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 6179 11269 Lower Colorado River Authority Lower Colorado River Authority

legal owner3700 Lake Austin Blvd. Austin TX 78703

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 Fayette Power Project

Fayette Power Project6549 Power Plant Road

La Grange TX 78945 Fayette Power Project6549 Power Plant Road La Grange TX 78945

Page 2Facility _Information

RFA_small_entity

ff_fired_coal

ff_fired_oil ff_fired_ngas ff_fired_petcoke

ff_fired_other

ff_permitted_coal

ff_permitted_oil

ff_permitted_ngas No TRUE TRUE FALSE FALSE TRUE TRUE TRUE TRUE

Page 3Facility _Information

ff_permitted_petcoke

ff_permitted_other

deviation_reporting

continuous_emissions

cem_provided

facility _note FALSE TRUE Sem i-annual deviation and annual com pliance certification reporting to TCEQ and EPA Region 6. No EPA Clean Air Markets Division (1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 4Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 5Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 6Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 7Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 8Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 9Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 10Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 11Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 12Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 13Facility _Information

(1) Part 1, Question 1: The Fayette Power Project consists of three steam electric generating units. Units 1 and 2 are co-owned by the Lower Colorado River Authority (LCRA) and the City

of Austin. Unit 3 is owned solely by the LCRA. The LCRA is the managing partner for the entire facility . The Fayette Power Project is also identified in some EPA and DOE databases as "Sam Seymo ur".(2) Part 1, Question 15: The current boiler heat inputs for Units 1 and 2 were obtained from boiler model runs provided by ALSTOM. It has been several years since an actual boiler efficiency test was conducted. The original design fuel for Unit 3 was Texas Lignite.3) Part 1, Question 11: Units 1 and 2 were designed for Texas Lignite and subbituminous coal but currently burn only

subbituminous coal. The original design fuel for Unit 3 was Texas Lignite. It currently burns subbituminous coal only . No. 2 diesel fuel oil is used for start-up and flame stabilization only .The 2007 to 2009 Fuel Ty pes are provided

Page 14facility _contacts

facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 6179 1 Environm ental Advisor Joe Bentley

5124733272 JBENTLEY@LCRA.ORG TRUE

Page 15facility _coal_utilized

facility _id coal_ty pe percentage_mass percentage_btu

sy nfuel_ty pe

coal_note 6179 subbituminous 100 100

Page 16facility _oil_utilized

facility _id oil_ty pe percentage_volume percentage_btu

other_ty pe 6179 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 6179 Oil-contaminated Class I Industrial W aste generated on site

TRUE TRUE 27 tons/year 1) 15 T/Y of coal/dirt contaminated w/ fuel or hydraulic oil2) 15 T/Y of oil absorbant material, booms, and rags contaminated w/ oil3) 40 T/Y of sump waste contaminated w/ coal, dirt, fuel oil, lube oil, and hydraulic oil. All used in Unit 3 only

. No Quantities burned would be less than 50 Tons/Day . CAA section 129 would not apply

.

Page 18facility _other_materials

rcra_explain Quantities burned would be less than 50 Tons/Day . CAA section 129 would not apply

.

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 6179 1 Tangential firing Dry Bottom coal 5616 5963 622 6179 2 Tangential firing Dry Bottom coal 5616 5963 622 6179 3 Tangential firing Dry Bottom coal 4791 4660 470

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 598 86.6 85.6 2620 2460 1005 1005 FALSE 1005 598 86.6 85.8 2620 2395 1005 1005 FALSE 1005 445 77 86.6 2620 2520 1005 1005 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 1005 8341 82.8 Subpart D FALSE FALSE 1005 8219 82.7 Subpart D FALSE FALSE 1005 7969 82.9 Subpart Da(1) FALSE

Page 22boiler_information

NOx_control

SO2_control

combustion_additives Yes Yes No Yes Yes No Yes Yes No

Page 23boiler_fuels

facility _id boiler_id fuel_ty pe fuel_year percentage_massvol percentage_btu

other_ty pe 6179 1 coal - subbituminous 2007 100 100 6179 1 coal - subbituminous 2008 100 100 6179 1 coal - subbituminous 2009 100 100 6179 1 oil - distillate 2007 0 0 6179 1 oil - distillate 2008 0 0 6179 1 oil - distillate 2009 0 0 6179 2 coal - subbituminous 2007 100 100 6179 2 coal - subbituminous 2008 100 100 6179 2 coal - subbituminous 2009 100 100 6179 2 oil - distillate 2007 0 0 6179 2 oil - distillate 2008 0 0 6179 2 oil - distillate 2009 0 0 6179 3 coal - subbituminous 2007 100 100 6179 3 coal - subbituminous 2008 100 100 6179 3 coal - subbituminous 2009 100 100 6179 3 oil - distillate 2007 0 0 6179 3 oil - distillate 2008 0 0 6179 3 oil - distillate 2009 0 0 6179 3 other non-fossil fuel (specify ) 2007 0 0 Used oil sump sludge, oily rags, absorbent material, used floor sweep, oil contaminated soil 6179 3 other non-fossil fuel (specify ) 2008 0 0 Used oil sump sludge, oily rags, absorbant material, used floor sweep, oil contaminated soil 6179 3 other non-fossil fuel (specify ) 2009 0 0 Used oil sump sludge, oily rags, absorbant material, used floor sweep, oil contaminated soil

Page 24boiler_fuels

Used oil sump sludge, oily rags, absorbent material, used floor sweep, oil contaminated soil Used oil sump sludge, oily rags, absorbant material, used floor sweep, oil contaminated soil Used oil sump sludge, oily rags, absorbant material, used floor sweep, oil contaminated soil

Page 25boiler_control_NOx

facility _id boiler_id NOx_ty pe NOx_other NOx_online 6179 1 Advanced Overfire Air 11/1/2002 6179 2 Advanced Overfire Air 4/1/2004 6179 3 Advanced Overfire Air 5/1/2005

Page 26boiler_control_SO2

facility _id boiler_id SO2_ty pe SO2_other SO2_online 6179 1 Low Sulfur Coal 9/1/2007 6179 2 Low Sulfur Coal 9/1/2007 6179 3 Low Sulfur Coal 9/1/2007

Page 27boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online

Page 28facility _units

facility _id unit_id 6179 1 6179 2 6179 3

Page 29unit_boilers

facility _id unit_id boiler_id 6179 1 1 6179 2 2 6179 3 3

Page 30facility _controls

facility _id control_id control_group control_ty pe

control_other

legacy _control cntrol_online

control_offline

NOx_reagent 6179 ESP1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1979 6179 ESP2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1980 6179 ESP3 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1988 6179 FGD3 SO2 control Spray ty pe FALSE 4/1/1988

Page 31facility _controls

reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive

Lim estone No

Page 32facility _sampling_ports

facility _id sampling_port_id 6179 Port1 6179 Port2 6179 Port3

Page 33facility _stacks

facility _id stack_id stack_height stack_diameter

sack_gas_velocity 6179 Stack1 600 22 83 6179 Stack2 600 22 83 6179 Stack3 535 25.75 88

Page 34configurations

facility _id configuration_id 6179 1 6179 2 6179 3

Page 35configuration_components

facility _id configuration_id

component_id

order component_ty pe port_near 6179 1 1 1 Unit 6179 1 ESP1 2 PM control 6179 1 Port1 3 Sam pling Port next 6179 1 Stack1 4 Stack 6179 2 2 1 Unit 6179 2 ESP2 2 PM control 6179 2 Port2 3 Sam pling Port next 6179 2 Stack2 4 Stack 6179 3 3 1 Unit 6179 3 ESP3 2 PM control 6179 3 FGD3 3 SO2 control 6179 3 Port3 4 Sam pling Port next 6179 3 Stack3 5 Stack

Page 36configuration_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 6179 1 Sulfur Dioxide (SO2) Plantwide Applicability

Lim it 19135 pound per hour (lb/hr)

1 hour 34122.1 tons per year (tons/y r) 6179 1 PM (Filterable) Plantwide Applicability

Lim it 1441.4 pound per hour (lb/hr)

1 hour 5155.2 tons per year (tons/y r) 6179 1 PM10 (Filterable) Plantwide Applicability

Lim it 1393.5 pound per hour (lb/hr)

1 hour 5090.5 tons per year (tons/y r) 6179 1 Nitrogen Oxide (NOx) Plantwide Applicability

Lim it 4459 pound per hour (lb/hr)

1 hour 9521.8 tons per year (tons/y r) 6179 1 Carbon Monoxide (CO) Plantwide Applicability

Lim it 3738 pound per hour (lb/hr)

1 hour 11878.4 tons per year (tons/y r) 6179 1 VOCs Plantwide Applicability Lim it 88.6 pound per hour (lb/hr)

1 hour 300.5 tons per year (tons/y r) 6179 1 Sulfuric Acid Plantwide Applicability

Lim it 386 pound per hour (lb/hr)

1 hour 493.9 tons per year (tons/y r) 6179 1 Lead (Pb) Plantwide Applicability Lim it 0.29 pound per hour (lb/hr)

1 hour 1.28 tons per year (tons/y r) 6179 2 PM (Filterable) Plantwide Applicability

Lim it 1441.4 pound per hour (lb/hr)

1 hour 5155.2 tons per year (tons/y r) 6179 2 PM10 (Filterable) Plantwide Applicability

Lim it 1393.5 hours per day

(hr/day) 1 hour 5090.5 tons per year (tons/y r) 6179 2 Nitrogen Oxide (NOx) Plantwide Applicability

Lim it 4459 pound per hour (lb/hr)

1 hour 9521.8 tons per year (tons/y r) 6179 2 Sulfur Dioxide (SO2) Plantwide Applicability

Lim it 19135 pound per hour (lb/hr)

1 hour 34122.1 tons per year (tons/y r) 6179 3 PM (Filterable) Plantwide Applicability

Lim it 1441.4 pound per hour (lb/hr)

1 hour 5115.2 tons per year (tons/y r) 6179 3 PM10 (Filterable) Plantwide Applicability

Lim it 1393.5 pound per hour (lb/hr)

1 hour 5090.5 tons per year (tons/y r) 6179 2 Lead (Pb) Plantwide Applicability Lim it 0.29 pound per hour (lb/hr)

1 hour 1.28 tons per year (tons/y r) 6179 2 Carbon Monoxide (CO) Plantwide Applicability

Lim it 3738 pound per hour (lb/hr)

1 hour 118778.4 tons per year (tons/y r) 6179 2 VOCs Plantwide Applicability Lim it 88.6 pound per hour (lb/hr)

1 hour 300.5 tons per year (tons/y r) 6179 2 Sulfuric Acid Plantwide Applicability

Lim it 386 pound per hour (lb/hr)

1 hour 493.3 tons per year (tons/y r) 6179 3 Nitrogen Oxide (NOx) Plantwide Applicability

Lim it 4459 pound per hour (lb/hr)

1 hour 6548.1 tons per year (tons/y r) 6179 3 Sulfur Dioxide (SO2) Plantwide Applicability

Lim it 19135 pound per hour (lb/hr)

1 hour 34122.1 tons per year (tons/y r) 6179 3 Lead (Pb) Plantwide Applicability Lim it 0.29 pound per hour (lb/hr)

1 hour 1.28 tons per year (tons/y r) 6179 3 Carbon Monoxide (CO) Plantwide Applicability

Lim it 3738 pound per hour (lb/hr)

1 hour 11878.4 tons per year (tons/y r) 6179 3 VOCs Plantwide Applicability Lim it 88.6 pound per hour (lb/hr)

1 hour 300.5 tons per year (tons/y r) 6179 3 Sulfuric Acid Plantwide Applicability

Lim it 386 pound per hour (lb/hr)

1 hour 493.9 tons per year (tons/y r)

Page 37configuration_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 12 month 12 month The state & federal air permit authorizations for FPP include a Plantwide Applicability Lim it. This permit includes hourly and annual em ission caps for all emission souces at the facility , including the three generating units. (See Notes for details.) Reference Methods 1, 2, 3B, 4, and 5. 12 month Reference Methods 1, 2, 3B, 4 and 5. 12 month 12 month 12 month 12 month 12 month 12 month See Notes associated with FPP Unit 1 for permitted emission limit for Units 1, 2, and 3. Reference Method 1, 2, 3B, 4, and 5. 12 month Reference Methods 1, 2, 3B, 4, and 5. 12 month 12 month 12 month See Details and Notes for Unit 1 for plantwide applicability lim it and em ission limits for Units 1, 2, and 3. Reference Methods 1, 2, 3B, 4, and 5B. 12 month Reference Methods 1, 2, 3B, 4, and 5B. 12 month 12 month 12 month 12 month 12 month 12 month 12 month 12 month 12 month 12 month

Page 38configuration_pollutants1

em rate em rate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping

req_reporting 97 percent by

weight No The measurement units are in percent removal. This guarantee is for the wet limestone scrubbers being installed on FPP Units 1 and 2, scheduled to be operation in December 2010. 40 CFR 60.13, 45, 46(b)(1), 46(b)(4), 46(d)(1), 46(d)(3), and 40 CFR Part 75 and related appendices.

75.57(a) 40 CFR 60.45(g) and Part 75. 0.1 pound per million British Thermal Unit (lb/MMBtu)

No Original NSPS lim it. 40 CFR 60.13, 45, 46(b)(2), 46(b)(3), and Appendix B.

75.57(a) 40 CFR 60.7. 0.1 pound per million British Thermal Unit (lb/MMBtu)

No Original NSPS lim it. 40 CFR 60.13, 45, 46(b)(2), 46(b)(3), and Appendix B.

