Instructionsfor Completing the Process Data Template

This template is to be used to record the 30 daily averages of specific process data required by the ICR. The ERT does not have the capability to store these daily averages. This spreadsheet included 4 separate surrogate worksheets,in case the boiler tested is tested for all surrogates at 4 different dates.This spreadsheet is intended to be used for one boiler of one facility.Data for multiple boilers should be handled by using separate copies of this spreadsheet. yelloware required (if applicable to your boilers' operation). You do not need to populate cells shaded in gray, as they ar automaticallypopulated from the Boiler Information worksheet.Please Do Not modify the structure of this spreadsheet by adding or subtracting rows, columns, cells.Pleasename each resulting spreadsheet with the following naming convention:[FacilityID]_Unit_[BoilerID]_Processdata.xls(example: 8100_Unit_2_Processdata.xls).

Pleaserefer to the following steps when using these spreadsheets.

BoilerInformation Worksheet

Pleaseenter the EIA Facility Code, Facility Name and Boiler ID of your boiler on the Boiler Informationworksheet.

ProcessData Worksheets

Pleaseuse one process data worksheetfor each HAP surrogate even is simultaneous testing of different HAP surrogates was done.Instructionsfor Completing the Process Data Template

This template is to be used to record the 30 daily averages of specific process data required by the ICR. The ERT does not have the capability to store these daily averages. This spreadsheet included 4 separate surrogate worksheets,in case the This spreadsheet is intended to be used for one boiler of one facility.Data for multiple boilers should be handled by using separate copies of this spreadsheet.Fields shaded in yelloware required (if applicable to your boilers' operation). You do not need to populate cells shaded in gray, as they are Please Do Not modify the structure of this spreadsheet Pleasename each resulting spreadsheet with the following naming convention:[FacilityID]_Unit_[BoilerID]_Processdata.xls(example: 8100_Unit_2_Processdata.xls).

Pleaseenter the EIA Facility Code, Facility Name and Boiler ID of your boiler on the Boiler Informationworksheet.

Pleaseuse one process data worksheetfor each HAP surrogate even is simultaneous testing of different HAP surrogatesEIA

Facility CodeFacility NameBoiler ID

6147Monticello 2EIA

Facility CodeFacility NameBoiler ID

6147Monticello 2

Daily A verage Process Data for a 30 Day Period Including the Testing Date

GrossNet mmBTUhrMWMWTons/MinKPPH PPH Day 1 4/12/10 5,562 559528 5.7 81 0.0 Day 2 4/13/10 5,045 510485 5.8 75 0.0 Day 3 4/14/10 4,253 426398 5.3 60 0.0 Day 4 4/15/10 5,331 548518 5.5 80 0.0 Day 5 4/16/10 4,515 451 424 5.6 65 0.0 Day 6 4/17/10 4,230 432403 5.1 61 0.0 Day 7 4/18/10 5,659 575547 5.9 82 0.0 Day 8 4/19/10 5,322 524498 5.7 76 0.0 Day 9 4/20/10 4,688 467439 5.6 67 0.0 Day 10 4/21/10 4,586 486454 5.6 69 0.0 Day 11 4/22/10 4,234 425399 5.5 62 0.0 Day 12 4/23/10 5,409 533 509 5.7 78 0.0 Day 13 4/24/10 3,902 403379 5.1 57 0.0 Day 14 4/25/10 5,650 568541 6.5 85 0.0 Day 15 4/26/10 4,572 483455 5.4 69 0.0 Day 16 4/27/10 5,194 522495 5.5 74 52.6 Day 17 4/28/10 5,597 570543 6.0 82 53.7 Day 18 4/29/10 5,677 567541 6.3 82 54.3 Day 19 4/30/10 4,617 482454 5.1 69 47.1 Day 20 5/1/10 4,851 514481 5.7 71 0.0 Day 21 5/2/10 4,246 426402 5.1 60 0.0 Day 22 5/3/10 4,308 429404 5.1 61 0.0 Day 23 5/4/10 4,504 466437 5.7 66 0.0 Day 24 5/5/10 4,319 432408 5.1 62 0.0 Day 25 5/6/10 5,460 556530 6.4 79 0.0 Day 26 5/7/10 3,125 349326 3.4 50 0.0 Day 27 5/8/10 4,310 430407 5.3 62 0.0 Day 28 5/9/10 5,920 600574 6.3 87 0.0 Day 29 5/10/10 4,199 427401 5.6 61 0.0 Day 30 5/11/10 4,799 477457 5.5 69 0.0

