Instructions for filling CEMS Information

This Information Collection Request (ICR) spreadsheet is intended to collect CEM data for CO, NO

and Oxidized). This spreadsheet is intended to be used for one boiler of one facility. Data for multiple boilers s

handled by using separate spreadsheets. Please rename each resulting spreadsheet with the following naming 

[FacilityID]_Unit_[BoilerID]_CEMS.xls (example: 8100_Unit_2_CEMS.xls).

This spreadsheet is divided into several worksheets, which may be accessed by clicking on each of the color coded 

bottom of the page. Please begin with the Boiler Information tab, then proceed to the Hourly tab for a given cons

and then to the daily tab for the constituent. Yellow highlighted column headers mean that the field is required. 

highlighted cells do not require data entry, as they are filled in automatically from the information that you input 

Boiler Information worksheet. Green highlighting in a cell indicates that it should be populated using a drop

which is provided. 

Please refer to the following steps when using this spreadsheet. CEM data for each constituent are collected on t

worksheet, which are color coded by surrogate group. Additionally, your are asked to provide boiler specific infor

about the control device configuration and fuel mix during the test for each surrogate group.

Boiler Information

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

first row. Note that column D contains each constituent/surrogate group combination being tested, and is color c

the various hourly and daily data entry tabs.

2. Please enter the typical control device configuration and operating rate used during the 30

Information worksheet in columns E and F for each constituent/surrogate group combination.

3. Please enter information about the typical fuel mix for the boiler used during the 30-day test period for each 

constituent/surrogate group in columns G through V on the Boiler information worksheet . You may specify up to 

fuels used in the mix, using drop-down boxes, as well as fuel input rate and units. The unit choices are contained 

down box. If you choose "other" as your fuel, you must specify the fuel in the "Specify if Fuel is other" column.

4. If applicable, please enter Operational Upsets or other Important Conditions Occurring During 30 Day Period o

Information worksheet in column W.

CEM Hourly Average Results

There are 5 hourly average results worksheets in this spreadsheet, including CO, NOX, SO2 Organic, SO

There are 720 rows for which you may enter data, one for each hour of a 30 day monitoring period. You must en

the unit of measure on this worksheet from your CEM readout and the converted values for both lb/MMBtu and 

7% O2. Please ensure that you are entering CO, NOX, SO2(Organic and Acid Gas), and Hg data in the appropriate w

As you scroll to the right on each of these screens, you will find text boxes, which expand as you type, requesting 

provide the equations/description of the process used to convert to both lb/MMBtu and ppmvd @ 7% O

Note: To convert from a wet to a dry concentration value, EPA suggests the moisture approximation method in P

Appendix A, section 2.1.5, the minimum potential moisture of 3.0 percent or a measured value from the past). Al

tester can calculate the concentration in units of ppmvd@ 7 percent O2 using the CO2 data. The tester can deter

values from the CO2 measurements using Method 3B, equation 3B-2 or part 75, appendix F, equation F

algebraically).
1. In the red box, please provide the date and hour of each average, along with the converted values for both lb/

ppmvd @ 7% O2. Then provide the correction factor and , if applicable, the standard fuel F

2. In the top green box that is to the right of the spread sheet, please provide the equations and a narrative descr

necessary) that you used to convert from hourly units of measure to daily units of Measure (lb/MMBtu).

3. In the lower green box that is to the right of the spread sheet, please provide the equations and a narrative de

necessary) that you used to convert from hourly units of measure to daily units of Measure (ppmvd @ 7% O

CEM Daily Average Results

There are 5 daily average results worksheets in this spreadsheet, including CO, NOX, SO2 Organic, SO

intent of this worksheet is for you to provide daily average data based on the hourly data that you provided for yo

in both lb/MMBtu and ppmvd @ 7% O2. Please ensure that you are entering CO, NOX, SO2 

data in the appropriate worksheets.