75.57(a) 40 CFR 60.7 0.155 pound per million British Thermal Unit (lb/MMBtu)

No 0.155 lb/m mB tu guarantee: burner tilts >+5 degrees above horizontal and upper levels of burners in service; 0.14 lb/mmBtu guanantee: burner tilts <+5 degrees above horizontal and lower burners in dervice. 40 CFR 60.13, 45, 46(b)(1), 46(b)(5), 46.(d)(1), 46(d5), and 40 CFR Part 75 and related appendices

75.57(a) 40 CFR 60.45(g) and Part 75. 200 parts per million by volum e (dry) (ppmvd) No Less than 200 ppm. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 0 pound per hour (lb/hr)

No No guarantees provided. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 0 pound per hour (lb/hr)

No No guarantees provided. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 0 parts per million by

volum e (dry) (ppmvd) No No guarantees provided. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 0.1 pound per million British Thermal Unit (lb/MMBtu)

No Original NSPS lim it. 40 CFR 60.13, 45, 46(b)(2), 46(b)(3), and Appendic B

75.57(a) 40 CFR 60.7 0.1 pound per million British Thermal Unit (lb/MMBtu)

No Original NSPS lim it. 40 CFR 60.13, 45, 46(b)(2), 46(b)(3), and Appendix B

75.57(a) 40 CFR 60.7 0.155 pound per million British Thermal Unit (lb/MMBtu)

No Sam e as guarantee for FPP Unit 1. 40 CFR 60.13, 45, 46(b)(1), 46(b)(5), 46(d)(1), 46(d)(3), and 40 CFR Part 75 and related Appendices.

75.57(a) 40 CFR 60.45(g) and Part 75 97 percent by

weight No The measurement units are in percent removal. This guarantee is for the wet limestone scrubber scheduled to be in service in December 2010. 40 CFR 60.13, 45, 46(b)(1), 46(b)(4), 46(d)(1), 46(d)(3), and 40 CFR Part 75 and related Appendices.

75.57(a) 40 CFR 60.45(g) and Part 75 0.03 pound per million British Thermal Unit (lb/MMBtu)

No Original NSPS lim it. 40 CFR 60.13, 45, 46(b)(2), 46(b)(3), and Appendix B.

75.57(a) 40 CFR 40.7 0.03 pound per million British Thermal Unit (lb/MMBtu)

No Original NSPS lim it. 40 CFR 60.13, 45, 46(b)(2), 46(b)(3), and Appendix B.

75.57(a) 40 CFR 60.7 0 percent by

weight No No guarantees provided. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 200 parts per million by volum e (dry) (ppmvd) No Less than 200 ppm. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 0 pound per hour (lb/hr)

No No guarantees provided. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 0 pound per hour (lb/hr)

No No guarantees provided. 40 CFR 60.8

40CFR 60.8(f)

90 days following testing 0.155 pound per million British Thermal Unit (lb/MMBtu)

No Sam e guarantee as for FPP Unit 1 and 2. 40 CFR 60, subpart Da and Part 75

75.57(a) 40 CFR 60.45(g) and Part 75 95.5 percent by

weight No The measurement units are in percent reduction while burning PRB coal with an inlet concentration of 2.0 lbs/mmBtu. FGD upgrade was completed earlier this year. 40 CFR 60, subpart Da and Part 75

75.57(a) 40 CFR 60.45(g) and Part 75 0 parts per million by

volum e (dry) (ppmvd) No No guarantees provided. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 200 parts per million by volum e (dry) (ppmvd) No Less than 200 ppm. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing 0 pound per hour (lb/hr)

No No guarantees provided. 40 CFR 80.8

40 CFR 60.8(f)

90 days following testing 0 pound per hour (lb/hr)

No No guarantees provided. 40 CFR 60.8

40 CFR 60.8(f)

90 days following testing

Page 39control_technologies

facility _id configuration_id

component_id

control_id project_title project_ty pe vendor_name

vndor_contact

vendor_phone 6179 3 FGD3 1 Full-Scale (200 MW ) Demonstration of Hg Oxidation Calalyst Installed Upstream of One W et FGD Module Demonstration

URS Corporation

Gary Bly the 5124195321

Page 40control_technologies

vendor_address

vndor_city

vendor_state

vendor_zip actual_start_date projected_start_date

end_date sorbent chemical_additive P.O. Box 201088

Austin TX 78720 5/6/2008 10/6/2009

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 Stationary

Hg oxidation catalysis installed in ductwork upstream of one FGD module. Catalyst consisted of gold on gamma alumina, ceramic substrate.

70 1.4 lb/TBtu 30 3.3 lb/TBtu

Page 42control_technologies

feed_rate_units

Page 43control_coal_ranks

facility _id configuration_id

component_id

control_id coal_ty pe 6179 3 FGD3 1 subbituminous

Page 44control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_nam e 6179 3 FGD3 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 6179 3 FGD3 1 No No 2750000 146250 2009

Page 46control_costs

CBI FALSE

Page 47mi sc_controls

facility _id mi sc_control_id

control_description

Page 48mi sc_control_configurations

facility _id mi sc_control_id

configuration_id

Page 49fuel_shipments

facility _id shipment_id

shipment_date

am ount_received

am ount_units

fuel_ty pe state_country other_country

county 6179 April 4/1/2009 314740 short tons (2000 lbs) coal WY WY - Campbell 6179 April-Oil 4/1/2009 1697 barrels oil TX 6179 August 8/1/2009 433755 short tons (2000 lbs) coal WY WY - Campbell 6179 December 12/1/2009 295596 short tons (2000 lbs) coal WY WY - Campbell 6179 February 2/1/2009 393432 short tons (2000 lbs) coal WY WY - Campbell 6179 February-Oil 2/1/2009 961 barrels oil TX 6179 January 1/1/2009 49445475 short tons (2000 lbs) coal WY WY - Campbell 6179 January-Oil 1/1/2009 1387 barrels oil TX 6179 January-Oil-3 1/1/2009 3569 barrels oil TX 6179 July 7/1/2009 496409 short tons (2000 lbs) coal WY WY - Campbell 6179 June 6/1/2009 12031 short tons (2000 lbs) coal WY WY - Campbell 6179 March 3/1/2009 278075 short tons (2000 lbs) coal WY WY - Campbell 6179 March-Oil 3/1/2009 1703 barrels oil TX 6179 March-Oil-3 3/1/2009 1716 barrels oil TX 6179 May 5/1/2009 335825 short tons (2000 lbs) coal WY WY - Campbell 6179 May-Oil 5/1/2009 2563 barrels oil TX 6179 May-Oil-3 5/1/2009 1184 barrels oil TX 6179 Novem ber 11/1/2009 262597 short tons (2000 lbs) coal WY WY - Campbell 6179 Novem ber-Oil-3

11/1/2009 5298 barrels oil TX 6179 October 10/1/2009 389803 short tons (2000 lbs) coal WY WY - Campbell 6179 October-Oil 10/1/2009 1720 barrels oil TX 6179 Septem ber 9/1/2009 459152 short tons (2000 lbs) coal WY WY - Campbell

Page 50fuel_shipments

coal_seam shipment_method WY - Campbell Unit Train

Trucks WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train

Trucks WY - Campbell Unit Train

Trucks Trucks WY - Campbell Unit Train WY - Campbell Unit Train WY - Campbell Unit Train

Trucks Trucks WY - Campbell Unit Train

Trucks Trucks WY - Campbell Unit Train

Trucks WY - Campbell Unit Train

Trucks WY - Campbell Unit Train

Page 51fuel_shipment_configurations

facility _id shipment_id

configuration_id 6179 April 1 6179 April 2 6179 April 3 6179 April-Oil 1 6179 April-Oil 2 6179 August 1 6179 August 2 6179 December 1 6179 December 2 6179 February 1 6179 February 2 6179 February 3 6179 February-Oil

1 6179 February-Oil

2 6179 January 1 6179 January 2 6179 January 3 6179 January-Oil 1 6179 January-Oil 2 6179 January-Oil-3

3 6179 July 1 6179 July 2 6179 July 3 6179 June 1 6179 June 2 6179 June 3 6179 March 1 6179 March 2 6179 March 3 6179 March-Oil 1 6179 March-Oil 2 6179 March-Oil-3

3 6179 May 1 6179 May 2 6179 May 3 6179 May-Oil 1 6179 May-Oil 2 6179 May-Oil-3 3 6179 Novem ber 1 6179 Novem ber 2 6179 Novem ber-Oil-3

3 6179 October 1 6179 October 2 6179 October-Oil 1 6179 October-Oil 2 6179 Septem ber 1 6179 Septem ber 2 6179 Septem ber 3

Page 52fuel_shipment_samples

facility _id shipment_id

sample_id am ount_fuel am ount_fuel_units

total_sulfur ash_content heating_value

hating_units 6179 April 007BTHSC 11926 tons 0.29 6.88 12175 Btu/lb 6179 April ATHSC009 12153 tons 0.38 7.41 12001 Btu/lb 6179 April CDHSC007 11581 tons 0.4 9.1 11891 Btu/lb 6179 April CRMHAF008 8750 tons 0.39 7.22 12070 Btu/lb 6179 April EBMHAF012 8418 tons 0.43 6.31 12084 Btu/lb 6179 August ATMHAF011 9412 tons 0.32 6.74 12030 Btu/lb 6179 August BTMHAF005 9007 tons 0.31 6.64 12061 Btu/lb 6179 August CDHSC024 11314 tons 0.47 8.49 11918 Btu/lb 6179 August CKMHAF008 10253 tons 0.42 8.68 11962 Btu/lb 6179 August ROHSC011 11411 tons 0.46 7.41 12111 Btu/lb 6179 December CDHSC048 11397 tons 0.44 8.32 11931 Btu/lb 6179 December CNAHS047 1812 tons 0.28 6.53 11989 Btu/lb 6179 December CRMHAF035 10107 tons 0.44 8.01 11964 Btu/lb 6179 February 006CKHSC 11328 tons 0.45 8.5 11979 Btu/lb 6179 February ATHSC006 12145 tons 0.36 6.11 12169 Btu/lb 6179 February CDMHAF005 9117 tons 0.48 7.86 12034 Btu/lb 6179 February CDMHAF006 8905 tons 0.49 8.39 11988 Btu/lb 6179 February CRMHAF003 8296 tons 0.47 7.6 12074 Btu/lb 6179 February CRMHAF006 9033 tons 0.49 7.65 11918 Btu/lb 6179 February EBMHAF006 8884 tons 0.61 7.35 12048 Btu/lb 6179 January 002BTHSC 11083 tons 0.34 6.43 12186 Btu/lb 6179 January 003CKHSC 9672 tons 0.42 8.38 12072 Btu/lb 6179 January ATHSCOO2 12068 tons 0.3 6.59 12061 Btu/lb 6179 January CDMHAF002 8690 tons 0.48 8.3 11919 Btu/lb 6179 January CDMHAF003 8882 tons 0.44 8.5 11921 Btu/lb 6179 January CNAHS004 11969 tons 0.28 5.95 112090 Btu/lb 6179 January CNAHSC003 11902 tons 0.29 6.1 12038 Btu/lb 6179 January EBMHAF003 8794 tons 0.57 7.63 11936 Btu/lb 6179 January ROHSC001 11584 tons 0.4 6.94 12017 Btu/lb 6179 July 021BTHSC 11879 tons 0.26 6.14 12137 Btu/lb 6179 July ATHSC010 11977 tons 0.42 6.22 12149 Btu/lb 6179 July CDHSC017 10980 tons 0.45 7.78 12051 Btu/lb 6179 July CKMHAF004 8777 tons 0.43 8.38 11983 Btu/lb 6179 July EBMHAF026 9029 tons 0.58 7.24 11936 Btu/lb 6179 July ROHSC008 11661 tons 0.38 7.07 12094 Btu/lb 6179 June 008W THSC 12031 tons 0.43 7.34 12136 Btu/lb 6179 June ATMHAF008 9278 tons 0.32 6.62 12072 Btu/lb 6179 June CDMHAF024 8692 tons 0.4 8.15 11991 Btu/lb 6179 June CRMHAF014 8882 tons 0.4 7.47 12096 Btu/lb 6179 June EBMHAF024 8948 tons 0.56 7.54 11943 Btu/lb 6179 March 004BTHSC 11976 tons 0.3 6.76 12157 Btu/lb 6179 March 005BTHSC 11995 tons 0.34 7.14 12062 Btu/lb 6179 March 005W THSC 11987 tons 0.41 6.6 12220 Btu/lb 6179 March ATHSC007 12170 tons 0.27 7.67 11951 Btu/lb 6179 March CDMHAF008 8740 tons 0.44 7.78 12070 Btu/lb 6179 March CKHSC010 11433 tons 0.55 8.9 11990 Btu/lb 6179 March CKMHAF003 8620 tons 0.49 9.77 11828 Btu/lb 6179 March CNAMHAH004 9025 tons 0.28 5.74 12091 Btu/lb 6179 March EBMHAF008 8853 tons 0.4 6.77 11974 Btu/lb 6179 March ROHSC006 9732 tons 0.42 7.32 12107 Btu/lb 6179 March WT MHAF010 9196 tons 0.38 8.66 11903 Btu/lb

Page 53fuel_shipment_samples

6179 May 015BTHSC 12005 tons 0.42 6.89 12089 Btu/lb 6179 May ATMHAF003 9281 tons 0.35 6.97 11979 Btu/lb 6179 May CDHSC009 11656 tons 0.41 8.06 11944 Btu/lb 6179 May EBMHAF017 8855 tons 0.56 7.02 11997 Btu/lb 6179 Novem ber ATHSCC019 12079 tons 0.3 8.5 11852 Btu/lb 6179 Novem ber CDMHAF037 10344 tons 0.44 8.18 11863 Btu/lb 6179 Novem ber CNAHS043 11738 tons 0.28 6.59 11947 Btu/lb 6179 Novem ber ROHSC023 10686 tons 0.43 7.34 12116 Btu/lb 6179 October ATMHAF013 10642 tons 0.34 8.78 11756 Btu/lb 6179 October CDMHAF035 10213 tons 0.5 8.36 11961 Btu/lb 6179 October ROHSC017 11456 tons 0.46 7.54 12071 Btu/lb 6179 Septem ber 020CKHSC 11348 tons 0.48 8.3 12020 Btu/lb 6179 Septem ber CDHSC033 11533 tons 0.44 7.3 12045 Btu/lb 6179 Septem ber ROHSC014 11611 tons 0.42 7.8 12013 Btu/lb

