Facility _Information

facility _id utility

_code legal_owner_nam e

legl_operator_name

legal_address_type

legal_address

legal_city legal_state legal_zip 127 Public Service Company of Oklahoma Public Service Company of Oklahoma 1 Riverside Plaza

Colum bus OH 43215 988 Indiana Michigan Power Com pany Indiana Michigan Power Com pany 1 Riverside Plaza

Colum bus OH 43215 1353 Kentucky Power Com pany Kentucky

Power Com pany

1 Riverside Plaza

Colum bus OH 43215 2828 Cardinal Operating Company Cardinal Operating Company

legal owner 1 Riverside Plaza Colum bus OH 43215 2840 Colum bus Southern Power Company Colum bus Southern Power Company 1 Riverside Plaza

Colum bus OH 43215 2843 Colum bus Southern Power Company Colum bus Southern Power Company 1 Riverside Plaza

Colum bus OH 43215 2872 Ohio Power Company Ohio Power Company 1 Riverside Plaza Colum bus OH 43215 2963 Public Service Company of Oklahoma Public Service Company of Oklahoma 1 Riverside Plaza

Colum bus OH 43215 3775 Appalachian Power Com pany legal owner 1 Riverside Plaza Colum bus OH 43215 3776 Appalachian Power Com pany legal owner 1 Riverside Plaza Colum bus OH 43215 3935 Appalachian Power Com pany legal owner 1 Riverside Plaza Colum bus OH 43215 3936 Appalachian Power Com pany legal owner 1 Riverside Plaza Colum bus OH 43215 3938 Appalachian Power Com pany legal owner 1 Riverside Plaza Colum bus OH 43215 3947 Ohio Power Company Ohio Power Company 1 Riverside Plaza Colum bus OH 43215 3948 Ohio Power Company Ohio Power Company 1 Riverside Plaza Colum bus OH 43215 6138 Southwestern Electric Power Company Southwestern Electric Power Company 1 Riverside Plaza

Colum bus OH 43215 6139 Southwestern Electric Power Company Southwestern Electric Power Company 1 Riverside Plaza

Colum bus OH 43215 6166 Indiana Michigan Power Com pany Indiana Michigan Power Com pany 1 Riverside Plaza

Colum bus OH 43215 6264 Appalachian Power Com pany legal owner 1 Riverside Plaza Colum bus OH 43215 7902 Southwestern Electric Power Company Southwestern Electric Power Company 1 Riverside Plaza

Colum bus OH 43215 8102 Ohio Power Company Ohio Power Company 1 Riverside Plaza Colum bus OH 43215

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 Oklaunion 12567 FM Rd 3430 Vernon TX 76384 12567 FM Rd 3430 Vernon TX 76384 Tanners Creek

800 AEP Drive

Lawrenceburg

IN 47025 800 AEP Drive Lawrenceburg

IN 47025 Big Sandy 23000 Highway 23 Louisa KY 41230 23000 Highway 23 Louisa KY 41230 Cardinal 306 County Road 7 East Brilliant OH 43913 306 County Road 7 East Brilliant OH 43913 Conesville 47201 CR 273 Conesville OH 43811 47201 CR 273 Conesville OH 43811 Picway 9301 U.S. Rt. 23 Lockbourne

OH 43137 9301 U.S. Rt. 23 Lockbourne

OH 43137 Muskingum River

1501 Sparling Road

Waterford OH 45786 1501 Sparling Road Waterford OH 45786 Northeastern

7300 E. Highway

88 Oologah OK 74053 7300 E. Highway 88 Oologah OK 74053 Clinch River

3464 Power Plant Road

Cleveland VA 24225 3464 Power Plant Road Cleveland VA 24225 Glen Lyn 100 Apco Road Glen Lyn VA 24093 100 Apco Road Glen Lyn VA 24093 John E. Amos

1530 W infield Road

Wi nfield WV 25213 P.O. Box 4000 St. Albans WV 25177 Kanawha River

1 AEP W ay

Glasgow WV 25089 1 AEP W ay Glasgow WV 25089 Philip Sporn

3567 Graham Station Road

New HavenWV 25265 3567 Graham Station Road New HavenWV 25265 Kam me r State Route 2 Moundsville

WV 26041 State Route 2 Moundsville

WV 26041 Mitchell State Route 2 Moundsville

WV 26041 State Route 2 Moundsville

WV 26041 Flint Creek 21797 Swepco Plant Road Gentry AR 72734 21797 Swepco Plant Road Gentry AR 72734 We lsh 1187 County Road 4865 Pittsburg TX 75686 1187 County Road 4865 Pittsburg TX 75686 Rockport 2791 North U.S. Highway 231 Rockport IN 47635 2791 North U.S. Highway 231 Rockport IN 47635 Mountaineer

1347 Graham Station Road

New HavenWV 25265 1347 Graham Station Road New HavenWV 25265 Pirkey 2400 FR Rd 3251 Hallsville TX 75650 2400 FR Rd 3251 Hallsville TX 75650 General James M. Gavin

7397 N. State Route 7

Cheshire OH 45620 7397 N. State Route 7 Cheshire OH 45620

Page 2Facility _Information

RFA_small_entity

ff_fired_coal

ff_fired_oil ff_fired_ngas ff_fired_petcoke

ff_fired_other

ff_permitted_coal

ff_permitted_oil

ff_permitted_ngas No TRUE TRUE FALSE FALSE FALSE TRUE TRUE FALSE

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

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

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

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

Page 3Facility _Information

ff_permitted_petcoke

ff_permitted_other

deviation_reporting

continuous_emissions

cem_provided

facility _note FALSE FALSE Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. FALSE FALSE Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. FALSE FALSE Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. FALSE FALSE Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. FALSE FALSE Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. FALSE FALSE Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 4Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity , and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 5Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 6Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 7Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 8Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 9Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 10Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 11Facility _Information

Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1050 F. Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for boilers 1 and 2. Reheats are 1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 950 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. 1050 F is the steam temperature for Units 1, 2, 3, 4, 5. Reheat is 1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for all units. Reheat for all boilers is 1050/1050 FDesign parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1050 F for both units. Reheat temps are 1010/1025/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.Steam temp is 1010 F. Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F. Design reheat temperatures are 1010/1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Reheat temp is 1005 F. Steam temp is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 12Facility _Information

Unit 1,2, and 3 steam temperature is 1050 F. Unit 4 steam temperature is 950 F. Reheat temp is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design steam temperature is 1025 F for BSU1 and BSU2. Reheat is 1050 F for U1 and 1025 1050 for U2.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

1005 F is the steam temperature for Conesville 3, 4, 5, and 6.Cost data for Conesville 6 Hg Control demonstration project is not available. Reheat is 1005 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Clinch River Fuel Shipment Data is being provided separately as a hardcopy . Reheat temp is 1050 F. Steam temp is 1050F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 925 F for 51 and 52. Boilers 51 and 52 both supply steam to Unit 5. Steam temperature for boiler 6 is 1050 F. Design reheat temps for 6 are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Design Steam Temperature for Units 1,2, and 3 is 1010 F.Amos 2 FGD was installed on 02/2010. Reheat 1 and 2 are 1025/1050. Reheat U3 is 1000 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Steam Temperature is 1050 F for units 1 and 2. Design reheat temperatures for both boilers are 1050/1050 F.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions. Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Steam temperature is 1010 F for both boilers at Gavin. Reheat temps are 1000 F for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 13Facility _Information

Operating and design steam Temperature is 1050 F for all boilers. Design reheat steam temperatures are 1050 and 1000 F for all boilers except 51. 51 reheat steam temperatures is 1050/1050/1050.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid only for that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Steam temperature is 1010 for both boilers at Rockport. Stack height is 1038 ft. Reheat temperatures are 1000 F. Project demonstration was for unit 2, and non-demonstration projects are for both units.Design parameters for the boilers are developed prior to the construction of a unit using assumed values for fuel characteristics and operating conditions, and are valid onlyfor that specific set of conditions and characteristics. During normal operations, values for these design parameters will vary based on fuel characteristics, equipment condition, ambient temperatures and humidity, and other factors. W here a unit has a specific permit limit for maximum heat input or steam conditions, that information is provided. If there is no permit requirement for these parameters, the design parameter was repeated as both the design and operating value, and is within the range of normal values. Actual operating values will vary depending on fuels and other operating conditions.

Page 14facility _contacts

facility _id contact_id contact_title contact_name

contact_phone1

contact_phone2

contact_email

contact_primary 127 18 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 988 10 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 1353 12 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 2828 7 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 2840 8 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 2843 9 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 2872 13 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 2963 17 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 3775 1 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 3776 2 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 3935 3 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 3936 4 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 3938 5 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 3947 14 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 3948 15 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 6138 19 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 6139 21 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 6166 11 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 6264 6 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 7902 20 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE 8102 16 Engineer Paul Jackson 6147163278 pmjackson@aep.com TRUE

Page 15facility _coal_utilized

facility _id coal_type percentage_mass percentage_btu

synfuel_type

coal_note 127 subbituminous 100 988 bitum inous 60 988 subbituminous 40 1353 bitum inous 100 2828 bitum inous 100 2840 bitum inous 100 2843 bitum inous 100 2872 bitum inous 100 2963 subbituminous 100 3775 bitum inous 100 No. 2 Fuel Oil is used for startup and flame stabilization. It is not used for generation. 3776 bitum inous 100 3935 bitum inous 100 3936 bitum inous 100 3938 bitum inous 100 3947 bitum inous 100 3948 bitum inous 100 6138 subbituminous 100 6139 subbituminous 100 6166 bitum inous 15 6166 subbituminous 85 6264 bitum inous 100 7902 lignite 100 8102 bitum inous 85 8102 subbituminous 15

Page 16facility _coal_utilized

No. 2 Fuel Oil is used for startup and flame stabilization. It is not used for generation.

Page 17facility _oil_utilized

facility _id oil_type percentage_volume percentage_btu

other_type 127 No.2 Fuel Oil (distillate) 100 988 No.2 Fuel Oil (distillate) 100 1353 No.2 Fuel Oil (distillate) 100 2828 No.2 Fuel Oil (distillate) 100 2840 No.2 Fuel Oil (distillate) 100 2843 No.2 Fuel Oil (distillate) 100 2872 No.2 Fuel Oil (distillate) 100 3775 No.2 Fuel Oil (distillate) 100 3776 No.2 Fuel Oil (distillate) 100 3935 No.2 Fuel Oil (distillate) 100 3936 No.2 Fuel Oil (distillate) 100 3938 No.2 Fuel Oil (distillate) 100 3947 No.2 Fuel Oil (distillate) 100 3948 No.2 Fuel Oil (distillate) 100 6138 No.2 Fuel Oil (distillate) 100 6139 No.2 Fuel Oil (distillate) 100 6166 No.2 Fuel Oil (distillate) 100 6264 No.2 Fuel Oil (distillate) 100 8102 No.2 Fuel Oil (distillate) 100

Page 18facility _other_materials

facility _id other_material

permitted_burn

actually _burn other_quantity

other_quantity

_units other_note rcra_utilize rcra_explain

Page 19facility _other_materials

rcra_explain

Page 20boiler_information

facility _id boiler_id boiler_type boiler_other bottom_design

design_fuel heat_input max_heat_input MW e_capacity 127 1 Wa ll firing - opposed firing Dry Bottom coal 6800 6800 670 988 1 Vertical firing Dry Bottom coal 1391 1391 152.5 988 2 Vertical firing Dry Bottom coal 1391 1391 152.5 988 3 Vertical firing Dry Bottom coal 1844 1844 215.4 988 4 Cyclone firing Wet Bottom coal 4990 4990 579.7 1353 BSU1 Wa ll firing - opposed firing Dry Bottom coal 2512 2512 280.5 1353 BSU2 Wa ll firing - opposed firing Dry Bottom coal 7914 7914 800 2828 1 Wa ll firing - opposed firing Dry Bottom coal 5275 5275 615.2 2828 2 Wa ll firing - opposed firing Dry Bottom coal 5275 5275 615.2 2828 3 Wa ll firing - opposed firing Dry Bottom coal 5275 5275 650 2840 3 Wa ll firing - front firing Dry Bottom coal 1862 1862 165 2840 4 Tangential firing Dry Bottom coal 7960 7960 841.5 2840 5 Tangential firing Dry Bottom coal 4091 4091 443.9 2840 6 Tangential firing Dry Bottom coal 4091 4091 443.9 2843 9 Wa ll firing - front firing Dry Bottom coal 1290 1290 106.2 2872 1 Wa ll firing - front firing Wet Bottom coal 2050 2050 219.6 2872 2 Wa ll firing - front firing Wet Bottom coal 2050 2050 219.6 2872 3 Cyclone firing Wet Bottom coal 2150 2150 237.5 2872 4 Cyclone firing Dry Bottom coal 2150 2150 237.5 2872 5 Cyclone firing Wet Bottom coal 5550 5550 615.2 2963 3313 Tangential firing Dry Bottom coal 4775 4775 490 2963 3314 Tangential firing Dry Bottom coal 4775 4775 490 3775 1 Vertical firing Dry Bottom coal 2100.9 2100.9 230 3775 2 Vertical firing Dry Bottom coal 2100.9 2100.9 230 3775 3 Vertical firing Dry Bottom coal 2100.9 2100.9 230 3776 51 Tangential firing Dry Bottom coal 572 572 100 3776 52 Tangential firing Dry Bottom coal 572 572 100 3776 6 Wa ll firing - front firing Dry Bottom coal 2040 2040 237.5 3935 1 Wa ll firing - opposed firing Dry Bottom coal 7020 7020 816.3 3935 2 Wa ll firing - opposed firing Dry Bottom coal 7020 7020 816.3 3935 3 Wa ll firing - opposed firing Dry Bottom coal 11936 11936 1300 3936 1 Vertical firing Dry Bottom 1950 1950 219.6 3936 2 Vertical firing Dry Bottom coal 1950 1950 219.6 3938 11 Vertical firing Dry Bottom coal 1311 1311 152.5 3938 21 Vertical firing Dry Bottom coal 1311 1311 152.5 3938 31 Vertical firing Dry Bottom coal 1311 1311 152.5 3938 41 Vertical firing Dry Bottom coal 1311 1311 152.5 3938 51 Wa ll firing - opposed firing Dry Bottom coal 3961 3961 495.5 3947 1 Cyclone firing Wet Bottom coal 2156 2156 237.5 3947 2 Cyclone firing Wet Bottom coal 2156 2156 237.5 3947 3 Cyclone firing Wet Bottom coal 2156 2156 237.5 3948 1 Wa ll firing - opposed firing Dry Bottom coal 7020 7020 816.3 3948 2 Wa ll firing - opposed firing Dry Bottom coal 7020 7020 816.3 6138 1 Wa ll firing - opposed firing Dry Bottom coal 6324 6324 558 6139 1 Wa ll firing - opposed firing Dry Bottom coal 5156 5156 558 6139 2 Wa ll firing - opposed firing Dry Bottom coal 5156 5156 558 6139 3 Wa ll firing - opposed firing Dry Bottom coal 5156 5156 558 6166 MB1 Wa ll firing - opposed firing Dry Bottom coal 12374 12374 1320 6166 MB2 Wa ll firing - opposed firing Dry Bottom coal 12374 12374 1320 6264 1 Wa ll firing - opposed firing Dry Bottom coal 11960 11960 1320 7902 1 Wa ll firing - opposed firing Dry Bottom coal 6821 6821 675

Page 21boiler_information

8102 1 Wa ll firing - opposed firing Dry Bottom coal 11936 11936 1320 8102 2 Wa ll firing - opposed firing Dry Bottom coal 11936 11936 1320