1. Please provide the date of each average, along with the converted values for both lb/MMBtu and ppmvd @ 7% 

2. Please provide the correction factor and , if applicable, the standard fuel F-Factor.

3. Please provide the average load in Megawatts for each day of the 30-day test period.
EM data for CO, NOX, SO2, and Hg (Elemental 

 facility. Data for multiple boilers should be 

eadsheet with the following naming convention: 

y clicking on each of the color coded tabs at the

ed to the Hourly tab for a given constituent, 

ers mean that the field is required. Gray 

rom the information that you input on the 

ould be populated using a drop-down menu, 

r each constituent are collected on their own 

asked to provide boiler specific information 

urrogate group.

er on the Boiler Information worksheet. on the 

mbination being tested, and is color coded to 

ed during the 30-day test period on the Boiler 

oup combination.

day test period for each 

n worksheet . You may specify up to 4 different 

nits. The unit choices are contained in a drop

 "Specify if Fuel is other" column.

ns Occurring During 30 Day Period on the Boiler

Organic, SO2 Acid Gas, and Hg. 

ay monitoring period. You must enter both 

rted values for both lb/MMBtu and ppmvd @ 

as), and Hg data in the appropriate worksheets. 

hich expand as you type, requesting that you 

MMBtu and ppmvd @ 7% O2.

moisture approximation method in Part 75 (i.e., 

a measured value from the past). Also, the 

 the CO2 data. The tester can determine O2 

75, appendix F, equation F-14b (same equation 
th the converted values for both lb/MMBtu and 

andard fuel F-Factor.

 the equations and a narrative description (as 

ts of Measure (lb/MMBtu).

de the equations and a narrative description (as 

ts of Measure (ppmvd @ 7% O2).

Organic, SO2 Acid Gas, and Hg. The 

hourly data that you provided for your boiler,

2 Organic, SO2 Acid Gas, and Hg 

or both lb/MMBtu and ppmvd @ 7% O2. 
EIA Facility Code Facility Name Boiler ID Pollutant

642 Scholz 1,2 CO Organic HAP

642 Scholz 1,2 SO2 Organic HAP

642 Scholz 1,2 NOx Acid Gas

642 Scholz 1,2 SO2 Acid Gas

642 Scholz 1,2 Hg Metallic
Typical Control Device Configuration During 30 Day Test

Listed (by boiler) in the Configuration Order Section of the Facility Unit Configurations Section of 

the Electronic ICR

Listed (by boiler) in the Configuration Order Section of the Facility Unit Configurations Section of 

the Electronic ICR

Listed (by boiler) in the Configuration Order Section of the Facility Unit Configurations Section of 

the Electronic ICR
Typical Operating Rate 

During 30 Day Test 

(MMBtu/hr)

Typical Fuel 

Mix During 30 

Day Test: Fuel 

1

Specify If Fuel 1 

is Other

Fuel 1 Input 

Rate

Fuel 1 Input 

Rate Units

Typical Fuel 

Mix During 

30 Day Test: 

Fuel 2

Specify If 

Fuel 2 is 

Other

626.707 bituminous 591.07 ton/day

626.707 bituminous 591.07 ton/day

626.707 bituminous 591.07 ton/day
Fuel 2 Input 

Rate

Fuel 2 Input 

Rate Units

Typical Fuel 

Mix During 

30 Day Test: 

Fuel 3

Specify If 

Fuel 3 is 

Other

Fuel 3 Input 

Rate

Fuel 3 Input 

Rate Units

Typical Fuel 

Mix During 

30 Day Test: 

Fuel 4

Specify If 

Fuel 4 is 

Other

Fuel 4 Input 

Rate
Fuel 4 Input 

Rate Units

List Operational Upsets or other Important 

Conditions Occuring During 30 Day Period
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Step 1.

Date 

(MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)

Day1 Hour 1

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CEM Hourly Average Emission Data Points for Most Recent 30 
Day2 Hour 24

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Hourly CO Emission Value 

(CEM Units of Measure)

Emission Unit of 

Measure Recorded 

by CEM

Oxygen Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

nts for Most Recent 30 Day Averaging Period for Carbon Monoxide













Step 2.

Sample Unit Conversion Equation from CEM Units of Measure to pounds per million BTU (lb/MMBtu):

Step 3.

Sample Unit Conversion Equation from Hourly Units of parts per million by volume dry basis at 7% O2(ppmvd @ 7% O













(ppmvd @ 7% O2

):
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Date 

(MM/DD/YYYY)

Emission Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)

Day 1

Day 2

Day 3

Day 4

Day 5

Day 6

Day 7

Day 8

Day 9

Day 10

Day 11

Day 12

Day 13

Day 14

Day 15

Day 16

Day 17

Day 18

Day 19

Day 20

Day 21

Day 22

Day 23

Day 24

Day 25

Day 26

Day 27

Day 28

Day 29

Day 30

CEM Daily Average Emission Data Points for Most Recent 30 Day Avera
Oxygen Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Average Load

(MW)

 Most Recent 30 Day Averaging Period for Carbon Monoxide
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Step 1.

