/hr) 56224 TSPower Nitrogen Oxide (NOx) State - Permit to Contruct

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

24 hours 595.7 tons per year (tons/yr) 56224 TSPower Carbon Monoxide (CO) State - Permit to Contruct

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

24 hours 304.5 pound per hour (lb/hr) 56224 TSPower VOCs State - Permit to Contruct 8.1 pound per hour (lb/hr)

1 hour 56224 TSPower Lead (Pb) State - Permit to Contruct 0.05 pound per hour (lb/hr)

1 hour 56224 TSPower Total Mercury (Hgt) State - Permit to Contruct

0.02 pound per Gigawatt hour (lb/GW h)

24 hours 56224 TSPower Hydrogen Fluoride (HF) State - Permit to Contruct

1.17 pound per hour (lb/hr)

1 hour 56224 TSPower Hydrogen Chloride (HCl) State - Permit to Contruct

1.27 pound per hour (lb/hr)

1 hour 56224 TSPower Sulfuric Acid State - Permit to Contruct

2.06 pound per hour (lb/hr)

1 hour

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 24 hours 5 w/ backhalf catch 24 hours 5 or 201A 24 hours 5 24 hours 5 w/ backhalf catch

3 hours 800.2 tons per year (tons/yr) 24 hours Based on combusting coal with S content of fuel >0.45% (30 day rolling period) 24 hours 3 hours 1334 tons per year (tons/yr) During Normal Boiler Operations During Normal Boiler Operations

Lim it Based on 12 mo rolling average

Permit Limit is for sulfuric acid mist

Page 37configuration_pollutants1

em rate em rate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping

req_reporting 0.038 pound per million British Thermal Unit (lb/MMBtu)

No Annual Em ission test Report Emission Test Results, derive emission factor: lbs/ton coal 0.012 pound per million British Thermal Unit (lb/MMBtu)

No Guarantee based on Method 5B test method temperatures, as allowed in permit. Annual Em ission test Report emission test results, derive emission factor : lbs/ton coal 0.012 pound per million British Thermal Unit (lb/MMBtu)

No Guarantee based on Method 5B test temperatures - as allowed in permitn Annual Em ission test Report emission testing results, derive emission factor lb/ton coal 0.038 pound per million British Thermal Unit (lb/MMBtu)

No Annual Em ission test Report Emission Test Results, Derive emission factor lbs/ton coal 96.45 pound per hour (lb/hr)

No Derived from SO2 Monitoring 0.05 pound per million British Thermal Unit (lb/MMBtu)

No Wh ile combusting coal with sulfur content between 0.275 and 0.5 pounds/mmBTU CEMs; Annual Emission test

Data Acquisition System

Part 75 (ARP) 0.067 pound per million British Thermal Unit (lb/MMBtu)

No Guarantee based on Method 7E CEMs; Annual Emission test

Data Acquisition System

Part 75 (ARP) 0.15 pound per million British Thermal Unit (lb/MMBtu)

Yes Vendor also guarantees limit of 304.5 lbs/hr CEMs; Annual Emission test

Data Acquisition System

Report Emission Test Results 8.1 pound per hour (lb/hr)

No mass emission rate of 304.5 lb/hr Annual Em ission test Report Emission Test Results 0.05 pound per hour (lb/hr)

Yes Vendor would not guarantee an emission limit of 0.007 lb/hr Annual Em ission test Report Emission Test Results 0.02 pound per Gigawatt hour (lb/GW h)

No Guarantee based on addition rate of 8.0 lb/mmacf of brominated PAC into flue gas stream CEMs; Annual Emission Test

Data Acquisition System

Quarterly

Reporting to Nevada Bureau of Air Pollution Control (Under Compliance Order) 1.17 pound per hour (lb/hr)

No Annual Em ission test Report Emission Test Results 1.27 pound per hour (lb/hr)

No Annual Em ission test Report emission test results 8.64 pound per hour (lb/hr)

Yes Vendor would not guarantee permit emission limit of 2.06 lb/hr Annual Em ission test Report Emission Test Results

Page 38configuration_pollutants1

Report Emission Test Results, derive emission factor: lbs/ton coal Report emission test results, derive emission factor : lbs/ton coal Report emission testing results, derive emission factor lb/ton coal Report Emission Test Results, Derive emission factor lbs/ton coal

Quarterly

Reporting to Nevada Bureau of Air Pollution Control (Under Compliance Order)

Page 39control_technologies

facility _id configuration_id

component_id

control_id project_titleproject_type vendor_name

vndor_contact

vendor_phone 56224 TSPower PAC1 1 Hg Control - PAC Non-Demonstration

Babcock and W ilcox

Bryan Jankura

3308601914

Page 40control_technologies

vendor_address

vndor_city

vendor_state

vendor_zip actual_start_date projected_start_date

end_date sorbent chemical_additive 20 South Van Buren AvenueP.O. Box 351

Barberton OH 44203-0351 3/1/2008 Powdered Activated Carbon (brominated) CaCL at coal feeder

Page 41control_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 SCR Outlet / SDA Inlet

85 0.00002 lb/MW h 85 0.00002 lb/MW h 8 lbs/mmacf

Page 42control_technologies

feed_rate_units

Page 43control_coal_ranks

facility _id configuration_id

component_id

control_id coal_type 56224 TSPower PAC1 1 subbituminous

Page 44control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_nam e 56224 TSPower PAC1 1 Total Mercury (Hgt)

Page 45control_costs

facility _id configuration_id

component_id

control_id boiler_retrofit boiler_new_install

total_capital_investm ent

total_operating_costs

base_year 56224 TSPower PAC1 1 No Yes 5291917 195749 2009

Page 46control_costs

CBI FALSE

Page 47misc_controls

facility _id misc_control_id

control_description 56224 1 Distillate Fuel oil combusted is ultra-low sulfur (<0.0015% S)

Page 48misc_control_configurations

facility _id misc_control_id

configuration_id 56224 1 TSPower

Page 49fuel_shipments

facility _id shipment_id

shipment_date

amount_received

amount_units

fuel_type state_country other_country

county 56224 Coal 01/20091/1/2009 51976 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 02/20092/1/2009 51976 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 03/20093/1/2009 44901 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 04/20094/1/2009 11186 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 05/20095/1/2009 22458 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 06/20096/1/2009 11234 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 07/20097/1/2009 33549 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 08/20098/1/2009 56005 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 09/20099/1/2009 22327 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 10/2009