Page 22boiler_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 670 84.9 84.9 2600 2600 1 1 FALSE 145 89.3 89.3 2080 2080 1 1 TRUE 1 145 89.3 89.3 2080 2080 1 1 TRUE 1 200 89.3 89.3 2075 2075 1 1 TRUE 1 500 90.07 90.07 3511 3511 1 1 TRUE 1 260 89.26 89.26 1019 1019 1 1 TRUE 1 800 88.81 88.81 3700 3700 1 1 TRUE 1 580 88.2 88.2 3800 3800 1 1 TRUE 1 590 88.2 88.2 3800 3800 1 1 TRUE 1 630 87.9 87.9 3800 3800 1 1 TRUE 1 165 89.4 89.4 1589 1589 1 1 TRUE 1 780 88.5 88.5 3500 3500 1 1 TRUE 1 375 88.7 88.7 2620 2620 1 1 TRUE 1 375 88.7 88.7 2620 2620 1 1 TRUE 1 95 86.5 86.5 1500 1500 1 1 FALSE 190 88.5 88.5 2075 2075 1 1 TRUE 1 190 88.5 88.5 2075 2075 1 1 TRUE 1 205 90.2 90.2 2400 2400 1 1 TRUE 1 205 86.9 86.9 2400 2400 1 1 TRUE 1 585 90.2 90.2 3800 3800 1 1 TRUE 1 490 86 86 2800 2800 1 1 FALSE 490 86 86 2800 2800 1 1 FALSE 230 90.7 90.7 2400 2400 1 1 TRUE 1 230 90.7 90.7 2400 2400 1 1 TRUE 1 230 90.7 90.7 2400 2400 1 1 TRUE 1 90 88.1 88.1 1375 1375 1 1 FALSE 90 88.1 88.1 1375 1375 1 1 TRUE 1 235 88.2 88.2 2075 2075 1 1 TRUE 1 800 88.81 88.81 3700 3700 1 1 TRUE 1 800 88.81 88.81 3700 3700 1 1 TRUE 1 1300 88.4 88.4 3845 3845 1 1 TRUE 1 200 88.8 88.8 2075 2075 1 1 TRUE 1 200 88.8 88.8 2075 2075 1 1 FALSE 145 89 89 2080 2080 1 1 TRUE 1 145 89 89 2080 2080 1 1 FALSE 145 89 89 2080 2080 1 1 FALSE 145 89 89 2080 2080 1 1 FALSE 440 89.7 89.7 3625 3625 1 1 FALSE 200 88.7 88.7 2075 2075 1 1 TRUE 1 200 88.7 88.7 2075 2075 1 1 TRUE 1 200 88.7 88.7 2075 2075 1 1 TRUE 1 770 88.8 88.8 3700 3700 1 1 TRUE 1 790 88.8 88.8 3700 3700 1 1 TRUE 1 528 85.8 85.8 3080 3080 1 1 FALSE 528 85.8 85.8 3080 3080 1 1 FALSE 528 85.8 85.8 1 1 FALSE 528 85.8 85.8 1 1 FALSE 1310 85.3 85.3 3845 3845 1 1 TRUE 1 1300 85.3 85.3 3845 3845 1 1 TRUE 1 1310 88.6 88.6 3845 3845 1 TRUE 675 84.1 84.1 3080 3080 1 1 TRUE

Page 23boiler_information

1300 88.4 88.4 3845 3845 1 1 FALSE 1300 88.4 88.4 3845 3845 1 1 FALSE

Page 24boiler_information

design_reheat_temp2

operating_reheat_multiple

operating_reheat_temp1

operating_reheat_temp2

hours_operated

vg_capacity

_factor applicable_NSPS

retirement_year

retirement_year_CBI FALSE 7117 0.81 Subpart Da(1) FALSE FALSE 5308.2 0.605 N FALSE FALSE 6100.4 0.696 N FALSE FALSE 6978.3 0.797 N FALSE FALSE 5073 0.579 N FALSE FALSE 6910.1 0.788 N FALSE 1 FALSE 7581.5 0.865 N FALSE 1 FALSE 6166.3 0.704 N FALSE 1 FALSE 6159.6 0.703 N FALSE 1 FALSE 7216.7 0.824 N FALSE FALSE 6768.4 0.772 N FALSE FALSE 5625.2 0.642 N FALSE FALSE 7179.1 0.82 Subpart D FALSE FALSE 6927.4 0.791 Subpart D FALSE FALSE 4838.6 0.552 N FALSE FALSE 6616.9 75.5 N FALSE FALSE 6313.4 72.1 N FALSE FALSE 6773.1 77.3 N FALSE FALSE 6296.4 83.7 N FALSE FALSE 7333.9 83.7 N FALSE FALSE 7533.5 86 Subpart D FALSE FALSE 7338.7 83.8 Subpart D FALSE FALSE 5759.9 65.7 N FALSE FALSE 5427 62 N FALSE FALSE 7225.3 82.5 N FALSE FALSE 4357.3 49.7 N FALSE FALSE 4357.3 49.7 N FALSE 1 FALSE 5041.2 57.5 N FALSE 1 FALSE 7615 0.869 N FALSE 1 FALSE 6774.9 0.773 N FALSE FALSE 5792.4 0.661 N FALSE 1 FALSE 6654.1 76 N FALSE FALSE 6622.8 75.6 N FALSE 1 FALSE 5925.2 67.6 N FALSE FALSE 5965.9 68.1 N FALSE FALSE 7125.8 81.3 N FALSE FALSE 5797 66.2 N FALSE FALSE 4561 52.1 N FALSE 1 FALSE 6091 69.5 N FALSE 1 FALSE 5524.3 63.1 N FALSE 1 FALSE 6637.3 75.8 N FALSE FALSE 6657.9 76 N FALSE 1 FALSE 7373.9 84.2 N FALSE FALSE 7146.6 81.6 Subpart D FALSE FALSE 7087.6 80.9 Subpart D FALSE FALSE 7801.6 89.1 Subpart D FALSE FALSE 7608.7 86.9 Subpart D FALSE FALSE 7802.2 89.1 Subpart D FALSE FALSE 7374.9 84.2 Subpart D FALSE FALSE 7771.3 0.887 Subpart D FALSE FALSE 7068.8 80.7 Subpart D FALSE

Page 25boiler_information

FALSE 8214 93.7 N FALSE FALSE 7678.4 87.7 N FALSE

Page 26boiler_information

NOx_control

SO2_control

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

Page 27boiler_information

Yes No Yes Yes No Yes

Page 28boiler_fuels

facility _id boiler_id fuel_type fuel_year percentage_massvol percentage_btu

other_type 127 1 coal - subbituminous 2007 99.9 127 1 coal - subbituminous 2008 99.9 127 1 coal - subbituminous 2009 99.9 127 1 oil - distillate 2007 0.1 127 1 oil - distillate 2008 0.1 127 1 oil - distillate 2009 0.1 988 1 coal - bituminous2007 99.9 988 1 coal - bituminous2008 99.9 988 1 coal - bituminous2009 99.9 988 1 oil - distillate 2007 0.1 988 1 oil - distillate 2008 0.1 988 1 oil - distillate 2009 0.1 988 2 coal - bituminous2007 99.9 988 2 coal - bituminous2008 99.9 988 2 coal - bituminous2009 99.9 988 2 oil - distillate 2007 0.1 988 2 oil - distillate 2008 0.1 988 2 oil - distillate 2009 0.1 988 3 coal - bituminous2007 99.9 988 3 coal - bituminous2008 99.9 988 3 coal - bituminous2009 99.9 988 3 oil - distillate 2007 0.1 988 3 oil - distillate 2008 0.1 988 3 oil - distillate 2009 0.1 988 4 coal - bituminous2007 39.9 988 4 coal - bituminous2008 19.9 988 4 coal - bituminous2009 19.9 988 4 coal - subbituminous 2007 60 988 4 coal - subbituminous 2008 80 988 4 coal - subbituminous 2009 80 988 4 oil - distillate 2007 0.1 988 4 oil - distillate 2008 0.1 988 4 oil - distillate 2009 0.1 1353 BSU1 coal - bituminous2007 99.9 1353 BSU1 coal - bituminous2008 99.9 1353 BSU1 coal - bituminous2009 99.9 1353 BSU1 oil - distillate 2007 0.1 1353 BSU1 oil - distillate 2008 0.1 1353 BSU1 oil - distillate 2009 0.1 1353 BSU2 coal - bituminous2007 99.9 1353 BSU2 coal - bituminous2008 99.9 1353 BSU2 coal - bituminous2009 99.9 1353 BSU2 oil - distillate 2007 0.1 1353 BSU2 oil - distillate 2008 0.1 1353 BSU2 oil - distillate 2009 0.1 2828 1 coal - bituminous2007 99.9 2828 1 coal - bituminous2008 99.9 2828 1 coal - bituminous2009 99.9 2828 1 oil - distillate 2007 0.1 2828 1 oil - distillate 2008 0.1 2828 1 oil - distillate 2009 0.1

Page 29boiler_fuels

2828 2 coal - bituminous2007 99.9 2828 2 coal - bituminous2008 99.9 2828 2 coal - bituminous2009 99.9 2828 2 oil - distillate 2007 0.1 2828 2 oil - distillate 2008 0.1 2828 2 oil - distillate 2009 0.1 2828 3 coal - bituminous2007 89.9 2828 3 coal - bituminous2008 89.9 2828 3 coal - bituminous2009 89.9 2828 3 coal - subbituminous 2007 10 2828 3 coal - subbituminous 2008 10 2828 3 coal - subbituminous 2009 10 2828 3 oil - distillate 2007 0.1 2828 3 oil - distillate 2008 0.1 2828 3 oil - distillate 2009 0.1 2840 3 coal - bituminous2007 99.9 2840 3 coal - bituminous2008 99.9 2840 3 coal - bituminous2009 99.9 2840 3 oil - distillate 2007 0.1 2840 3 oil - distillate 2008 0.1 2840 3 oil - distillate 2009 0.1 2840 4 coal - bituminous2007 99.9 2840 4 coal - bituminous2008 99.9 2840 4 coal - bituminous2009 99.9 2840 4 oil - distillate 2007 0.1 2840 4 oil - distillate 2008 0.1 2840 4 oil - distillate 2009 0.1 2840 5 coal - bituminous2007 99.9 2840 5 coal - bituminous2008 99.9 2840 5 coal - bituminous2009 99.9 2840 5 oil - distillate 2007 0.1 2840 5 oil - distillate 2008 0.1 2840 5 oil - distillate 2009 0.1 2840 6 coal - bituminous2007 99.9 2840 6 coal - bituminous2008 99.9 2840 6 coal - bituminous2009 99.9 2840 6 oil - distillate 2007 0.1 2840 6 oil - distillate 2008 0.1 2840 6 oil - distillate 2009 0.1 2843 9 coal - bituminous2007 99.9 2843 9 coal - bituminous2008 99.9 2843 9 coal - bituminous2009 99.9 2843 9 oil - distillate 2007 0.1 2843 9 oil - distillate 2008 0.1 2843 9 oil - distillate 2009 0.1 2872 1 coal - bituminous2007 99.9 2872 1 coal - bituminous2008 99.9 2872 1 coal - bituminous2009 99.9 2872 1 oil - distillate 2007 0.1 2872 1 oil - distillate 2008 0.1 2872 1 oil - distillate 2009 0.1 2872 2 coal - bituminous2007 99.9

Page 30boiler_fuels

2872 2 coal - bituminous2008 99.9 2872 2 coal - bituminous2009 99.9 2872 2 oil - distillate 2007 0.1 2872 2 oil - distillate 2008 0.1 2872 2 oil - distillate 2009 0.1 2872 3 coal - bituminous2007 99.9 2872 3 coal - bituminous2008 99.9 2872 3 coal - bituminous2009 99.9 2872 3 oil - distillate 2007 0.1 2872 3 oil - distillate 2008 0.1 2872 3 oil - distillate 2009 0.1 2872 4 coal - bituminous2007 99.9 2872 4 coal - bituminous2008 99.9 2872 4 coal - bituminous2009 99.9 2872 4 oil - distillate 2007 0.1 2872 4 oil - distillate 2008 0.1 2872 4 oil - distillate 2009 0.1 2872 5 coal - bituminous2007 99.9 2872 5 coal - bituminous2008 99.9 2872 5 coal - bituminous2009 99.9 2872 5 oil - distillate 2007 0.1 2872 5 oil - distillate 2008 0.1 2872 5 oil - distillate 2009 0.1 2963 3313 coal - subbituminous 2007 99.9 2963 3313 coal - subbituminous 2008 99.9 2963 3313 coal - subbituminous 2009 99.9 2963 3313 natural gas 2007 0.1 2963 3313 natural gas 2008 0.1 2963 3313 natural gas 2009 0.1 2963 3314 coal - subbituminous 2007 99.9 2963 3314 coal - subbituminous 2008 99.9 2963 3314 coal - subbituminous 2009 99.9 2963 3314 natural gas 2007 0.1 2963 3314 natural gas 2008 0.1 2963 3314 natural gas 2009 0.1 3775 1 coal - bituminous2007 99.9 3775 1 coal - bituminous2008 99.9 3775 1 coal - bituminous2009 99.9 3775 1 oil - distillate 2007 0.1 3775 1 oil - distillate 2008 0.1 3775 1 oil - distillate 2009 0.1 3775 2 coal - bituminous2007 99.9 3775 2 coal - bituminous2008 99.9 3775 2 coal - bituminous2009 99.9 3775 2 oil - distillate 2007 0.1 3775 2 oil - distillate 2008 0.1 3775 2 oil - distillate 2009 0.1 3775 3 coal - bituminous2007 99.9 3775 3 coal - bituminous2008 99.9 3775 3 coal - bituminous2009 99.9 3775 3 oil - distillate 2007 0.1 3775 3 oil - distillate 2008 0.1

Page 31boiler_fuels

3775 3 oil - distillate 2009 0.1 3776 51 coal - bituminous2007 99.9 3776 51 coal - bituminous2008 99.9 3776 51 coal - bituminous2009 99.9 3776 51 oil - distillate 2007 0.1 3776 51 oil - distillate 2008 0.1 3776 51 oil - distillate 2009 0.1 3776 52 coal - bituminous2007 99.9 3776 52 coal - bituminous2008 99.9 3776 52 coal - bituminous2009 99.9 3776 52 oil - distillate 2007 0.1 3776 52 oil - distillate 2008 0.1 3776 52 oil - distillate 2009 0.1 3776 6 coal - bituminous2007 99.9 3776 6 coal - bituminous2008 99.9 3776 6 coal - bituminous2009 99.9 3776 6 oil - distillate 2007 0.1 3776 6 oil - distillate 2008 0.1 3776 6 oil - distillate 2009 0.1 3935 1 coal - bituminous2007 99.9 3935 1 coal - bituminous2008 99.9 3935 1 coal - bituminous2009 99.9 3935 1 oil - distillate 2007 0.1 3935 1 oil - distillate 2008 0.1 3935 1 oil - distillate 2009 0.1 3935 2 coal - bituminous2007 99.9 3935 2 coal - bituminous2008 99.9 3935 2 coal - bituminous2009 99.9 3935 2 oil - distillate 2007 0.1 3935 2 oil - distillate 2008 0.1 3935 2 oil - distillate 2009 0.1 3935 3 coal - bituminous2007 99.9 3935 3 coal - bituminous2008 99.9 3935 3 coal - bituminous2009 99.9 3935 3 oil - distillate 2007 0.1 3935 3 oil - distillate 2008 0.1 3935 3 oil - distillate 2009 0.1 3936 1 coal - bituminous2007 99.9 3936 1 coal - bituminous2008 99.9 3936 1 coal - bituminous2009 99.9 3936 1 oil - distillate 2007 0.1 3936 1 oil - distillate 2008 0.1 3936 1 oil - distillate 2009 0.1 3936 2 coal - bituminous2007 99.9 3936 2 coal - bituminous2008 99.9 3936 2 coal - bituminous2009 99.9 3936 2 oil - distillate 2007 0.1 3936 2 oil - distillate 2008 0.1 3936 2 oil - distillate 2009 0.1 3938 11 coal - bituminous2007 99.9 3938 11 coal - bituminous2008 99.9 3938 11 coal - bituminous2009 99.9