Date Electric Generation Total Heat Input Coal Feed Rate Steam

Output50% Urea

Flow RateDaily A verage Process Data for a 30 Day Period Including the Testing Date Control Device Operating Parameters, A s Appicable

Side "A"Side "B"InletMiddleOutletInletMiddleOutlet PPH deg F deg F kVAkVAkVAkVAkVAkVA

401 407 49 60 60 36 64 59 400 404 23 62 60 55 62 58 369 396 62 63 60 70 60 58 423 426 9 23 47 9 33 63 374 380 0 66 63 68 63 58 365 380 48 72 65 68 62 59 416 414 18 64 62 61 65 57 404 395 19 55 53 39 67 58 416 412 17 58 57 48 66 58 361 377 20 73 62 69 66 63 383 387 22 66 58 68 64 60 420 416 24 62 50 63 62 57 332 373 22 73 71 67 68 64 424 414 11 40 58 35 68 60 403 402 9 31 43 27 53 64 120.0 410 403 3 23 25 23 36 62 109.3 420 415 6 30 44 22 39 61 105.2 432 423 7 34 33 19 39 63 68.1 390 394 10 41 48 37 56 60 23.6 386 386 27 68 56 69 65 62 37.7 355 383 19 62 54 65 66 63 60.0 376 406 19 47 46 63 67 62 42.1 381 397 13 55 46 38 68 61 69.3 367 395 11 43 37 30 60 61 42.3 421 415 34 69 61 72 67 64 0.0 266 343 17 56 0 69 72 0 0.8 355 383 11 26 54 49 67 62 39.2 432 421 5 19 30 11 24 47 53.7 351 376 9 55 64 65 65 61 37.9 419 412 14 50 62 49 68 61

Air Preheater Outlet Temps ESP Primary kVA South Side "A"

Precipitator Box A-1 FieldsPrecipitator Box A-2 Fields

ACI System had been injecting at nearly 120 lb/hr, but logging system was down for upgrades. Brominated Carbon Injection RateControl Device Operating Parameters, A

s Appicable

Other Boiler or Control Device Operating Parameters (e.g., Boiler O2)

InletMiddleOutletInletMiddleOutlet Baghouse A kVAkVAkVAkVAkVAkVA PPH inches w.c. 66 60 57 29 59 58 16 8.5 64 61 58 15 58 45 16 8.6 66 62 58 48 63 62 16 6.5 18 57 60 6 30 27 16 8.7 68 64 59 49 65 62 16 6.9 68 64 59 65 64 62 16 6.7 69 63 58 43 64 60 16 8.4 69 65 60 42 67 54 16 8.4 63 64 58 39 66 50 17 7.6 67 67 61 28 68 63 16 7.4 66 65 59 72 65 60 16 6.3 66 63 58 57 62 48 16 8.5 66 67 61 59 68 62 16 6.1 45 66 58 28 67 48 16 8.9 44 67 62 14 53 31 16 7.7 29 48 55 9 43 33 16 8.8 29 61 60 20 61 47 17 9.2 19 39 61 15 61 41 0 9.0 52 66 62 26 46 56 16 7.2 67 67 61 54 67 52 16 8.2 66 67 62 42 65 37 16 6.5 59 64 60 34 66 47 16 6.6 60 68 61 19 65 49 16 6.6 51 66 63 11 50 41 16 7.2 69 68 63 54 71 58 16 8.3 63 65 0 41 66 0 0 2.3 55 63 61 16 66 50 17 6.5 17 40 49 5 24 21 16 8.6 66 65 61 30 68 36 16 6.6 45 64 59 24 68 49 16 7.4 Baghouse Pressure Drop Total Ammonia Flow Rate (Flue Gas Cond.) Precipitator Box B-3 Fields