Date (MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

Day1 Hour 1

Day1 Hour 2

Day1 Hour 3

Day1 Hour 4

Day1 Hour 5

Day1 Hour 6

Day1 Hour 7

Day1 Hour 8

Day1 Hour 9

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Day1 Hour 13

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Day1 Hour 17

Day1 Hour 18 2/27/2010 17:00 1.240

Day1 Hour 19 2/27/2010 18:00 1.221

Day1 Hour 20 2/27/2010 19:00 1.226

Day1 Hour 21 2/27/2010 20:00 1.234

Day1 Hour 22 2/27/2010 21:00 1.230

Day1 Hour 23 2/27/2010 22:00 1.231

Day1 Hour 24 2/27/2010 23:00 1.231

Day2 Hour 1 2/28/2010 0:00 1.229

Day2 Hour 2 2/28/2010 1:00 1.231

Day2 Hour 3 2/28/2010 2:00 1.227

Day2 Hour 4 2/28/2010 3:00 1.232

Day2 Hour 5 2/28/2010 4:00 1.236

Day2 Hour 6 2/28/2010 5:00 1.241

Day2 Hour 7 2/28/2010 6:00 1.239

Day2 Hour 8 2/28/2010 7:00 1.382

Day2 Hour 9 2/28/2010 8:00 1.280

Day2 Hour 10 2/28/2010 9:00 1.274

Day2 Hour 11 2/28/2010 10:00 1.222

Day2 Hour 12 2/28/2010 11:00 1.220

Day2 Hour 13 2/28/2010 12:00 1.225

Day2 Hour 14 2/28/2010 13:00 1.218

Day2 Hour 15 2/28/2010 14:00 1.237

Day2 Hour 16 2/28/2010 15:00 1.239

CEM Hourly Average Emission Data Points for Most Rece
Day2 Hour 17 2/28/2010 16:00 1.246

Day2 Hour 18 2/28/2010 17:00 1.244

Day2 Hour 19 2/28/2010 18:00 1.243

Day2 Hour 20 2/28/2010 19:00 1.233

Day2 Hour 21 2/28/2010 20:00 1.230

Day2 Hour 22 2/28/2010 21:00 1.233

Day2 Hour 23 2/28/2010 22:00 1.227

Day2 Hour 24 2/28/2010 23:00 1.232

Day3 Hour 1 3/1/2010 0:00 1.240

Day3 Hour 2 3/1/2010 1:00 1.237

Day3 Hour 3 3/1/2010 2:00 1.242

Day3 Hour 4 3/1/2010 3:00 1.240

Day3 Hour 5 3/1/2010 4:00 1.244

Day3 Hour 6 3/1/2010 5:00 1.242

Day3 Hour 7 3/1/2010 6:00 1.245

Day3 Hour 8 3/1/2010 7:00 1.412

Day3 Hour 9 3/1/2010 8:00 1.329

Day3 Hour 10 3/1/2010 9:00 1.329

Day3 Hour 11 3/1/2010 10:00 1.326

Day3 Hour 12 3/1/2010 11:00 1.331

Day3 Hour 13 3/1/2010 12:00 1.340

Day3 Hour 14 3/1/2010 13:00 1.350

Day3 Hour 15 3/1/2010 14:00 1.354

Day3 Hour 16 3/1/2010 15:00 1.379

Day3 Hour 17 3/1/2010 16:00 1.395

Day3 Hour 18 3/1/2010 17:00 1.396

Day3 Hour 19 3/1/2010 18:00 1.388

Day3 Hour 20 3/1/2010 19:00 1.369

Day3 Hour 21 3/1/2010 20:00 1.345

Day3 Hour 22 3/1/2010 21:00 1.332

Day3 Hour 23 3/1/2010 22:00 1.315

Day3 Hour 24 3/1/2010 23:00 1.310

Day4 Hour 1 3/2/2010 0:00 1.310

Day4 Hour 2 3/2/2010 1:00 1.329

Day4 Hour 3 3/2/2010 2:00 1.318

Day4 Hour 4 3/2/2010 3:00 1.314

Day4 Hour 5 3/2/2010 4:00 1.320

Day4 Hour 6 3/2/2010 5:00 1.320

Day4 Hour 7 3/2/2010 6:00 1.327

Day4 Hour 8 3/2/2010 7:00 1.464

Day4 Hour 9 3/2/2010 8:00 1.318

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Day4 Hour 11 3/2/2010 10:00 1.329