Page 32boiler_fuels

3938 11 oil - distillate 2007 0.1 3938 11 oil - distillate 2008 0.1 3938 11 oil - distillate 2009 0.1 3938 21 coal - bituminous2007 99.9 3938 21 coal - bituminous2008 99.9 3938 21 coal - bituminous2009 99.9 3938 21 oil - distillate 2007 0.1 3938 21 oil - distillate 2008 0.1 3938 21 oil - distillate 2009 0.1 3938 31 coal - bituminous2007 99.9 3938 31 coal - bituminous2008 99.9 3938 31 coal - bituminous2009 99.9 3938 31 oil - distillate 2007 0.1 3938 31 oil - distillate 2008 0.1 3938 31 oil - distillate 2009 0.1 3938 41 coal - bituminous2007 99.9 3938 41 coal - bituminous2008 99.9 3938 41 coal - bituminous2009 99.9 3938 41 oil - distillate 2007 0.1 3938 41 oil - distillate 2008 0.1 3938 41 oil - distillate 2009 0.1 3938 51 coal - bituminous2007 99.9 3938 51 coal - bituminous2008 99.9 3938 51 coal - bituminous2009 99.9 3938 51 oil - distillate 2007 0.1 3938 51 oil - distillate 2008 0.1 3938 51 oil - distillate 2009 0.1 3947 1 coal - bituminous2007 99.9 3947 1 coal - bituminous2008 99.9 3947 1 coal - bituminous2009 99.9 3947 1 oil - distillate 2007 0.1 3947 1 oil - distillate 2008 0.1 3947 1 oil - distillate 2009 0.1 3947 2 coal - bituminous2007 99.9 3947 2 coal - bituminous2008 99.9 3947 2 coal - bituminous2009 99.9 3947 2 oil - distillate 2007 0.1 3947 2 oil - distillate 2008 0.1 3947 2 oil - distillate 2009 0.1 3947 3 coal - bituminous2007 99.9 3947 3 coal - bituminous2008 99.9 3947 3 coal - bituminous2009 99.9 3947 3 oil - distillate 2007 0.1 3947 3 oil - distillate 2008 0.1 3947 3 oil - distillate 2009 0.1 3948 1 coal - bituminous2007 99.9 3948 1 coal - bituminous2008 99.9 3948 1 coal - bituminous2009 99.9 3948 1 oil - distillate 2007 0.1 3948 1 oil - distillate 2008 0.1 3948 1 oil - distillate 2009 0.1 3948 2 coal - bituminous2007 99.9

Page 33boiler_fuels

3948 2 coal - bituminous2008 99.9 3948 2 coal - bituminous2009 99.9 3948 2 oil - distillate 2007 0.1 3948 2 oil - distillate 2008 0.1 3948 2 oil - distillate 2009 0.1 6138 1 coal - subbituminous 2007 99.9 6138 1 coal - subbituminous 2008 99.9 6138 1 coal - subbituminous 2009 99.9 6138 1 oil - distillate 2007 0.1 6138 1 oil - distillate 2008 0.1 6138 1 oil - distillate 2009 0.1 6139 1 coal - subbituminous 2007 99.9 6139 1 coal - subbituminous 2008 99.9 6139 1 coal - subbituminous 2009 99.9 6139 1 oil - distillate 2007 0.1 6139 1 oil - distillate 2008 0.1 6139 1 oil - distillate 2009 0.1 6139 2 coal - subbituminous 2007 99.9 6139 2 coal - subbituminous 2008 99.9 6139 2 coal - subbituminous 2009 99.9 6139 2 oil - distillate 2007 0.1 6139 2 oil - distillate 2008 0.1 6139 2 oil - distillate 2009 0.1 6139 3 coal - subbituminous 2007 99.9 6139 3 coal - subbituminous 2008 99.9 6139 3 coal - subbituminous 2009 99.9 6139 3 oil - distillate 2007 0.1 6139 3 oil - distillate 2008 0.1 6139 3 oil - distillate 2009 0.1 6166 MB1 coal - bituminous2007 14.9 6166 MB1 coal - bituminous2008 14.9 6166 MB1 coal - bituminous2009 14.9 6166 MB1 coal - subbituminous 2007 85 6166 MB1 coal - subbituminous 2008 85 6166 MB1 coal - subbituminous 2009 85 6166 MB1 oil - distillate 2007 0.1 6166 MB1 oil - distillate 2008 0.1 6166 MB1 oil - distillate 2009 0.1 6166 MB2 coal - bituminous2007 14.9 6166 MB2 coal - bituminous2008 14.9 6166 MB2 coal - bituminous2009 14.9 6166 MB2 coal - subbituminous 2007 85 6166 MB2 coal - subbituminous 2008 85 6166 MB2 coal - subbituminous 2009 85 6166 MB2 oil - distillate 2007 0.1 6166 MB2 oil - distillate 2008 0.1 6166 MB2 oil - distillate 2009 0.1 6264 1 coal - bituminous2007 99.9 6264 1 coal - bituminous2008 99.9 6264 1 coal - bituminous2009 99.9 6264 1 oil - distillate 2007 0.1 6264 1 oil - distillate 2008 0.1

Page 34boiler_fuels

6264 1 oil - distillate 2009 0.1 7902 1 coal - lignite 2007 99.9 7902 1 coal - lignite 2008 99.9 7902 1 coal - lignite 2009 99.9 7902 1 natural gas 2007 0.1 7902 1 natural gas 2008 0.1 7902 1 natural gas 2009 0.1 8102 1 coal - bituminous2007 85 8102 1 coal - bituminous2008 85 8102 1 coal - bituminous2009 85 8102 1 coal - subbituminous 2007 14.9 8102 1 coal - subbituminous 2008 14.9 8102 1 coal - subbituminous 2009 14.9 8102 1 oil - distillate 2007 0.1 8102 1 oil - distillate 2008 0.1 8102 1 oil - distillate 2009 0.1 8102 2 coal - bituminous2007 85 8102 2 coal - bituminous2008 85 8102 2 coal - bituminous2009 85 8102 2 coal - subbituminous 2007 14.9 8102 2 coal - subbituminous 2008 14.9 8102 2 coal - subbituminous 2009 14.9 8102 2 oil - distillate 2007 0.1 8102 2 oil - distillate 2008 0.1 8102 2 oil - distillate 2009 0.1

Page 35boiler_control_NOx

facility _id boiler_id NOx_type NOx_other NOx_online 127 1 Low NOx Burner 1/1/1999 988 1 Other (specify) Modified Burner

1/1/1995 988 1 Overfire Air 1/1/1995 988 2 Other (specify) Modified Burner

1/1/1998 988 2 Overfire Air 1/1/1998 988 3 Other (specify) Modified Burner

1/1/1999 988 3 Overfire Air 1/1/1999 988 4 Overfire Air 1/1/2002 1353 BSU1 Low NOx Burner 1/1/1998 1353 BSU1 Overfire Air 1/1/2000 1353 BSU2 Low NOx Burner 1/1/1994 1353 BSU2 Overfire Air 1/1/1994 2828 1 Low NOx Burner 1/1/1998 2828 2 Low NOx Burner 1/1/1999 2828 3 Low NOx Burner 1/1/1999 2840 3 Low NOx Burner 1/1/1994 2840 4 Low NOx Burner 6/1/1973 2840 4 Overfire Air 1/1/2006 2840 5 Low NOx Burner 11/1/1976 2840 5 Overfire Air 11/1/1976 2840 6 Low NOx Burner 1/1/1994 2840 6 Overfire Air 6/1/1973 2843 9 Low NOx Burner 1/1/1995 2872 1 Other (specify) Modified Burner

1/1/1999 2872 1 Overfire Air 1/1/1999 2872 2 Other (specify) mo dified burner

1/1/2004 2872 2 Overfire Air 1/1/2004 2872 3 Overfire Air 1/1/1998 2872 4 Overfire Air 1/1/1999 2872 5 Low NOx Burner 1/1/1993 2963 3313 Overfire Air 9/1/1980 2963 3314 Overfire Air 12/1/1979 3775 1 Low NOx Burner 1/1/1998 3775 1 Overfire Air 1/1/1998 3775 2 Low NOx Burner 1/1/1999 3775 2 Overfire Air 1/1/1999 3775 3 Low NOx Burner 1/1/1999 3775 3 Overfire Air 1/1/1999 3776 51 Low NOx Burner 1/1/1996 3776 52 Low NOx Burner 1/1/1996 3776 6 Low NOx Burner 1/1/1996 3935 1 Low NOx Burner 3935 2 Low NOx Burner 3935 3 Low NOx Burner 3936 1 Low NOx Burner 1/1/1999 3936 1 Overfire Air 1/1/1999 3936 2 Low NOx Burner 1/1/2000 3936 2 Overfire Air 1/1/2000 3938 11 Low NOx Burner 1/1/1997 3938 11 Overfire Air 1/1/1997 3938 21 Low NOx Burner 1/1/1998

Page 36boiler_control_NOx

3938 21 Overfire Air 1/1/1998 3938 31 Low NOx Burner 1/1/1999 3938 31 Overfire Air 1/1/1999 3938 41 Low NOx Burner 1/1/1998 3938 41 Overfire Air 1/1/1998 3938 51 Low NOx Burner 1/1/1999 3947 1 Overfire Air 1/1/1999 3947 2 Overfire Air 1/1/1999 3947 3 Overfire Air 1/1/1999 3948 1 Low NOx Burner 1/1/2006 3948 1 Overfire Air 1/1/2006 3948 2 Low NOx Burner 1/1/2007 3948 2 Overfire Air 1/1/2005 6138 1 Low NOx Burner 5/1/1978 6139 1 Low NOx Burner 1/1/1998 6139 2 Low NOx Burner 1/1/2005 6139 3 Low NOx Burner 1/1/2000 6166 MB1 Low NOx Burner 1/1/2003 6166 MB1 Overfire Air 1/1/2003 6166 MB2 Low NOx Burner 1/1/2004 6166 MB2 Overfire Air 1/1/2004 6264 1 Low NOx Burner 1/1/1997 7902 1 Low NOx Burner 1/1/1985 8102 1 Low NOx Burner 1/1/1998 8102 2 Low NOx Burner 1/1/1999

Page 37boiler_control_SO2

facility _id boiler_id SO2_type SO2_other SO2_online 988 4 Low Sulfur Coal 1/1/2002 2840 4 Physical Coal Cleaning 1/1/1983 3775 1 Low Sulfur Coal 1/1/2009 3775 2 Low Sulfur Coal 1/1/2009 3775 3 Low Sulfur Coal 1/1/2009 3935 1 Low Sulfur Coal 3935 2 Low Sulfur Coal 3947 1 Low Sulfur Coal 1/1/2000 3947 2 Low Sulfur Coal 1/1/2000 3947 3 Low Sulfur Coal 1/1/2000 6166 MB1 Low Sulfur Coal 1/1/1984 6166 MB2 Low Sulfur Coal 9/1/1989

Page 38boiler_additives

facility _id boiler_id boiler_additive additive_other

additive_online 1353 BSU1 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 1/1/1980 1353 BSU2 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 1/1/1980 2828 1 Dry

sorbent injection for SO3 control

3/1/2008 2828 2 Dry

sorbent injection for SO3 control

12/1/2007 2840 4 Dry

sorbent injection for SO3 control

8/1/2009 2872 1 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 2872 2 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 2872 3 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 2872 4 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 3775 1 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 1/1/1999 3775 2 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 1/1/1999 3775 3 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 1/1/1999 3935 2 Dry

sorbent injection for SO3 control

2/1/2010 3935 3 Dry

sorbent injection for SO3 control

2/1/2009 3938 11 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 3938 21 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 3938 31 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 3938 41 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 3948 1 Dry

sorbent injection for SO3 control

1/1/2007 3948 2 Dry

sorbent injection for SO3 control

1/1/2007 6264 1 Dry

sorbent injection for SO3 control

1/1/2007 7902 1 Flue gas conditioning to control opacity (e.g., SO3 injection, ammonia, other) 11/1/2005 8102 1 Dry

sorbent injection for SO3 control

1/1/2001 8102 2 Dry

sorbent injection for SO3 control

1/1/2001

Page 39facility _units

facility _id unit_id 127 1 988 1 988 2 988 3 988 4 1353 1 1353 2 2828 U1 2828 U2 2828 U3 2840 CV-3 2840 CV-4 2840 CV-5 2840 CV-6 2843 5 2872 1 2872 2 2872 3 2872 4 2872 5 2963 NE-3 2963 NE-4 3775 1 3775 2 3775 3 3776 5 3776 6 3935 AM-1 3935 AM-2 3935 AM-3 3936 1 3936 2 3938 1 3938 2 3938 3 3938 4 3938 5 3947 1 3947 2 3947 3 3948 1 3948 2 6138 1 6139 1 6139 2 6139 3 6166 1 6166 2 6264 1 7902 1 8102 1

Page 40facility _units

8102 2

Page 41unit_boilers

facility _id unit_id boiler_id 127 1 1 988 1 1 988 2 2 988 3 3 988 4 4 1353 1 BSU1 1353 2 BSU2 2828 U1 1 2828 U2 2 2828 U3 3 2840 CV-3 3 2840 CV-4 4 2840 CV-5 5 2840 CV-6 6 2843 5 9 2872 1 1 2872 2 2 2872 3 3 2872 4 4 2872 5 5 2963 NE-3 3313 2963 NE-4 3314 3775 1 1 3775 2 2 3775 3 3 3776 5 51 3776 5 52 3776 6 6 3935 AM-1 1 3935 AM-2 2 3935 AM-3 3 3936 1 1 3936 2 2 3938 1 11 3938 2 21 3938 3 31 3938 4 41 3938 5 51 3947 1 1 3947 2 2 3947 3 3 3948 1 1 3948 2 2 6138 1 1 6139 1 1 6139 2 2 6139 3 3 6166 1 MB1 6166 2 MB2 6264 1 1 7902 1 1