ESP Primary kVA North Side "B"

Precipitator Box B-4 FieldsBaghouse B

inches w.c. 9.0 8.2 6.8 8.4 7.0 6.7 8.3 8.6 7.3 7.1 6.6 8.7 5.9 9.1 7.4 9.1 9.0 9.0 7.1 8.1 6.7 6.2 7.0 6.5 8.7 1.0 6.2 8.9 6.4 7.5 Baghouse Pressure DropEIA

Facility CodeFacility NameBoiler ID

6147Monticello 2

Daily A verage Process Data for a 30 Day Period Including the Testing Date

GrossNet mmBTUhrMWMWTons/MinKPPH PPH Day 1 4/12/10 5,562 559528 5.7 81 0.0 Day 2 4/13/10 5,045 510485 5.8 75 0.0 Day 3 4/14/10 4,253 426398 5.3 60 0.0 Day 4 4/15/10 5,331 548518 5.5 80 0.0 Day 5 4/16/10 4,515 451 424 5.6 65 0.0 Day 6 4/17/10 4,230 432403 5.1 61 0.0 Day 7 4/18/10 5,659 575547 5.9 82 0.0 Day 8 4/19/10 5,322 524498 5.7 76 0.0 Day 9 4/20/10 4,688 467439 5.6 67 0.0 Day 10 4/21/10 4,586 486454 5.6 69 0.0 Day 11 4/22/10 4,234 425399 5.5 62 0.0 Day 12 4/23/10 5,409 533 509 5.7 78 0.0 Day 13 4/24/10 3,902 403379 5.1 57 0.0 Day 14 4/25/10 5,650 568541 6.5 85 0.0 Day 15 4/26/10 4,572 483455 5.4 69 0.0 Day 16 4/27/10 5,194 522495 5.5 74 52.6 Day 17 4/28/10 5,597 570543 6.0 82 53.7 Day 18 4/29/10 5,677 567541 6.3 82 54.3 Day 19 4/30/10 4,617 482454 5.1 69 47.1 Day 20 5/1/10 4,851 514481 5.7 71 0.0 Day 21 5/2/10 4,246 426402 5.1 60 0.0 Day 22 5/3/10 4,308 429404 5.1 61 0.0 Day 23 5/4/10 4,504 466437 5.7 66 0.0 Day 24 5/5/10 4,319 432408 5.1 62 0.0 Day 25 5/6/10 5,460 556530 6.4 79 0.0 Day 26 5/7/10 3,125 349326 3.4 50 0.0 Day 27 5/8/10 4,310 430407 5.3 62 0.0 Day 28 5/9/10 5,920 600574 6.3 87 0.0 Day 29 5/10/10 4,199 427401 5.6 61 0.0 Day 30 5/11/10 4,799 477457 5.5 69 0.0 Total Heat Input Coal Feed Rate Steam

Output50% Urea

Flow Rate Date Electric GenerationDaily A verage Process Data for a 30 Day Period Including the Testing Date Control Device Operating Parameters, A s Appicable

Side "A"Side "B"InletMiddleOutletInletMiddleOutlet PPH deg F deg F kVAkVAkVAkVAkVAkVA

