Instructions for 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 d

have the capability to store these daily averages. This spreadsheet included 4 separate surrogate worksheets, in 

boiler tested is tested for all surrogates at 4 different dates. This spreadsheet is intended to be used for one boi

facility. Data for multiple boilers should be handled by using separate copies of this spreadsheet.

yellow are required (if applicable to your boilers' operation). You do not need to populate cells shaded in gray, a

automatically populated from the Boiler Information worksheet. Please Do Not modify the structure of this spr

by adding or subtracting rows, columns, cells. Please name each resulting spreadsheet with the following nami

convention: [FacilityID]_Unit_[BoilerID]_Processdata.xls (example: 8100_Unit_2_Processdata.xls).

Please refer to the following steps when using these spreadsheets.

Boiler Information Worksheet

Please enter the EIA Facility Code, Facility Name and Boiler ID of your boiler on the Boiler Information workshee

Process Data Worksheets

Please use one process data worksheet for each HAP surrogate even is simultaneous testing of different HAP sur

was done. 
ta Template

s data required by the ICR. The ERT does not 

4 separate surrogate worksheets, in case the 

t is intended to be used for one boiler of one 

es of this spreadsheet. Fields shaded in 

d to populate cells shaded in gray, as they are 

Not modify the structure of this spreadsheet 

preadsheet with the following naming 

nit_2_Processdata.xls).

on the Boiler Information worksheet. 

taneous testing of different HAP surrogates 
EIA Facility Code Facility Name Boiler ID

602 Brandon Shores 2
EIA Facility Code Facility Name Boiler ID

602 Brandon Shores 2

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

Date Coal Firing Rate Coal Firing Rate (units)

Day 1 5/24/2010 6162 MMBtu/hr

Day 2 5/25/2010 5740 MMBtu/hr

Day 3 5/26/2010 5721 MMBtu/hr

Day 4 5/27/2010 5341 MMBtu/hr

Day 5 5/28/2010 4612 MMBtu/hr

Day 6 5/29/2010 4601 MMBtu/hr

Day 7 5/30/2010 4406 MMBtu/hr

Day 8 5/31/2010 5088 MMBtu/hr

Day 9 6/1/2010 5232 MMBtu/hr

Day 10 6/2/2010 5027 MMBtu/hr

Day 11 6/3/2010 4692 MMBtu/hr

Day 12 6/4/2010 4861 MMBtu/hr

Day 13 6/5/2010 5705 MMBtu/hr

Day 14 6/6/2010 4924 MMBtu/hr

Day 15 6/7/2010 3796 MMBtu/hr

Day 16 6/8/2010 4750 MMBtu/hr

Day 17 6/9/2010 5177 MMBtu/hr

Day 18 6/10/2010 5272 MMBtu/hr

Day 19 6/11/2010 5204 MMBtu/hr

Day 20 6/12/2010 4243 MMBtu/hr

Day 21 6/13/2010 3772 MMBtu/hr

Day 22 6/14/2010 12 MMBtu/hr

Day 23 6/15/2010 33 MMBtu/hr

Day 24 6/16/2010 548 MMBtu/hr

Day 25 6/17/2010 4439 MMBtu/hr

Day 26 6/18/2010 4627 MMBtu/hr

Day 27 6/19/2010 5183 MMBtu/hr

Day 28 6/20/2010 5389 MMBtu/hr

Day 29 6/21/2010 5413 MMBtu/hr

Day 30 6/22/2010 5606 MMBtu/hr
ay Period Including the Testing Date

Average Heat Input (MMBtu/hr) Steam Output (1,000 lbs steam/hr)

6162 3979

5740 3955

5721 3689

5341 3433

4612 2924

4601 2901

4406 2698

5088 3157

5232 3337

5027 3147

4692 2965

4861 3014

5705 3661

4924 3198

3796 2290

4750 2945

5177 3378

5272 3373

5204 3239

4243 2677

3772 2208

12 6

33 0

548 208

4439 2678

4627 2922

5183 3164

5389 3433

5413 3403

5606 3446
Unit Net Electric Generation (MWh) Unit Gross Electric Generation (MWe)