Page 42unit_boilers

8102 1 1 8102 2 2

Page 43facility _controls

facility _id control_id control_group control_type

control_other

legacy _control cntrol_online

control_offline

NOx_reagent 127 OKFGD-1 SO2 control Spray type FALSE 12/1/1986 127 OKPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1986 988 PCP-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 3/1/1977 988 PCP-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1977 988 PCP-3 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1977 988 PCP-4 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1977 988 TCNOX-1 NOx control Selective Noncataly

tic Reduction FALSE 6/1/2009 Urea to Ammonia conversion 988 TCNOX-2 NOx control Selective Noncataly

tic Reduction FALSE 6/1/2009 Urea to Ammonia conversion 988 TCNOX-3 NOx control Selective Noncataly

tic Reduction FALSE 6/1/2009 Urea to Ammonia conversion 1353 BSNOX-2 NOx control Selective Cataly

tic Reduction FALSE 5/1/2003 Urea to Ammonia conversion 1353 BSPM-1 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 10/1/1969 1353 BS-PM2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 7/1/1970 2828 CDFGD-1 SO2 control Jet Bubbling Reactor FALSE 3/1/2008 2828 CDFGD-2 SO2 control Jet Bubbling Reactor FALSE 12/1/2007 2828 CDNOX-1 NOx control Selective Cataly

tic Reduction FALSE 1/1/2003 Urea to Ammonia conversion 2828 CDNOX-2 NOx control Selective Cataly

tic Reduction FALSE 1/1/2003 Urea to Ammonia conversion 2828 CDNOX-3 NOx control Selective Cataly

tic Reduction FALSE 1/1/2003 Urea to Ammonia conversion 2828 CDPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1980 2828 CDPM-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 5/1/1980 2828 CDPM-3 PM control Electrostatic precipitator, hot side, w/o flue gas conditioning FALSE 9/1/1977 2828 CDSO3-1 Other control Dry sorbent injection FALSE 3/1/2008 2828 CDSO3-2 Other control Dry sorbent injection FALSE 12/1/2007 2840 CVFGD-4 SO2 control Jet Bubbling Reactor FALSE 6/1/2009 2840 CVFGD-5 SO2 control Spray type FALSE 5/1/1977 2840 CVFGD-6 SO2 control Spray type FALSE 8/1/1977 2840 CVPM-3 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1977 2840 CVPM-4 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1973 2840 CVPM-5 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1976 2840 CVPM-6 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 3/1/1978 2840 CVSCR-4 NOx control Selective Cataly

tic Reduction FALSE 1/1/2009 Urea to Ammonia conversion 2840 CVSO3-4 Other control Dry sorbent injection FALSE 6/1/2009 2843 PI-PM PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1976 2872 MRPM-1 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 5/1/1972 2872 MRPM-2 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 3/1/1972 2872 MRPM-3 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 6/1/1972 2872 MRPM-4 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 11/1/1971 2872 MRPM-5 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 8/1/1980 2872 MRSCR-5 NOx control Selective Cataly

tic Reduction FALSE 1/1/2005 Urea to Ammonia conversion 2963 NEPM-3 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 1/1/1979 2963 NEPM-4 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1980 3775 CRNOX-1 NOx control Selective Noncataly

tic Reduction FALSE 1/1/2009 Urea to Ammonia conversion 3775 CRNOX-2 NOx control Selective Noncataly

tic Reduction FALSE 1/1/2009 Urea to Ammonia conversion 3775 CRNOX-3 NOx control Selective Noncataly

tic Reduction FALSE 1/1/2009 Urea to Ammonia conversion 3775 CRPM-1 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 2/1/1975 3775 CRPM-2 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 11/1/1974 3775 CRPM-3 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 9/1/1974 3776 GLPM-51 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1974 3776 GLPM-52 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 11/1/1974 3776 GLPM-6 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 3/1/1975 3935 AMFGD-2 SO2 control Spray type FALSE 2/1/2009 3935 AMFGD-3 SO2 control Spray type FALSE 2/1/2009

Page 44facility _controls

3935 AMNOX-1 NOx control Selective Cataly

tic Reduction FALSE Urea to Ammonia conversion 3935 AMNOX-2 NOx control Selective Cataly

tic Reduction FALSE Urea to Ammonia conversion 3935 AMNOX-3 NOx control Selective Cataly

tic Reduction FALSE 5/1/2001 Urea to Ammonia conversion 3935 AMPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1978 3935 AMPM-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1977 3935 AMPM-3 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 10/1/1973 3935 AMSO3-2 Other control Dry sorbent injection FALSE 2/1/2009 3935 AMSO3-3 Other control Dry sorbent injection FALSE 2/1/2009 3936 KRPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1969 3936 KRPM-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 6/1/1969 3938 SPNOX-3 NOx control Selective Noncataly

tic Reduction FALSE 1/1/2009 Urea 3938 SPNOX-4 NOx control Selective Noncataly

tic Reduction FALSE 1/1/2009 Urea 3938 SPPM-1 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 1/1/1980 3938 SPPM-2 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 1/1/1980 3938 SPPM-3 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 10/1/1979 3938 SPPM-4 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 10/1/1979 3938 SPPM-5 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 3/1/1978 3947 KPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 8/1/1978 3947 KPM-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 10/1/1978 3947 KPM-3 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1978 3948 MIFGD-1 SO2 control Tray type FALSE 1/1/2007 3948 MIFGD-2 SO2 control Tray type FALSE 1/1/2007 3948 MINOX-1 NOx control Selective Cataly

tic Reduction FALSE 1/1/2007 Urea to Ammonia conversion 3948 MINOX-2 NOx control Selective Cataly

tic Reduction FALSE 1/1/2007 Urea to Ammonia conversion 3948 MIPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 2/1/1977 3948 MIPM-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 8/1/1978 6138 FCPM-1 PM control Electrostatic precipitator, hot side, w/o flue gas conditioning FALSE 5/1/1978 6139 WE PM-1 PM control Electrostatic precipitator, hot side, w/o flue gas conditioning FALSE 3/1/1977 6139 WE PM-2 PM control Electrostatic precipitator, hot side, w/o flue gas conditioning FALSE 4/1/1980 6139 WE PM-3 PM control Electrostatic precipitator, hot side, w/o flue gas conditioning FALSE 3/1/1982 6166 RPACI-1 Other control Activated carbon injection FALSE 9/1/2009 6166 RPACI-2 Other control Activated carbon injection FALSE 9/1/2009 6166 RPPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1984 6166 RPPM-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 12/1/1989 6264 MtFGD-1 SO2 control Spray type FALSE 1/1/2007 6264 MtNOX-1 NOx control Selective Cataly

tic Reduction FALSE 1/1/2002 Urea to Ammonia conversion 6264 MtPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 9/1/1980 6264 MtSO3-1 Other control Dry sorbent injection FALSE 1/1/2007 7902 PKFGD-1 SO2 control Spray type FALSE 1/1/1985 7902 PKNOX-1 PM control Electrostatic precipitator, cold side, w/ flue gas conditioning FALSE 1/1/1985 8102 GAFGD-1 SO2 control Spray type FALSE 12/1/1994 8102 GAFGD-2 SO2 control Spray type FALSE 3/1/1995 8102 GANOX-1 NOx control Selective Cataly

tic Reduction FALSE 1/1/2000 Urea to Ammonia conversion 8102 GANOX-2 NOx control Selective Cataly

tic Reduction FALSE 1/1/2000 Urea to Ammonia conversion 8102 GAPM-1 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 4/1/1974 8102 GAPM-2 PM control Electrostatic precipitator, cold side, w/o flue gas conditioning FALSE 3/1/1975 8102 GASO3-1 Other control Dry sorbent injection FALSE 1/1/2001 8102 GASO3-2 Other control Dry sorbent injection FALSE 1/1/2001

Page 45facility _controls

reagent_other

NOx_ammonia

SO2_sorbent

oher_sorbent

SO2_scrubber_additive Lim estone No

Urea to Ammonia conversion Urea to Ammonia conversion Urea to Ammonia conversion Urea to Ammonia conversion

Lim estone No Lim estone No Urea to Ammonia conversion Urea to Ammonia conversion Urea to Ammonia conversion

Lim estone No Lim e No Lim e No

Urea to Ammonia conversion

Urea to Ammonia conversion

Urea to Ammonia conversion Urea to Ammonia conversion Urea to Ammonia conversion

Lim estone No Lim estone No

Page 46facility _controls

Urea to Ammonia conversion Urea to Ammonia conversion Urea to Ammonia conversion

Lim estone NO Lim estone NO Urea to Ammonia conversion Urea to Ammonia conversion

Lim estone No Urea to Ammonia conversion

Lim estone No

Lim e NO Lim e NO Urea to Ammonia conversion Urea to Ammonia conversion

Page 47facility _sampling_ports

facility _id sampling_port_id 127 OK-1A 127 OK-1B 127 OK-1C 127 OK-1D 988 TC-13A 988 TC-13B 988 TC-13C 988 TC-13D 988 TC-4A 988 TC-4B 988 TC-4C 988 TC-4D 1353 BSU1-A 1353 BSU1-B 1353 BSU1-C 1353 BSU1-D 1353 BSU2-A 1353 BSU2-B 1353 BSU2-C 1353 BSU2-D 2828 CD-1A 2828 CD-1B 2828 CD-1C 2828 CD-1D 2828 CD-2A 2828 CD-2B 2828 CD-2C 2828 CD-2D 2828 CD-3A 2828 CD-3B 2828 CD-3C 2828 CD-3D 2840 CS-56A 2840 CS-56B 2840 CS-56C 2840 CS-56D 2840 CV-3A 2840 CV-3B 2840 CV-3C 2840 CV-3D 2840 CV-4A 2840 CV-4B 2840 CV-4C 2840 CV-4D 2843 PI-A 2843 PI-B 2843 PI-C 2843 PI-D 2872 MR-1A 2872 MR-1B 2872 MR-1C

Page 48facility _sampling_ports

2872 MR-1D 2872 MR-2A 2872 MR-2B 2872 MR-2C 2872 MR-2D 2963 NE-3A 2963 NE-3B 2963 NE-3C 2963 NE-3D 2963 NE-4A 2963 NE-4B 2963 NE-4C 2963 NE-4D 3775 CR3A 3775 CR3B 3775 CR3C 3775 CR3D 3775 CS012A 3775 CS012B 3775 CS012C 3775 CS012D 3776 GL-51A 3776 GL-51B 3776 GL-51C 3776 GL-51D 3776 GL-52A 3776 GL-52B 3776 GL-52C 3776 GL-52D 3776 GL-6A 3776 GL-6B 3776 GL-6C 3776 GL-6D 3935 AM-1A 3935 AM-1B 3935 AM-1C 3935 AM-1D 3935 AM-2A 3935 AM-2B 3935 AM-2C 3935 AM-2D 3935 AM-3A 3935 AM-3B 3935 AM-3C 3935 AM-3D 3936 KR-1A 3936 KR-1B 3936 KR-1C 3936 KR-1D 3936 KR-2A 3936 KR-2B 3936 KR-2C

Page 49facility _sampling_ports

3936 KR-2D 3938 SPS-1A 3938 SPS-1B 3938 SPS-1C 3938 SPS-1D 3938 SPS-5A 3938 SPS-5B 3938 SPS-5C 3938 SPS-5D 3947 K13-A 3947 K13-B 3947 K13-C 3947 K13-D 3948 MI-1A 3948 MI-1B 3948 MI-1C 3948 MI-1D 3948 MI-2A 3948 MI-2B 3948 MI-2C 3948 MI-2D 6138 FC-1A 6138 FC-1B 6138 FC-1C 6138 FC-1D 6139 WE S-1A 6139 WE S-1B 6139 WE S-1C 6139 WE S-1D 6139 WE S-2A 6139 WE S-2B 6139 WE S-2C 6139 WE S-2D 6139 WE S-3A 6139 WE S-3B 6139 WE S-3C 6139 WE S-3D 6166 RP-1A 6166 RP-1B 6166 RP-1C 6166 RP-1D 6264 Mt-1A 6264 Mt-1B 6264 Mt-1C 6264 Mt-1D 7902 PK-1A 7902 PK-1B 7902 PK-1C 7902 PK-1D 8102 GA-1A 8102 GA-1B 8102 GA-1C

Page 50facility _sampling_ports

8102 GA-1D 8102 GA-2A 8102 GA-2B 8102 GA-2C 8102 GA-2D

Page 51facility _stacks

facility _id stack_id stack_height stack_diameter

sack_gas_velocity 127 U1 452 23 95 988 TC-13 400 23.4 86 988 TC-4 400 23.4 89 1353 CS012 826 17 70 2828 CD-3 900 24 80 2828 CDS-1A 1000 29 50 2828 CDS-2A 1000 29 50 2840 CS056 800 26 83 2840 CVS-3 450 17.5 40 2840 CVS-4 800 26 83 2843 PI-5S 288 14 49 2872 MRS-14 828 25 113 2872 MRS-5 828 22 76 2963 3334 600 27 40 3775 CR3 450 12.5 86 3775 CS012 450 15 110 3776 GLS-5 225 17 43 3776 GLS-6 435 11.5 132 3935 CS-1 903 25 64 3935 CS-2 903 25 64 3935 CS-3 903 30.3 107 3936 KRS-1 325 19 84 3938 SP-1 600 21.5 110 3938 SP-5 600 15 163 3947 KCS1-3 900 23 110 3948 MIS-1 1000 34 48.9 3948 MIS-2 1000 34 48.9 6138 FC-1 540 20 91 6139 WE -1 300 16.8 165 6139 WE -2 300 16.8 165 6139 WE -3 300 16.8 165 6166 RP-1 1000 42.5 131 6264 MTCS-1 1000 30.25 105 7902 PK-1 525 25 85 8102 11 830 42 48 8102 12 830 42 48

Page 52configurations

facility _id configuration_id 127 OKL-1 988 TC-1 988 TC-2 988 TC-3 988 TC-4 1353 BSU-1 1353 BSU-2 2828 CD-U1 2828 CD-U2 2828 CD-U3 2840 CV-3 2840 CV-4 2840 CV-5 2840 CV-6 2843 PI 2872 MR-1 2872 MR-2 2872 MR-3 2872 MR-4 2872 MR-5 2963 NE-3 2963 NE-4 3775 CR-1 3775 CR-2 3775 CR-3 3776 GL-5 3776 GL-6 3935 AM-1 3935 AM-2 3935 AM-3 3936 KR-1 3936 KR-2 3938 SP-1 3938 SP-2 3938 SP-3 3938 SP-4 3938 SP-5 3947 K-1 3947 K-2 3947 K-3 3948 MI-1 3948 MI-2 6138 FC-1 6139 WE -1 6139 WE -2 6139 WE -3 6166 RP-1 6166 RP-2 6264 Mt-1 7902 PK-1 8102 GA-1

Page 53configurations

8102 GA-2

Page 54configuration_components

facility _id configuration_id

component_id

order component_type port_near 127 OKL-1 1 1 Unit 127 OKL-1 OK-1A 4 Sam pling Port 127 OKL-1 OK-1B 4 Sam pling Port 127 OKL-1 OK-1C 4 Sam pling Port 127 OKL-1 OK-1D 4 Sam pling Port 127 OKL-1 OKFGD-1 3 SO2 control 127 OKL-1 OKPM-1 2 PM control 127 OKL-1 U1 5 Stack 988 TC-1 1 1 Unit 988 TC-1 PCP-1 3 PM control 988 TC-1 TC-13 5 Stack 988 TC-1 TC-13A 4 Sam pling Port 988 TC-1 TC-13B 4 Sam pling Port 988 TC-1 TC-13C 4 Sam pling Port 988 TC-1 TC-13D 4 Sam pling Port 988 TC-1 TCNOX-1 2 NOx control 988 TC-2 2 1 Unit 988 TC-2 PCP-2 3 PM control 988 TC-2 TC-13 5 Stack 988 TC-2 TC-13A 4 Sam pling Port 988 TC-2 TC-13B 4 Sam pling Port 988 TC-2 TC-13C 4 Sam pling Port 988 TC-2 TC-13D 4 Sam pling Port 988 TC-2 TCNOX-2 2 NOx control 988 TC-3 3 1 Unit 988 TC-3 PCP-3 3 PM control 988 TC-3 TC-13 5 Stack 988 TC-3 TC-13A 4 Sam pling Port 988 TC-3 TC-13B 4 Sam pling Port 988 TC-3 TC-13C 4 Sam pling Port 988 TC-3 TC-13D 4 Sam pling Port 988 TC-3 TCNOX-3 2 NOx control 988 TC-4 4 1 Unit 988 TC-4 PCP-4 2 PM control 988 TC-4 TC-4 4 Stack 988 TC-4 TC-4A 3 Sam pling Port 988 TC-4 TC-4B 3 Sam pling Port 988 TC-4 TC-4C 3 Sam pling Port 988 TC-4 TC-4D 3 Sam pling Port 1353 BSU-1 1 1 Unit 1353 BSU-1 BSPM-1 2 PM control 1353 BSU-1 BSU1-A 3 Sam pling Port 1353 BSU-1 BSU1-B 3 Sam pling Port 1353 BSU-1 BSU1-C 3 Sam pling Port 1353 BSU-1 BSU1-D 3 Sam pling Port 1353 BSU-1 CS012 4 Stack 1353 BSU-2 2 1 Unit 1353 BSU-2 BSNOX-2 2 NOx control 1353 BSU-2 BS-PM2 3 PM control 1353 BSU-2 BSU2-A 4 Sam pling Port 1353 BSU-2 BSU2-B 4 Sam pling Port