401 407 49 60 60 36 64 59 400 404 23 62 60 55 62 58 369 396 62 63 60 70 60 58 423 426 9 23 47 9 33 63 374 380 0 66 63 68 63 58 365 380 48 72 65 68 62 59 416 414 18 64 62 61 65 57 404 395 19 55 53 39 67 58 416 412 17 58 57 48 66 58 361 377 20 73 62 69 66 63 383 387 22 66 58 68 64 60 420 416 24 62 50 63 62 57 332 373 22 73 71 67 68 64 424 414 11 40 58 35 68 60 403 402 9 31 43 27 53 64 120.0 410 403 3 23 25 23 36 62 109.3 420 415 6 30 44 22 39 61 105.2 432 423 7 34 33 19 39 63 68.1 390 394 10 41 48 37 56 60 23.6 386 386 27 68 56 69 65 62 37.7 355 383 19 62 54 65 66 63 60.0 376 406 19 47 46 63 67 62 42.1 381 397 13 55 46 38 68 61 69.3 367 395 11 43 37 30 60 61 42.3 421 415 34 69 61 72 67 64 0.0 266 343 17 56 0 69 72 0 0.8 355 383 11 26 54 49 67 62 39.2 432 421 5 19 30 11 24 47 53.7 351 376 9 55 64 65 65 61 37.9 419 412 14 50 62 49 68 61 ACI System had been injecting at nearly 120 lb/hr, but logging system was down for upgrades. Brominated Carbon Injection Rate Air Preheater Outlet Temps ESP Primary kVA South Side "A"

Precipitator Box A-1 FieldsPrecipitator Box A-2 FieldsControl Device Operating Parameters, A

s Appicable

Other Boiler or Control Device Operating Parameters (e.g., Boiler O2)

InletMiddleOutletInletMiddleOutlet Baghouse A kVAkVAkVAkVAkVAkVA PPH inches w.c. 66 60 57 29 59 58 16 8.5 64 61 58 15 58 45 16 8.6 66 62 58 48 63 62 16 6.5 18 57 60 6 30 27 16 8.7 68 64 59 49 65 62 16 6.9 68 64 59 65 64 62 16 6.7 69 63 58 43 64 60 16 8.4 69 65 60 42 67 54 16 8.4 63 64 58 39 66 50 17 7.6 67 67 61 28 68 63 16 7.4 66 65 59 72 65 60 16 6.3 66 63 58 57 62 48 16 8.5 66 67 61 59 68 62 16 6.1 45 66 58 28 67 48 16 8.9 44 67 62 14 53 31 16 7.7 29 48 55 9 43 33 16 8.8 29 61 60 20 61 47 17 9.2 19 39 61 15 61 41 0 9.0 52 66 62 26 46 56 16 7.2 67 67 61 54 67 52 16 8.2 66 67 62 42 65 37 16 6.5 59 64 60 34 66 47 16 6.6 60 68 61 19 65 49 16 6.6 51 66 63 11 50 41 16 7.2 69 68 63 54 71 58 16 8.3 63 65 0 41 66 0 0 2.3 55 63 61 16 66 50 17 6.5 17 40 49 5 24 21 16 8.6 66 65 61 30 68 36 16 6.6 45 64 59 24 68 49 16 7.4 Total Ammonia Flow Rate (Flue Gas Cond.) Precipitator Box B-3 Fields

ESP Primary kVA North Side "B"

Precipitator Box B-4 Fields Baghouse Pressure DropBaghouse B

inches w.c. 9.0 8.2 6.8 8.4 7.0 6.7 8.3 8.6 7.3 7.1 6.6 8.7 5.9 9.1 7.4 9.1 9.0 9.0 7.1 8.1 6.7 6.2 7.0 6.5 8.7 1.0 6.2 8.9 6.4 7.5 Baghouse Pressure DropEIA