Page 54fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_ty pe

supplier_name

supplier_address 108.3 parts per million (dry) (ppm) 38.1 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 253.5 parts per million (dry) (ppm) 108.3 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 177 parts per million (dry) (ppm)

38.3 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E. Maplewood Ave.Building 5, Suite 250 197.8 parts per million (dry) (ppm) 29.9 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 195.5 parts per million (dry) (ppm) 31.5 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Alpha Coal 391 Iverness Terrace East, Suite 333 76.8 parts per million (dry) (ppm) 41.8 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 89.7 parts per million (dry) (ppm) 46.2 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 77.7 parts per million (dry) (ppm) 0.07 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 76.19 parts per million (dry) (ppm) 53.19 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 82.2 parts per million (dry) (ppm)

46.15 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 203.76 parts per million (dry) (ppm) 51.3 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 429.17 parts per million (dry) (ppm) 50 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Peabody COALSALES Company 301 N. Memorial Drive 491.8 parts per million (dry) (ppm) 50.33 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 150.6 parts per million (dry) (ppm) 38.6 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 134.1 parts per million (dry) (ppm) 32.1 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 134.1 parts per million (dry) (ppm) 34.2 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 143.5 parts per million (dry) (ppm) 33.7 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 73.9 parts per million (dry) (ppm) 38.2 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 112.4 parts per million (dry) (ppm) 36.5 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 78.7 parts per million (dry) (ppm) 33.4 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Alpha Coal 391Iverness Terrace East, Suite 333 102.21 parts per million (dry) (ppm) 29.75 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 74.7 parts per million (dry) (ppm) 31.6 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 46 parts per million (dry) (ppm)

28.8 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 93.7 parts per million (dry) (ppm) 38.6 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Cloudpeak Energy

800 Maplewood Ave, Bldg 5, Suite 250 80.19 parts per million (dry) (ppm) 32.9 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 71 parts per million (dry) (ppm)

36.2 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Peabody Coal Sales Co. 310 N. Memorial Dr. 85 parts per million (dry) (ppm)

38.1 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Peabody Coal Sales Co. 301 N. Memorial Dr. 66.3 parts per million (dry) (ppm) 36.7 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Alpha Coal 391Iverness Terrace East, Suite 333 52.56 parts per million (dry) (ppm) 26.36 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 43.9 parts per million (dry) (ppm) 53.6 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 32.9 parts per million (dry) (ppm) 43.9 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 27.5 parts per million (dry) (ppm) 44.9 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 65.2 parts per million (dry) (ppm) 53.6 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 25.5 parts per million (dry) (ppm) 45.3 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Alpha Coal 391 Iverness Terrace East, Suite 333 8.5 parts per million (dry) (ppm)

43.9 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 43.9 parts per million (dry) (ppm)

45.27 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 52.61 parts per million (dry) (ppm) 4587 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 105.74 parts per million (dry) (ppm) 48.59 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 33.1 parts per million (dry) (ppm)

41.74 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 115.63 parts per million (dry) (ppm) 38.54 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Alpha Coal 391 Iverness Terrace East, Suite 333 106.7 parts per million (dry) (ppm) 38.82 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 168.2 parts per million (dry) (ppm) 40.3 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City PlaceDr.Suite 300 124.97 parts per million (dry) (ppm) 38.38 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 33.8 parts per million (dry) (ppm) 31.6 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 134.7 parts per million (dry) (ppm) 32.2 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 132 parts per million (dry) (ppm)

34.6 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 131.07 parts per million (dry) (ppm) 32.84 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 133 parts per million (dry) (ppm)

38.1 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Peabody Coal Sales Co. 301 N. Memorial Dr. 139.1 parts per million (dry) (ppm) 37.1 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Alpha Coal 391 Iverness Terrace East, Suite 333 108.48 parts per million (dry) (ppm) 33.51 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 101.07 parts per million (dry) (ppm) 31.42 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300

Page 55fuel_shipment_samples

135.89 parts per million (dry) (ppm) 37.76 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr., Suite 300 58.01 parts per million (dry) (ppm) 37.77 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 134.79 parts per million (dry) (ppm) 40.04 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 143.88 parts per million (dry) (ppm) 39.41 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Alpha Coal 391 Iverness Terrace East, Suite 333 108.3 parts per million (dry) (ppm) 48.7 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 142.2 parts per million (dry) (ppm) 48.3 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 88.4 parts per million (dry) (ppm) 50.5 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

Peabody COALSALES Company 301 N. Memorial Drive 372.9 parts per million (dry) (ppm) 54.5 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 483.65 parts per million (dry) (ppm) 51.34 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 30.12 parts per million (dry) (ppm) 54.5 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 33.05 parts per million (dry) (ppm) 45.98 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E Maplewood Ave, Bldg 5, Suite 250 76.7 percent (dry) (%) 55 parts per million (dry) (ppm) standard operational procedures Fuel supplier

Arch Coal Sales

1 City Place Dr.Suite 300 51.4 parts per million (dry) (ppm) 57.1 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E. Maplewood Ave.Buidling 5, Suite 250 65 parts per million (dry) (ppm)

62.1 parts per million (dry) (ppm)

standard operational procedures Fuel supplier

CloudPeak Energy

8000 E. Maplewood Ave.Building 5, Suite 250

Page 56fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_nam e lab_address lab_city lab_state lab_zip analysis_copies St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P.O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Engelwood CO 80112 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63102 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 No Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 No Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 No Engelwood CO 80112 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 No St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 No St. Louis MO 63102 No St. Louis MO 63102 No Engelwood CO 80112 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 No St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 No Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville MO 41465 Yes St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Engelwood CO 80112 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 No Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Engelwood CO 80112 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 No St. Louis MO 63141 No St. Louis MO 63141 No Greenwood Village

CO 80111 No Greenwood Village

CO 80111 No St. Louis MO 63141 No St. Louis MO 63141 No St. Louis MO 63102 No Engelwood CO 80112 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes

Page 57fuel_shipment_samples

St. Louis MO 63141 No Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 No Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 No Engelwood CO 80112 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63102 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes Greenwood Village

CO 80111 Mineral Labs, Inc. P. O. Box 549

Salyersville KY 41465 Yes St. Louis MO 63141 Mineral Labs, Inc. P.O. Box 549

Salyersville KY 41465 Yes Greenwood Villaage

CO 80111 Mineral Labs, Inc. P.O. Box 549

Salyersville KY 41465 Yes Greenwod Village

CO 80111 Mineral Labs, Inc. P.O. Box 549

Salyersville KY 41465 Yes

Page 58fuel_shipment_samples

analysis_copies

Page 59fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL 6179 April 007BTHSC Arsenic (As) 0.71 parts per million (dry) (ppm) FALSE 6179 April 007BTHSC Lead (Pb) 3.93 parts per million (dry) (ppm) FALSE 6179 April 007BTHSC Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 April 007BTHSC Selenium (Se) 0.16 parts per million (dry) (ppm) FALSE 6179 April ATHSC009 Arsenic (As) 0.61 parts per million (dry) (ppm) FALSE 6179 April ATHSC009 Lead (Pb) 3.57 parts per million (dry) (ppm) FALSE 6179 April ATHSC009 Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 April ATHSC009 Selenium (Se) 0.15 parts per million (dry) (ppm) FALSE 6179 April CDHSC007 Arsenic (As) 0.9 parts per million (dry) (ppm) FALSE 6179 April CDHSC007 Lead (Pb) 5.39 parts per million (dry) (ppm) FALSE 6179 April CDHSC007 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 April CDHSC007 Selenium (Se) 0.17 parts per million (dry) (ppm) FALSE 6179 April CRMHAF008 Arsenic (As) 0.63 parts per million (dry) (ppm) FALSE 6179 April CRMHAF008 Lead (Pb) 3.04 parts per million (dry) (ppm) FALSE 6179 April CRMHAF008 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 April CRMHAF008 Selenium (Se) 0.11 parts per million (dry) (ppm) FALSE 6179 April EBMHAF012 Arsenic (As) 0.56 parts per million (dry) (ppm) FALSE 6179 April EBMHAF012 Lead (Pb) 2.76 parts per million (dry) (ppm) FALSE 6179 April EBMHAF012 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 April EBMHAF012 Selenium (Se) 0.1 parts per million (dry) (ppm) FALSE 6179 August ATMHAF011 Arsenic (As) 3.32 parts per million (dry) (ppm) FALSE 6179 August ATMHAF011 Lead (Pb) 3.63 parts per million (dry) (ppm) FALSE 6179 August ATMHAF011 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 August ATMHAF011 Selenium (Se) 0.32 parts per million (dry) (ppm) FALSE 6179 August BTMHAF005 Arsenic (As) 2.32 parts per million (dry) (ppm) FALSE 6179 August BTMHAF005 Lead (Pb) 3.03 parts per million (dry) (ppm) FALSE 6179 August BTMHAF005 Mercury (Hg) 0.08 parts per million (dry) (ppm) FALSE 6179 August BTMHAF005 Selenium (Se) 1.01 parts per million (dry) (ppm) FALSE 6179 August CDHSC024 Arsenic (As) 2.04 parts per million (dry) (ppm) FALSE 6179 August CDHSC024 Lead (Pb) 3.17 parts per million (dry) (ppm) FALSE 6179 August CDHSC024 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 August CDHSC024 Selenium (Se) 1.58 parts per million (dry) (ppm) FALSE 6179 August CKMHAF008 Arsenic (As) 2.8 parts per million (dry) (ppm) FALSE 6179 August CKMHAF008 Lead (Pb) 3.22 parts per million (dry) (ppm) FALSE 6179 August CKMHAF008 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 August CKMHAF008 Selenium (Se) 0.19 parts per million (dry) (ppm) FALSE 6179 August ROHSC011 Arsenic (As) 2.38 parts per million (dry) (ppm) FALSE 6179 August ROHSC011 Lead (Pb) 2.9 parts per million (dry) (ppm) FALSE 6179 August ROHSC011 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 August ROHSC011Selenium (Se) 0.61 parts per million (dry) (ppm) FALSE 6179 December CDHSC048 Arsenic (As) 3.26 parts per million (dry) (ppm) FALSE 6179 December CDHSC048 Lead (Pb) 3.02 parts per million (dry) (ppm) FALSE 6179 December CDHSC048 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 December CDHSC048 Selenium (Se) 1.17 parts per million (dry) (ppm) FALSE 6179 December CNAHS047 Arsenic (As) 0.96 parts per million (dry) (ppm) FALSE 6179 December CNAHS047Lead (Pb) 2.13 parts per million (dry) (ppm) FALSE 6179 December CNAHS047Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 December CNAHS047Selenium (Se) 1.14 parts per million (dry) (ppm) FALSE 6179 December CRMHAF035 Arsenic (As) 2.99 parts per million (dry) (ppm) FALSE 6179 December CRMHAF035 Lead (Pb) 2.95 parts per million (dry) (ppm) FALSE 6179 December CRMHAF035 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE

Page 60fuel_sample_pollutants

6179 December CRMHAF035 Selenium (Se) 3.57 parts per million (dry) (ppm) FALSE 6179 February 006CKHSC Arsenic (As) 0.65 parts per million (dry) (ppm) FALSE 6179 February 006CKHSCLead (Pb) 4.66 parts per million (dry) (ppm) FALSE 6179 February 006CKHSCMercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 February 006CKHSCSelenium (Se) 0.19 parts per million (dry) (ppm) FALSE 6179 February ATHSC006 Arsenic (As) 0.49 parts per million (dry) (ppm) FALSE 6179 February ATHSC006 Lead (Pb) 3.66 parts per million (dry) (ppm) FALSE 6179 February ATHSC006 Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 February ATHSC006 Selenium (Se) 0.15 parts per million (dry) (ppm) FALSE 6179 February CDMHAF005 Arsenic (As) 0.8 parts per million (dry) (ppm) FALSE 6179 February CDMHAF005 Lead (Pb) 4.45 parts per million (dry) (ppm) FALSE 6179 February CDMHAF005 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 February CDMHAF005 Selenium (Se) 0.18 parts per million (dry) (ppm) FALSE 6179 February CDMHAF006 Arsenic (As) 0.65 parts per million (dry) (ppm) FALSE 6179 February CDMHAF006 Lead (Pb) 3.1 parts per million (dry) (ppm) FALSE 6179 February CDMHAF006 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 February CDMHAF006 Selenium (Se) 0.13 parts per million (dry) (ppm) FALSE 6179 February CRMHAF003 Arsenic (As) 0.53 parts per million (dry) (ppm) FALSE 6179 February CRMHAF003 Lead (Pb) 3.18 parts per million (dry) (ppm) FALSE 6179 February CRMHAF003 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 February CRMHAF003 Selenium (Se) 0.12 parts per million (dry) (ppm) FALSE 6179 February CRMHAF006 Arsenic (As) 0.69 parts per million (dry) (ppm) FALSE 6179 February CRMHAF006 Lead (Pb) 3.26 parts per million (dry) (ppm) FALSE 6179 February CRMHAF006 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 February CRMHAF006 Selenium (Se) 0.13 parts per million (dry) (ppm) FALSE 6179 February EBMHAF006 Arsenic (As) 0.53 parts per million (dry) (ppm) FALSE 6179 February EBMHAF006 Lead (Pb) 3.12 parts per million (dry) (ppm) FALSE 6179 February EBMHAF006 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 February EBMHAF006 Selenium (Se) 0.13 parts per million (dry) (ppm) FALSE 6179 January 002BTHSC Arsenic (As) 0.48 parts per million (dry) (ppm) FALSE 6179 January 002BTHSC Lead (Pb) 3.28 parts per million (dry) (ppm) FALSE 6179 January 002BTHSC Mercury (Hg) 0.08 parts per million (dry) (ppm) FALSE 6179 January 002BTHSC Selenium (Se) 0.12 parts per million (dry) (ppm) FALSE 6179 January 003CKHSC Arsenic (As) 0.68 parts per million (dry) (ppm) FALSE 6179 January 003CKHSCLead (Pb) 4.65 parts per million (dry) (ppm) FALSE 6179 January 003CKHSCMercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 January 003CKHSCSelenium (Se) 0.19 parts per million (dry) (ppm) FALSE 6179 January ATHSCOO2 Arsenic (As) 0.46 parts per million (dry) (ppm) FALSE 6179 January ATHSCOO2 Lead (Pb) 3.52 parts per million (dry) (ppm) FALSE 6179 January ATHSCOO2 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 January ATHSCOO2 Selenium (Se) 0.15 parts per million (dry) (ppm) FALSE 6179 January CDMHAF002 Arsenic (As) 0.67 parts per million (dry) (ppm) FALSE 6179 January CDMHAF002 Lead (Pb) 4.82 parts per million (dry) (ppm) FALSE 6179 January CDMHAF002 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 January CDMHAF002 Selenium (Se) 0.16 parts per million (dry) (ppm) FALSE 6179 January CDMHAF003 Arsenic (As) 0.74 parts per million (dry) (ppm) FALSE 6179 January CDMHAF003 Lead (Pb) 4.82 parts per million (dry) (ppm) FALSE 6179 January CDMHAF003 Mercury (Hg) 0.11 parts per million (dry) (ppm) FALSE 6179 January CDMHAF003 Selenium (Se) 0.16 parts per million (dry) (ppm) FALSE 6179 January CNAHS004 Arsenic (As) 0.44 parts per million (dry) (ppm) FALSE 6179 January CNAHS004Lead (Pb) 2.66 parts per million (dry) (ppm) FALSE 6179 January CNAHS004Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE

Page 61fuel_sample_pollutants

6179 January CNAHS004Selenium (Se) 0.14 parts per million (dry) (ppm) FALSE 6179 January CNAHSC003 Arsenic (As) 0.47 parts per million (dry) (ppm) FALSE 6179 January CNAHSC003 Lead (Pb) 3.1 parts per million (dry) (ppm) FALSE 6179 January CNAHSC003 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 January CNAHSC003 Selenium (Se) 0.15 parts per million (dry) (ppm) FALSE 6179 January EBMHAF003 Arsenic (As) 0.56 parts per million (dry) (ppm) FALSE 6179 January EBMHAF003 Lead (Pb) 3.97 parts per million (dry) (ppm) FALSE 6179 January EBMHAF003 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 January EBMHAF003 Selenium (Se) 0.16 parts per million (dry) (ppm) FALSE 6179 January ROHSC001 Arsenic (As) 0.54 parts per million (dry) (ppm) FALSE 6179 January ROHSC001 Lead (Pb) 3.63 parts per million (dry) (ppm) FALSE 6179 January ROHSC001 Mercury (Hg) 0.08 parts per million (dry) (ppm) FALSE 6179 January ROHSC001Selenium (Se) 0.13 parts per million (dry) (ppm) FALSE 6179 July 021BTHSC Arsenic (As) 0.85 parts per million (dry) (ppm) FALSE 6179 July 021BTHSC Lead (Pb) 1.43 parts per million (dry) (ppm) FALSE 6179 July 021BTHSC Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 July 021BTHSC Selenium (Se) 2.03 parts per million (dry) (ppm) FALSE 6179 July ATHSC010 Arsenic (As) 0.36 parts per million (dry) (ppm) FALSE 6179 July ATHSC010 Lead (Pb) 3.6 parts per million (dry) (ppm) FALSE 6179 July ATHSC010 Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 July ATHSC010 Selenium (Se) 1.36 parts per million (dry) (ppm) FALSE 6179 July CDHSC017 Arsenic (As) 0.58 parts per million (dry) (ppm) FALSE 6179 July CDHSC017 Lead (Pb) 2.78 parts per million (dry) (ppm) FALSE 6179 July CDHSC017 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 July CDHSC017 Selenium (Se) 1.38 parts per million (dry) (ppm) FALSE 6179 July CKMHAF004 Arsenic (As) 0.87 parts per million (dry) (ppm) FALSE 6179 July CKMHAF004 Lead (Pb) 2.06 parts per million (dry) (ppm) FALSE 6179 July CKMHAF004 Mercury (Hg) 0.09 parts per million (dry) (ppm) FALSE 6179 July CKMHAF004 Selenium (Se) 1.25 parts per million (dry) (ppm) FALSE 6179 July EBMHAF026 Arsenic (As) 0.59 parts per million (dry) (ppm) FALSE 6179 July EBMHAF026 Lead (Pb) 1.87 parts per million (dry) (ppm) FALSE 6179 July EBMHAF026 Mercury (Hg) 0.08 parts per million (dry) (ppm) FALSE 6179 July EBMHAF026 Selenium (Se) 1.25 parts per million (dry) (ppm) FALSE 6179 July ROHSC008 Arsenic (As) 0.57 parts per million (dry) (ppm) FALSE 6179 July ROHSC008 Lead (Pb) 1.9 parts per million (dry) (ppm) FALSE 6179 July ROHSC008 Mercury (Hg) 0.09 parts per million (dry) (ppm) FALSE 6179 July ROHSC008 Selenium (Se) 1.36 parts per million (dry) (ppm) FALSE 6179 June 008W THSC Arsenic (As) 5.64 parts per million (dry) (ppm) FALSE 6179 June 008W THSC Lead (Pb) 1.29 parts per million (dry) (ppm) FALSE 6179 June 008W THSC Mercury (Hg) 0.05 percent (dry) (%) FALSE 6179 June 008W THSC Selenium (Se) 2.62 parts per million (dry) (ppm) FALSE 6179 June ATMHAF008 Arsenic (As) 1.63 parts per million (dry) (ppm) FALSE 6179 June ATMHAF008 Lead (Pb) 2 parts per million (dry) (ppm) FALSE 6179 June ATMHAF008 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 June ATMHAF008 Selenium (Se) 1.5 parts per million (dry) (ppm) FALSE 6179 June CDMHAF024 Arsenic (As) 1.84 parts per million (dry) (ppm) FALSE 6179 June CDMHAF024 Lead (Pb) 2.79 parts per million (dry) (ppm) FALSE 6179 June CDMHAF024 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 June CDMHAF024 Selenium (Se) 2.17 parts per million (dry) (ppm) FALSE 6179 June CRMHAF014 Arsenic (As) 1.55 parts per million (dry) (ppm) FALSE 6179 June CRMHAF014 Lead (Pb) 3.05 parts per million (dry) (ppm) FALSE 6179 June CRMHAF014 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE

Page 62fuel_sample_pollutants

6179 June CRMHAF014 Selenium (Se) 1.51 parts per million (dry) (ppm) FALSE 6179 June EBMHAF024 Arsenic (As) 1.74 parts per million (dry) (ppm) FALSE 6179 June EBMHAF024 Lead (Pb) 3.24 parts per million (dry) (ppm) FALSE 6179 June EBMHAF024 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 June EBMHAF024 Selenium (Se) 1.51 parts per million (dry) (ppm) FALSE 6179 March 004BTHSC Arsenic (As) 0.77 parts per million (dry) (ppm) FALSE 6179 March 004BTHSC Lead (Pb) 3.65 parts per million (dry) (ppm) FALSE 6179 March 004BTHSC Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 March 004BTHSC Selenium (Se) 0.14 parts per million (dry) (ppm) FALSE 6179 March 005BTHSC Arsenic (As) 0.64 parts per million (dry) (ppm) FALSE 6179 March 005BTHSC Lead (Pb) 3.19 parts per million (dry) (ppm) FALSE 6179 March 005BTHSC Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 March 005BTHSC Selenium (Se) 0.12 parts per million (dry) (ppm) FALSE 6179 March 005W THSC Arsenic (As) 0.52 parts per million (dry) (ppm) FALSE 6179 March 005W THSC Lead (Pb) 3.07 parts per million (dry) (ppm) FALSE 6179 March 005W THSC Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 March 005W THSC Selenium (Se) 0.12 parts per million (dry) (ppm) FALSE 6179 March ATHSC007 Arsenic (As) 0.58 parts per million (dry) (ppm) FALSE 6179 March ATHSC007 Lead (Pb) 3.27 parts per million (dry) (ppm) FALSE 6179 March ATHSC007 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 March ATHSC007 Selenium (Se) 0.12 parts per million (dry) (ppm) FALSE 6179 March CDMHAF008 Arsenic (As) 0.65 parts per million (dry) (ppm) FALSE 6179 March CDMHAF008 Lead (Pb) 3.76 parts per million (dry) (ppm) FALSE 6179 March CDMHAF008 Mercury (Hg) 0.07 parts per million (dry) (ppm) FALSE 6179 March CDMHAF008 Selenium (Se) 0.16 parts per million (dry) (ppm) FALSE 6179 March CKHSC010 Arsenic (As) 0.87 parts per million (dry) (ppm) FALSE 6179 March CKHSC010Lead (Pb) 3.51 parts per million (dry) (ppm) FALSE 6179 March CKHSC010Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 March CKHSC010Selenium (Se) 0.53 parts per million (dry) (ppm) FALSE 6179 March CKMHAF003 Arsenic (As) 0.94 parts per million (dry) (ppm) FALSE 6179 March CKMHAF003 Lead (Pb) 4.13 parts per million (dry) (ppm) FALSE 6179 March CKMHAF003 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 March CKMHAF003 Selenium (Se) 0.16 parts per million (dry) (ppm) FALSE 6179 March CNAMHAH004 Arsenic (As) 0.61 parts per million (dry) (ppm) FALSE 6179 March CNAMHAH004 Lead (Pb) 2.86 parts per million (dry) (ppm) FALSE 6179 March CNAMHAH004 Mercury (Hg) 0.56 parts per million (dry) (ppm) FALSE 6179 March CNAMHAH004 Selenium (Se) 0.14 parts per million (dry) (ppm) FALSE 6179 March EBMHAF008 Arsenic (As) 0.65 parts per million (dry) (ppm) FALSE 6179 March EBMHAF008 Lead (Pb) 3.55 parts per million (dry) (ppm) FALSE 6179 March EBMHAF008 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 March EBMHAF008 Selenium (Se) 0.14 parts per million (dry) (ppm) FALSE 6179 March ROHSC006 Arsenic (As) 0.65 parts per million (dry) (ppm) FALSE 6179 March ROHSC006 Lead (Pb) 3.08 parts per million (dry) (ppm) FALSE 6179 March ROHSC006 Mercury (Hg) 0.03 parts per million (dry) (ppm) FALSE 6179 March ROHSC006 Selenium (Se) 0.12 parts per million (dry) (ppm) FALSE 6179 March WT MHAF010 Arsenic (As) 0.9 parts per million (dry) (ppm) FALSE 6179 March WT MHAF010 Lead (Pb) 5.7 parts per million (dry) (ppm) FALSE 6179 March WT MHAF010 Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 March WT MHAF010 Selenium (Se) 0.22 parts per million (dry) (ppm) FALSE 6179 May 015BTHSC Arsenic (As) 0.6 parts per million (dry) (ppm) FALSE 6179 May 015BTHSC Lead (Pb) 3.19 parts per million (dry) (ppm) FALSE 6179 May 015BTHSC Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE

Page 63fuel_sample_pollutants

6179 May 015BTHSC Selenium (Se) 0.15 parts per million (dry) (ppm) FALSE 6179 May ATMHAF003 Arsenic (As) 0.88 parts per million (dry) (ppm) FALSE 6179 May ATMHAF003 Lead (Pb) 2.14 parts per million (dry) (ppm) FALSE 6179 May ATMHAF003 Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 May ATMHAF003 Selenium (Se) 1.52 parts per million (dry) (ppm) FALSE 6179 May CDHSC009 Arsenic (As) 0.64 parts per million (dry) (ppm) FALSE 6179 May CDHSC009 Lead (Pb) 4.13 parts per million (dry) (ppm) FALSE 6179 May CDHSC009 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 May CDHSC009 Selenium (Se) 0.16 parts per million (dry) (ppm) FALSE 6179 May EBMHAF017 Arsenic (As) 0.55 parts per million (dry) (ppm) FALSE 6179 May EBMHAF017 Lead (Pb) 3.4 parts per million (dry) (ppm) FALSE 6179 May EBMHAF017 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 May EBMHAF017 Selenium (Se) 0.14 parts per million (dry) (ppm) FALSE 6179 Novem ber ATHSCC019 Arsenic (As) 0.79 parts per million (dry) (ppm) FALSE 6179 Novem ber ATHSCC019 Lead (Pb) 4.09 parts per million (dry) (ppm) FALSE 6179 Novem ber ATHSCC019 Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 Novem ber ATHSCC019 Selenium (Se) 0.77 parts per million (dry) (ppm) FALSE 6179 Novem ber CDMHAF037 Arsenic (As) 1.76 parts per million (dry) (ppm) FALSE 6179 Novem ber CDMHAF037 Lead (Pb) 2.77 parts per million (dry) (ppm) FALSE 6179 Novem ber CDMHAF037 Mercury (Hg) 0.09 parts per million (dry) (ppm) FALSE 6179 Novem ber CDMHAF037 Selenium (Se) 1.45 parts per million (dry) (ppm) FALSE 6179 Novem ber CNAHS043 Arsenic (As) 0.74 parts per million (dry) (ppm) FALSE 6179 Novem ber CNAHS043Lead (Pb) 4.17 parts per million (dry) (ppm) FALSE 6179 Novem ber CNAHS043Mercury (Hg) 0.04 parts per million (dry) (ppm) FALSE 6179 Novem ber CNAHS043Selenium (Se) 0.73 parts per million (dry) (ppm) FALSE 6179 Novem ber ROHSC023 Arsenic (As) 1.97 parts per million (dry) (ppm) FALSE 6179 Novem ber ROHSC023 Lead (Pb) 3.04 parts per million (dry) (ppm) FALSE 6179 Novem ber ROHSC023 Mercury (Hg) 0.06 parts per million (dry) (ppm) FALSE 6179 Novem ber ROHSC023 Selenium (Se) 1.45 parts per million (dry) (ppm) FALSE 6179 October ATMHAF013 Arsenic (As) 2.08 parts per million (dry) (ppm) FALSE 6179 October ATMHAF013 Lead (Pb) 3.17 parts per million (dry) (ppm) FALSE 6179 October ATMHAF013 Mercury (Hg) 0.05 parts per million (dry) (ppm) FALSE 6179 October ATMHAF013 Selenium (Se) 2.4 parts per million (dry) (ppm) FALSE 6179 October CDMHAF035 Arsenic (As) 1.75 parts per million (dry) (ppm) FALSE 6179 October CDMHAF035 Lead (Pb) 2.95 parts per million (dry) (ppm) FALSE 6179 October CDMHAF035 Mercury (Hg) 0.11 parts per million (dry) (ppm) FALSE 6179 October CDMHAF035 Selenium (Se) 1.38 parts per million (dry) (ppm) FALSE 6179 October ROHSC017 Arsenic (As) 1.48 parts per million (dry) (ppm) FALSE 6179 October ROHSC017 Lead (Pb) 2.59 parts per million (dry) (ppm) FALSE 6179 October ROHSC017 Mercury (Hg) 0.1 parts per million (dry) (ppm) FALSE 6179 October ROHSC017 Selenium (Se) 1.09 parts per million (dry) (ppm) FALSE 6179 Septem ber 020CKHSC Arsenic (As) 1.64 parts per million (dry) (ppm) FALSE 6179 Septem ber 020CKHSCLead (Pb) 2.72 parts per million (dry) (ppm) FALSE 6179 Septem ber 020CKHSCMercury (Hg) 0.01 parts per million (dry) (ppm) FALSE 6179 Septem ber 020CKHSCSelenium (Se) 1.69 parts per million (dry) (ppm) FALSE 6179 Septem ber CDHSC033 Arsenic (As) 1.3 parts per million (dry) (ppm) FALSE 6179 Septem ber CDHSC033 Lead (Pb) 2.46 parts per million (dry) (ppm) FALSE 6179 Septem ber CDHSC033 Mercury (Hg) 0.014 parts per million (dry) (ppm) FALSE 6179 Septem ber CDHSC033 Selenium (Se) 1.5 parts per million (dry) (ppm) FALSE 6179 Septem ber ROHSC014 Arsenic (As) 1.47 parts per million (dry) (ppm) FALSE 6179 Septem ber ROHSC014 Lead (Pb) 2.27 parts per million (dry) (ppm) FALSE 6179 Septem ber ROHSC014 Mercury (Hg) 0.01 parts per million (dry) (ppm) FALSE