Page 55configuration_components

1353 BSU-2 BSU2-C 4 Sam pling Port 1353 BSU-2 BSU2-D 4 Sam pling Port 1353 BSU-2 CS012 5 Stack 2828 CD-U1 CD-1A 6 Sam pling Port 2828 CD-U1 CD-1B 6 Sam pling Port 2828 CD-U1 CD-1C 6 Sam pling Port 2828 CD-U1 CD-1D 6 Sam pling Port 2828 CD-U1 CDFGD-1 5 SO2 control 2828 CD-U1 CDNOX-1 2 NOx control 2828 CD-U1 CDPM-1 4 PM control 2828 CD-U1 CDS-1A 7 Stack 2828 CD-U1 CDSO3-1 3 Other control 2828 CD-U1 U1 1 Unit 2828 CD-U2 CD-2A 6 Sam pling Port 2828 CD-U2 CD-2B 6 Sam pling Port 2828 CD-U2 CD-2C 6 Sam pling Port 2828 CD-U2 CD-2D 6 Sam pling Port 2828 CD-U2 CDFGD-2 5 SO2 control 2828 CD-U2 CDNOX-2 2 NOx control 2828 CD-U2 CDPM-2 4 PM control 2828 CD-U2 CDS-2A 7 Stack 2828 CD-U2 CDSO3-2 3 Other control 2828 CD-U2 U2 1 Unit 2828 CD-U3 CD-3 5 Stack 2828 CD-U3 CD-3A 4 Sam pling Port 2828 CD-U3 CD-3B 4 Sam pling Port 2828 CD-U3 CD-3C 4 Sam pling Port 2828 CD-U3 CD-3D 4 Sam pling Port 2828 CD-U3 CDNOX-3 3 NOx control 2828 CD-U3 CDPM-3 2 PM control 2828 CD-U3 U3 1 Unit 2840 CV-3 CV-3 1 Unit 2840 CV-3 CV-3A 3 Sam pling Port 2840 CV-3 CV-3B 3 Sam pling Port 2840 CV-3 CV-3C 3 Sam pling Port 2840 CV-3 CV-3D 3 Sam pling Port 2840 CV-3 CVPM-3 2 PM control 2840 CV-3 CVS-3 4 Stack 2840 CV-4 CV-4 1 Unit 2840 CV-4 CV-4A 5 Sam pling Port 2840 CV-4 CV-4B 5 Sam pling Port 2840 CV-4 CV-4C 5 Sam pling Port 2840 CV-4 CV-4D 5 Sam pling Port 2840 CV-4 CVFGD-4 4 SO2 control 2840 CV-4 CVPM-4 3 PM control 2840 CV-4 CVS-4 6 Stack 2840 CV-4 CVSCR-4 2 NOx control 2840 CV-4 CVSO3-4 3 Other control 2840 CV-5 CS056 5 Stack 2840 CV-5 CS-56A 4 Sam pling Port 2840 CV-5 CS-56B 4 Sam pling Port 2840 CV-5 CS-56C 4 Sam pling Port

Page 56configuration_components

2840 CV-5 CS-56D 4 Sam pling Port 2840 CV-5 CV-5 1 Unit 2840 CV-5 CVFGD-5 3 SO2 control 2840 CV-5 CVPM-5 2 PM control 2840 CV-6 CS056 5 Stack 2840 CV-6 CS-56A 4 Sam pling Port 2840 CV-6 CS-56B 4 Sam pling Port 2840 CV-6 CS-56C 4 Sam pling Port 2840 CV-6 CS-56D 4 Sam pling Port 2840 CV-6 CV-6 1 Unit 2840 CV-6 CVFGD-6 3 SO2 control 2840 CV-6 CVPM-6 2 PM control 2843 PI 5 1 Unit 2843 PI PI-5S 4 Stack 2843 PI PI-A 3 Sam pling Port 2843 PI PI-B 3 Sam pling Port 2843 PI PI-C 3 Sam pling Port 2843 PI PI-D 3 Sam pling Port 2843 PI PI-PM 2 PM control 2872 MR-1 1 1 Unit 2872 MR-1 MR-1A 3 Sam pling Port 2872 MR-1 MR-1B 3 Sam pling Port 2872 MR-1 MR-1C 3 Sam pling Port 2872 MR-1 MR-1D 3 Sam pling Port 2872 MR-1 MRPM-1 2 PM control 2872 MR-1 MRS-14 4 Stack 2872 MR-2 2 1 Unit 2872 MR-2 MR-1A 3 Sam pling Port 2872 MR-2 MR-1B 3 Sam pling Port 2872 MR-2 MR-1C 3 Sam pling Port 2872 MR-2 MR-1D 3 Sam pling Port 2872 MR-2 MRPM-2 2 PM control 2872 MR-2 MRS-14 4 Stack 2872 MR-3 3 1 Unit 2872 MR-3 MR-1A 3 Sam pling Port 2872 MR-3 MR-1B 3 Sam pling Port 2872 MR-3 MR-1C 3 Sam pling Port 2872 MR-3 MR-1D 3 Sam pling Port 2872 MR-3 MRPM-3 2 PM control 2872 MR-3 MRS-14 4 Stack 2872 MR-4 4 1 Unit 2872 MR-4 MR-1A 3 Sam pling Port 2872 MR-4 MR-1B 3 Sam pling Port 2872 MR-4 MR-1C 3 Sam pling Port 2872 MR-4 MR-1D 3 Sam pling Port 2872 MR-4 MRPM-4 2 PM control 2872 MR-4 MRS-14 4 Stack 2872 MR-5 5 1 Unit 2872 MR-5 MR-2A 4 Sam pling Port 2872 MR-5 MR-2B 4 Sam pling Port 2872 MR-5 MR-2C 4 Sam pling Port 2872 MR-5 MR-2D 4 Sam pling Port

Page 57configuration_components

2872 MR-5 MRPM-5 3 PM control 2872 MR-5 MRS-5 5 Stack 2872 MR-5 MRSCR-5 2 NOx control 2963 NE-3 3334 4 Stack 2963 NE-3 NE-3 1 Unit 2963 NE-3 NE-3A 3 Sam pling Port 2963 NE-3 NE-3B 3 Sam pling Port 2963 NE-3 NE-3C 3 Sam pling Port 2963 NE-3 NE-3D 3 Sam pling Port 2963 NE-3 NEPM-3 2 PM control 2963 NE-4 3334 4 Stack 2963 NE-4 NE-4 1 Unit 2963 NE-4 NE-4A 3 Sam pling Port 2963 NE-4 NE-4B 3 Sam pling Port 2963 NE-4 NE-4C 3 Sam pling Port 2963 NE-4 NE-4D 3 Sam pling Port 2963 NE-4 NEPM-4 2 PM control 3775 CR-1 1 1 Unit 3775 CR-1 CRNOX-1 2 NOx control 3775 CR-1 CRPM-1 3 PM control 3775 CR-1 CS012 5 Stack 3775 CR-1 CS012A 4 Sam pling Port 3775 CR-1 CS012B 4 Sam pling Port 3775 CR-1 CS012C 4 Sam pling Port 3775 CR-1 CS012D 4 Sam pling Port 3775 CR-2 2 1 Unit 3775 CR-2 CRNOX-2 2 NOx control 3775 CR-2 CRPM-2 3 PM control 3775 CR-2 CS012 5 Stack 3775 CR-2 CS012A 4 Sam pling Port 3775 CR-2 CS012B 4 Sam pling Port 3775 CR-2 CS012C 4 Sam pling Port 3775 CR-2 CS012D 4 Sam pling Port 3775 CR-3 3 1 Unit 3775 CR-3 CR3 5 Stack 3775 CR-3 CR3A 4 Sam pling Port 3775 CR-3 CR3B 4 Sam pling Port 3775 CR-3 CR3C 4 Sam pling Port 3775 CR-3 CR3D 4 Sam pling Port 3775 CR-3 CRNOX-3 2 NOx control 3775 CR-3 CRPM-3 3 PM control 3776 GL-5 5 1 Unit 3776 GL-5 GL-51A 3 Sam pling Port 3776 GL-5 GL-51B 3 Sam pling Port 3776 GL-5 GL-51C 3 Sam pling Port 3776 GL-5 GL-51D 3 Sam pling Port 3776 GL-5 GL-52A 3 Sam pling Port 3776 GL-5 GL-52B 3 Sam pling Port 3776 GL-5 GL-52C 3 Sam pling Port 3776 GL-5 GL-52D 3 Sam pling Port 3776 GL-5 GLPM-51 2 PM control 3776 GL-5 GLPM-52 2 PM control

Page 58configuration_components

3776 GL-5 GLS-5 4 Stack 3776 GL-6 6 1 Unit 3776 GL-6 GL-6A 3 Sam pling Port 3776 GL-6 GL-6B 3 Sam pling Port 3776 GL-6 GL-6C 3 Sam pling Port 3776 GL-6 GL-6D 3 Sam pling Port 3776 GL-6 GLPM-6 2 PM control 3776 GL-6 GLS-6 4 Stack 3935 AM-1 AM-1 1 Unit 3935 AM-1 AM-1A 4 Sam pling Port 3935 AM-1 AM-1B 4 Sam pling Port 3935 AM-1 AM-1C 4 Sam pling Port 3935 AM-1 AM-1D 4 Sam pling Port 3935 AM-1 AMNOX-1 2 NOx control 3935 AM-1 AMPM-1 3 PM control 3935 AM-1 CS-1 5 Stack 3935 AM-2 AM-2 1 Unit 3935 AM-2 AM-2A 5 Sam pling Port 3935 AM-2 AM-2B 5 Sam pling Port 3935 AM-2 AM-2C 5 Sam pling Port 3935 AM-2 AM-2D 5 Sam pling Port 3935 AM-2 AMFGD-2 4 SO2 control 3935 AM-2 AMNOX-2 2 NOx control 3935 AM-2 AMSO3-2 3 Other control 3935 AM-2 CS-2 6 Stack 3935 AM-3 AM-3 1 Unit 3935 AM-3 AM-3A 5 Sam pling Port 3935 AM-3 AM-3B 5 Sam pling Port 3935 AM-3 AM-3C 5 Sam pling Port 3935 AM-3 AM-3D 5 Sam pling Port 3935 AM-3 AMFGD-3 4 SO2 control 3935 AM-3 AMNOX-3 2 NOx control 3935 AM-3 AMSO3-3 3 Other control 3935 AM-3 CS-3 6 Stack 3936 KR-1 1 1 Unit 3936 KR-1 KR-1A 3 Sam pling Port 3936 KR-1 KR-1B 3 Sam pling Port 3936 KR-1 KR-1C 3 Sam pling Port 3936 KR-1 KR-1D 3 Sam pling Port 3936 KR-1 KRPM-1 2 PM control 3936 KR-1 KRS-1 4 Stack 3936 KR-2 2 1 Unit 3936 KR-2 KR-1A 3 Sam pling Port 3936 KR-2 KR-1B 3 Sam pling Port 3936 KR-2 KR-1C 3 Sam pling Port 3936 KR-2 KR-1D 3 Sam pling Port 3936 KR-2 KRPM-2 2 PM control 3936 KR-2 KRS-1 4 Stack 3938 SP-1 1 1 Unit 3938 SP-1 SP-1 4 Stack 3938 SP-1 SPPM-1 2 PM control 3938 SP-1 SPS-1A 3 Sam pling Port

Page 59configuration_components

3938 SP-1 SPS-1B 3 Sam pling Port 3938 SP-1 SPS-1C 3 Sam pling Port 3938 SP-1 SPS-1D 3 Sam pling Port 3938 SP-2 2 1 Unit 3938 SP-2 SP-1 4 Stack 3938 SP-2 SPPM-2 2 PM control 3938 SP-2 SPS-1A 3 Sam pling Port 3938 SP-2 SPS-1B 3 Sam pling Port 3938 SP-2 SPS-1C 3 Sam pling Port 3938 SP-2 SPS-1D 3 Sam pling Port 3938 SP-3 3 1 Unit 3938 SP-3 SP-1 5 Stack 3938 SP-3 SPNOX-3 2 NOx control 3938 SP-3 SPPM-3 3 PM control 3938 SP-3 SPS-1A 4 Sam pling Port 3938 SP-3 SPS-1B 4 Sam pling Port 3938 SP-3 SPS-1C 4 Sam pling Port 3938 SP-3 SPS-1D 4 Sam pling Port 3938 SP-4 4 1 Unit 3938 SP-4 SP-1 5 Stack 3938 SP-4 SPNOX-4 2 NOx control 3938 SP-4 SPPM-4 3 PM control 3938 SP-4 SPS-1A 4 Sam pling Port 3938 SP-4 SPS-1B 4 Sam pling Port 3938 SP-4 SPS-1C 4 Sam pling Port 3938 SP-4 SPS-1D 4 Sam pling Port 3938 SP-5 5 1 Unit 3938 SP-5 SP-5 4 Stack 3938 SP-5 SPPM-5 2 PM control 3938 SP-5 SPS-5A 3 Sam pling Port 3938 SP-5 SPS-5B 3 Sam pling Port 3938 SP-5 SPS-5C 3 Sam pling Port 3938 SP-5 SPS-5D 3 Sam pling Port 3947 K-1 1 1 Unit 3947 K-1 K13-A 3 Sam pling Port 3947 K-1 K13-B 3 Sam pling Port 3947 K-1 K13-C 3 Sam pling Port 3947 K-1 K13-D 3 Sam pling Port 3947 K-1 KCS1-3 4 Stack 3947 K-1 KPM-1 2 PM control 3947 K-2 2 1 Unit 3947 K-2 K13-A 3 Sam pling Port 3947 K-2 K13-B 3 Sam pling Port 3947 K-2 K13-C 3 Sam pling Port 3947 K-2 K13-D 3 Sam pling Port 3947 K-2 KCS1-3 4 Stack 3947 K-2 KPM-2 2 PM control 3947 K-3 3 1 Unit 3947 K-3 K13-A 3 Sam pling Port 3947 K-3 K13-B 3 Sam pling Port 3947 K-3 K13-C 3 Sam pling Port 3947 K-3 K13-D 3 Sam pling Port