Day4 Hour 12 3/2/2010 11:00 1.343

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Day4 Hour 18 3/2/2010 17:00 1.349

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Day5 Hour 1 3/3/2010 0:00 1.319

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Day6 Hour 1 3/4/2010 0:00 1.361

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Day7 Hour 1 3/5/2010 0:00 1.398

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Day8 Hour 1 3/6/2010 0:00 1.353

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Day9 Hour 1 3/7/2010 0:00 1.357

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Day9 Hour 7 3/7/2010 6:00 1.348

Day9 Hour 8 3/7/2010 7:00 1.491

Day9 Hour 9 3/7/2010 8:00 1.344

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Day9 Hour 11 3/7/2010 10:00 1.364

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Day9 Hour 13 3/7/2010 12:00 1.384

Day9 Hour 14 3/7/2010 13:00 1.397

Day9 Hour 15 3/7/2010 14:00 1.400

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Day9 Hour 23 3/7/2010 22:00 1.464

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Day10 Hour 1 3/8/2010 0:00 1.474

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Day10 Hour 8 3/8/2010 7:00 1.567

Day10 Hour 9 3/8/2010 8:00 1.424

Day10 Hour 10 3/8/2010 9:00 1.418

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Day10 Hour 20 3/8/2010 19:00 1.489

Day10 Hour 21 3/8/2010 20:00 1.477

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Day11 Hour 1 3/9/2010 0:00 1.488

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Day11 Hour 7 3/9/2010 6:00 1.563

Day11 Hour 8 3/9/2010 7:00 1.656

Day11 Hour 9 3/9/2010 8:00 1.575

Day11 Hour 10 3/9/2010 9:00 1.588

Day11 Hour 11 3/9/2010 10:00 1.620

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Day11 Hour 13 3/9/2010 12:00 1.619

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Day11 Hour 15 3/9/2010 14:00 1.627

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Day11 Hour 17 3/9/2010 16:00 1.577

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Day11 Hour 19 3/9/2010 18:00 1.563

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Day11 Hour 21 3/9/2010 20:00 1.520

Day11 Hour 22 3/9/2010 21:00 1.508

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Day11 Hour 24 3/9/2010 23:00 1.487

Day12 Hour 1 3/10/2010 0:00 1.486

Day12 Hour 2 3/10/2010 1:00 1.477

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Day12 Hour 4 3/10/2010 3:00 1.493

Day12 Hour 5 3/10/2010 4:00 1.484

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Day12 Hour 7 3/10/2010 6:00 1.518

Day12 Hour 8 3/10/2010 7:00 1.642

Day12 Hour 9 3/10/2010 8:00 1.548

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Day12 Hour 13 3/10/2010 12:00 1.576

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Day12 Hour 15 3/10/2010 14:00 1.567

Day12 Hour 16 3/10/2010 15:00 1.535

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Day12 Hour 22 3/10/2010 21:00 1.548

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Day13 Hour 1 3/11/2010 0:00 1.545

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Day13 Hour 3 3/11/2010 2:00 1.542

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Day13 Hour 5 3/11/2010 4:00 1.531

Day13 Hour 6 3/11/2010 5:00 1.537

Day13 Hour 7 3/11/2010 6:00 1.570

Day13 Hour 8 3/11/2010 7:00 1.660

Day13 Hour 9 3/11/2010 8:00 1.568

Day13 Hour 10 3/11/2010 9:00 1.573

Day13 Hour 11 3/11/2010 10:00 1.586

Day13 Hour 12 3/11/2010 11:00 1.583

Day13 Hour 13 3/11/2010 12:00 1.617

Day13 Hour 14 3/11/2010 13:00 1.639

Day13 Hour 15 3/11/2010 14:00 1.643

Day13 Hour 16 3/11/2010 15:00 1.628

Day13 Hour 17 3/11/2010 16:00 1.613

Day13 Hour 18 3/11/2010 17:00 1.620

Day13 Hour 19 3/11/2010 18:00 1.597

Day13 Hour 20 3/11/2010 19:00 1.578

Day13 Hour 21 3/11/2010 20:00 1.573

Day13 Hour 22 3/11/2010 21:00 1.573

Day13 Hour 23 3/11/2010 22:00 1.579

Day13 Hour 24 3/11/2010 23:00 1.584

Day14 Hour 1 3/12/2010 0:00 1.592

Day14 Hour 2 3/12/2010 1:00 1.585

Day14 Hour 3 3/12/2010 2:00 1.588

Day14 Hour 4 3/12/2010 3:00 1.576

Day14 Hour 5 3/12/2010 4:00 1.567

Day14 Hour 6 3/12/2010 5:00 1.551

Day14 Hour 7 3/12/2010 6:00 1.534

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Emission Value

(ppmvd @ 7% O2)