Page 64fuel_sample_pollutants

6179 Septem ber ROHSC014 Selenium (Se) 1.4 parts per million (dry) (ppm) FALSE

Page 65test_reports

facility _id report_id report_ty pe other_ty pe report_description report_begin_date

report_end_date

before_control

during_deviation 6179 FPP1 CO/NOX

compliance Three 1-hour Reference Method tests for CO and NOx to demonstrate compliance with TCEQ emission standards. 4/26/2005 4/26/2005 No No 6179 FPP1 PAL TEST

compliance Conduct three 1-hour stack emission tests to demonstrate complaince with PAL permit hourly emission limits. 8/30/2005 8/30/2005 No No 6179 FPP2 CO/NOx

compliance Three 1-hour Reference Method tests for CO and NOx to demonstrate compliance with TCEQ emission standards. 4/26/2005 4/27/2005 No No 6179 FPP2 PAL TEST

compliance Conduct three 1-hour stack emission tests to demonstrate compliance with PAL permit hourly emission limits. 8/31/2005 8/31/2005 No No 6179 FPP3 CO/NOX

compliance Three 1-hour Reference Method tests for CO and NOx to demonstrate compliance with TCEQ emission standards. No No 6179 FPP3 PAL TEST

compliance Conduct three 1-hour stack emission tests to demonstrate compliance with PAL permit hourly emission limits. 9/1/2005 9/1/2005 No No 6179 FPP3-June09-ModuleC-Out

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

6/2/2009 6/3/2009 No No 6179 FPP3-June2009-ModuleB-In

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

6/2/2009 6/3/2009 Yes No 6179 FPP3-June2009-ModuleB-Out

other Hg Oxidation Catalyst Testing Ontarion Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

6/2/2009 6/3/2009 No No 6179 FPP3-May08-Module A-Out

other Hg Oxidation Catalyst Testing Ontarion Hydro testing of Hg oxidation catalyst effectiveness in a wet limestone FGD application.

5/13/2008 5/14/2008 Yes No 6179 FPP3-May08-ModuleA-In

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in a wet limestone FGD application.

5/16/2008 5/16/2008 No No 6179 FPP3-May08-ModuleC-Out

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

5/16/2008 5/16/2008 No No 6179 FPP3-Nov08-ModuleA-In

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

######## ######## Yes No 6179 FPP3-Nov08-ModuleA-Out

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

######## ######## No No 6179 FPP3-Nov08-ModuleC-Out

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

######## ######## No No 6179 FPP3-Sept09-ModuleB-In

other Hg Oxidation Catalyst Testing Ontarion Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

9/9/2009 9/10/2009 Yes No 6179 FPP3-Sept09-ModuleB-Out

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application

9/9/2009 9/10/2009 No No 6179 FPP3-Sept09-ModuleC-Out

other Hg Oxidation Catalyst Testing Ontario Hydro testing of Hg oxidation catalyst effectiveness in wet limestone FGD application.

9/9/2009 9/10/2009 No No

Page 66test_reports

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

Page 67test_report_configurations

facility _id report_id configuration_id 6179 FPP1 CO/NOX

1 6179 FPP1 PAL TEST

1 6179 FPP2 CO/NOx

2 6179 FPP2 PAL TEST

2 6179 FPP3 CO/NOX

3 6179 FPP3 PAL TEST

3 6179 FPP3-June09-ModuleC-Out

3 6179 FPP3-June2009-ModuleB-In

3 6179 FPP3-June2009-ModuleB-Out

3 6179 FPP3-May08-Module A-Out

3 6179 FPP3-May08-ModuleA-In

3 6179 FPP3-May08-ModuleC-Out

3 6179 FPP3-Nov08-ModuleA-In

3 6179 FPP3-Nov08-ModuleA-Out

3 6179 FPP3-Nov08-ModuleC-Out

3 6179 FPP3-Sept09-ModuleB-In

3 6179 FPP3-Sept09-ModuleB-Out

3 6179 FPP3-Sept09-ModuleC-Out

3

Page 68test_report_fuels

facility _id report_id fuel_id 6179 FPP1 CO/NOX

PRB 6179 FPP1 PAL TEST

PRB 6179 FPP2 CO/NOx

PRB 6179 FPP2 PAL TEST

PRB 6179 FPP3 CO/NOX

PRB 6179 FPP3 PAL TEST

PRB 6179 FPP3-June09-ModuleC-Out

PRB 6179 FPP3-June2009-ModuleB-In

PRB 6179 FPP3-June2009-ModuleB-Out

PRB 6179 FPP3-May08-Module A-Out

PRB 6179 FPP3-May08-ModuleA-In

PRB 6179 FPP3-May08-ModuleC-Out

PRB 6179 FPP3-Nov08-ModuleA-In

PRB 6179 FPP3-Nov08-ModuleA-Out

PRB 6179 FPP3-Nov08-ModuleC-Out

PRB 6179 FPP3-Sept09-ModuleB-In

PRB 6179 FPP3-Sept09-ModuleB-Out

PRB 6179 FPP3-Sept09-ModuleC-Out

PRB

Page 69test_report_fuel_ty pes

facility _id report_id fuel_id fuel_ty pe percentage_massvol percentage_btu

other_ty pe 6179 FPP1 CO/NOX

PRB coal - subbituminous 100 100 6179 FPP1 PAL TEST

PRB coal - subbituminous 100 100 6179 FPP2 CO/NOx

PRB coal - subbituminous 100 100 6179 FPP2 PAL TEST

PRB coal - subbituminous 100 100 6179 FPP3 CO/NOX

PRB coal - subbituminous 100 100 6179 FPP3 PAL TEST

PRB coal - subbituminous 100 100 6179 FPP3-June09-ModuleC-Out

PRB coal - subbituminous 100 100 6179 FPP3-June2009-ModuleB-In

PRB coal - subbituminous 100 100 6179 FPP3-June2009-ModuleB-Out

PRB coal - subbituminous 100 100 6179 FPP3-May08-Module A-Out

PRB coal - subbituminous 100 100 6179 FPP3-May08-ModuleA-In

PRB coal - subbituminous 100 100 6179 FPP3-May08-ModuleC-Out

PRB coal - subbituminous 100 100 6179 FPP3-Nov08-ModuleA-In

PRB coal - subbituminous 100 100 6179 FPP3-Nov08-ModuleA-Out

PRB coal - subbituminous 100 100 6179 FPP3-Nov08-ModuleC-Out

PRB coal - subbituminous 100 100 6179 FPP3-Sept09-ModuleB-In

PRB coal - subbituminous 100 100 6179 FPP3-Sept09-ModuleB-Out

PRB coal - subbituminous 100 100 6179 FPP3-Sept09-ModuleC-Out

PRB coal - subbituminous 100 100

Page 70cem_data

facility _id tim e_period

cem_period_description 6179 1/1/2005 to 3/31/2010

All Part 75 CEMS data, QA testing, and 6-minute opacity

Page 71cem_data_pollutants1

facility _id tim e_period

pollutant_nam e 6179 1/1/2005 to 3/31/2010

Nitrogen Oxide (NOx) 6179 1/1/2005 to 3/31/2010

Sulfur Dioxide (SO2)

Page 72test_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 6179 FPP1 CO/NOX

Port1 No All four sample ports are located at 400 foot platform elevation of the 600 foot stack. No 6179 FPP1 PAL TEST

Port1 All four sample ports are located at 400 sample platform elevations of the 600 foot stack. No 6179 FPP2 CO/NOx

Port2 No All four sample ports are located at 400 foot sample platform elevation of the 600 foot stack. No 6179 FPP2 PAL TEST

Port2 All four sample ports are located at the 400 foot sample platform elevation of the 600 foot stack. No 6179 FPP3 CO/NOX

Port3 No All four sample ports are located at 456 foot sample platform elevation of the 535 foot stack. No 6179 FPP3 PAL TEST

Port3 No All four sample ports are located at the 456 foot sample platform elevation of the 535 foot stack. No 6179 FPP3-June09-ModuleC-Out

Port3 Yes Two of three absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in from of "C" absorber module. "ModuleC-Out" in Report Name\ID represents treated flue gas sampled in the ductwork of absorber "C" outlet. No 6179 FPP3-June2009-ModuleB-In

Port3 Yes Two of three absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in front of "C" absorber module. "ModuleB-In in Report Name\ID represents flue gas sampled in ductwork at the inlet to "B" absorber module. Yes B 10 10 6179 FPP3-June2009-ModuleB-Out

Port3 Yes Two of three absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in front of "C" absorber module. "ModuleB-Out" in Report Name\ID represents flue gas sampled in ductwork at the outlet of absorber module "B". No 6179 FPP3-May08-Module A-Out

Port3 Yes Two of three FGD absorbers are in service at all times, one is spare. Oxidation catalyst was installed before "C" absorber. "ModuleA-Out" in Report Name/ID is untreated flue gas from absorber "A" outlet and is sampled before bypass duct. No 6179 FPP3-May08-ModuleA-In

Port3 Yes Two of the three FGD absorber modules are in service at all times, one spare. Oxidation catalyst was installed before "C" absorber. "ModuleA-In" in Report Name\ID is untreated FGD inlet flue gas to absorber "A" and is sampled before by pass duct. Yes B 10 10 6179 FPP3-May08-ModuleC-Out

Port3 Yes Two fo three FGD absorbers are in service at all time, one is spare. Hg oxidation catalyst was installed before "C" absorber. "ModuleC-Outlet" in Report Name/ID represents absorber outlet flue gas that has passed through oxidation catalyst. No 6179 FPP3-Nov08-ModuleA-In

Port3 Yes Two of three FGD absorbers are in service at all times, one is spare. Hg oxidation catalyst was installed before "C" absorber. ModuleA-In in Report Name\ID is untreated FGD inlet flue gas to Absorber A and is sampled before FGD by pass. Yes B 10 10 6179 FPP3-Nov08-ModuleA-Out

Port3 Yes Two of three absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in front of "C" absorber. "ModuleA-Out" in the Report Name\ID means untreated flue gas sampled at the outlet of the "A" absorber module. No 6179 FPP3-Nov08-ModuleC-Out

Port3 Yes Two of three absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in front of "C" absorber module. "ModuleC-Out" in Report Name\ID represents treated flue gas sampled in the ductwork of absorber "C" outlet. No 6179 FPP3-Sept09-ModuleB-In

Port3 Yes Two of the three FGD absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in front of "C" absorber module. "ModuleB-In" in Report Name\ID represents untreated flue gas in the ductwork before entering Module B. Yes B 10 10 6179 FPP3-Sept09-ModuleB-Out

Port3 Yes Two of three FGD absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in front of absorber module "C". "ModuleB-Out" in Report Name\ID represents untreated flue gas in the ductwork at absorber Module B outlet. No 6179 FPP3-Sept09-ModuleC-Out

Port3 Yes Two of three FGD absorber modules are in service at all times, one is spare. Hg oxidation catalyst was installed in front of absorber module "C". "ModuleC-Out" in Report Name\ID represents treated flue gas in the ductwork of absorber module C outlet. No