Page 60configuration_components

3947 K-3 KCS1-3 4 Stack 3947 K-3 KPM-3 2 PM control 3948 MI-1 1 1 Unit 3948 MI-1 MI-1A 5 Sam pling Port 3948 MI-1 MI-1B 5 Sam pling Port 3948 MI-1 MI-1C 5 Sam pling Port 3948 MI-1 MI-1D 5 Sam pling Port 3948 MI-1 MIFGD-1 4 SO2 control 3948 MI-1 MINOX-1 2 NOx control 3948 MI-1 MIPM-1 3 PM control 3948 MI-1 MIS-1 6 Stack 3948 MI-2 2 1 Unit 3948 MI-2 MI-2A 5 Sam pling Port 3948 MI-2 MI-2B 5 Sam pling Port 3948 MI-2 MI-2C 5 Sam pling Port 3948 MI-2 MI-2D 5 Sam pling Port 3948 MI-2 MIFGD-2 4 SO2 control 3948 MI-2 MINOX-2 2 NOx control 3948 MI-2 MIPM-2 3 PM control 3948 MI-2 MIS-2 6 Stack 6138 FC-1 1 1 Unit 6138 FC-1 FC-1 4 Stack 6138 FC-1 FC-1A 3 Sam pling Port 6138 FC-1 FC-1B 3 Sam pling Port 6138 FC-1 FC-1C 3 Sam pling Port 6138 FC-1 FC-1D 3 Sam pling Port 6138 FC-1 FCPM-1 2 PM control 6139 WE -1 1 1 Unit 6139 WE -1 WE -1 4 Stack 6139 WE -1 WE PM-1 2 PM control 6139 WE -1 WE S-1A 3 Sam pling Port 6139 WE -1 WE S-1B 3 Sam pling Port 6139 WE -1 WE S-1C 3 Sam pling Port 6139 WE -1 WE S-1D 3 Sam pling Port 6139 WE -2 2 1 Unit 6139 WE -2 WE -2 4 Stack 6139 WE -2 WE PM-2 2 PM control 6139 WE -2 WE S-2A 3 Sam pling Port 6139 WE -2 WE S-2B 3 Sam pling Port 6139 WE -2 WE S-2C 3 Sam pling Port 6139 WE -2 WE S-2D 3 Sam pling Port 6139 WE -3 3 1 Unit 6139 WE -3 WE -3 4 Stack 6139 WE -3 WE PM-3 2 PM control 6139 WE -3 WE S-3A 3 Sam pling Port 6139 WE -3 WE S-3B 3 Sam pling Port 6139 WE -3 WE S-3C 3 Sam pling Port 6139 WE -3 WE S-3D 3 Sam pling Port 6166 RP-1 1 1 Unit 6166 RP-1 RP-1 5 Stack 6166 RP-1 RP-1A 4 Sam pling Port 6166 RP-1 RP-1B 4 Sam pling Port

Page 61configuration_components

6166 RP-1 RP-1C 4 Sam pling Port 6166 RP-1 RP-1D 4 Sam pling Port 6166 RP-1 RPACI-1 2 Other control 6166 RP-1 RPPM-1 3 PM control 6166 RP-2 2 1 Unit 6166 RP-2 RP-1 5 Stack 6166 RP-2 RP-1A 4 Sam pling Port 6166 RP-2 RP-1B 4 Sam pling Port 6166 RP-2 RP-1C 4 Sam pling Port 6166 RP-2 RP-1D 4 Sam pling Port 6166 RP-2 RPACI-2 2 Other control 6166 RP-2 RPPM-2 3 PM control 6264 Mt-1 1 1 Unit 6264 Mt-1 Mt-1A 6 Sam pling Port 6264 Mt-1 Mt-1B 6 Sam pling Port 6264 Mt-1 Mt-1C 6 Sam pling Port 6264 Mt-1 Mt-1D 6 Sam pling Port 6264 Mt-1 MTCS-1 7 Stack 6264 Mt-1 MtFGD-1 5 SO2 control 6264 Mt-1 MtNOX-1 2 NOx control 6264 Mt-1 MtPM-1 4 PM control 6264 Mt-1 MtSO3-1 3 Other control 7902 PK-1 1 1 Unit 7902 PK-1 PK-1 5 Stack 7902 PK-1 PK-1A 4 Sam pling Port 7902 PK-1 PK-1B 4 Sam pling Port 7902 PK-1 PK-1C 4 Sam pling Port 7902 PK-1 PK-1D 4 Sam pling Port 7902 PK-1 PKFGD-1 3 SO2 control 7902 PK-1 PKNOX-1 2 PM control 8102 GA-1 1 1 Unit 8102 GA-1 11 7 Stack 8102 GA-1 GA-1A 6 Sam pling Port 8102 GA-1 GA-1B 6 Sam pling Port 8102 GA-1 GA-1C 6 Sam pling Port 8102 GA-1 GA-1D 6 Sam pling Port 8102 GA-1 GAFGD-1 5 SO2 control 8102 GA-1 GANOX-1 2 NOx control 8102 GA-1 GAPM-1 4 PM control 8102 GA-1 GASO3-1 3 Other control 8102 GA-2 12 7 Stack 8102 GA-2 2 1 Unit 8102 GA-2 GA-2A 6 Sam pling Port 8102 GA-2 GA-2B 6 Sam pling Port 8102 GA-2 GA-2C 6 Sam pling Port 8102 GA-2 GA-2D 6 Sam pling Port 8102 GA-2 GAFGD-2 5 SO2 control 8102 GA-2 GANOX-2 2 NOx control 8102 GA-2 GAPM-2 4 PM control 8102 GA-2 GASO3-2 3 Other control

Page 62configuration_pollutants1

facility _id configuration_id

pollutant_nam e

permit_type_1

em lim it_1 em lim it_units_1 avg_period_1

em lim it_2 em lim it_units_2 127 OKL-1 Carbon Monoxide (CO) Federal - Title V Operating Permit

444.1 pound per hour (lb/hr)

1 hour 0.07 pound per million British Thermal Unit (lb/MMBtu) 127 OKL-1 Total Hydrocarbons (THC) (as Methane) Federal - Title V Operating Permit

4.4 pound per hour (lb/hr)

1 hour 2828 CD-U1 PM (Filterable) 0.03 pound per million British Thermal Unit (lb/MMBtu) 2828 CD-U1 Sulfur Dioxide (SO2) State - Permit to Contruct

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

30 days 2828 CD-U2 PM (Filterable) 0.03 pound per million British Thermal Unit (lb/MMBtu) 2828 CD-U2 Sulfur Dioxide (SO2) State - Permit to Contruct

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

30 days 2828 CD-U3 PM (Filterable) Fderal - Federal Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2828 CD-U3 Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 2840 CV-3 PM (Filterable) Fderal - Federal Operating Permit

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

3 hours 2840 CV-3 Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 2840 CV-4 PM (Filterable) Fderal - Federal Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2840 CV-4 Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 2840 CV-5 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2840 CV-5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 2840 CV-5 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

0.7 pound per million British Thermal Unit (lb/MMBtu) 2840 CV-6 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2840 CV-6 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

0.7 pound per million British Thermal Unit (lb/MMBtu) 2840 CV-6 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 2843 PI PM (Filterable) Fderal - Federal Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2843 PI Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 2872 MR-1 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2872 MR-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 2872 MR-2 PM (Filterable) Fderal - Federal Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2872 MR-2 Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 2872 MR-3 PM (Filterable) Fderal - Federal Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2872 MR-3 Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 2872 MR-4 PM (Filterable) Fderal - Federal Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2872 MR-4 Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 2872 MR-5 PM (Filterable) Fderal - Federal Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2872 MR-5 Sulfur Dioxide (SO2) Federal - Federal Operating Permit

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

30 days 3776 GL-5 PM (Filterable) Fderal - Title V Operating Permit

0.1346 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3776 GL-5 PM10 (Filterable) Fedral - Title V Operating Permit

0.1346 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3776 GL-5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 3776 GL-5 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

24 hours 3776 GL-6 PM (Filterable) Fderal - Title V Operating Permit

0.1346 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3776 GL-6 PM10 (Filterable) Fedral - Title V Operating Permit

0.1346 pound per million British Thermal Unit (lb/MMBtu)

3 hours 3776 GL-6 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 3776 GL-6 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

24 hours 3936 KR-1 PM (Filterable) Fderal - Title V Operating Permit

195 pound per hour (lb/hr)

6 hours 3936 KR-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

6240 pound per hour (lb/hr)

24 hours 3936 KR-2 PM (Filterable) Fderal - Title V Operating Permit

195 pound per hour (lb/hr)

6 hours 3936 KR-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

6240 pound per hour (lb/hr)

24 hours 3938 SP-1 PM (Filterable) Fderal - Title V Operating Permit

460.25 pound per hour (lb/hr)

6 hours 3938 SP-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

29456 pound per hour (lb/hr)

24 hours 3938 SP-2 PM (Filterable) Fderal - Title V Operating Permit

460.25 pound per hour (lb/hr)

6 hours 3938 SP-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

29456 pound per hour (lb/hr)

24 hours 3938 SP-3 PM (Filterable) Fderal - Title V Operating Permit

460.25 pound per hour (lb/hr)

6 hours 3938 SP-3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

29456 pound per hour (lb/hr)

24 hours 3938 SP-4 PM (Filterable) Fderal - Title V Operating Permit

460.25 pound per hour (lb/hr)

6 hours 3938 SP-4 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

29456 pound per hour (lb/hr)

24 hours 3938 SP-5 PM (Filterable) Fderal - Title V Operating Permit

460.25 pound per hour (lb/hr)

6 hours

Page 63configuration_pollutants1

3938 SP-5 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

29456 pound per hour (lb/hr)

24 hours 3947 K-1 PM (Filterable) Fderal - Title V Operating Permit

323.4 pound per hour (lb/hr)

6 hours 3947 K-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

17463.6 pound per hour (lb/hr)

24 hours 3947 K-2 PM (Filterable) Fderal - Title V Operating Permit

323.4 pound per hour (lb/hr)

6 hours 3947 K-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

17463.6 pound per hour (lb/hr)

24 hours 3947 K-3 PM (Filterable) Fderal - Title V Operating Permit

323.4 pound per hour (lb/hr)

6 hours 3947 K-3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

17463.6 pound per hour (lb/hr)

24 hours 3948 MI-1 PM (Filterable) Fderal - Title V Operating Permit

702 pound per hour (lb/hr)

6 hours 3948 MI-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

20485.2 pound per hour (lb/hr)

3 hours 3948 MI-2 PM (Filterable) Fderal - Title V Operating Permit

702 pound per hour (lb/hr)

6 hours 3948 MI-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

20485.2 pound per hour (lb/hr)

3 hours 6138 FC-1 PM (Filterable) Fderal - Title V Operating Permit

777.9 pound per hour (lb/hr)

3 hours 0.1 pound per million British Thermal Unit (lb/MMBtu) 6138 FC-1 PM10 (Filterable) Fedral - Title V Operating Permit

777.9 pound per hour (lb/hr)

3 hours 6138 FC-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

7588.8 pound per hour (lb/hr)

3 hours 1.2 pound per million British Thermal Unit (lb/MMBtu) 6138 FC-1 Hydrogen Chloride (HCl) Federal - Title V Operating Permit

43.35 pound per hour (lb/hr)

1 hour 6138 FC-1 Hydrogen Fluoride (HF) Federal - Title V Operating Permit

61.02 pound per hour (lb/hr)

1 hour 6138 FC-1 Hydrogen Cyanide (HCN) Federal - Title V Operating Permit

1.03 pound per hour (lb/hr)

1 hour 6138 FC-1 Total Mercury (Hgt) Federal - Title V Operating Permit

0.04 pound per hour (lb/hr)

1 hour 6138 FC-1 Carbon Monoxide (CO) Federal - Title V Operating Permit

822.3 pound per hour (lb/hr)

1 hour 6139 WE -1 PM (Filterable) Fderal - Title V Operating Permit

515.6 pound per hour (lb/hr)

3 hours 0.1 pound per million British Thermal Unit (lb/MMBtu) 3935 AM-2 PM (Filterable) Fderal - Title V Operating Permit

1200 pound per hour (lb/hr)

6 hours 3935 AM-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

41561.6 pound per hour (lb/hr)

1 hour 3935 AM-3 PM (Filterable) Fderal - Title V Operating Permit

1200 pound per hour (lb/hr)

6 hours 3935 AM-3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

41561.6 pound per hour (lb/hr)

1 hour 988 TC-1 PM (Filterable) Fderal - Title V Operating Permit

0.09 pound per million British Thermal Unit (lb/MMBtu) 1581.8 988 TC-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 988 TC-2 PM (Filterable) Fderal - Title V Operating Permit

0.09 pound per million British Thermal Unit (lb/MMBtu) 1581.8 988 TC-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 988 TC-3 PM (Filterable) Fderal - Title V Operating Permit

0.09 pound per million British Thermal Unit (lb/MMBtu) 1581.8 988 TC-3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 988 TC-4 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2104 988 TC-4 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5.24 pound per million British Thermal Unit (lb/MMBtu) 1353 BSU-1 PM (Filterable) Fderal - Title V Operating Permit

0.24 pound per million British Thermal Unit (lb/MMBtu) 1353 BSU-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 1353 BSU-2 PM (Filterable) Fderal - Title V Operating Permit

0.24 pound per million British Thermal Unit (lb/MMBtu) 1353 BSU-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

24 hours 6264 Mt-1 PM (Filterable) Fderal - Title V Operating Permit

598 pound per hour (lb/hr)

6 hours 2620 6264 Mt-1 PM10 (Filterable) Fedral - Title V Operating Permit

138 pound per hour (lb/hr)

6 hours 603 6264 Mt-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 1 pound per million British Thermal Unit (lb/MMBtu) 6264 Mt-1 Carbon Monoxide (CO) Federal - Title V Operating Permit

427 pound per hour (lb/hr)

24 hours 1870 6139 WE -1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

6187 pound per hour (lb/hr)

3 hours 1.2 pound per million British Thermal Unit (lb/MMBtu) 6139 WE -1 Carbon Monoxide (CO) Federal - Title V Operating Permit

8524 pound per hour (lb/hr)

1 hour 6139 WE -2 PM (Filterable) Fderal - Title V Operating Permit

387 pound per hour (lb/hr)

3 hours 0.075 pound per million British Thermal Unit (lb/MMBtu) 6139 WE -2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5771 pound per hour (lb/hr)

3 hours 1.1 pound per million British Thermal Unit (lb/MMBtu) 6139 WE -2 Carbon Monoxide (CO) Federal - Title V Operating Permit

8524 pound per hour (lb/hr) 6139 WE -3 PM (Filterable) Fderal - Title V Operating Permit

358 pound per hour (lb/hr)

3 hours 0.0645 pound per million British Thermal Unit (lb/MMBtu) 6139 WE -3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

5771 pound per hour (lb/hr)

3 hours 1.12 pound per million British Thermal Unit (lb/MMBtu) 6139 WE -3 Carbon Monoxide (CO) Federal - Title V Operating Permit

8524 pound per hour (lb/hr) 7902 PK-1 PM (Filterable) Fderal - Title V Operating Permit

682 pound per hour (lb/hr) 7902 PK-1 PM10 (Filterable) Fedral - Title V Operating Permit

682 pound per hour (lb/hr) 7902 PK-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

8180 pound per hour (lb/hr) 7902 PK-1 Hydrogen Chloride (HCl) Federal - Title V Operating Permit

9.15 pound per hour (lb/hr)

Page 64configuration_pollutants1

7902 PK-1 Hydrogen Fluoride (HF) Federal - Title V Operating Permit

10.77 pound per hour (lb/hr) 7902 PK-1 Total Mercury (Hgt) Federal - Title V Operating Permit

0.34 pound per hour (lb/hr)

30 days 7902 PK-1 Carbon Monoxide (CO) Federal - Title V Operating Permit

11144 pound per hour (lb/hr) 8102 GA-1 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 8102 GA-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

30 days 8102 GA-2 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 8102 GA-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

2.15 pound per million British Thermal Unit (lb/MMBtu) 6166 RP-1 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 6166 RP-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 28663 pound per hour (lb/hr) 6166 RP-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

3 hours 6166 RP-2 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 6166 RP-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 28663 pound per hour (lb/hr) 6166 RP-2 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

3 hours 7902 PK-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

1543 pound per hour (lb/hr) 0.7 pound per million British Thermal Unit (lb/MMBtu) 2963 NE-3 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2963 NE-3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu) 2963 NE-3 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

3 hours 2963 NE-4 PM (Filterable) Fderal - Title V Operating Permit

0.1 pound per million British Thermal Unit (lb/MMBtu) 2963 NE-4 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

1.2 pound per million British Thermal Unit (lb/MMBtu) 2963 NE-4 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