10/1/2009 44706 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 11/2009

11/1/2009 44571 short tons (2000 lbs) coal WY WY - Campbell 56224 Coal 12/2009

12/1/2009 51729 short tons (2000 lbs) coal WY WY - Campbell 56224 DFO 02/2009

2/1/2009 627 barrels oil 56224 DFO 03/2009

2/1/2009 291 barrels oil 56224 DFO 04/2009

4/1/2009 1212 barrels oil 56224 DFO 05/2009

5/1/2009 1703 barrels oil 56224 DFO 06/2009

6/1/2009 2968 barrels oil 56224 DFO 07/2009

7/1/2009 1450 barrels oil 56224 DFO 08/2009

8/1/2009 1213 barrels oil 56224 DFO 09/2009

9/1/2009 1244 barrels oil 56224 DFO 10/2009

10/1/2009 596 barrels oil 56224 DFO 11/2009

11/1/2009 601 barrels oil 56224 DFO 12/2009

12/1/2009 780 barrels oil

Page 50fuel_shipments

coal_seam shipment_method WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train

Trucks Trucks Trucks Trucks Trucks Trucks Trucks Trucks Trucks Trucks Trucks

Page 51fuel_shipment_configurations

facility _id shipment_id

configuration_id 56224 Coal 01/2009

TSPower 56224 Coal 02/2009

TSPower 56224 Coal 03/2009

TSPower 56224 Coal 04/2009

TSPower 56224 Coal 05/2009

TSPower 56224 Coal 06/2009

TSPower 56224 Coal 07/2009

TSPower 56224 Coal 08/2009

TSPower 56224 Coal 09/2009

TSPower 56224 Coal 10/2009

TSPower 56224 Coal 11/2009

TSPower 56224 Coal 12/2009

TSPower 56224 DFO 02/2009

TSPower 56224 DFO 03/2009

TSPower 56224 DFO 04/2009

TSPower 56224 DFO 05/2009

TSPower 56224 DFO 06/2009

TSPower 56224 DFO 07/2009

TSPower 56224 DFO 08/2009

TSPower 56224 DFO 09/2009

TSPower 56224 DFO 10/2009

TSPower 56224 DFO 11/2009

TSPower 56224 DFO 12/2009

TSPower

Page 52fuel_shipment_samples

facility _id shipment_id

sample_id amount_fuel amount_fuel_units

total_sulfur ash_content heating_value

hating_units 56224 Coal 01/2009

Coal 01/2009 51976 tons 0.41 6.63 12183 Btu/lb 56224 Coal 02/2009

Coal 02/2009 55432 tons 0.34 6.74 12169 Btu/lb 56224 Coal 03/2009

Coal 03/2009 44901 tons 0.44 7.4 12101 Btu/lb 56224 Coal 04/2009

Coal 04/2009 11186 tons 0.36 5.52 12317 Btu/lb 56224 Coal 05/2009

Coal 05/2009 22458 tons 0.45 6.89 12164 Btu/lb 56224 Coal 06/2009

Coal 06/2009 11234 tons 0.37 6.64 12135 Btu/lb 56224 Coal 07/2009

Coal 07/2009 33549 tons 0.3 6.39 12142 Btu/lb 56224 Coal 08/2009

Coal 08/2009 56005 tons 0.4 7.33 12113 Btu/lb 56224 Coal 09/2009

Coal 09/2009 22327 tons 0.34 6.87 12136 Btu/lb 56224 Coal 10/2009

Coal 10/2009 44706 tons 0.39 6.58 12196 Btu/lb 56224 Coal 11/2009

Coal 11/2009 44571 tons 0.42 7.13 12108 Btu/lb 56224 Coal 12/2009

Coal 12/2009 51729 tons 0.4 6.65 12231 Btu/lb

Page 53fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_type

supplier_name

supplier_address contractual obligations Fuel supplier Thunder Basin Coal Company

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co,

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Thunder Basin Coal Co.

P.O. Box 406 contractual obligations Fuel supplier Black Thunder Coal Co.

P.O. Box 406

Page 54fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_nam e lab_address lab_city lab_state lab_zip analysis_copies Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No Wright WY 82732-0406 No

Page 55fuel_shipment_samples

analysis_copies

Page 56fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL

Page 57test_reports

facility _id report_id report_typeother_type report_description report_begin_date

report_end_date

before_control

during_deviation 56224 Optimal 07/2009

compliance Annual Com pliance Testing Under Air Permit 4/21/2009 5/28/2009 No No 56224 TRC 04/2008

compliance Initial Start-up Compliiance Testing for TS Power Plant; Tests included: PM (filterable and condensable), PM10 (filterable and condensible), SO2. Nox, CO, VOC, HF, HCL, Sulfuric Acid Mist, Pb, Hg (M29), SO2 Removal Efficiency 4/6/2008 4/14/2008 Yes No 56224 TRC 08/2008

compliance This report is to demonstrate compliance with the permitted Hg emission limit (0.02 lbs/GW h). The initial emission test,(April 2008), failed to meet the emission limit due to a malfunction in the mercury control system (see TRC 04/2008 report. 5/22/2008 6/24/2008 No No 56224 Western 08/2009

compliance This report is a re-test of Hg using Method 29 to demonstrate permit compliance. It is a retest of M29 testing conducted as part of Optimal 0&/2009 Report that failed to demonstrate permit compliance 8/11/2009 8/12/2009 No No

Page 58test_reports

deviation_reports No No Yes Yes

Page 59test_report_configurations

facility _id report_id configuration_id 56224 Optimal 07/2009

TSPower 56224 TRC 04/2008

TSPower 56224 TRC 08/2008

TSPower 56224 Western 08/2009

TSPower

Page 60test_report_fuels

facility _id report_id fuel_id 56224 Optimal 07/2009

sub-bituminous 56224 TRC 04/2008

Sub-bituminous 56224 TRC 08/2008

sub-bituminous 56224 Western 08/2009

sub-bituminous

Page 61test_report_fuel_types

facility _id report_id fuel_id fuel_type percentage_massvol percentage_btu

other_type 56224 Optimal 07/2009

sub-bituminous

coal - subbituminous

100 100 56224 TRC 04/2008

Sub-bituminous

coal - subbituminous

100 100 56224 TRC 08/2008

sub-bituminous

coal - subbituminous

100 100 56224 Western 08/2009

sub-bituminous

coal - subbituminous

100 100

Page 62cem_data

facility _id time_period

cem_period_description 56224 April 14, 2008 to date

For the period indicated (April 14, 2008 to date) the following CEMs is available: SO2, Nox, CO, CO2, opacity, Hg. April 14, 2008 is the initial certification date for CEMs.