Facility CodeFacility NameBoiler ID

6147Monticello 2

Daily A verage Process Data for a 30 Day Period Including the Testing Date

GrossNet mmBTUhrMWMWTons/MinKPPH PPH Day 1 4/12/10 5,562 559528 5.7 81 0.0 Day 2 4/13/10 5,045 510485 5.8 75 0.0 Day 3 4/14/10 4,253 426398 5.3 60 0.0 Day 4 4/15/10 5,331 548518 5.5 80 0.0 Day 5 4/16/10 4,515 451 424 5.6 65 0.0 Day 6 4/17/10 4,230 432403 5.1 61 0.0 Day 7 4/18/10 5,659 575547 5.9 82 0.0 Day 8 4/19/10 5,322 524498 5.7 76 0.0 Day 9 4/20/10 4,688 467439 5.6 67 0.0 Day 10 4/21/10 4,586 486454 5.6 69 0.0 Day 11 4/22/10 4,234 425399 5.5 62 0.0 Day 12 4/23/10 5,409 533 509 5.7 78 0.0 Day 13 4/24/10 3,902 403379 5.1 57 0.0 Day 14 4/25/10 5,650 568541 6.5 85 0.0 Day 15 4/26/10 4,572 483455 5.4 69 0.0 Day 16 4/27/10 5,194 522495 5.5 74 52.6 Day 17 4/28/10 5,597 570543 6.0 82 53.7 Day 18 4/29/10 5,677 567541 6.3 82 54.3 Day 19 4/30/10 4,617 482454 5.1 69 47.1 Day 20 5/1/10 4,851 514481 5.7 71 0.0 Day 21 5/2/10 4,246 426402 5.1 60 0.0 Day 22 5/3/10 4,308 429404 5.1 61 0.0 Day 23 5/4/10 4,504 466437 5.7 66 0.0 Day 24 5/5/10 4,319 432408 5.1 62 0.0 Day 25 5/6/10 5,460 556530 6.4 79 0.0 Day 26 5/7/10 3,125 349326 3.4 50 0.0 Day 27 5/8/10 4,310 430407 5.3 62 0.0 Day 28 5/9/10 5,920 600574 6.3 87 0.0 Day 29 5/10/10 4,199 427401 5.6 61 0.0 Day 30 5/11/10 4,799 477457 5.5 69 0.0

Date Electric Generation Total Heat Input Coal Feed Rate Steam

Output50% Urea

Flow RateDaily A verage Process Data for a 30 Day Period Including the Testing Date Control Device Operating Parameters, A s Appicable

Side "A"Side "B"InletMiddleOutletInletMiddleOutlet PPH deg F deg F kVAkVAkVAkVAkVAkVA

401 407 49 60 60 36 64 59 400 404 23 62 60 55 62 58 369 396 62 63 60 70 60 58 423 426 9 23 47 9 33 63 374 380 0 66 63 68 63 58 365 380 48 72 65 68 62 59 416 414 18 64 62 61 65 57 404 395 19 55 53 39 67 58 416 412 17 58 57 48 66 58 361 377 20 73 62 69 66 63 383 387 22 66 58 68 64 60 420 416 24 62 50 63 62 57 332 373 22 73 71 67 68 64 424 414 11 40 58 35 68 60 403 402 9 31 43 27 53 64 120.0 410 403 3 23 25 23 36 62 109.3 420 415 6 30 44 22 39 61 105.2 432 423 7 34 33 19 39 63 68.1 390 394 10 41 48 37 56 60 23.6 386 386 27 68 56 69 65 62 37.7 355 383 19 62 54 65 66 63 60.0 376 406 19 47 46 63 67 62 42.1 381 397 13 55 46 38 68 61 69.3 367 395 11 43 37 30 60 61 42.3 421 415 34 69 61 72 67 64 0.0 266 343 17 56 0 69 72 0 0.8 355 383 11 26 54 49 67 62 39.2 432 421 5 19 30 11 24 47 53.7 351 376 9 55 64 65 65 61 37.9 419 412 14 50 62 49 68 61

Air Preheater Outlet Temps ESP Primary kVA South Side "A"

Precipitator Box A-1 FieldsPrecipitator Box A-2 Fields

ACI System had been injecting at nearly 120 lb/hr, but logging system was down for upgrades. Brominated Carbon Injection RateControl Device Operating Parameters, A

s Appicable

Other Boiler or Control Device Operating Parameters (e.g., Boiler O2)