Page 73test_report_sampling

fg_fraction All flue gas flows from the boiler, through the CS-ESP, past the sample ports, and out the dedicated stack. All flue gas flows from the boiler, through the CS-ESP, past the sample ports and out the dedicated stack. All flue gas flows from the boiler, through the CS-ESP, past the sample ports, and out the dedicated stack. All flue gas flows from the boiler, through the CS-EPS, past the sample ports, and out the dedicated stack. All flue gas flows from the boiler, through the CS-ESP, wet limestone FGD, past the sampling ports, and out the dedicated stack. All flue gas flows from the boiler through the CS-ESP, the wet limestone FGD, past the sample posts, and out the 535 foot stack. Sam pling was done in FGD ductwork, not stack sampling ports. Sampling occurs after by pass duct. CFD modeling with catalyst showed remaining flow to absorber modules to be 55% to "A" or "B" and 45% to "C". See B and C flow rates for actual percentages. Sam pling was done in FGD ductwork, not stack sample ports. Samples taken at South ID fan outlet or ~ 50% of total flue gas flow. Sam pling was done in FGD ductwork, not stack sampling ports. Sample is after stack by pass. CFD modeling showed 55% of remaining flue gas flows through this absorber module. See flow rates for B and C module outlet for actual percentage. Sam pling was done in ductwork at absorber "A" outlet. Sample is after stack bypass. Approximately 55% of remaining flue gas flow through this module. Compare module A and C flow rates for actual percentages. Any changes due to catalyst pluggage. Sam pling was done in FGD ductwork before by pass and absorber "A". Sampled at South ID fan outlet and before bypass. Represents approximately 50% of total flue gas flow. After by pass, sampling takes place in absorber "C" outlet ductwork. CFD modeling showed 45% of remaining flow through C module. Compare A and C flow rates for actual percentages. Any changes are duel to catalyst plugging. Sam pling was done in ductwork before Absorber A. Sampled at South ID fan outlet. Before by pass so represents ~ 50% of total flue gas flow. Sam pling was done in ductwork after "A" absorber. After by pass. CFD modeling shows 55% of remaining flow through module A and 45% through C. See module A and C flow rates for actual percentages. Any changes due to catalyst plugging. Sam pling was done in FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 45% of remaining flow through C module and 55% through A or B module. See flow rates for actual percentages. Any changes are due to catalyst plugging. Sam pling was done in FGD ductwork, not stack sample ports. Sampled at South ID fan outlet. Represents ~ 50% of total flue gas flow. Before bypass. Sam pling was done in FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 55% of flue gas flows through A or B module and 45% through C. Any changes due to catalyst plugging. See flow rates for actual percentages. Sam pling was done if FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 45% of remaining flow through module C and 55% through A or B module. Any changes are due to catalyst plugging. See flow rates for actual percentages.

Page 74test_report_sampling

All flue gas flows from the boiler, through the CS-ESP, past the sample ports, and out the dedicated stack. All flue gas flows from the boiler, through the CS-ESP, past the sample ports and out the dedicated stack. All flue gas flows from the boiler, through the CS-ESP, past the sample ports, and out the dedicated stack. All flue gas flows from the boiler, through the CS-EPS, past the sample ports, and out the dedicated stack. All flue gas flows from the boiler, through the CS-ESP, wet limestone FGD, past the sampling ports, and out the dedicated stack. All flue gas flows from the boiler through the CS-ESP, the wet limestone FGD, past the sample posts, and out the 535 foot stack. Sam pling was done in FGD ductwork, not stack sampling ports. Sampling occurs after by pass duct. CFD modeling with catalyst showed remaining flow to absorber modules to be 55% to "A" or "B" and 45% to "C". See B and C flow rates for actual percentages. Sam pling was done in FGD ductwork, not stack sample ports. Samples taken at South ID fan outlet or ~ 50% of total flue gas flow. Sam pling was done in FGD ductwork, not stack sampling ports. Sample is after stack by pass. CFD modeling showed 55% of remaining flue gas flows through this absorber module. See flow rates for B and C module outlet for actual percentage. Sam pling was done in ductwork at absorber "A" outlet. Sample is after stack bypass. Approximately 55% of remaining flue gas flow through this module. Compare module A and C flow rates for actual percentages. Any changes due to catalyst pluggage. Sam pling was done in FGD ductwork before by pass and absorber "A". Sampled at South ID fan outlet and before bypass. Represents approximately 50% of total flue gas flow. After by pass, sampling takes place in absorber "C" outlet ductwork. CFD modeling showed 45% of remaining flow through C module. Compare A and C flow rates for actual percentages. Any changes are duel to catalyst plugging. Sam pling was done in ductwork before Absorber A. Sampled at South ID fan outlet. Before by pass so represents ~ 50% of total flue gas flow. Sam pling was done in ductwork after "A" absorber. After by pass. CFD modeling shows 55% of remaining flow through module A and 45% through C. See module A and C flow rates for actual percentages. Any changes due to catalyst plugging. Sam pling was done in FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 45% of remaining flow through C module and 55% through A or B module. See flow rates for actual percentages. Any changes are due to catalyst plugging. Sam pling was done in FGD ductwork, not stack sample ports. Sampled at South ID fan outlet. Represents ~ 50% of total flue gas flow. Before bypass. Sam pling was done in FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 55% of flue gas flows through A or B module and 45% through C. Any changes due to catalyst plugging. See flow rates for actual percentages. Sam pling was done if FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 45% of remaining flow through module C and 55% through A or B module. Any changes are due to catalyst plugging. See flow rates for actual percentages.

Page 75test_report_sampling

Sam pling was done in FGD ductwork, not stack sampling ports. Sampling occurs after by pass duct. CFD modeling with catalyst showed remaining flow to absorber modules to be 55% to "A" or "B" and 45% to "C". See B and C flow rates for actual percentages.

Sam pling was done in FGD ductwork, not stack sampling ports. Sample is after stack by pass. CFD modeling showed 55% of remaining flue gas flows through this absorber module. See flow rates for B and C module outlet for actual percentage. Sam pling was done in ductwork at absorber "A" outlet. Sample is after stack bypass. Approximately 55% of remaining flue gas flow through this module. Compare module A and C flow rates for actual percentages. Any changes due to catalyst pluggage.

After by pass, sampling takes place in absorber "C" outlet ductwork. CFD modeling showed 45% of remaining flow through C module. Compare A and C flow rates for actual percentages. Any changes are duel to catalyst plugging.

Sam pling was done in ductwork after "A" absorber. After by pass. CFD modeling shows 55% of remaining flow through module A and 45% through C. See module A and C flow rates for actual percentages. Any changes due to catalyst plugging. Sam pling was done in FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 45% of remaining flow through C module and 55% through A or B module. See flow rates for actual percentages. Any changes are due to catalyst plugging.

Sam pling was done in FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 55% of flue gas flows through A or B module and 45% through C. Any changes due to catalyst plugging. See flow rates for actual percentages. Sam pling was done if FGD ductwork, not stack sample ports. After by pass. CFD modeling showed 45% of remaining flow through module C and 55% through A or B module. Any changes are due to catalyst plugging. See flow rates for actual percentages.

Page 76sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetim e

unit_load net_generation fg_moisture_content 6179 FPP1 CO/NOX

Port1 1 4/26/2005 4/26/2005 634 605 9.44 6179 FPP1 CO/NOX

Port1 2 4/26/2005 4/26/2005 634 605 11.5 6179 FPP1 CO/NOX

Port1 3 4/26/2005 4/26/2005 634 603 11.3 6179 FPP1 PAL TEST

Port1 1 8/30/2005 8/30/2005 628 600 13.1 6179 FPP1 PAL TEST

Port1 2 8/30/2005 8/30/2005 627 598 13.8 6179 FPP1 PAL TEST

Port1 3 8/30/2005 8/30/2005 625 597 12.8 6179 FPP2 CO/NOx

Port2 1 4/27/2005 4/27/2005 626 593 11.7 6179 FPP2 CO/NOx

Port2 2 4/27/2005 4/27/2005 626 600 10.7 6179 FPP2 CO/NOx

Port2 3 4/27/2005 4/27/2005 626 599 12.8 6179 FPP2 PAL TEST

Port2 1 8/31/2005 8/31/2005 615 587 13.1 6179 FPP2 PAL TEST

Port2 2 8/31/2005 8/31/2005 614 587 12.5 6179 FPP2 PAL TEST

Port2 3 8/31/2005 8/31/2005 614 596 12.1 6179 FPP3 CO/NOX

Port3 1 4/29/2005 4/29/2005 442 422 17.4 6179 FPP3 CO/NOX

Port3 2 4/29/2005 4/29/2005 442 426 17.3 6179 FPP3 CO/NOX

Port3 3 4/29/2005 4/29/2005 442 420 17.6 6179 FPP3 PAL TEST

Port3 1 9/1/2005 9/1/2005 469 440 18.4 6179 FPP3 PAL TEST

Port3 2 9/1/2005 9/1/2005 467 445 18.2 6179 FPP3 PAL TEST

Port3 3 9/1/2005 9/1/2005 466 439 18.8 6179 FPP3-June09-ModuleC-Out

Port3 1 6/2/2009 6/2/2009 468 1381 18.7 6179 FPP3-June09-ModuleC-Out

Port3 2 6/2/2009 6/2/2009 467 1160 18.2 6179 FPP3-June09-ModuleC-Out

Port3 3 6/3/2009 6/3/2009 468 1097 17.8 6179 FPP3-June09-ModuleC-Out

Port3 4 6/3/2009 6/3/2009 468 692 18.3 6179 FPP3-June2009-ModuleB-In

Port3 1 6/2/2009 6/2/2009 468 1388 13.9 6179 FPP3-June2009-ModuleB-In

Port3 2 6/2/2009 6/2/2009 461 1401 17.8 6179 FPP3-June2009-ModuleB-In

Port3 3 6/3/2009 6/3/2009 468 1170 13.5 6179 FPP3-June2009-ModuleB-In

Port3 4 6/3/2009 6/3/2009 468 1204 13.4 6179 FPP3-June2009-ModuleB-Out

Port3 1 6/2/2009 6/2/2009 461 1535 18.7 6179 FPP3-June2009-ModuleB-Out

Port3 2 6/2/2009 6/2/2009 467 1182 18.4 6179 FPP3-June2009-ModuleB-Out

Port3 3 6/3/2009 6/3/2009 468 1280 17.9 6179 FPP3-June2009-ModuleB-Out

Port3 4 6/3/2009 6/3/2009 468 974 18 6179 FPP3-May08-Module A-Out

Port3 1 5/13/2008 5/13/2008 465 1083 17.9 6179 FPP3-May08-Module A-Out

Port3 2 5/13/2008 5/13/2008 456 1073 18.6 6179 FPP3-May08-Module A-Out

Port3 3 5/14/2008 5/14/2008 462 1009 18.1 6179 FPP3-May08-Module A-Out

Port3 4 5/14/2008 5/14/2008 456 1072 18.5 6179 FPP3-May08-ModuleA-In

Port3 1 5/16/2008 5/16/2008 464 1136 12.5 6179 FPP3-May08-ModuleA-In

Port3 2 5/16/2008 5/16/2008 457 1083 12.5 6179 FPP3-May08-ModuleA-In

Port3 3 5/16/2008 5/16/2008 463 975 12.4 6179 FPP3-May08-ModuleC-Out

Port3 1 5/16/2008 5/16/2008 465 979 17.3 6179 FPP3-May08-ModuleC-Out

Port3 2 5/16/2008 5/16/2008 464 977 17.3 6179 FPP3-May08-ModuleC-Out

Port3 3 5/16/2008 5/16/2008 463 976 17.5 6179 FPP3-Nov08-ModuleA-In

Port3 1 ######## ######## 468 919 12.1 6179 FPP3-Nov08-ModuleA-In

Port3 2 ######## ######## 468 1541 12.7 6179 FPP3-Nov08-ModuleA-In

Port3 3 ######## ######## 469 1322 11.8 6179 FPP3-Nov08-ModuleA-Out

Port3 1 ######## ######## 469 986 17.4 6179 FPP3-Nov08-ModuleA-Out

Port3 2 ######## ######## 468 624 17.6 6179 FPP3-Nov08-ModuleA-Out

Port3 3 ######## ######## 469 1101 16.5 6179 FPP3-Nov08-ModuleC-Out

Port3 1 ######## ######## 468 661 17.2 6179 FPP3-Nov08-ModuleC-Out

Port3 2 ######## ######## 468 624 17.4 6179 FPP3-Nov08-ModuleC-Out

Port3 3 ######## ######## 469 661 17.6 6179 FPP3-Sept09-ModuleB-In

Port3 1 9/9/2009 9/9/2009 393 2401 14.2 6179 FPP3-Sept09-ModuleB-In

Port3 2 9/9/2009 9/9/2009 374 520 13.8

Page 77sampling_runs

6179 FPP3-Sept09-ModuleB-In

Port3 3 9/10/2009 9/10/2009 332 462 13.3 6179 FPP3-Sept09-ModuleB-Out

Port3 1 9/9/2009 9/9/2009 457 1069 18.2 6179 FPP3-Sept09-ModuleB-Out

Port3 2 9/9/2009 9/9/2009 462 757 18.4 6179 FPP3-Sept09-ModuleB-Out

Port3 3 9/10/2009 9/10/2009 382 532 17.5 6179 FPP3-Sept09-ModuleC-Out

Port3 1 9/9/2009 9/9/2009 398 930 18.7 6179 FPP3-Sept09-ModuleC-Out

Port3 2 9/9/2009 9/9/2009 380 704 18.8 6179 FPP3-Sept09-ModuleC-Out

Port3 3 9/10/2009 9/10/2009 381 531 17.4

Page 78sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature 1402693 dscfm 68 1 6.4 12.7 300 1391009 dscfm 68 1 6.4 12.6 300 1369823 dscfm 68 1 6.4 12.8 300 1371983 dscfm 68 1 6.2 11.8 300 1395996 dscfm 68 1 6 13.8 300 1428431 dscfm 68 1 6.3 11.8 300 1361514 dscfm 68 1 6 12.4 300 1374227 dscfm 68 1 6.2 10.7 300 1383429 dscfm 68 1 6 12.8 300 1377369 dscfm 68 1 6.2 12.2 295 1392137 dscfm 68 1 6.2 12.2 300 1393668 dscfm 68 1 6.2 12.2 300 1096293 dscfm 68 1 6.6 12 132 1074082 dscfm 68 1 6.6 12.2 132 1059077 dscfm 68 1 6.4 12.2 134 1037305 dscfm 68 1 6.1 12.3 142 1046939 dscfm 68 1 6.2 12.1 142 1129362 dscfm 68 1 6.2 12.3 141 8330 dscfm 68 1 5.5 12.5 145 8442 dscfm 68 1 5.5 11.7 151 8324 dscfm 68 1 6.2 12.2 138 8159 dscfm 68 1 5 11.8 145 14178 dscfm 68 1 6.8 14.3 300 14652 dscfm 68 1 5.8 13.3 300 14207 dscfm 68 1 7 14 300 14725 dscfm 68 1 7 14.5 300 16609 dscfm 68 1 8 13.3 137 18324 dscfm 68 1 8 14 137 17092 dscfm 68 1 8 13.3 135 16646 dscfm 68 1 7.8 13.5 135 11904 dscfm 68 1 7 13.5 137 13153 dscfm 68 1 7.5 12.5 137 12367 dscfm 68 1 8.2 13 137 12665 dscfm 68 1 8 14.2 137 14614 dscfm 68 1 7 13.5 300 14795 dscfm 68 1 6.5 14 300 14662 dscfm 68 1 8.2 13 136 10776 dscfm 68 1 7.6 12.8 135 13206 dscfm 68 1 7.8 13.2 135 13574 dscfm 68 1 7.8 12.8 136 15807 dscfm 68 1 7.3 12.7 300 15578 dscfm 68 1 7.3 13.3 300 15540 dscfm 68 1 7.3 14.7 300 22291 dscfm 68 1 7.3 13 137 21455 dscfm 68 1 7.3 13.8 137 22619 dscfm 68 1 7.3 13.7 137 11526 dscfm 68 1 7.3 13 134 11189 dscfm 68 1 7.3 12.5 134 11576 dscfm 68 1 7.3 11.7 135 13220 dscfm 68 1 8.25 12.8 300 13246 dscfm 68 1 7 13.5 300