Page 63cem_data

For the period indicated (April 14, 2008 to date) the following CEMs is available: SO2, Nox, CO, CO2, opacity, Hg. April 14, 2008 is the initial certification date for CEMs.

Page 64cem_data_pollutants1

facility _id time_period

pollutant_nam e 56224 April 14, 2008 to date

Nitrogen Oxide (NOx) 56224 April 14, 2008 to date

Sulfur Dioxide (SO2) 56224 April 14, 2008 to date

Oxidized Mercury

(Hg++) 56224 April 14, 2008 to date

Elem ental Mercury

(Hg0) 56224 April 14, 2008 to date

Total Mercury

(Hgt) 56224 April 14, 2008 to date

Carbon Monoxide (CO)

Page 65test_report_sampling

facility _id report_id sampling_port_id point_differ point_description befre_SO2_device

point_orientation

normal_bypass_percent

testing_bypass_percent 56224 Optimal 07/2009

STK1 No No 56224 TRC 04/2008

STK1 No No 56224 TRC 08/2008

STK1 No No 56224 Western 08/2009

STK1 No No

Page 66test_report_sampling

fg_fraction 100% 100% 100% 100%

Page 67sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetim e

unit_load net_generation fg_moisture_content 56224 Optimal 07/2009

STK1 1 4/24/2009 4/24/2009 222.8 13.36 56224 Optimal 07/2009

STK1 10 4/21/2009 4/21/2009 223 13.15 56224 Optimal 07/2009

STK1 11 4/21/2009 4/21/2009 221.5 12.84 56224 Optimal 07/2009

STK1 12 4/21/2009 4/21/2009 221.3 15.21 56224 Optimal 07/2009

STK1 13 4/22/2009 4/22/2009 167.4 20.83 56224 Optimal 07/2009

STK1 14 4/23/2009 4/23/2009 223 20.83 56224 Optimal 07/2009

STK1 15 4/24/2009 4/24/2009 222.8 13.36 56224 Optimal 07/2009

STK1 16 5/28/2009 5/28/2009 222.1 13.35 56224 Optimal 07/2009

STK1 17 5/28/2009 5/28/2009 222.1 13.18 56224 Optimal 07/2009

STK1 18 5/28/2009 5/28/2009 221.4 13.18 56224 Optimal 07/2009

STK1 2 4/24/2009 4/24/2009 221.6 12.57 56224 Optimal 07/2009

STK1 3 4/24/2009 4/24/2009 221.6 12.57 56224 Optimal 07/2009

STK1 4 4/22/2009 4/22/2009 223 12.89 56224 Optimal 07/2009

STK1 5 4/22/2009 4/22/2009 222.7 13.29 56224 Optimal 07/2009

STK1 6 4/23/2009 4/23/2009 222.5 13.38 56224 Optimal 07/2009

STK1 7 4/24/2009 4/24/2009 222.7 13.71 56224 Optimal 07/2009

STK1 8 4/24/2009 4/24/2009 221.6 13.67 56224 Optimal 07/2009

STK1 9 4/24/2009 4/24/2009 221.6 13.69 56224 Optimal 07/2009

STK1 average 4/22/2009 4/24/2009 15.83 56224 TRC 04/2008

STK1 1 4/10/2008 4/10/2008 230.15 12.24 56224 TRC 04/2008

STK1 10 4/9/2008 4/9/2008 229 14.46 56224 TRC 04/2008

STK1 11 4/9/2008 4/9/2008 228 14.1 56224 TRC 04/2008

STK1 12 4/9/2008 4/9/2008 229 13.3 56224 TRC 04/2008

STK1 13 4/10/2008 4/10/2008 230.15 12.24 56224 TRC 04/2008

STK1 14 4/10/2008 4/10/2008 229.13 12.25 56224 TRC 04/2008

STK1 15 4/10/2008 4/10/2008 228.85 12.64 56224 TRC 04/2008

STK1 16 4/13/2008 4/13/2008 230 56224 TRC 04/2008

STK1 17 4/13/2008 4/13/2008 231 56224 TRC 04/2008

STK1 18 4/13/2008 4/13/2008 232 56224 TRC 04/2008

STK1 19 4/13/2008 4/13/2008 230 56224 TRC 04/2008

STK1 2 4/10/2008 4/10/2008 229.13 12.25 56224 TRC 04/2008

STK1 20 4/13/2008 4/13/2008 231 56224 TRC 04/2008

STK1 21 4/13/2008 4/13/2008 232 56224 TRC 04/2008

STK1 3 4/10/2008 4/10/2008 228.85 12.64 56224 TRC 04/2008

STK1 4 4/10/2008 4/10/2008 229 12.92 56224 TRC 04/2008

STK1 5 4/10/2008 4/10/2008 229 15.61 56224 TRC 04/2008

STK1 6 4/13/2008 4/13/2008 232 12.99 56224 TRC 04/2008

STK1 7 4/9/2008 4/9/2008 229 12.2 56224 TRC 04/2008

STK1 8 4/9/2008 4/9/2008 228 12.89 56224 TRC 04/2008

STK1 9 4/9/2008 4/9/2008 230 12.51 56224 TRC 08/2008

STK1 1 5/22/2008 5/22/2008 222 13.45 56224 TRC 08/2008

STK1 2 5/22/2008 5/22/2008 221 13.44 56224 TRC 08/2008

STK1 3 5/22/2008 5/22/2008 221 13.55 56224 TRC 08/2008

STK1 4 6/23/2008 6/23/2008 221.9 13.49 56224 TRC 08/2008

STK1 5 6/23/2009 6/23/2009 221.7 13.74 56224 TRC 08/2008

STK1 6 6/24/2008 6/24/2008 220.9 13.93 56224 Western 08/2009

STK1 1 8/11/2009 8/11/2009 223.9 13.49 56224 Western 08/2009

STK1 2 8/12/2009 8/12/2009 221.8 13.97 56224 Western 08/2009

STK1 3 8/12/2009 8/12/2009 222.7 13.85 56224 Western 08/2009

STK1 average 8/11/2009 8/12/2009 222.8 13.77

Page 68sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature 474120 dscfm 45 0.84 5.9 14 193 430978 dscfm 0.85 5.87 13.77 427705 dscfm 0.85 5.94 13.99 420021 dscfm 0.84 5.98 13.89 377362 dscfm 80 0.84 6.8 12.3 221060 dscfm 75 0.84 5.4 14 474120 dscfm 60 0.84 5.9 14 193 487920 dscfm 80 0.84 6 13.8 191 487920 dscfm 80 0.84 5.7 13.5 191 487920 dscfm 75 0.84 5.6 13.83 192 490140 dscfm 40 0.84 6.12 13.88 193 502940 dscfm 45 0.84 6.1 14.1 193 503930 dscfm 85 0.84 5.68 14.19 193 482910 dscfm 50 0.83 5.41 14.01 194 490490 dscfm 55 0.83 5.59 14.61 197 474150 dscfm 60 0.84 5.9 14 194 490140 dscfm 60 0.84 6.1 13.9 195 502940 dscfm 60 0.84 6.1 14.1 195 272837 dscfm 6.1 13.5 540607 dscfm 56.8 0.84 6.7 12.8 190 492992 dscfm 69.6 0.84 7.1 12.3 187.9 501393 dscfm 65.1 0.84 6.9 12.5 188.3 494798 dscfm 69.8 0.84 8.6 10.7 187.5 540607 dscfm 56.8 0.84 6.7 12.8 190 638390 dscfm 60.9 0.83 6.9 12.5 190.6 512631 dscfm 62.3 0.83 6.5 13.1 193.9 6.16 13.515 6.29 13.38 6.186 13.37