Hourly SO2 Emission Value 

(CEM Units of Measure)

Emission Unit of 

Measure Recorded 

by CEM

Oxygen 

Content (%)

507.871 381.3 ppmvw 9.679

500.062 349.7 ppmvw 10.448

502.343 335.7 ppmvw 10.912

505.437 345.2 ppmvw 10.692

503.929 341.7 ppmvw 10.765

504.425 340.8 ppmvw 10.802

504.348 339.1 ppmvw 10.851

503.309 327.3 ppmvw 11.181

504.420 337.5 ppmvw 10.900

502.744 337.2 ppmvw 10.875

504.721 341 ppmvw 10.802

506.329 342.5 ppmvw 10.790

508.410 346.4 ppmvw 10.717

507.383 345.7 ppmvw 10.717

566.005 346.8 ppmvw 11.742

524.264 473.7 ppmvw 7.395

521.788 467.2 ppmvw 7.517

500.805 335.9 ppmvw 10.875

499.594 325.7 ppmvw 11.156

501.759 334.9 ppmvw 10.924

499.097 331.9 ppmvw 10.961

506.547 347.2 ppmvw 10.655

507.714 348 ppmvw 10.655

Emission Data Points for Most Recent 30 Day Averaging Period for Sulfur Dioxide
510.511 349.5 ppmvw 10.668