Page 79sampling_runs

13860 dscfm 68 1 6.8 14.3 300 14530 dscfm 68 1 6.8 11.5 137 15251 dscfm 68 1 6 12 137 14640 dscfm 68 1 6.5 11.3 134 6924 dscfm 68 1 7.5 12.3 137 7157 dscfm 68 1 7.5 12.5 137 7673 dscfm 68 1 7.8 12.5 134

Page 80sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value 0.97 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, and 10. 0.98 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, and 10. 0.98 40 CFR Part 60 Appendix A, Methods 1, 2, 3A, 3B, 4, 7E and 10. 0.97 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A 0.98 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A. 0.98 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A 0.99 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, and 10. PRB 0.99 40 CFR Part 60, Appendix A, Mehtods 1, 2, 3A, 3B, 4, 7E, and 10. 0.99 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7e, and 10. 0.98 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A 0.98 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, &E, 10, and 25A. 0.97 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A. 0.98 40 CRR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, and 10. 0.97 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, and 10. 0.97 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, and 10. 0.98 40 CFR Part 60 Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A. PRB 0.97 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A. 0.97 40 CFR Part 60, Appendix A, Methods 1, 2, 3A, 3B, 4, 7E, 10, and 25A. 0.98 Ontario Hydro 0.99 Ontario Hydro 0.98 Ontario Hydro 0.99 Ontario Hydro 1 Ontario Hydro 1 Ontario Hydro 1 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.98 Ontarion Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.999 Ontario Hydro 0.999 Ontario Hydro 0.999 Ontario Hydro 0.98 Ontario Hydro 0.99 Ontarion Hydro 0.99 Ontario Hydro 1.03 Ontario Hydro 1.01 Ontario Hydro 1 Ontarion Hydro 1.02 Ontario Hydro 1 Ontario Hydro 1 Ontario Hydro 1.02 Ontario Hydro 1 Ontarion Hydro 1 Ontario Hydro 1 Ontario Hydro 1 Ontario Hydro

Page 81sampling_runs

1 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro 0.99 Ontario Hydro

Page 82sampling_runs

fuel_sulfur

Page 83sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_nam e conc conc_units conc_ND conc_MDL 6179 FPP2 PAL TEST

Port2 2 Nitrogen Oxide (NOx) 80 parts per million by

volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 2 Carbon Monoxide (CO) 44.3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 2 VOCs 0.9 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 3 Nitrogen Oxide (NOx) 79.9 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 3 Carbon Monoxide (CO) 39.9 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 3 VOCs 0.7 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 1 Nitrogen Oxide (NOx) 115.3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 1 Carbon Monoxide (CO) 1.2 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 1 VOCs 0.5 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 2 Nitrogen Oxide (NOx) 117.8 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 2 Carbon Monoxide (CO) 1 parts per million by

volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 2 VOCs 3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 3 Nitrogen Oxide (NOx) 115.8 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 3 Carbon Monoxide (CO) 1.5 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 PAL TEST

Port3 3 VOCs 3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3-May08-ModuleA-In

Port3 1 Elem ental Mercury (Hg0) 7.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 1 Oxidized Mercury (Hg++) 7.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 1 Total Mercury (Hgt) 14.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 2 Elem ental Mercury (Hg0) 7.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 2 Oxidized Mercury (Hg++) 7.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 2 Total Mercury (Hgt) 14.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 3 Elem ental Mercury (Hg0) 7.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 3 Oxidized Mercury (Hg++) 7.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleA-In

Port3 3 Total Mercury (Hgt) 14.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 1 Elem ental Mercury (Hg0) 8.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 1 Oxidized Mercury (Hg++) 0.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 1 Total Mercury (Hgt) 9.5 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 2 Elem ental Mercury (Hg0) 8.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 2 Oxidized Mercury (Hg++) 0.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 2 Total Mercury (Hgt) 9.5 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 3 Elem ental Mercury (Hg0) 8.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 3 Oxidized Mercury (Hg++) 0.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 3 Total Mercury (Hgt) 9.5 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 4 Elem ental Mercury (Hg0) 8.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 4 Oxidized Mercury (Hg++) 0.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-Module A-Out

Port3 4 Total Mercury (Hgt) 9.5 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 1 Elem ental Mercury (Hg0) 2.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 1 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 1 Total Mercury (Hgt) 2.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 2 Elem ental Mercury (Hg0) 2.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 2 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 2 Total Mercury (Hgt) 2.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 3 Elem ental Mercury (Hg0) 2.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 3 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-May08-ModuleC-Out

Port3 3 Total Mercury (Hgt) 2.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 1 Elem ental Mercury (Hg0) 4.6 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 1 Oxidized Mercury (Hg++) 5.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 1 Total Mercury (Hgt) 9.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 2 Elem ental Mercury (Hg0) 4.6 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 2 Oxidized Mercury (Hg++) 5.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 2 Total Mercury (Hgt) 9.7 mi crogram per normal cubic meter (

FALSE

Page 84sampling_run_pollutants1

6179 FPP3-Nov08-ModuleA-In

Port3 3 Elem ental Mercury (Hg0) 4.6 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 3 Oxidized Mercury (Hg++) 5.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-In

Port3 3 Total Mercury (Hgt) 9.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 1 Elem ental Mercury (Hg0) 6 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 1 Oxidized Mercury (Hg++) 0.2 mi crogram per normal cubic meter (

FALSE 6179 FPP2 CO/NOx

Port2 2 Nitrogen Oxide (NOx) 74.6 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 CO/NOx

Port2 2 Carbon Monoxide (CO) 281.5 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 CO/NOx

Port2 3 Nitrogen Oxide (NOx) 86.1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 CO/NOx

Port2 3 Carbon Monoxide (CO) 300 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 CO/NOX

Port3 1 Nitrogen Oxide (NOx) 154.9 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 CO/NOX

Port3 2 Nitrogen Oxide (NOx) 149.7 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 CO/NOX

Port3 2 Carbon Monoxide (CO) 2.7 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 CO/NOX

Port3 3 Nitrogen Oxide (NOx) 150.3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 CO/NOX

Port3 3 Carbon Monoxide (CO) 4.1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 1 Nitrogen Oxide (NOx) 81.3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 1 Carbon Monoxide (CO) 150.7 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 1 VOCs 1.2 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 2 Nitrogen Oxide (NOx) 80.9 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 2 Carbon Monoxide (CO) 130.4 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 2 VOCs 1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 3 Nitrogen Oxide (NOx) 86.1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 3 Carbon Monoxide (CO) 150.6 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 PAL TEST

Port1 3 VOCs 1.1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 1 Nitrogen Oxide (NOx) 76.1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 1 Carbon Monoxide (CO) 38.2 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 PAL TEST

Port2 1 VOCs 1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 1 Total Mercury (Hgt) 6 mi crogram per normal cubic meter ( FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 2 Elem ental Mercury (Hg0) 6 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 2 Oxidized Mercury (Hg++) 0.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 2 Total Mercury (Hgt) 6 mi crogram per normal cubic meter ( FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 3 Elem ental Mercury (Hg0) 6 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 3 Oxidized Mercury (Hg++) 0.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleA-Out

Port3 3 Total Mercury (Hgt) 6 mi crogram per normal cubic meter ( FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 1 Elem ental Mercury (Hg0) 4.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 1 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 1 Total Mercury (Hgt) 5 mi crogram per normal cubic meter ( FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 2 Elem ental Mercury (Hg0) 4.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 2 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 2 Total Mercury (Hgt) 5 mi crogram per normal cubic meter ( FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 4 Elem ental Mercury (Hg0) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 4 Oxidized Mercury (Hg++) 0.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 4 Total Mercury (Hgt) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 1 Elem ental Mercury (Hg0) 3.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 1 Oxidized Mercury (Hg++) 0.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 1 Total Mercury (Hgt) 3.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 2 Elem ental Mercury (Hg0) 3.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 2 Oxidized Mercury (Hg++) 0.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 2 Total Mercury (Hgt) 3.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 3 Elem ental Mercury (Hg0) 3.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 3 Oxidized Mercury (Hg++) 0.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 3 Total Mercury (Hgt) 3.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 4 Elem ental Mercury (Hg0) 3.1 mi crogram per normal cubic meter (

FALSE

Page 85sampling_run_pollutants1

6179 FPP3-June09-ModuleC-Out

Port3 4 Oxidized Mercury (Hg++) 0.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June09-ModuleC-Out

Port3 4 Total Mercury (Hgt) 3.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 1 Elem ental Mercury (Hg0) 6.5 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 1 Oxidized Mercury (Hg++) 7.8 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 1 Total Mercury (Hgt) 14.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 2 Elem ental Mercury (Hg0) 6.5 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 2 Oxidized Mercury (Hg++) 7.8 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 2 Total Mercury (Hgt) 14.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 3 Elem ental Mercury (Hg0) 6.5 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 3 Oxidized Mercury (Hg++) 7.8 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-In

Port3 3 Total Mercury (Hgt) 14.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 1 Elem ental Mercury (Hg0) 7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 1 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 1 Total Mercury (Hgt) 7 mi crogram per normal cubic meter ( FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 2 Elem ental Mercury (Hg0) 7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 2 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 2 Total Mercury (Hgt) 7 mi crogram per normal cubic meter ( FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 3 Elem ental Mercury (Hg0) 7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 3 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleB-Out

Port3 3 Total Mercury (Hgt) 7 mi crogram per normal cubic meter ( FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 1 Elem ental Mercury (Hg0) 8.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 1 Oxidized Mercury (Hg++) 0.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 1 Total Mercury (Hgt) 8.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 2 Elem ental Mercury (Hg0) 8.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 2 Oxidized Mercury (Hg++) 0.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 2 Total Mercury (Hgt) 8.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 3 Elem ental Mercury (Hg0) 8.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 3 Oxidized Mercury (Hg++) 0.4 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Sept09-ModuleC-Out

Port3 3 Total Mercury (Hgt) 8.9 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 3 Elem ental Mercury (Hg0) 4.7 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 3 Oxidized Mercury (Hg++) 0.3 mi crogram per normal cubic meter (

FALSE 6179 FPP3-Nov08-ModuleC-Out

Port3 3 Total Mercury (Hgt) 5 mi crogram per normal cubic meter ( FALSE 6179 FPP3-June2009-ModuleB-In

Port3 1 Elem ental Mercury (Hg0) 6.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 1 Oxidized Mercury (Hg++) 4.8 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 1 Total Mercury (Hgt) 11 mi crogram per normal cubic meter ( FALSE 6179 FPP3-June2009-ModuleB-In

Port3 2 Elem ental Mercury (Hg0) 6.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 2 Oxidized Mercury (Hg++) 4.8 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 2 Total Mercury (Hgt) 11 mi crogram per normal cubic meter ( FALSE 6179 FPP3-June2009-ModuleB-In

Port3 4 Elem ental Mercury (Hg0) 6.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 4 Oxidized Mercury (Hg++) 4.8 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 4 Total Mercury (Hgt) 11 mi crogram per normal cubic meter ( FALSE 6179 FPP3-June2009-ModuleB-In

Port3 3 Elem ental Mercury (Hg0) 6.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 3 Oxidized Mercury (Hg++) 4.8 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-In

Port3 3 Total Mercury (Hgt) 11 mi crogram per normal cubic meter ( FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 1 Elem ental Mercury (Hg0) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 1 Oxidized Mercury (Hg++) 0.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 1 Total Mercury (Hgt) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 2 Elem ental Mercury (Hg0) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 2 Oxidized Mercury (Hg++) 0.1 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 2 Total Mercury (Hgt) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 3 Elem ental Mercury (Hg0) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP3-June2009-ModuleB-Out

Port3 3 Oxidized Mercury (Hg++) 0.1 mi crogram per normal cubic meter (

FALSE

Page 86sampling_run_pollutants1

6179 FPP3-June2009-ModuleB-Out

Port3 3 Total Mercury (Hgt) 6.2 mi crogram per normal cubic meter (

FALSE 6179 FPP1 CO/NOX

Port1 1 Nitrogen Oxide (NOx) 79.3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 CO/NOX

Port1 1 Carbon Monoxide (CO) 201.3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 CO/NOX

Port1 2 Nitrogen Oxide (NOx) 81.4 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 CO/NOX