15.206 638390 dscfm 60.9 0.83 6.9 12.5 190.6 15.179 15.289 512631 dscfm 62.3 0.83 6.5 13.1 193.9 515128 dscfm 6.24 13.8 471596 dscfm 6.37 13.57 505698 dscfm 6.4 13.32 502863 dscfm 51.1 0.84 7.09 12.26 189.7 506798 dscfm 52.5 0.84 6.88 12.53 189.2 498029 dscfm 56.8 0.84 8.61 10.67 188.8 456035 dscfm 59.6 0.837 7 12 189.6 457434 dscfm 59.6 0.837 7 12 189.6 451614 dscfm 59.6 0.837 7 12 189.4 478447 dscfm 99.8 0.83 6.3 13.1 196.8 474436 dscfm 102.6 0.83 6 13.5 196.6 468424 dscfm 93.4 0.84 5.8 13.5 192.2 444937 dscfm 91 0.85 6.2 13.2 198 461367 dscfm 70 0.85 6.5 12.7 196 460255 dscfm 88 0.85 6.5 12.4 196 455520 dscfm 83 0.85 6.4 12.8 197

Page 69sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value 0.83 5/202, Per air permit, Method 5 may be used for PM10 determination is all particulates captures are assumed to be PM10 Per Air Permit, Method 5 may be used sub-bituminous 222.8 80.24 6.8 12109 0.85 10 (CO); 7E (NOx); 6C (SO2); 25A (VOC) sub-bituminous 223 78.3 6.23 12098 0.85 10 (CO); 7E (NOx); 6C (SO2); 25A (VOC) sub-bituminous 221.5 78.2 6.23 12098 0.84 10 (CO); 7E (NOx); 6C (SO2); 25A (VOC) sub-bituminous 221.3 79.4 6.23 12098 8A (Controlled Condensate)

Run was mistakenly

completed during lower load conditions sub-bituminous 167.4 62.23 6.14 12167 8A (controlled condensate) sub-bituminous 222.8 79.8 6.52 12197 0.83 8A (Controlled Condensate) ub-bituminous 222.8 80.2 6.8 12109 0.84 5/202, per air permit Method 5 particulates may be considered as PM10 for permit compliace, Runs 16-18 are a rerun runs 1-3 to determine compliance with particulate limits. sub-bituminous 222.1 81.7 6.29 12104 0.84 5/202, per air permit Method 5 particulates may be considered as PM10 for permit compliace, Runs 16-18 are a rerun runs 1-3 to determine compliance with particulate limits. sub-bituminous 222.1 80.7 6.29 12104 0.84 5/202, per air permit Method 5 particulates may be considered as PM10 for permit compliace, Runs 16-18 are a rerun runs 1-3 to determine compliance with particulate limits. sub-bituminous 221.4 79.4 6.29 12104 0.83 5/202, Per air permit, Method 5 may be used for PM10 determination is all particulates captures are assumed to be PM10 sub-bituminous 221.6 77.4 6.8 12109 0.83 5/202, Per air permit, Method 5 may be used for PM10 determination is all particulates captures are assumed to be PM10 sub-bituminous 221.6 78.4 6.8 12109 0.84 29 Analy tical results for Hg from lab indicated laboratory error, analysis indicated the presence of Hg in blank samples. Hg results wer rejected. sub-bituminous 223 78.9 6.14 12167 0.83 29 Analy tical results for Hg from lab indicated laboratory error, analysis indicated the presence of Hg in blank samples. Hg results wer rejected. sub-bituminous 223 79.8 6.14 12167 0.83 29 Analy tical results for Hg from lab indicated laboratory error, analysis indicated the presence of Hg in blank samples. Hg results wer rejected. sub-bituminous 222.5 79.5 6.52 12197 0.84 26A sub-bituminous 222.7 80.4 6.8 12109 0.84 26A sub-bituminous 221.6 77.5 6.8 12109 0.84 26A sub-bituminous 221.6 78.2 6.8 12109

8A (Controlled Condensate)

Average of Runs 13 through 15 0.83 M5/202 (Note that per adir permit, M5B may be used for PM10 if all PM is conmsidered PM10) CO2 and O2 in Run 1 is the average of Runs 2 and 3 due to contamination with ambient air in sample

Sub-bituminous

230.15 7.48 11900 0.084 8A (Controlled Condensate) Sub-bituminous 229 7.47 11900 0.84 8A (Controlled Condensate) Sub-bituminous 228 7.47 11900 0.84 8A (Controlled Condensate) Sub-bituminous 229 7.47 11900 0.83 M29 CO2 and O2 in Run 1 is the average of Runs 2 and 3 due to contamination with ambient air in sampleMercury controls (PAC system) malfunctioned during test and did not provide mercury emission control, 0.83 M29 Mercury control system (PAC) system malfunctioned during the emission test and provided no mercury control Sub-bituminous

229.13 7.48 11900 0.83 M29 The mercury control system (PAC system) malfunctioned during the test and provided no mercury control Sub-bituminous

228.85 7.48 11900 6CStack emissions for SO2 removal test, SO2 scrubber inlet concentration (Run 19) conducted concurrently indicates 94.15% SO2 removal efficiency

. 230 6CStack emissions for SO2 removal test, SO2 scrubber inlet concentrations (Run 20) conducted concurrently indicates 96.06% SO2 removal efficiency

. Sub-bituminous 231 6C, Stack Emissions for SO2 removal test, SO2 scrubber inlet emission concentration (Run 21) conducted concurrently indicates 92.21% removal efficiency Sub-bituminous 232 6CScrubber inlet emissions for SO2 removal test, SO2 stack emission concentration (Run 16) conducted concurrently indicates 94.15% SO2 removal efficiency