InletMiddleOutletInletMiddleOutlet Baghouse A kVAkVAkVAkVAkVAkVA PPH inches w.c. 66 60 57 29 59 58 16 8.5 64 61 58 15 58 45 16 8.6 66 62 58 48 63 62 16 6.5 18 57 60 6 30 27 16 8.7 68 64 59 49 65 62 16 6.9 68 64 59 65 64 62 16 6.7 69 63 58 43 64 60 16 8.4 69 65 60 42 67 54 16 8.4 63 64 58 39 66 50 17 7.6 67 67 61 28 68 63 16 7.4 66 65 59 72 65 60 16 6.3 66 63 58 57 62 48 16 8.5 66 67 61 59 68 62 16 6.1 45 66 58 28 67 48 16 8.9 44 67 62 14 53 31 16 7.7 29 48 55 9 43 33 16 8.8 29 61 60 20 61 47 17 9.2 19 39 61 15 61 41 0 9.0 52 66 62 26 46 56 16 7.2 67 67 61 54 67 52 16 8.2 66 67 62 42 65 37 16 6.5 59 64 60 34 66 47 16 6.6 60 68 61 19 65 49 16 6.6 51 66 63 11 50 41 16 7.2 69 68 63 54 71 58 16 8.3 63 65 0 41 66 0 0 2.3 55 63 61 16 66 50 17 6.5 17 40 49 5 24 21 16 8.6 66 65 61 30 68 36 16 6.6 45 64 59 24 68 49 16 7.4 Baghouse Pressure Drop Total Ammonia Flow Rate (Flue Gas Cond.) Precipitator Box B-3 Fields

ESP Primary kVA North Side "B"

Precipitator Box B-4 FieldsBaghouse B

inches w.c. 9.0 8.2 6.8 8.4 7.0 6.7 8.3 8.6 7.3 7.1 6.6 8.7 5.9 9.1 7.4 9.1 9.0 9.0 7.1 8.1 6.7 6.2 7.0 6.5 8.7 1.0 6.2 8.9 6.4 7.5 Baghouse Pressure DropEIA

Facility CodeFacility NameBoiler ID

6147Monticello 2

Daily A verage Process Data for a 30 Day Period Including the Testing Date

GrossNet mmBTUhrMWMWTons/MinKPPH PPH Day 1 4/12/10 5,562 559528 5.7 81 0.0 Day 2 4/13/10 5,045 510485 5.8 75 0.0 Day 3 4/14/10 4,253 426398 5.3 60 0.0 Day 4 4/15/10 5,331 548518 5.5 80 0.0 Day 5 4/16/10 4,515 451 424 5.6 65 0.0 Day 6 4/17/10 4,230 432403 5.1 61 0.0 Day 7 4/18/10 5,659 575547 5.9 82 0.0 Day 8 4/19/10 5,322 524498 5.7 76 0.0 Day 9 4/20/10 4,688 467439 5.6 67 0.0 Day 10 4/21/10 4,586 486454 5.6 69 0.0 Day 11 4/22/10 4,234 425399 5.5 62 0.0 Day 12 4/23/10 5,409 533 509 5.7 78 0.0 Day 13 4/24/10 3,902 403379 5.1 57 0.0 Day 14 4/25/10 5,650 568541 6.5 85 0.0 Day 15 4/26/10 4,572 483455 5.4 69 0.0 Day 16 4/27/10 5,194 522495 5.5 74 52.6 Day 17 4/28/10 5,597 570543 6.0 82 53.7 Day 18 4/29/10 5,677 567541 6.3 82 54.3 Day 19 4/30/10 4,617 482454 5.1 69 47.1 Day 20 5/1/10 4,851 514481 5.7 71 0.0 Day 21 5/2/10 4,246 426402 5.1 60 0.0 Day 22 5/3/10 4,308 429404 5.1 61 0.0 Day 23 5/4/10 4,504 466437 5.7 66 0.0 Day 24 5/5/10 4,319 432408 5.1 62 0.0 Day 25 5/6/10 5,460 556530 6.4 79 0.0 Day 26 5/7/10 3,125 349326 3.4 50 0.0 Day 27 5/8/10 4,310 430407 5.3 62 0.0 Day 28 5/9/10 5,920 600574 6.3 87 0.0 Day 29 5/10/10 4,199 427401 5.6 61 0.0 Day 30 5/11/10 4,799 477457 5.5 69 0.0 Total Heat Input Coal Feed Rate Steam

Output50% Urea

Flow Rate Date Electric GenerationDaily A verage Process Data for a 30 Day Period Including the Testing Date Control Device Operating Parameters, A s Appicable