3 hours 3935 AM-1 PM (Filterable) Fderal - Title V Operating Permit

1200 pound per hour (lb/hr)

6 hours 3935 AM-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

41561.6 pound per hour (lb/hr)

1 hour 6264 Mt-1 Nitrogen Oxide (NOx) Federal - Title V Operating Permit

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

3 hours 127 OKL-1 PM (Filterable) Fderal - Title V Operating Permit

205.4 pound per hour (lb/hr)

1 hour 127 OKL-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

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

3 hours 3410 pound per hour (lb/hr) 3775 CR-1 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

16600 pound per hour (lb/hr)

1 hour 1.05 pound per million British Thermal Unit (lb/MMBtu) 3775 CR-1 PM10 (Filterable) Fedral - Title V Operating Permit

0.113 pound per million British Thermal Unit (lb/MMBtu) 3775 CR-2 PM10 (Filterable) Fedral - Title V Operating Permit

0.113 pound per million British Thermal Unit (lb/MMBtu) 3775 CR-2 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

16600 pound per hour (lb/hr)

1 hour 1.05 pound per million British Thermal Unit (lb/MMBtu) 3775 CR-3 PM10 (Filterable) Fedral - Title V Operating Permit

0.113 pound per million British Thermal Unit (lb/MMBtu) 3775 CR-3 Sulfur Dioxide (SO2) Federal - Title V Operating Permit

16600 pound per hour (lb/hr) 1.05 pound per million British Thermal Unit (lb/MMBtu)

Page 65configuration_pollutants1

avg_period_2

em lim it_details

test_method

em rate em rate_units guarantee_level

_explain

req_monitoring

eq_recordkeeping 30 days 1945 tons per year CEMS data kept for 5 years

VOC's only, 19.3 tons per year Calculated annually data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Consent Decree limit Filterable only

Method 5B Filterable only method 5B. Stack test every year test records kept for 5 years State PTI Part 75 CEMS data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Consent decree limit Filterable only

method 5B Filterable only method 5B. Stack test every year test records kept for 5 years State PTI limit Part 75 CEMS data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only, method 5B, tested twice per title v cycle test records kept for 5 years 2 exceedances allowed in any consecutive 30 days period Part 75 CEMS data kept for 5 years Filterable only, method 5, stack tests twice per title v cycle.

stack test records kept for 5 years. 30 day rolling average Part 75 CEMS monitor, Method 6 stack test annually

. data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only, method 5, stack tests twice per title v cycle. stack test records kept for 5 years. 30 day rolling average Part 75 CEMS monitor, Method 6 stack test annually

. data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only, method 5, stack tests twice per title v cycle. stack test records kept for 5 years. Part 75 CEMS monitor, Method 6 stack test annually

.

data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) 40 CFR Part 75 records and reporting. Testing, if required in accordance with 40 CFR 60.46 data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only, method 5, stack tests twice per title v cycle. stack test records kept for 5 years. pound per million British Thermal Unit (lb/MMBtu) 40 CFR Part 75 records and reporting. Testing, if required in accordance with 40 CFR 60.46 data kept for 5 years Part 75 CEMS monitor, Method 6 stack test annually

.

data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable Only, Method 5B Part 75 CEMS, Method 6 pound per million British Thermal Unit (lb/MMBtu) Filterable only . Method 5B, Stack test twice per title v cycle. test records for 5 years Part 75 CEMS monitors, Method 6

data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only . Method 5B, Stack test twice per title v cycle. test records for 5 years Part 75 CEMS monitors, Method 6

data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only . Method 5B, Stack test twice per title v cycle. test records for 5 years Part 75 CEMS monitors, Method 6

data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only . Method 5B, Stack test twice per title v cycle. test records for 5 years Part 75 CEMS monitors, Method 6

data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Filterable only . Method 5B, Stack test twice per title v cycle. test records for 5 years Part 75 CEMS monitors, Method 6

data kept for 5 years Coal Sam pling and Analysis and Periodic Testing

Opacity data, fuel data Coal Sam pling and Analysis and Periodic Testing

Opacity data, fuel data CEMS Part 75 Nox - System W ide Averaging Plan - CEMs

Part 75 Coal Sam pling and Analysis and Periodic Testing

Opacity data, fuel data Coal Sam pling and Analysis and Periodic Testing

Opacity data, fuel data CEMS Part 75 Nox - System W ide Averaging Plan - CEMs

Part 75 stack limit Coal Sam pling and Analysis and Periodic Testing, CAM plan opacity and fuel data stack limit CEMS part 75 stack limit Coal Sam pling and Analysis and Periodic Testing, CAM Plan opacity and fuel data stack limit CEMS part 75 Combined emissions for all 5 units. Coal Sam pling and Analysis and Periodic Testing, CAM Plan Maintaining 3 hr block average opacity values Combined Emissions for all 5 units. CEMS Part 75 combined for all 5 units. Coal Sam pling and Analysis and Periodic Testing, CAM Plan Maintaining 3 hr block average opacity values combined for all 5 units. CEMS Part 75 combined for all 5 units. Coal Sam pling and Analysis and Periodic Testing, CAM Plan Maintaining 3 hr block average opacity values combined for all 5 units. CEMS Part 75 combined emissions for all units Coal Sam pling and Analysis and Periodic Testing, CAM Plan Maintaining 3 hr block average opacity values combined emissions for all units. CEMS Part 75 combined emissions for all units Coal Sam pling and Analysis and Periodic Testing, CAM Plan Maintaining 3 hr block average opacity values

Page 66configuration_pollutants1

combined emissions for all units CEMS Part 75 Stack limit In accordance with 40 CFR 64 CAM requirements in the Title V operating permit. Stack test once every 3 years Stack test results and opacity data for 5 years Stack limit In accordance with 45 CSR 10 MR&R requirements in the Title V operating permit and U.S. District Court Consent Decree (Civil Action C2-99-1182, 12/13/2007) MR&R requirements. CEMS Data kept for 5 years Stack limit In accordance with 40 CFR 64 CAM requirements in the Title V operating permit. Stack test once every 3 years Stack test results and opacity data for 5 years Stack limit In accordance with 45 CSR 10 MR&R requirements in the Title V operating permit and U.S. District Court Consent Decree (Civil Action C2-99-1182, 12/13/2007) MR&R requirements. CEMS Data kept for 5 years stack limit In accordance with 40 CFR 64 CAM requirements in the Title V operating permit. Stack test once every 3 years Stack test results and opacity data for 5 years stack limit In accordance with 45 CSR 10 MR&R requirements in the Title V operating permit and U.S. District Court Consent Decree (Civil Action C2-99-1182, 12/13/2007) MR&R requirements. CEMS Data kept for 5 years combined stack limit In accordance with 40 CFR 64 CAM requirements in the Title V operating permit. Stack test every 3 years. Opacity data kept for 5 years. combined stack limit In accordance with 45 CSR 10 MR&R requirements in the Title V operating permit, CEMS CEMS data kept for 5 years. combined stack limit In accordance with 40 CFR 64 CAM requirements in the Title V operating permit. Stack test every 3 years. Opacity data kept for 5 years. combined stack limit In accordance with 45 CSR 10 MR&R requirements in the Title V operating permit, CEMS CEMS data kept for 5 years. 3 hours Stack Test depending on annual sulfur and ash content, at least every 5 years test reports kept to 5 years Stack Test depending on annual sulfur and ash content, at least every 5 years test reports kept to 5 years 3 hours rolling CEMS data 5 years Sem iannual Calc.

records kept 5 years Sem iannual Calc.

records kept 5 years Sem iannual Calc.

records kept 5 years Sem iannual Calc.

records kept 5 years Stack Test (Every

5 yrs.), at least every

5 years test reports kept to 5 yars 3 hours Stack Test (every 3 yrs) tst eports kept for 5 years 4.3.1.The owner or operator shall conduct tests to determine compliance of Unit 1, Unit 2 and Unit 3 with the particulate matter mass emission limitation. Such tests shall be conducted in accordance with the appropriate method set forth in 45CSR2 Appendix “Compliance Test Procedures for 45CSR2” or other equivalent EPA approved method approved by the Secretary. Such tests shall be conducted in accordance with the schedule set forth in the following table. Compliance tests were performed on October 21 & 22, 2004 and resulted in mass emission rates less than 50% of the weight emission standard and a “Once/3 years” retesting frequency . The next compliance tests shall be performed between April 22, 2006 and October 22, 2007 unless the Director requires testing pursuant to 45CSR§§2-8.1.b. and/or 8.1c. Subsequent testing shall be based on the schedule below. .4.1.Records of monitored data established in the monitoring plan (see Appendix B) shall be maintained on site and shall be made available to the Secretary or his duly

authorized representative upon request. 4.4.2.Records of the operating schedule and the quantity and quality

of fuel consumed in each fuel burning unit, shall be maintained on-site in a manner to be established by the Secretary

and made available to the Secretary or his duly

authorized representative upon request. SO2 lim it is a plantwide lim it including all 3 units. 4.2.2.The owner or operator shall install, calibrate, certify, operate, and maintain continuous monitoring systems that measure opacity and all SO2, and NOx, emissions from emission points CS012 and AM3 as specified in 40 C.F.R. Part 75. CO2 emissions from emission points CS012 and AM3 shall be measured as specified in 40 C.F.R. Part 75 4.4.1.Records of monitored data established in the monitoring plan (see Appendix B) shall be maintained on site and shall be made available to the Secretary or his duly

authorized representative upon request. 4.4.2.Records of the operating schedule and the quantity and quality

of fuel consumed in each fuel burning unit, shall be maintained on-site in a manner to be established by the Secretary

and made available to the Secretary or his duly

authorized representative upon request. PM is a plantwide lim it including all 3 units. 4.3.1.The owner or operator shall conduct tests to determine compliance of Unit 1, Unit 2 and Unit 3 with the particulate matter mass emission limitation. Such tests shall be conducted in accordance with the appropriate method set forth in 45CSR2 Appendix “Compliance Test Procedures for 45CSR2” or other equivalent EPA approved method approved by the Secretary. Such tests shall be conducted in accordance with the schedule set forth in the following table. Compliance tests were performed on October 21 & 22, 2004 and resulted in mass emission rates less than 50% of the weight emission standard and a “Once/3 years” retesting frequency . The next compliance tests shall be performed between April 22, 2006 and October 22, 2007 unless the Director requires testing pursuant to 45CSR§§2-8.1.b. and/or 8.1c. Subsequent testing shall be based on the schedule below. .4.1.Records of monitored data established in the monitoring plan (see Appendix B) shall be maintained on site and shall be made available to the Secretary or his duly

authorized representative upon request. 4.4.2.Records of the operating schedule and the quantity and quality

of fuel consumed in each fuel burning unit, shall be maintained on-site in a manner to be established by the Secretary

and made available to the Secretary or his duly

authorized representative upon request. SO2 is a plantwide lim it including all 3 units. 4.2.2.The owner or operator shall install, calibrate, certify, operate, and maintain continuous monitoring systems that measure opacity and all SO2, and NOx, emissions from emission points CS012 and AM3 as specified in 40 C.F.R. Part 75. CO2 emissions from emission points CS012 and AM3 shall be measured as specified in 40 C.F.R. Part 75 4.4.1.Records of monitored data established in the monitoring plan (see Appendix B) shall be maintained on site and shall be made available to the Secretary or his duly

authorized representative upon request. 4.4.2.Records of the operating schedule and the quantity and quality

of fuel consumed in each fuel burning unit, shall be maintained on-site in a manner to be established by the Secretary

and made available to the Secretary or his duly

authorized representative upon request. 1581.8 tons per year. Stack Test every 2 years, records kept for 5 years, rolling average CEMS records kept for 5 years, 30 day rolling avg 1581.8 tons per year Stack Test every 2 years, records kept for 5 years, 30 day rolling average CEMS records kept for 5 years, 30 day rolling avg 1581.8 tons per year Stack Test every 2 years, records kept for 5 years, 30 day rolling average CEMS records kept for 5 years, 30 day rolling avg tons per year Stack Test every 2 years, records kept for 5 years, pound per million British Thermal Unit (lb/MMBtu) 30 day rolling average, 1.2% sulfur coal annual average CEMS records kept for 5 years, 30 day rolling avg pound per million British Thermal Unit (lb/MMBtu) Stack Test twice during permit term, records kept for 5 years CEMS, records kept for 5 years, 24 hr avg pound per million British Thermal Unit (lb/MMBtu) Stack Test twice during permit term, records kept for 5 years CEMS, records kept for 5 years, 24 hr avg 2620 tons per year CAM PlanPeriodic Stack Tests Opacity data kept for 5 years 603 tons per year CAM PlanPeriodic Stack Tests Opacity data kept for 5 years 3 hours 3 hour rolling average for 1.2 lb/mmbtu; 3 hour block for 1.0 lb/mmbtu; 18,024 lb/hr (3-hour rolling), 78,945 ton/yr, 40,272 lb per 3-hour block. CEMS Data kept for 5 years 1870 tons per year Periodic Stack Tests Data kept for 5 years 3 hours rolling averages CEMS data kept for 5 years Stack Test (Every

3 yrs.) test reports for 5 years 3 hours Stack Test (Every 3 yrs.) test reports kept for 5 years 3 hours Rolling averages CEMS data kept for 5 years Stack Test (Every

3 yrs.) test reports kept for 5 years 3 hours Stack Test (Every 3 yrs.) test reports kept for 5 years 3 hours rolling average CEMS data kept for 5 years Stack Test (Every

3 yrs.) test reports kept for 5 years 2987 tons per year opacity, 6 minute averages.Part 60 excess emissions reporting data kept for 5 years 2987 tons per year opacity, 6 minute averages.Part 60 excess emissions reporting data kept for 5 years 35829 tons per year CEMS, fuel sampling records, part 60 excess emissions reporting data kept for 5 years 36.05 tons per year calculated annually data kept for 5 years