. Sub-bituminous 230 0.83 M5/202 (note that per air permit, M5B may be used for PM10 if all PM is considered PM10) Sub-bituminous

229.13 7.48 11900 6CScrubber inlet emissions for SO2 removal test, SO2 stack emissions concentrations (Run 17) conducted concurrently indicates 96.06% SO2 removal efficiency

. Sub-bituminous 231 6C, Scrubber Inlet Emissions for SO2 removal test, SO2 stack emission concentration (Run 18) conducted concurrently indicates 92.21% removal efficiency Sub-bituminous 232 0.83 M5/202 (note that per air permit, M5B may be used for PM10 if all PM is considered PM10) Sub-bituminous

228.85 7.48 11900 7E (NOx); 10 (CO); 6C (SO2); 25A/18 (VOC) Sub-bituminous 229 7.48 11900 7E (NOx); 10 (CO); 6C (SO2); 25A/18 (VOC) Sub-bituminous 229 7.48 11900 7E (Nox); 10 (CO): 6C (SO2); 25A/18 (VOC)

10( 0.84 26A Sub-bituminous 229 7.47 11900 0.84 26A Sub-bituminous 228 7.47 11900 0.84 26A Sub-bituminous 230 7.47 11900 0.82 29 This test was rejected because of contaminated sample equipment in the M29 sampling train. Results were orders of magnetude higher than possible (as calculated from Hg content of fuel) sub-bituminous 222 94.7 8.59 11779 0.82 29 This test was rejected because of contaminated sample equipment in the M29 sampling train. Results were orders of magnetude higher than possible (as calculated from Hg content of fuel) sub-bituminous 221 94.1 8.59 11779 0.82 29 This test was rejected because of contaminated sample equipment in the M29 sampling train. Results were orders of magnetude higher than possible (as calculated from Hg content of fuel) sub-bituminous 221 93.6 8.59 11779 0.83 29 sub-bituminous 221.9 79.6 6.72 12194 0.83 29 sub-bituminous 221.7 80.3 6.72 12194 0.84 29 sub-bituminous 220.9 79.4 7.3 12030 0.85 29 sub-bituminous 223.9 81.8 7.04 11770 0.85 29 sub-bituminous 223.9 81.2 7.04 11770 0.85 29 sub-bituminous 222.7 0.85 29 sub-bituminous 223.9 81.6 7.04 11770

Page 70sampling_runs

fuel_sulfur 0.39 0.41 0.41 0.41 0.41 0.38 0.39 0.37 0.37 0.37 0.39 0.39 0.41 0.41 0.38 0.39 0.39 0.39

0.41 0.48 0.48 0.48 CO2 and O2 in Run 1 is the average of Runs 2 and 3 due to contamination with ambient air in sampleMercury controls (PAC system) malfunctioned during test and did not provide mercury emission control, 0.41 0.41

0.41

0.41 0.41 0.41

0.48 0.48 0.48 0.44 0.44 0.44 0.4 0.4 0.4 0.35 0.35

0.35

Page 71sampling_runs

CO2 and O2 in Run 1 is the average of Runs 2 and 3 due to contamination with ambient air in sampleMercury controls (PAC system) malfunctioned during test and did not provide mercury emission control,

Page 72sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_nam e conc conc_units conc_ND conc_MDL 56224 TRC 04/2008

STK1 1 PM (Filterable) 0.0016 FALSE 56224 TRC 04/2008

STK1 1 PM (Condensable) 0.0055 FALSE 56224 TRC 04/2008

STK1 1 PM10 (Filterable) 0.0016 FALSE 56224 TRC 04/2008

STK1 1 PM (total) 0.0071 FALSE 56224 TRC 04/2008

STK1 1 PM10 (total) 0.0071 FALSE 56224 TRC 04/2008

STK1 2 PM (Filterable) 0.0014 FALSE 56224 TRC 04/2008

STK1 2 PM (Condensable) 0.0057 FALSE 56224 TRC 04/2008

STK1 2 PM10 (Filterable) 0.0014 FALSE 56224 TRC 04/2008

STK1 2 PM (total) 0.0071 FALSE 56224 TRC 04/2008

STK1 2 PM10 (total) 0.0071 FALSE 56224 TRC 04/2008

STK1 3 PM (Filterable) 0.0019 FALSE 56224 TRC 04/2008

STK1 3 PM (Condensable) 0.0028 FALSE 56224 TRC 04/2008

STK1 3 PM10 (Filterable) 0.0019 FALSE 56224 TRC 04/2008

STK1 3 PM (total) 0.0047 FALSE 56224 TRC 04/2008

STK1 3 PM10 (total) 0.0047 FALSE 56224 TRC 04/2008

STK1 4 Nitrogen Oxide (NOx) 35.49 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 5 Nitrogen Oxide (NOx) 35.65 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 6 Nitrogen Oxide (NOx) 38.31 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 4 Carbon Monoxide (CO) 0.44 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 4 Sulfur Dioxide (SO2) 8.31 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 7 Hydrogen Chloride (HCl) 0.28 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 7 Hydrogen Fluoride (HF) 0.02 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 8 Hydrogen Chloride (HCl) 0.26 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 8 Hydrogen Fluoride (HF) 0.19 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 4 VOCs 0 parts per million by volume (dry) (ppmvd) TRUE 56224 TRC 04/2008

STK1 5 Carbon Monoxide (CO) 0.54 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 5 Sulfur Dioxide (SO2) 12.83 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 5 VOCs 0 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 6 Carbon Monoxide (CO) 4.09 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 6 Sulfur Dioxide (SO2) 13.21 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 6 VOCs 0.18 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 9 Hydrogen Chloride (HCl) 0.24 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 9 Hydrogen Fluoride (HF) 0.23 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 10 Sulfuric Acid 0.061 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 11 Sulfuric Acid 0.04 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 12 Sulfuric Acid 0.138 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 13 Total Mercury (Hgt) 0.000574 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 13 Lead (Pb) 9.43E-05 parts per million by volume (dry) (ppmvd @ 7% O2) TRUE 9.43E-05 56224 TRC 04/2008

STK1 14 Total Mercury (Hgt) 0.000605 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 14 Lead (Pb) 9.02E-05 parts per million by volume (dry) (ppmvd) TRUE 9.02E-05 56224 TRC 04/2008

STK1 15 Elem ental Mercury (Hg0) 0.000562 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 15 Lead (Pb) 9.47E-05 parts per million by volume (dry) (ppmvd) TRUE 9.47E-05 56224 TRC 04/2008