Port1 2 Carbon Monoxide (CO) 227.7 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 CO/NOX

Port1 3 Nitrogen Oxide (NOx) 81.1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP1 CO/NOX

Port1 3 Carbon Monoxide (CO) 225 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP3 CO/NOX

Port3 1 Carbon Monoxide (CO) 1.1 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 CO/NOx

Port2 1 Nitrogen Oxide (NOx) 71.3 parts per million by volum e (dry) (ppmvd) FALSE 6179 FPP2 CO/NOx

Port2 1 Carbon Monoxide (CO) 208.6 parts per million by volum e (dry) (ppmvd) FALSE

Page 87sampling_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 655.2 pound per hour (lb/hr)

FALSE 0.109 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations are corrected to 3% O2, 221.3 pound per hour (lb/hr)

FALSE 0.037 pound per million British Thermal Unit (lb/MMBtu) FALSE 6.7 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons as propane. 653 pound per hour (lb/hr)

FALSE 0.109 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations corrected to 3% O2. 198.9 pound per hour (lb/hr)

FALSE 0.033 pound per million British Thermal Unit (lb/MMBtu) FALSE 5.7 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons as propane. 709.7 pound per hour (lb/hr)

FALSE 0.157 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations corrected to 3% O2. 4.5 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE 4.28 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons as propane 728.3 pound per hour (lb/hr)

FALSE 0.161 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations corrected to 3% O2. 3.7 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE 26.6 pound per hour (lb/hr)

FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons as propane. 768.6 pound per hour (lb/hr)

FALSE 0.158 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations corrected to 3% O2. 5.9 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE 28.7 pound per hour (lb/hr)

FALSE 0.006 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons reported as propane. FALSE 4.85 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 7.3 +/- 0.9 @ 3% O2 and is average of three runs. FALSE 4.71 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 7.1 +/- 1.0 @ 3%O2 and is average of three runs. FALSE 9.56 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 14.4 +/- 1.1 @3% O2 and is the averagge of three runs. FALSE FALSE Sam e as Run 1. FALSE FALSE Sam e as Run 1. FALSE FALSE Sam e as Run 1. FALSE FALSE Sam e as Run 1. FALSE FALSE Sam e as Run 1. FALSE FALSE Sam e as Run 1. FALSE 5.91 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 8.9 +/- 2.7 @ 3% O2 and is the average of four runs. FALSE 0.27 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 0.4 +/- 0.1 @ 3% O2 and is average of four runs. FALSE 6.31 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Valus is 9.5 +/- 2.7 @ 3% O2 and is average of four runs. FALSE 5.91 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.27 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 6.31 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.91 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.27 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 6.31 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.91 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.27 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 6.31 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 1.59 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 2.4 +/- 0.8. Corrected to 3% O2. Average of three runs. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 0.3 +/- 0.1. Corrected to 3% O2. Averge of three runs. FALSE 1.93 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 2.9 +/- 0.7. Corrected to 3% O2. Average of three runs. FALSE 1.59 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 1.93 FALSE See Run 1. FALSE 1.59 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 1.93 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.05 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 4.6 +\- 0.3. Corrected to 3% O2. Average of three runs. FALSE 3.39 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 5.1 +\- 1.2. Corrected to 3%O2. Average of three runs. FALSE 6.44 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 9.7 +\- 0.9. Corrected to 3% O2. Average of three runs. FALSE 3.05 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.39 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 6.44 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1.

Page 88sampling_run_pollutants1

FALSE 3.05 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.39 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 6.44 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.98 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 6.0 +\- 0.3. Corrected to 3% O2. Average of three runs. FALSE 0.13 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 0.2 +\- 0.2. Corrected to 3% O2. Average of three runs. 610.4 pound per hour (lb/hr)

FALSE 0.102 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 1403.3 pound per hour (lb/hr)

FALSE 0.234 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 693.8 pound per hour (lb/hr)

FALSE 0.117 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 1473 pound per hour (lb/hr)

FALSE 0.249 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 968.4 pound per hour (lb/hr)

FALSE 0.211 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 922.6 pound per hour (lb/hr)

FALSE 0.204 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 10.3 pound per hour (lb/hr)

FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 921.9 pound per hour (lb/hr)

FALSE 0.205 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to3% O2. 15.3 pound per hour (lb/hr)

FALSE 0.003 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 658.4 pound per hour (lb/hr)

FALSE 0.111 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations corrected to 3% O2. 743.6 pound per hour (lb/hr)

FALSE 0.125 pound per million British Thermal Unit (lb/MMBtu) FALSE 9.4 pound per hour (lb/hr)

FALSE 0.002 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons as propane. 674.1 pound per hour (lb/hr)

FALSE 0.11 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations corrected to 3% O2. 661.6 pound per hour (lb/hr)

FALSE 0.108 pound per million British Thermal Unit (lb/MMBtu) FALSE 7.7 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons as propane. 717.4 pound per hour (lb/hr)

FALSE 0.117 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations corrected to 3% O2. 764.8 pound per hour (lb/hr)

FALSE 0.125 pound per million British Thermal Unit (lb/MMBtu) FALSE 8.8 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons reported as propane. 617.7 pound per hour (lb/hr)

FALSE 0.104 pound per million British Thermal Unit (lb/MMBtu) FALSE All concentrations are corrected to 3% O2. 188.7 pound per hour (lb/hr)

FALSE 0.032 pound per million British Thermal Unit (lb/MMBtu) FALSE 7.6 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE Total hydrocarbons as propane. FALSE 3.98 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 6.0 +\- 0.2. Corrected to 3%O2. Average of three runs. FALSE 3.98 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.13 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.98 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.98 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.13 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.98 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 4.7 +\- 0.3. Corrected to 3% O2. Average of three runs. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 0.3 +\- 0.1. Corrected to 3% O2. Average of three runs. FALSE 3.32 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 5.0 +\- 0.2. Corrected to 3% O2. Average of three runs. FALSE 3.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1 FALSE 3.32 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1 FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.07 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 2.06 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value was 3.1 +\- 0.6. Corrected to 3% O2. Average of four runs. FALSE 0.13 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value was less than 0.2 +\- 0.0. Corrected to 3% O2. Average of four runs. FALSE 2.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value was 3.2 +\- 0.5. Corrected to 3% O2. Average of four runs. FALSE 2.06 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.13 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 2.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 2.06 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.13 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 2.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 2.09 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1.

Page 89sampling_run_pollutants1

FALSE 0.13 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 2.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.32 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 6.5 +\- 0.9. Corrected to 3% O2. Average of three runs. FALSE 5.18 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 7.8 +\- 1.4. Corrected to 3% O2. Average of three runs. FALSE 9.43 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 14.2 +\- 0.6. Corrected to 3% O2. Average of three runs. FALSE 4.32 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.18 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 9.43 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.32 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.18 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 9.43 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.65 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 7.0 +\- 0.6. Corrected to 3% O2. Average of three runs. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value reported was less than 0.3 +\- 0.0. Corrected to 3% O2. Average of three runs. FALSE 4.65 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 7.0 +\- 0.5. Corrected to 3% O2. Average of three runs. FALSE 4.65 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.65 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.65 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.65 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.78 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 8.7 +\- 1.1. Corrected to 3% O2. Average of three runs. FALSE 0.27 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is less than 0.4 +\- 0.1. Corrected to 3% O2. Average of three runs. FALSE 5.91 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 8.9 +\- 1.2. Corrected to 3% O2. Average of three runs. FALSE 5.78 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.27 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.91 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.78 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.27 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 5.91 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.2 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.32 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.05 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 6.1 +\- 1.6. Corrected to 3% O2. Average of four runs. FALSE 3.19 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 4.8 +\- 0.4. Corrected to 3% O2. Average of four runs. FALSE 7.3 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 11.0 +\- 1.8. Corrected to 3% O2. Average of four runs. FALSE 4.05 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.19 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 7.3 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.05 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.19 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 7.3 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1 FALSE 4.05 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 3.19 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 7.3 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 6.2 +\- 1.8. Corrected to 3% O2. Average of four runs. FALSE 0.07 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value was less than 0.1 +\- 0.0. Corrected to 3% O2. Average of four runs. FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE Value is 6.2 +\- 1.8. Corrected to 3% O2. Average of four runs. FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.07 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. FALSE 0.07 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1.

Page 90sampling_run_pollutants1

FALSE 4.12 pound per trillion British Thermal Unit (lb/1012Btu) FALSE See Run 1. 644.1 pound per hour (lb/hr)

FALSE 0.108 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2 995.5 pound per hour (lb/hr)

FALSE 0.167 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2 661.7 pound per hour (lb/hr)

FALSE 0.111 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2 1127.2 pound per hour (lb/hr)

FALSE 0.189 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 646.7 pound per hour (lb/hr)

FALSE 0.111 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2 1092.7 pound per hour (lb/hr)

FALSE 0.187 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 4.3 pound per hour (lb/hr)

FALSE 0.001 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 585.2 pound per hour (lb/hr)

FALSE 0.097 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2. 1043.3 pound per hour (lb/hr)

FALSE 0.173 pound per million British Thermal Unit (lb/MMBtu) FALSE Corrected to 3% O2.

Page 91sampling_run_pollutants1

run_pollutant_comment All concentrations are corrected to 3% O2,

Total hydrocarbons as propane. All concentrations corrected to 3% O2.

Total hydrocarbons as propane. All concentrations corrected to 3% O2.

Total hydrocarbons as propane All concentrations corrected to 3% O2.

Total hydrocarbons as propane. All concentrations corrected to 3% O2.

Total hydrocarbons reported as propane. Value is 7.3 +/- 0.9 @ 3% O2 and is average of three runs. Value is 7.1 +/- 1.0 @ 3%O2 and is average of three runs. Value is 14.4 +/- 1.1 @3% O2 and is the averagge of three runs. Sam e as Run 1. Sam e as Run 1. Sam e as Run 1. Sam e as Run 1. Sam e as Run 1. Sam e as Run 1. Value is 8.9 +/- 2.7 @ 3% O2 and is the average of four runs. Value is 0.4 +/- 0.1 @ 3% O2 and is average of four runs. Valus is 9.5 +/- 2.7 @ 3% O2 and is average of four runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. Value is 2.4 +/- 0.8. Corrected to 3% O2. Average of three runs. Value is 0.3 +/- 0.1. Corrected to 3% O2. Averge of three runs. Value is 2.9 +/- 0.7. Corrected to 3% O2. Average of three runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. Value is 4.6 +\- 0.3. Corrected to 3% O2. Average of three runs. Value is 5.1 +\- 1.2. Corrected to 3%O2. Average of three runs. Value is 9.7 +\- 0.9. Corrected to 3% O2. Average of three runs. See Run 1. See Run 1. See Run 1.

Page 92sampling_run_pollutants1

See Run 1. See Run 1. See Run 1. Value is 6.0 +\- 0.3. Corrected to 3% O2. Average of three runs. Value is 0.2 +\- 0.2. Corrected to 3% O2. Average of three runs. Corrected to 3% O2. Corrected to 3% O2. Corrected to 3% O2. Corrected to 3% O2. Corrected to 3% O2. Corrected to 3% O2. Corrected to 3% O2. Corrected to3% O2. Corrected to 3% O2. All concentrations corrected to 3% O2.

Total hydrocarbons as propane. All concentrations corrected to 3% O2.

Total hydrocarbons as propane. All concentrations corrected to 3% O2.

Total hydrocarbons reported as propane. All concentrations are corrected to 3% O2.

Total hydrocarbons as propane. Value is 6.0 +\- 0.2. Corrected to 3%O2. Average of three runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. Value is 4.7 +\- 0.3. Corrected to 3% O2. Average of three runs. Value is 0.3 +\- 0.1. Corrected to 3% O2. Average of three runs. Value is 5.0 +\- 0.2. Corrected to 3% O2. Average of three runs. See Run 1.

See Run 1. See Run 1. See Run 1. Value was 3.1 +\- 0.6. Corrected to 3% O2. Average of four runs. Value was less than 0.2 +\- 0.0. Corrected to 3% O2. Average of four runs. Value was 3.2 +\- 0.5. Corrected to 3% O2. Average of four runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1.

Page 93sampling_run_pollutants1

See Run 1. See Run 1. Value is 6.5 +\- 0.9. Corrected to 3% O2. Average of three runs. Value is 7.8 +\- 1.4. Corrected to 3% O2. Average of three runs. Value is 14.2 +\- 0.6. Corrected to 3% O2. Average of three runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. Value is 7.0 +\- 0.6. Corrected to 3% O2. Average of three runs. Value reported was less than 0.3 +\- 0.0. Corrected to 3% O2. Average of three runs. Value is 7.0 +\- 0.5. Corrected to 3% O2. Average of three runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. Value is 8.7 +\- 1.1. Corrected to 3% O2. Average of three runs. Value is less than 0.4 +\- 0.1. Corrected to 3% O2. Average of three runs. Value is 8.9 +\- 1.2. Corrected to 3% O2. Average of three runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1. Value is 6.1 +\- 1.6. Corrected to 3% O2. Average of four runs. Value is 4.8 +\- 0.4. Corrected to 3% O2. Average of four runs. Value is 11.0 +\- 1.8. Corrected to 3% O2. Average of four runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1.

See Run 1. See Run 1. See Run 1. Value is 6.2 +\- 1.8. Corrected to 3% O2. Average of four runs. Value was less than 0.1 +\- 0.0. Corrected to 3% O2. Average of four runs. Value is 6.2 +\- 1.8. Corrected to 3% O2. Average of four runs. See Run 1. See Run 1. See Run 1. See Run 1. See Run 1.

Page 94sampling_run_pollutants1

See Run 1. Corrected to 3% O2 Corrected to 3% O2 Corrected to 3% O2 Corrected to 3% O2. Corrected to 3% O2 Corrected to 3% O2. Corrected to 3% O2. Corrected to 3% O2. Corrected to 3% O2.

Page 95sampling_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 96sampling_run_fuel

fuel_conc_MDL

Page 97