586 641

579 615

536 598

504 535

427 469

423 465

395 436

458 510

489 529

458 505

431 471

436 491

534 584

469 501

333 368

432 476

495 548

494 541

471 522

389 416

313 364

0 0

0 0

0 0

376 437

430 465

458 519

501 542

501 546

505 555
Control Device Operating Parameters, As Appicable

Flue Gas Flow Rate (dscfm) Pressure Drop across FGD (in H2O)

2188359 5.3

2085545 5.7

2061853 5.7

1921095 4.8

1826070 4.0

1803514 4.1

1755277 4.0

1933169 4.4

1920939 4.5

1869955 4.3

1873543 4.3

1873590 4.3

2049175 4.7

1897873 4.4

1716752 3.4

1826425 3.9

1917833 4.4

1970993 4.6

1914725 4.0

1749916 3.7

1662545 3.8

1100278 1.5

1114166 1.6

1467144 1.9

1886182 3.0

1812169 3.2

1919936 3.4

1970611 3.5

1963276 3.9

1948285 4.2
FGD Scrubber Liquor Flow Rate (gals/min) Sorbent Type Sorbent Injection Rate (lb/hr)

1508.2 Activated Carbon 706.3

1505.3 Activated Carbon 683.7

1510.4 Activated Carbon 636.8

1505.5 Activated Carbon 722.4

1508.4 Activated Carbon 553.2

1518.6 Activated Carbon 486.8

1520.3 Activated Carbon 419.6

1544.0 Activated Carbon 581.5

1528.5 Activated Carbon 591.8

1524.9 Activated Carbon 668.1

1519.6 Activated Carbon 434.6

1513.5 Activated Carbon 628.2

1513.9 Activated Carbon 766.6

1518.7 Activated Carbon 691.1

1529.2 Activated Carbon 536.8

1528.5 Activated Carbon 540.0

1469.2 Activated Carbon 720.4

1433.8 Activated Carbon 721.1

1432.8 Activated Carbon 694.2

1434.8 Activated Carbon 600.8

1429.6 Activated Carbon 495.9

1580.6 Activated Carbon 0.0

1604.2 Activated Carbon 0.0

1606.3 Activated Carbon 0.0

1533.9 Activated Carbon 514.0

1517.7 Activated Carbon 646.1

1524.0 Activated Carbon 678.8

1516.5 Activated Carbon 727.8

1528.3 Activated Carbon 727.2

1542.2 Activated Carbon 732.9

673.9
Other Boiler or Control Device Operating Parameters (e.g., Boiler O2) 

Flue Gas Pressure (atm) Flue Gas Sampling Point Temperature (Deg F)

1.0 45

1.0 43

1.0 43

1.0 40

1.0 38

1.0 37

1.0 36

1.0 40

1.0 40

1.0 39

1.0 39

1.0 39

1.0 43

1.0 40

1.0 35

1.0 38

1.0 40

1.0 41

1.0 39

1.0 36

1.0 35

1.0 22

1.0 21

1.0 29

1.0 39

1.0 37

1.0 40

1.0 41

1.0 41

1.0 41
Flue Gas Oxygen Content (%) Flue Gas Carbon Dioxide Content (%) Flue Gas Moisture Content (%)

6.9 9.8 14

7.2 9.5 14

7.2 9.5 14

7.1 9.5 14

8.2 8.6 14

8.1 8.7 14

8.2 8.6 14

7.8 9.0 14

7.4 9.3 14

7.5 9.3 14

8.2 8.6 14

7.9 8.8 14

7.1 9.6 14

7.8 8.9 14

9.4 7.6 14

8.1 8.7 14

7.5 9.2 14

7.6 9.1 14

7.5 9.2 14

8.5 8.4 14

9.8 7.2 14

17.9 0.1 14

17.8 0.2 14

16.5 1.3 14

9.0 7.9 14

8.1 8.7 14

7.6 9.1 14

7.4 9.3 14

7.3 9.4 14

6.8 9.8 14