STK1 16 Sulfur Dioxide (SO2) 15.402 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 17 Sulfur Dioxide (SO2) 10.17 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 18 Sulfur Dioxide (SO2) 20.27 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 19 Sulfur Dioxide (SO2) 296.1 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 20 Sulfur Dioxide (SO2) 293.08 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 04/2008

STK1 21 Sulfur Dioxide (SO2) 297.56 parts per million by volume (dry) (ppmvd) FALSE 56224 TRC 08/2008

STK1 1 Total Mercury (Hgt) 237.586 microgram per dry standard cubic meter ( FALSE 56224 TRC 08/2008

STK1 2 Total Mercury (Hgt) 31.696 microgram per dry standard cubic meter ( FALSE 56224 TRC 08/2008

STK1 3 Elem ental Mercury (Hg0) 7.961 microgram per dry standard cubic meter ( FALSE

Page 73sampling_run_pollutants1

56224 TRC 08/2008

STK1 4 Total Mercury (Hgt) 0.935 microgram per dry standard cubic meter ( TRUE 0.935 56224 TRC 08/2008

STK1 5 Total Mercury (Hgt) 0.904 microgram per dry standard cubic meter ( TRUE 0.904 56224 TRC 08/2008

STK1 6 Total Mercury (Hgt) 0.988 microgram per dry standard cubic meter ( TRUE 0.988 56224 Optimal 07/2009

STK1 1 PM (Filterable) 0.0092 FALSE 56224 Optimal 07/2009

STK1 1 PM10 (Filterable) 92 FALSE 56224 Optimal 07/2009

STK1 1 PM (Condensable) 0.0094 FALSE 56224 Optimal 07/2009

STK1 1 PM (total) 0.0109 FALSE 56224 Optimal 07/2009

STK1 1 PM10 (total) 0.0109 FALSE 56224 Optimal 07/2009

STK1 2 PM (Filterable) 0.0126 FALSE 56224 Optimal 07/2009

STK1 2 PM10 (Filterable) 0.0126 FALSE 56224 Optimal 07/2009

STK1 2 PM (Condensable) 0.0045 FALSE 56224 Optimal 07/2009

STK1 2 PM (total) 0.0171 FALSE 56224 Optimal 07/2009

STK1 2 PM10 (total) 0.0171 FALSE 56224 Optimal 07/2009

STK1 3 PM (Filterable) 0.0123 FALSE 56224 Optimal 07/2009

STK1 3 PM10 (Filterable) 0.0123 FALSE 56224 Optimal 07/2009

STK1 3 PM (Condensable) 0.0093 FALSE 56224 Optimal 07/2009

STK1 3 PM (total) 0.0215 FALSE 56224 Optimal 07/2009

STK1 3 PM10 (total) 0.0215 FALSE 56224 Optimal 07/2009

STK1 4 Elem ental Mercury (Hg0) 4.6339 microgram per dry standard cubic meter ( FALSE 56224 Optimal 07/2009

STK1 4 Lead (Pb) 1.0077 microgram per dry standard cubic meter ( FALSE 56224 Optimal 07/2009

STK1 5 Total Mercury (Hgt) 4.5369 microgram per dry standard cubic meter ( FALSE 56224 Optimal 07/2009

STK1 5 Lead (Pb) 0.814 microgram per dry standard cubic meter ( FALSE 56224 Optimal 07/2009

STK1 6 Total Mercury (Hgt) 3.681 microgram per dry standard cubic meter ( FALSE 56224 Optimal 07/2009

STK1 6 Lead (Pb) 0.9262 microgram per dry standard cubic meter ( FALSE 56224 Optimal 07/2009

STK1 7 Hydrogen Chloride (HCl) 0.147 mi lligramper cubic meter (mg/m3)

TRUE 0.147 56224 Optimal 07/2009

STK1 7 Hydrogen Fluoride (HF) 0.03 mi lligramper cubic meter (mg/m3)

TRUE 0.03 56224 Optimal 07/2009

STK1 8 Hydrogen Chloride (HCl) 0.1971 mi lligramper cubic meter (mg/m3)

FALSE 56224 Optimal 07/2009

STK1 8 Hydrogen Fluoride (HF) 0.035 microgram per normal cubic meter (

TRUE 0.035 56224 Optimal 07/2009

STK1 9 Hydrogen Chloride (HCl) 0.235 mi lligramper cubic meter (mg/m3)

FALSE 56224 Optimal 07/2009

STK1 9 Hydrogen Fluoride (HF) 0.043 mi lligramper cubic meter (mg/m3)

TRUE 0.043 56224 Optimal 07/2009

STK1 10 Carbon Monoxide (CO) FALSE 56224 Optimal 07/2009

STK1 10 Nitrogen Oxide (NOx) FALSE 56224 Optimal 07/2009

STK1 10 Sulfur Dioxide (SO2) FALSE 56224 Optimal 07/2009

STK1 10 VOCs FALSE 56224 Optimal 07/2009

STK1 11 Carbon Monoxide (CO) FALSE 56224 Optimal 07/2009

STK1 11 Nitrogen Oxide (NOx) FALSE 56224 Optimal 07/2009

STK1 11 Sulfur Dioxide (SO2) FALSE 56224 Optimal 07/2009

STK1 11 VOCs FALSE 56224 Optimal 07/2009

STK1 12 Carbon Monoxide (CO) FALSE 56224 Optimal 07/2009

STK1 12 Nitrogen Oxide (NOx) FALSE 56224 Optimal 07/2009

STK1 12 Sulfur Dioxide (SO2) FALSE 56224 Optimal 07/2009

STK1 12 VOCs FALSE 56224 Optimal 07/2009

STK1 13 Sulfuric Acid 0.07 parts per million by volume (dry) (ppmvd) FALSE 56224 Optimal 07/2009

STK1 14 Sulfuric Acid 0.05 parts per million by volume (dry) (ppmvd) FALSE 56224 Optimal 07/2009

STK1 15 Sulfuric Acid 0.08 parts per million by volume (dry) (ppmvd) FALSE 56224 Optimal 07/2009

STK1 average Sulfuric Acid 0.06 parts per million by volume (dry) (ppmvd @ 7% O2) FALSE 56224 Optimal 07/2009