Side "A"Side "B"InletMiddleOutletInletMiddleOutlet PPH deg F deg F kVAkVAkVAkVAkVAkVA

401 407 49 60 60 36 64 59 400 404 23 62 60 55 62 58 369 396 62 63 60 70 60 58 423 426 9 23 47 9 33 63 374 380 0 66 63 68 63 58 365 380 48 72 65 68 62 59 416 414 18 64 62 61 65 57 404 395 19 55 53 39 67 58 416 412 17 58 57 48 66 58 361 377 20 73 62 69 66 63 383 387 22 66 58 68 64 60 420 416 24 62 50 63 62 57 332 373 22 73 71 67 68 64 424 414 11 40 58 35 68 60 403 402 9 31 43 27 53 64 120.0 410 403 3 23 25 23 36 62 109.3 420 415 6 30 44 22 39 61 105.2 432 423 7 34 33 19 39 63 68.1 390 394 10 41 48 37 56 60 23.6 386 386 27 68 56 69 65 62 37.7 355 383 19 62 54 65 66 63 60.0 376 406 19 47 46 63 67 62 42.1 381 397 13 55 46 38 68 61 69.3 367 395 11 43 37 30 60 61 42.3 421 415 34 69 61 72 67 64 0.0 266 343 17 56 0 69 72 0 0.8 355 383 11 26 54 49 67 62 39.2 432 421 5 19 30 11 24 47 53.7 351 376 9 55 64 65 65 61 37.9 419 412 14 50 62 49 68 61 ACI System had been injecting at nearly 120 lb/hr, but logging system was down for upgrades. Brominated Carbon Injection Rate Air Preheater Outlet Temps ESP Primary kVA South Side "A"

Precipitator Box A-1 FieldsPrecipitator Box A-2 FieldsControl Device Operating Parameters, A

s Appicable

Other Boiler or Control Device Operating Parameters (e.g., Boiler O2)

InletMiddleOutletInletMiddleOutlet Baghouse A kVAkVAkVAkVAkVAkVA PPH inches w.c. 66 60 57 29 59 58 16 8.5 64 61 58 15 58 45 16 8.6 66 62 58 48 63 62 16 6.5 18 57 60 6 30 27 16 8.7 68 64 59 49 65 62 16 6.9 68 64 59 65 64 62 16 6.7 69 63 58 43 64 60 16 8.4 69 65 60 42 67 54 16 8.4 63 64 58 39 66 50 17 7.6 67 67 61 28 68 63 16 7.4 66 65 59 72 65 60 16 6.3 66 63 58 57 62 48 16 8.5 66 67 61 59 68 62 16 6.1 45 66 58 28 67 48 16 8.9 44 67 62 14 53 31 16 7.7 29 48 55 9 43 33 16 8.8 29 61 60 20 61 47 17 9.2 19 39 61 15 61 41 0 9.0 52 66 62 26 46 56 16 7.2 67 67 61 54 67 52 16 8.2 66 67 62 42 65 37 16 6.5 59 64 60 34 66 47 16 6.6 60 68 61 19 65 49 16 6.6 51 66 63 11 50 41 16 7.2 69 68 63 54 71 58 16 8.3 63 65 0 41 66 0 0 2.3 55 63 61 16 66 50 17 6.5 17 40 49 5 24 21 16 8.6 66 65 61 30 68 36 16 6.6 45 64 59 24 68 49 16 7.4 Total Ammonia Flow Rate (Flue Gas Cond.) Precipitator Box B-3 Fields

ESP Primary kVA North Side "B"

Precipitator Box B-4 Fields Baghouse Pressure DropBaghouse B

inches w.c. 9.0 8.2 6.8 8.4 7.0 6.7 8.3 8.6 7.3 7.1 6.6 8.7 5.9 9.1 7.4 9.1 9.0 9.0 7.1 8.1 6.7 6.2 7.0 6.5 8.7 1.0 6.2 8.9 6.4 7.5 Baghouse Pressure Drop