Page 67configuration_pollutants1

42.45 tons per year calculated annually data kept for 5 years 1.488 tons per year calculated annually data kept for 5 years 33816 tons per year calculated annually data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) 0.10 lb/m mbtu method 5B stack test, stack test twice per title v cycle test records kept for 5 years 2.15 lb/m mbtu, 30 day

rolling average Method 6 stack test annually, CEMS data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) 0.10 lb/m mbtu method 5B stack test, stack test twice per title v cycle test records kept for 5 years pound per million British Thermal Unit (lb/MMBtu) 2.15 lb/m mbtu, 30 day rolling average Method 6 stack test annually, CEMS data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) Stack test no less frequently than every

other year (even numbered years based on current pattern). Records must be retained for five years. pound per hour (lb/hr) 28663 lb/h is a combined limit with unit 2, Subpart D Compliance with both limits is based on Part 75 CEMS data per the Title V Permit. Missing data is substituted per Part 75 under the Title V Permit. Data used in determining compliance as well as the compliance reports must be retained for five years. Quarterly QA testing on the monitoring systemis submitted with the quarterly deviation reports. subpart D NOx - Compliance with the emission limitation is based on Part 75 CEMS data per the Title V Permit. Missing data is substituted per Part 75 under the Title V Permit. Data used in determining compliance as well as the compliance reports must be retained for five years. Quarterly QA testing on the monitoring systemis submitted with the quarterly deviation reports. pound per million British Thermal Unit (lb/MMBtu) Stack test no less frequently than every

other year (even numbered years based on current pattern). Records must be retained for five years. pound per hour (lb/hr) 28663 lb/h is a combined limit with unit 1, subpart D Compliance with both limits is based on Part 75 CEMS data per the Title V Permit. Missing data is substituted per Part 75 under the Title V Permit. Data used in determining compliance as well as the compliance reports must be retained for five years. Quarterly QA testing on the monitoring systemis submitted with the quarterly deviation reports. subpart D NOx - Compliance with the emission limitation is based on Part 75 CEMS data per the Title V Permit. Missing data is substituted per Part 75 under the Title V Permit. Data used in determining compliance as well as the compliance reports must be retained for five years. Quarterly QA testing on the monitoring systemis submitted with the quarterly deviation reports. 30 days CEMS data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) One stack test per title v cycle test records kept for 5 years pound per million British Thermal Unit (lb/MMBtu) CEMS data kept for 5 years CEMS data kept for 5 years pound per million British Thermal Unit (lb/MMBtu) One stack test per title v cycle test records kept for 5 years pound per million British Thermal Unit (lb/MMBtu) CEMS data kept for 5 years CEMS data kept for 5 years Stack Test Method 5 4.3.1.The owner or operator shall conduct tests to determine compliance of Unit 1, Unit 2 and Unit 3 with the particulate matter mass emission limitation. Such tests shall be conducted in accordance with the appropriate method set forth in 45CSR2 Appendix “Compliance Test Procedures for 45CSR2” or other equivalent EPA approved method approved by the Secretary. Such tests shall be conducted in accordance with the schedule set forth in the following table. Compliance tests were performed on October 21 & 22, 2004 and resulted in mass emission rates less than 50% of the weight emission standard and a “Once/3 years” retesting frequency . The next compliance tests shall be performed between April 22, 2006 and October 22, 2007 unless the Director requires testing pursuant to 45CSR§§2-8.1.b. and/or 8.1c. Subsequent testing shall be based on the schedule below. 4.4.1.Records of monitored data established in the monitoring plan (see Appendix B) shall be maintained on site and shall be made available to the Secretary or his duly

authorized representative upon request. 4.4.2.Records of the operating schedule and the quantity and quality

of fuel consumed in each fuel burning unit, shall be maintained on-site in a manner to be established by the Secretary

and made available to the Secretary or his duly

authorized representative upon request. SO2 lim it is a plantwide lim it including all three units. 4.2.2.The owner or operator shall install, calibrate, certify, operate, and maintain continuous monitoring systems that measure opacity and all SO2, and NOx, emissions from emission points CS012 and AM3 as specified in 40 C.F.R. Part 75. CO2 emissions from emission points CS012 and AM3 shall be measured as specified in 40 C.F.R. Part 75 4.4.1.Records of monitored data established in the monitoring plan (see Appendix B) shall be maintained on site and shall be made available to the Secretary or his duly

authorized representative upon request. 4.4.2.Records of the operating schedule and the quantity and quality

of fuel consumed in each fuel burning unit, shall be maintained on-site in a manner to be established by the Secretary

and made available to the Secretary or his duly

authorized representative upon request. 0.70 lb/m mB TU (3-hour rolling), 10,514 lb/hr (3-hour) and 46,051 ton/yr CEMS Data kept for 5 years 900 tons per year, front half emissions Opacity, COMS, CAM Plan, data from opacity

for 5 years 1 hour 14936 tons per year. CEMS data kept for 5 years 24 hours Continuous emissions monitoring is required on both stacks. Records should be maintained from the CEMS data on both boiler stacks for opacity, the tons of coal consumed on a daily, monthly, and annual basis, and the sulfur, ash, heat content of the coal combusted. pound per million British Thermal Unit (lb/MMBtu) 5,17 Stack testing by EPA m ethod 5,17 once in the first 2 years of the permit term. Records should be maintained from the CEMS data on both boiler stacks for opacity, the tons of coal consumed on a daily, monthly, and annual basis, and the sulfur, ash, heat content of the coal combusted. pound per million British Thermal Unit (lb/MMBtu) 5,17 Stack testing by EPA m ethod 5,17 once in the first 2 years of the permit term. Records should be maintained from the CEMS data on both boiler stacks for opacity, the tons of coal consumed on a daily, monthly, and annual basis, and the sulfur, ash, heat content of the coal combusted. 24 hours Continuous emissions monitoring is required on both stacks. Records should be maintained from the CEMS data on both boiler stacks for opacity, the tons of coal consumed on a daily, monthly, and annual basis, and the sulfur, ash, heat content of the coal combusted. pound per million British Thermal Unit (lb/MMBtu) 5,17 Stack testing by EPA m ethod 5,17 once in the first 2 years of the permit term. Records should be maintained from the CEMS data on both boiler stacks for opacity, the tons of coal consumed on a daily, monthly, and annual basis, and the sulfur, ash, heat content of the coal combusted. 24 hours Continuous emissions monitoring is required on both stacks. Records should be maintained from the CEMS data on both boiler stacks for opacity, the tons of coal consumed on a daily, monthly, and annual basis, and the sulfur, ash, heat content of the coal combusted.

Page 68configuration_pollutants1

req_reporting semiannual reporting annual em ission inventory quarterly deviation report to the state. Malfunctions reported immediately

. quarterly reports quarterly deviation report to the state. Malfunctions reported immediately

. quarterly reports quarterly deviation reports. quarterly deviation reports stack tests to state within 30 days. quarterly deviation reports, semiannual reports. stack tests to state within 30 days. quarterly deviation reports, semiannual reports. stack tests to state within 30 days. quarterly deviation reports, semiannual reports. quarterly deviation reports, semiannual reports. stack tests to state within 30 days. quarterly deviation reports, semiannual reports. quarterly deviation reports, semiannual reports. Filterable Only, Method 5B Part 75 CEMS, Method 6 stack test reports sent to state. quarterly reports. stack test reports sent to state. quarterly reports. stack test reports sent to state. quarterly reports. stack test reports sent to state. quarterly reports. stack test reports sent to state. quarterly reports. quarterly reports quarterly reports - Provide quarterly

reports quarterly reports - Provide quarterly

reports - Provide quarterly

reports - Provide quarterly

reports - Provide quarterly

reports Provide quarterly

and semi-annual reports - Provide quarterly

reports provide quarterly

and semi-annual reports Provide quarterly

reports Quarterly

opacity reports - Provide quarterly

reports Quarterly

opacity reports - Provide quarterly

reports Quarterly

opacity reports Quarterly

reports Quarterly

opacity reports Quarterly

reports Quarterly

opacity reports

Page 69configuration_pollutants1

Quarterly

reports Stack test results to state within 60 days of test Quarterly

deviation reports to state Stack test results to state within 60 days of test Quarterly

deviation reports to state Stack test results to state within 60 days of test Quarterly

deviation reports to state Stack test reports to state within 60 days of test. Quarterly

deviation reports. Stack test reports to state within 60 days of test. Quarterly

deviation reports. test reports to state in 30 days test reports to state in 30 days Sem iannual Report semiannual report semiannual report semiannual report semiannual report test reports to state in 30 days report sent to state within 90 days 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. test report to IDEM within 45 days of test Quarterly

Deviation Report test report to IDEM within 45 days of test Quarterly

Deviation Report test report to IDEM within 45 days of test Quarterly

Deviation Report test report to IDEM within 45 days of test Quarterly

Deviation Report test report to KDAQ within 45 days of test Quarterly

Deviation Report to state test report to KDAQ within 45 days of test Quarterly

Deviation Report to state Reports sent to state within 30 days of stack test, quarterly deviation reports Reports sent to state within 30 days of stack test, quarterly deviation reports Quarterly

deviation reports Reports submitted to state within 30 days of test, quarterly deviation reports Sem iannual Report to state report to state within 90 days report sent to state within 90 days semi-annual report report sent to state within 90 days report sent to state within 90 days Sem i-annual report report sent to state within 90 days excess emissions reporting excess emissions reporting quarterly part 60 reports, semiannual title v reports

em ission inventory

reporting

Page 70configuration_pollutants1

em ission inventory

reporting

em ission inventory

reporting

em ission inventory

reporting reported to state within 30 days of test quarterly deviation reports, semiannual reports reported to state within 30 days of test quarterly deviation reports, semiannual reports Stack test reports must be filed with IDEM no later than 45 days after testing completed per 326 IAC 3-6-4(b) unless extended. Exceedances of either limitation are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report. Exceedances are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report. Stack test reports must be filed with IDEM no later than 45 days after testing completed per 326 IAC 3-6-4(b) unless extended. Exceedances of either limitation are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report. Exceedances are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report. quarterly part 60 reports, semiannual title v reports test reports submitted to the state within 30 days of test quarterly reports, semiannual reporting quarterly reports, semiannual reporting test reports submitted to the state within 30 days of tes quarterly and semiannual reporting. quarterly and semiannual reporting 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. Quarterly

deviation reports reported semiannually

to state semiannual reporting The permittee shall submit the results of montioring to DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. The permittee shall submit the results of montioring to DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions.

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4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter.

Page 73configuration_pollutants1

Stack test reports must be filed with IDEM no later than 45 days after testing completed per 326 IAC 3-6-4(b) unless extended. Exceedances of either limitation are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report. Exceedances are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report. Stack test reports must be filed with IDEM no later than 45 days after testing completed per 326 IAC 3-6-4(b) unless extended. Exceedances of either limitation are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report. Exceedances are reported as part of the quarterly Deviation Reporting process to IDEM and rolled up into the Annual Complance Report.

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter.

The permittee shall submit the results of montioring to DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. The permittee shall submit the results of montioring to DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions.

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4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter.

Page 76configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%). 4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter.

The permittee shall submit the results of montioring to DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. The permittee shall submit the results of montioring to DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions. DEQ no later than March 1 and September 1 of each calendar year. Report to include any deviations from the permit. Also required to notify the Director within 4 day tim e business hours of any deviations causing excess emissions.

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Page 78configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 79configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

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4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 82configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

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Page 84configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 85configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 86configuration_pollutants1

Page 87configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 88configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 89configuration_pollutants1

Page 90configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 91configuration_pollutants1

4.5.1.The designated representative shall electronically report SO2, NOx, and CO2 emissions data and information as specified in 40 C.F.R. § 75.64 to the Administrator of USEPA, quarterly . Each electronic report must be submitted within thirty (30) days following the end of each calendar quarter. 4.5.2.Excess opacity periods resulting from any malfunction of Unit 1, Unit 2, Unit 3, Aux 1or Aux 3 or their air pollution control equipment, meeting the following conditions, may be reported on a quarterly basis unless otherwise required by the Secretary:a.The excess opacity period does not exceed thirty (30) minutes within any twenty-four (24) hour period; andb.Excess opacity does not exceed forty

percent (40%).

Page 92control_technologies

facility _id configuration_id

component_id

control_id project_titleproject_type vendor_name

vndor_contact

vendor_phone 2840 CV-6 CVPM-6 1 Unit 6 Mercury Control Demonstration

ADA-ES Sharon Sjostrom 3037341727 6166 RP-1 RPPM-1 1 ACI Non-Demonstration FLSmidth Bernard Zavatone 6102646937 6166 RP-2 RPACI-2 1 ACI Demonstration Norit Americas

Rob Nebergall

9039231000 7902 PK-1 PKNOX-1 1 Activate Carbon Injection Demonstration

Norit Americas

Rob Nebergall

9039231000

Page 93control_technologies

vendor_address

vndor_city

vendor_state

vendor_zip actual_start_date projected_start_date

end_date sorbent chemical_additive 8100 Southpark W ay

Unit B Littleton CO 80120 3/21/2006 8/25/2006 Standard Carbon 2040 Avenue C

Bethlehem PA 18017 9/25/2009 activated carbon 3200 University

Ave. Marshall TX 75671 4/10/2006 4/28/2006 Activated Carbon Injection Brominated and standard carbon 3200 University

Ave. Marshall TX 75671 8/14/2006 10/6/2006 activated carbon

Page 94control_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 Upstream of CVPM-6

50 30 upstream of esp upstream of esp upstream of ESP

Page 95control_technologies

feed_rate_units

Page 96control_coal_ranks

facility _id configuration_id

component_id

control_id coal_type 2840 CV-6 CVPM-6 1 bitum inous 6166 RP-1 RPPM-1 1 bitum inous 6166 RP-1 RPPM-1 1 subbituminous 6166 RP-2 RPACI-2 1 bitum inous 6166 RP-2 RPACI-2 1 subbituminous 7902 PK-1 PKNOX-1 1 lignite

Page 97control_pollutants1

facility _id configuration_id

component_id

control_id pollutant_nam e 2840 CV-6 CVPM-6 1 Total Mercury (Hgt) 7902 PK-1 PKNOX-1 1 Total Mercury (Hgt) 6166 RP-2 RPACI-2 1 Total Mercury (Hgt) 6166 RP-1 RPPM-1 1 Total Mercury (Hgt)

Page 98control_costs

facility _id configuration_id

component_id

control_id boiler_retrofit boiler_new_install

total_capital_investm ent

total_operating_costs

base_year 2840 CV-6 CVPM-6 1 Yes No 6166 RP-1 RPPM-1 1 Yes No 6166 RP-2 RPACI-2 1 Yes No 7902 PK-1 PKNOX-1 1 Yes No

Page 99control_costs

CBI TRUE TRUE TRUE TRUE

Page 100mi sc_controls

facility _id mi sc_control_id

control_description

Page 101mi sc_control_configurations

facility _id mi sc_control_id

configuration_id

Page 102fuel_shipments

facility _id shipment_id

shipment_date

am ount_received

am ount_units

fuel_type state_country other_country

county

Page 103fuel_shipments

coal_seam shipment_method

Page 104fuel_shipment_configurations

facility _id shipment_id

configuration_id

Page 105fuel_shipment_samples

facility _id shipment_id

sample_id am ount_fuel am ount_fuel_units

total_sulfur ash_content heating_value

hating_units

Page 106fuel_shipment_samples

chlorine chlorine_units fluorine fluorine_units data_provided

data_other_specified

supplier_type

supplier_name

supplier_address

Page 107fuel_shipment_samples

supplier_city

supplier_state

supplier_zip

lab_nam e lab_address lab_city lab_state lab_zip analysis_copies

Page 108fuel_shipment_samples

analysis_copies

Page 109fuel_sample_pollutants

facility _id shipment_id

sample_id fuel_pollutant pollutant_conc

pollutant_conc_units

pollutant_conc_ND

pollutant_conc_MDL

Page 110test_reports

facility _id report_id report_type other_type report_description report_begin_date

report_end_date

before_control

during_deviation

Page 111test_reports

deviation_reports

Page 112test_report_configurations

facility _id report_id configuration_id

Page 113test_report_fuels

facility _id report_id fuel_id

Page 114test_report_fuel_types

facility _id report_id fuel_id fuel_type percentage_massvol percentage_btu

other_type

Page 115cem_data

facility _id tim e_period

cem_period_description

Page 116cem_data_pollutants1

facility _id tim e_period

pollutant_nam e

Page 117test_report_sampling

facility _id report_id sampling_port_id point_differ point_description befre_SO2_device

point_orientation

normal_bypass_percent

testing_bypass_percent

Page 118test_report_sampling

fg_fraction

Page 119sampling_runs

facility _id report_id sampling_port_id run_id start_datetime end_datetim e

unit_load net_generation fg_moisture_content

Page 120sampling_runs

fg_flow_rate

fg_flow_rate_units

standard_temperature

standard_pressure

normal_temperature

normal_pressure

fg_oxygen_content

fg_CO2_content

fg_temperature

Page 121sampling_runs

fg_pressure

Hg_loi test_method run_comments

fuel_id fuel_unit_load fuel_flow_rate

fuel_ash fuel_heating_value

Page 122sampling_runs

fuel_sulfur

Page 123sampling_run_pollutants1

facility _id report_id sampling_port_id run_id pollutant_nam e conc conc_units conc_ND conc_MDL

Page 124sampling_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

Page 125sampling_run_pollutants1

run_pollutant_comment

Page 126sampling_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 127sampling_run_fuel

fuel_conc_MDL

Page 128