STK1 16 PM (Filterable) 0.0037 FALSE 56224 Optimal 07/2009

STK1 16 PM10 (Filterable) 0.0037 FALSE 56224 Optimal 07/2009

STK1 16 PM (Condensable) 0.0121 FALSE 56224 Optimal 07/2009

STK1 16 PM (total) 0.0159 FALSE 56224 Optimal 07/2009

STK1 17 PM (Filterable) 0.0038 FALSE 56224 Optimal 07/2009

STK1 17 PM10 (Filterable) 0.0038 FALSE

Page 74sampling_run_pollutants1

56224 Optimal 07/2009

STK1 17 PM (Condensable) 0.0126 FALSE 56224 Optimal 07/2009

STK1 17 PM (total) 0.0164 FALSE 56224 Optimal 07/2009

STK1 17 PM10 (total) 0.0164 FALSE 56224 Optimal 07/2009

STK1 18 PM (Filterable) 0.0041 FALSE 56224 Optimal 07/2009

STK1 18 PM10 (Filterable) 0.0041 FALSE 56224 Optimal 07/2009

STK1 18 PM (Condensable) 0.0135 FALSE 56224 Optimal 07/2009

STK1 18 PM (total) 0.0175 FALSE 56224 Optimal 07/2009

STK1 18 PM10 (total) 0.0175 FALSE 56224 Western 08/2009

STK1 1 Total Mercury (Hgt) 0.000001 FALSE 56224 Western 08/2009

STK1 2 Total Mercury (Hgt) 0.000001 FALSE 56224 Western 08/2009

STK1 3 Total Mercury (Hgt) 0.000001 FALSE 56224 Western 08/2009

STK1 average Total Mercury (Hgt) 0.000001 FALSE

Page 75sampling_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 7.2 pound per hour (lb/hr)

FALSE 0.0035 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 25.68 pound per hour (lb/hr)

FALSE 0.0124 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 7.2 pound per hour (lb/hr)

FALSE 0.0035 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 32.88 pound per hour (lb/hr)

FALSE 0.00158 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 32.88 pound per hour (lb/hr)

FALSE 0.00158 pound per million British Thermal Unit (lb/MMBtu) FALSE grans/dscf 7.93 pound per hour (lb/hr)

FALSE 0.0033 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 31.13 pound per hour (lb/hr)

FALSE 0.0129 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 7.93 pound per hour (lb/hr)

FALSE 0.0033 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 39.07 pound per hour (lb/hr)

FALSE 0.0162 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 39.07 pound per hour (lb/hr)

FALSE 0.0162 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 8.17 pound per hour (lb/hr)

FALSE 0.0041 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 12.57 pound per hour (lb/hr)

FALSE 0.0063 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 8.17 pound per hour (lb/hr)

FALSE 0.0041 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 20.74 pound per hour (lb/hr)

FALSE 0.0104 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 20.74 pound per hour (lb/hr)

FALSE 0.0104 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 130.99 pound per hour (lb/hr)

FALSE 0.064 pound per million British Thermal Unit (lb/MMBtu) FALSE 120.46 pound per hour (lb/hr)

FALSE 0.065 pound per million British Thermal Unit (lb/MMBtu) FALSE 138.81 pound per hour (lb/hr)

FALSE 0.07 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.99 pound per hour (lb/hr)

FALSE 0.00048 pound per million British Thermal Unit (lb/MMBtu) FALSE 42.7 pound per hour (lb/hr)

FALSE 0.021 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.79 pound per hour (lb/hr)

FALSE 0.0004 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.03 pound per hour (lb/hr)

FALSE 0 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.74 pound per hour (lb/hr)

FALSE 0.0004 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.29 pound per hour (lb/hr)

FALSE 0.0002 pound per million British Thermal Unit (lb/MMBtu) FALSE 0 pound per hour (lb/hr)

FALSE 0 pound per million British Thermal Unit (lb/MMBtu) FALSE 1.11 pound per hour (lb/hr)

FALSE 0.0006 pound per million British Thermal Unit (lb/MMBtu) FALSE 60.36 pound per hour (lb/hr)

FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE 0 pound per hour (lb/hr)

FALSE 0 pound per million British Thermal Unit (lb/MMBtu) FALSE 9.02 pound per hour (lb/hr)

FALSE 0.00455 pound per million British Thermal Unit (lb/MMBtu) FALSE 66.64 pound per hour (lb/hr)

FALSE 0.034 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.17 pound per hour (lb/hr)

FALSE 0.00008 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.68 pound per hour (lb/hr)

FALSE 0.0004 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.36 pound per hour (lb/hr)

FALSE 0.0002 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.463 pound per hour (lb/hr)

FALSE 0.00025 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.309 pound per hour (lb/hr)

FALSE 0.00016 pound per million British Thermal Unit (lb/MMBtu) FALSE 1.041 pound per hour (lb/hr)

FALSE 0.00063 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.00891 pound per hour (lb/hr)

FALSE 0.039 pound per Gigawatt hour (lb/GW h) FALSE 0.00151 pound per hour (lb/hr) TRUE 0.00151 7.68E-07 pound per million British Thermal Unit (lb/MMBtu) TRUE 7.68E-07 0.00974 pound per hour (lb/hr)

FALSE 0.042 pound per Gigawatt hour (lb/GW h) FALSE 0.0015 pound per hour (lb/hr)

TRUE 0.0015 7.32E-07 pound per million British Thermal Unit (lb/MMBtu) TRUE 7.32E-07 0.00829 pound per hour (lb/hr)

FALSE 0.036 pound per Gigawatt hour (lb/GW h) FALSE 0.00144 pound per hour (lb/hr) TRUE 0.00144 7.74E-07 pound per million British Thermal Unit (lb/MMBtu) TRUE 7.74E-07 FALSE 0.036 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.027 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.054 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.622 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.682 pound per million British Thermal Unit (lb/MMBtu) FALSE FALSE 0.688 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.4059 pound per hour (lb/hr)

FALSE 1.8283 pound per Gigawatt hour (lb/GW h) FALSE 0.0543 pound per hour (lb/hr)

FALSE 0.2458 pound per Gigawatt hour (lb/GW h) FALSE 0.0135 pound per hour (lb/hr)

FALSE 0.0609 pound per Gigawatt hour (lb/GW h) FALSE

Page 76sampling_run_pollutants1

0.0017 pound per hour (lb/hr)

TRUE 0.0017 0.0076 pound per Gigawatt hour (lb/GW h) TRUE 0.0076 0.0016 pound per hour (lb/hr)

TRUE 0.0016 0.0073 pound per Gigawatt hour (lb/GW h) TRUE 0.0073 0.0017 pound per hour (lb/hr)

TRUE 0.0017 0.0078 pound per Gigawatt hour (lb/GW h) TRUE 0.0078 37.58 pound per hour (lb/hr)

FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 37.58 pound per hour (lb/hr)

FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 38.03 pound per hour (lb/hr)

FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 75.61 pound per hour (lb/hr)

FALSE 0.036 pound per million British Thermal Unit (lb/MMBtu) FALSE graons/dscf 75.61 pound per hour (lb/hr)

FALSE 0.036 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 52.73 pound per hour (lb/hr)

FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 52.73 pound per hour (lb/hr)

FALSE 0.025 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 18.91 pound per hour (lb/hr)

FALSE 0.009 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 71.64 pound per hour (lb/hr)

FALSE 0.034 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 71.64 pound per hour (lb/hr)

FALSE 0.034 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 52.9 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 52.9 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 39.92 pound per hour (lb/hr)

FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 92.83 pound per hour (lb/hr)

FALSE 0.042 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 92.83 pound per hour (lb/hr)

FALSE 0.042 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 0.009 pound per hour (lb/hr)

FALSE 0.039 pound per Gigawatt hour (lb/GW h) FALSE 0.0019 pound per hour (lb/hr)

FALSE 8.45E-08 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.008 pound per hour (lb/hr)

FALSE 0.037 pound per Gigawatt hour (lb/GW h) FALSE 0.0015 pound per hour (lb/hr)

FALSE 6.7E-07 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.007 pound per hour (lb/hr)

FALSE 0.03 pound per Gigawatt hour (lb/GW h) FALSE 0.0017 pound per hour (lb/hr)

FALSE 7.72E-07 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.261 pound per hour (lb/hr)

TRUE 0.261 0.000786 pound per million British Thermal Unit (lb/MMBtu) TRUE 0.000786 0.053 pound per hour (lb/hr)

TRUE 0.053 0.000161 pound per million British Thermal Unit (lb/MMBtu) TRUE 0.000161 0.362 pound per hour (lb/hr)

FALSE 0.00107 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.074 pound per hour (lb/hr)

TRUE 0.074 0.00022 pound per million British Thermal Unit (lb/MMBtu) TRUE 0.00022 0.443 pound per hour (lb/hr)

FALSE 0.0013 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.091 pound per hour (lb/hr)

TRUE 0.091 0.000262 pound per million British Thermal Unit (lb/MMBtu) TRUE 0.000262 46.22 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE 94.44 pound per hour (lb/hr)

FALSE 0.049 pound per million British Thermal Unit (lb/MMBtu) FALSE 73.4 pound per hour (lb/hr)

FALSE 0.038 pound per million British Thermal Unit (lb/MMBtu) FALSE 6.02 pound per hour (lb/hr)

FALSE 0.0031 pound per million British Thermal Unit (lb/MMBtu) FALSE 35.59 pound per hour (lb/hr)

FALSE 0.018 pound per million British Thermal Unit (lb/MMBtu) FALSE 89.85 pound per hour (lb/hr)

FALSE 0.046 pound per million British Thermal Unit (lb/MMBtu) FALSE 83.1 pound per hour (lb/hr)

FALSE 0.043 pound per million British Thermal Unit (lb/MMBtu) FALSE 10.85 pound per hour (lb/hr)

FALSE 0.0056 pound per million British Thermal Unit (lb/MMBtu) FALSE 19.15 pound per hour (lb/hr)

FALSE 0.01 pound per million British Thermal Unit (lb/MMBtu) FALSE 91.37 pound per hour (lb/hr)

FALSE 0.048 pound per million British Thermal Unit (lb/MMBtu) FALSE 83.61 pound per hour (lb/hr)

FALSE 0.044 pound per million British Thermal Unit (lb/MMBtu) FALSE 2.14 pound per hour (lb/hr)

FALSE 0.0011 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.4 pound per hour (lb/hr)

FALSE 0.0003 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.35 pound per hour (lb/hr)

FALSE 0.0002 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.56 pound per hour (lb/hr)

FALSE 0.0003 pound per million British Thermal Unit (lb/MMBtu) FALSE 0.44 pound per hour (lb/hr)

FALSE 0.0002 pound per million British Thermal Unit (lb/MMBtu) FALSE 15.62 pound per hour (lb/hr)

FALSE 0.0073 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 15.62 pound per hour (lb/hr)

FALSE 0.0073 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 50.67 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 66.29 pound per hour (lb/hr)

FALSE 0.031 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 16.1 pound per hour (lb/hr)

FALSE 0.0073 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 16.1 pound per hour (lb/hr)

FALSE 0.0073 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf

Page 77sampling_run_pollutants1

53.41 pound per hour (lb/hr)

FALSE 0.024 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 69.51 pound per hour (lb/hr)

FALSE 0.032 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 69.51 pound per hour (lb/hr)

FALSE 0.032 pound per million British Thermal Unit (lb/MMBtu) FALSE gfrains/dscf 16.99 pound per hour (lb/hr)

FALSE 0.0078 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 16.99 pound per hour (lb/hr)

FALSE 0.0078 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 56.1 pound per hour (lb/hr)

FALSE 0.026 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 73.09 pound per hour (lb/hr)

FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 73.09 pound per hour (lb/hr)

FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf 0.002123 pound per hour (lb/hr) FALSE 0.0095 pound per Gigawatt hour (lb/GW h) FALSE grains/dscf 0.004225 pound per hour (lb/hr) FALSE 0.0198 pound per Gigawatt hour (lb/GW h) FALSE grains/dscf 0.003469 pound per hour (lb/hr) FALSE 0.0156 pound per Gigawatt hour (lb/GW h) FALSE grains/dscf 0.003272 pound per hour (lb/hr) FALSE 0.0147 pound per million British Thermal Unit (lb/MMBtu) FALSE grains/dscf

Page 78sampling_run_pollutants1

run_pollutant_comment

Page 79sampling_run_pollutants1

graons/dscf

Page 80sampling_run_pollutants1

gfrains/dscf

Page 81sampling_run_fuel

facility _id report_id sampling_port_id run_id fuel_pollutant fuel_conc fuel_conc_units fuel_conc_ND

fuel_conc_MDL 56224 TRC 08/2008

STK1 1 Mercury (Hg) 0.074 parts per million (dry) (ppm) FALSE 56224 TRC 08/2008

STK1 2 Mercury (Hg) 0.074 parts per million (dry) (ppm) FALSE 56224 TRC 08/2008

STK1 3 Mercury (Hg) 0.074 parts per million (dry) (ppm) FALSE 56224 TRC 08/2008

STK1 6 Mercury (Hg) 0.073 parts per million (dry) (ppm) FALSE

Page 82sampling_run_fuel

fuel_conc_MDL

Page 83