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 c

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

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

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

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

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

[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 worksheet

Process Data Worksheets

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

done. 
data required by the ICR. The ERT does not 

separate surrogate worksheets, in case the 

 is intended to be used for one boiler of one 

s of this spreadsheet. Fields shaded in yellow 

ulate cells shaded in gray, as they are 

ot modify the structure of this spreadsheet by 

dsheet with the following naming convention: 

n the Boiler Information worksheet. 

aneous testing of different HAP surrogates was 
EIA Facility Code Facility Name Boiler ID

2824 Stanton Unit 1
EIA Facility Code Facility Name Boiler ID

2824 Stanton Unit 1

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

Date Coal Firing Rate Coal Firing Rate (units)

Day 1 6/20/2010 116.69 Klb/hr

Day 2 6/21/2010 142.40 Klb/hr

Day 3 6/22/2010 131.25 Klb/hr

Day 4 6/23/2010 103.84 Klb/hr

Day 5 6/24/2010 129.64 Klb/hr

Day 6 6/25/2010 136.10 Klb/hr

Day 7 6/26/2010 133.84 Klb/hr

Day 8 6/27/2010 153.44 Klb/hr

Day 9 6/28/2010 134.43 Klb/hr

Day 10 6/29/2010 137.95 Klb/hr

Day 11 6/30/2010 137.98 Klb/hr

Day 12 7/1/2010 134.21 Klb/hr

Day 13 7/2/2010 136.90 Klb/hr

Day 14 7/3/2010 132.41 Klb/hr

Day 15 7/4/2010 140.38 Klb/hr

Day 16 7/5/2010 132.90 Klb/hr

Day 17 7/6/2010 136.40 Klb/hr

Day 18 7/7/2010 137.31 Klb/hr

Day 19 7/8/2010 138.00 Klb/hr

Day 20 7/9/2010 132.33 Klb/hr

Day 21 7/10/2010 137.15 Klb/hr

Day 22 7/11/2010 140.42 Klb/hr

Day 23 7/12/2010 137.55 Klb/hr

Day 24 7/13/2010 140.73 Klb/hr

Day 25 7/14/2010 135.20 Klb/hr

Day 26 7/15/2010 140.41 Klb/hr

Day 27 7/16/2010 134.88 Klb/hr

Day 28 7/17/2010 124.22 Klb/hr

Day 29 7/18/2010 129.58 Klb/hr

Day 30 7/19/2010 135.08 Klb/hr
riod Including the Testing Date

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

984.61 644.98

1153.39 722.03

1224.50 815.56

1166.68 627.74

1131.80 740.78

1163.02 834.54

1080.10 815.31

1087.70 872.92

1050.10 767.08

1156.46 834.20

991.25 826.43

1094.68 812.14

1073.26 827.00

1033.55 786.04

1105.00 839.50

1134.09 804.61

1164.99 825.59

1181.57 826.29

1163.38 825.77

1148.63 834.21

1003.22 852.14

1038.82 831.99

1148.19 857.16

1099.98 856.94

1096.85 855.38

1089.80 812.65

1120.61 808.20

1126.90 818.49

1110.90 738.92

1174.48 790.79
Unit Net Electric Generation (MW) Unit Gross Electric Generation (MW) Flue Gas Flow Rate (dscfm) 

147.41 160.23 121483.7904

159.66 173.54 137371.8935

176.90 192.28 143912.8231

149.18 162.15 141662.6614

165.31 179.69 138501.3553

176.14 191.46 141423.5183

175.06 190.29 134871.9505

175.03 190.25 133521.6607

170.07 184.86 130927.3775

175.43 190.68 141300.5888

176.65 192.01 125820.2254

176.69 192.05 134737.3912

175.94 191.24 133585.6024

174.13 189.28 130269.1843

176.92 192.31 136486.3515

174.15 189.30 137466.4864

176.10 191.41 141883.7684

175.45 190.71 141991.5662

175.44 190.70 140819.627

174.20 189.35 138691.7015

174.92 190.13 128121.8863

174.48 189.65 131490.021

174.70 189.89 143352.5952

173.95 189.08 139597.7042

174.33 189.49 134988.2097

174.83 190.04 134817.6891

176.34 191.67 138562.2311

178.20 193.70 138806.4375

163.36 177.56 135229.5846

173.01 188.05 140580.2104
Flue Gas Pressure (atm) Flue Gas Sampling Point Temperature (Deg F)

0.917727216 612.089

0.917727216 579.500375

0.917727216 597.42425

0.917727216 584.749625

0.917727216 598.503875

0.917727216 596.097125

0.917727216 581.890625

0.917727216 564.644375

0.917727216 561.74975

0.917727216 571.00175

0.917727216 562.542125

0.917727216 570.716

0.917727216 585.099875

0.917727216 566.14775

0.917727216 560.840375

0.917727216 574.4525

0.917727216 566.1815

0.917727216 577.40225

0.917727216 568.5335

0.917727216 635.213

0.917727216 560.1755

0.917727216 551.026625

0.917727216 565.542875

0.917727216 584.427875

0.917727216 563.0435

0.917727216 580.510625

0.917727216 609.38825

0.917727216 573.647375

0.917727216 576.030125

0.917727216 577.863125
Flue Gas Oxygen Content (%) Flue Gas Carbon Dioxide Content (%) Flue Gas Moisture Content (%)

2.95 10.7 10.81833143

3.21 11.0 10.81833143

2.60 11.2 10.81833143

3.74 10.8 10.81833143

3.30 10.7 10.81833143

2.56 10.8 10.81833143

2.62 10.5 10.81833143

2.59 10.7 10.81833143

2.84 10.5 10.81833143

2.97 10.7 10.81833143

2.47 10.2 10.81833143

2.58 10.6 10.81833143

2.65 10.5 10.81833143

2.71 10.4 10.81833143

2.85 10.6 10.81833143

2.61 10.8 10.81833143

3.63 10.8 10.81833143

3.40 10.9 10.81833143

2.58 10.8 10.81833143

3.51 10.9 10.81833143

3.38 10.3 10.81833143

3.37 10.3 10.81833143

2.68 10.5 10.81833143

3.06 10.3 10.81833143

2.97 10.6 10.81833143

2.89 10.6 10.81833143

3.44 10.6 10.81833143

3.24 10.6 10.81833143

2.72 10.8 10.81833143

2.87 11.0 10.81833143