509.509 345.9 ppmvw 10.753

509.255 352.8 ppmvw 10.546

505.114 332.6 ppmvw 11.058

503.764 342 ppmvw 10.753

504.961 342.4 ppmvw 10.765

502.664 339.2 ppmvw 10.814

504.887 340.7 ppmvw 10.814

508.174 334.2 ppmvw 11.071

506.710 344 ppmvw 10.753

508.694 344.1 ppmvw 10.790

507.933 344 ppmvw 10.778

509.485 346.3 ppmvw 10.741

508.736 348.7 ppmvw 10.655

510.191 357.2 ppmvw 10.436

578.354 413.9 ppmvw 10.204

544.583 488.5 ppmvw 7.493

544.299 487.8 ppmvw 7.505

543.204 477.5 ppmvw 7.762

545.395 487 ppmvw 7.554

548.852 486.5 ppmvw 7.652

552.973 476.6 ppmvw 8.018

554.854 489.1 ppmvw 7.725

564.977 491.1 ppmvw 7.908

571.576 491.7 ppmvw 8.042

571.999 494.4 ppmvw 7.981

568.469 494.6 ppmvw 7.896

560.850 450.4 ppmvw 8.897

550.961 410.5 ppmvw 9.764

545.569 404.7 ppmvw 9.813

538.806 342.9 ppmvw 11.388

536.535 345.4 ppmvw 11.278

536.764 335.9 ppmvw 11.547

544.441 349.6 ppmvw 11.303

540.081 346.8 ppmvw 11.303

538.493 347.1 ppmvw 11.266

540.806 350.8 ppmvw 11.205

540.664 353.8 ppmvw 11.119

543.626 362.4 ppmvw 10.936

599.824 344 ppmvw 12.328

540.008 356.9 ppmvw 11.022

540.044 355.6 ppmvw 11.058

544.245 359.7 ppmvw 11.022

550.063 360.4 ppmvw 11.107

548.930 361.9 ppmvw 11.046

552.162 351.4 ppmvw 11.388

547.948 361.7 ppmvw 11.034
566.920 473.8 ppmvw 8.409

559.255 457.8 ppmvw 8.665

552.624 353.5 ppmvw 11.339

548.543 360.3 ppmvw 11.083

549.004 361.5 ppmvw 11.058

547.157 372.8 ppmvw 10.717

545.654 379.8 ppmvw 10.497

544.899 381.5 ppmvw 10.436

541.493 380 ppmvw 10.411

540.163 369.8 ppmvw 10.668

540.225 382.2 ppmvw 10.326

539.465 368 ppmvw 10.704

541.770 370.9 ppmvw 10.668

540.043 378.1 ppmvw 10.436

540.093 379.9 ppmvw 10.387

544.054 425.8 ppmvw 9.202

598.502 455.7 ppmvw 9.520

554.603 499.3 ppmvw 7.444

561.441 497.2 ppmvw 7.664

559.698 498.4 ppmvw 7.591

559.297 498.5 ppmvw 7.578

557.763 498.5 ppmvw 7.542

560.308 487.5 ppmvw 7.896

567.050 506.8 ppmvw 7.542

574.444 512 ppmvw 7.578

581.006 516.9 ppmvw 7.603

585.815 520.7 ppmvw 7.615

582.325 519.5 ppmvw 7.566

581.399 506.8 ppmvw 7.872

571.595 466.5 ppmvw 8.702

559.703 359.4 ppmvw 11.303

558.741 356.5 ppmvw 11.364

560.819 359.2 ppmvw 11.327

557.627 348.5 ppmvw 11.559

558.574 360.5 ppmvw 11.254

561.384 380.2 ppmvw 10.778

560.425 364.9 ppmvw 11.168

558.696 365.6 ppmvw 11.119

558.987 369.9 ppmvw 11.010

562.568 428.8 ppmvw 9.508

624.063 482.3 ppmvw 9.349

587.761 552.2 ppmvw 6.858

591.788 555.5 ppmvw 6.870

591.486 552.8 ppmvw 6.931

585.018 545.8 ppmvw 6.956

578.665 539.4 ppmvw 6.968

580.512 523.1 ppmvw 7.432
582.113 531.2 ppmvw 7.261

579.380 530.6 ppmvw 7.212

583.573 537.3 ppmvw 7.139

593.875 546.3 ppmvw 7.151

594.667 548 ppmvw 7.127

579.352 432.6 ppmvw 9.740

575.512 394 ppmvw 10.668

575.512 394 ppmvw 10.668

578.790 400.5 ppmvw 10.558

577.364 401.4 ppmvw 10.509

572.753 387.9 ppmvw 10.778

574.066 397.7 ppmvw 10.546

574.422 395.6 ppmvw 10.607

579.029 398.3 ppmvw 10.619

581.572 402.9 ppmvw 10.546

581.605 409.1 ppmvw 10.387

576.687 401.4 ppmvw 10.497

621.715 372.3 ppmvw 11.950

568.344 394.2 ppmvw 10.533

564.595 391.6 ppmvw 10.533

564.258 388.6 ppmvw 10.607

566.932 387.2 ppmvw 10.692

568.628 386.5 ppmvw 10.741

569.716 377 ppmvw 11.010

567.025 386.8 ppmvw 10.704

563.243 383.3 ppmvw 10.729

559.339 381.1 ppmvw 10.717

557.386 386.6 ppmvw 10.533

553.638 384 ppmvw 10.533

554.235 374 ppmvw 10.814

552.646 379.7 ppmvw 10.631

553.321 377 ppmvw 10.717

554.720 377.5 ppmvw 10.729

556.939 378.1 ppmvw 10.753

554.231 366.3 ppmvw 11.022

557.451 387.1 ppmvw 10.521

559.045 380.9 ppmvw 10.717

561.379 385.7 ppmvw 10.631

559.842 381.9 ppmvw 10.704

556.323 374.5 ppmvw 10.839

558.943 382.2 ppmvw 10.680

615.978 358.8 ppmvw 12.194

558.130 382.1 ppmvw 10.668

554.202 377.6 ppmvw 10.717

554.907 380.8 ppmvw 10.643

555.624 382.2 ppmvw 10.619

556.324 379.5 ppmvw 10.704
558.448 370 ppmvw 10.997

558.707 379.3 ppmvw 10.753

556.578 377.4 ppmvw 10.765

554.296 375.4 ppmvw 10.778

556.773 383.9 ppmvw 10.594

556.114 383.9 ppmvw 10.582

552.767 370.3 ppmvw 10.887

550.390 378.6 ppmvw 10.619

551.915 380.1 ppmvw 10.607

551.553 379.4 ppmvw 10.619

552.433 378.2 ppmvw 10.668

555.720 369.1 ppmvw 10.973

558.312 380.4 ppmvw 10.717

553.169 377.8 ppmvw 10.692

554.665 382.9 ppmvw 10.582

556.064 387.5 ppmvw 10.485

555.634 387.2 ppmvw 10.485

552.373 375 ppmvw 10.753

610.834 357.8 ppmvw 12.145

550.381 370.5 ppmvw 10.839

552.734 376.6 ppmvw 10.717

558.918 379.9 ppmvw 10.741

561.409 379.3 ppmvw 10.802

566.909 389.5 ppmvw 10.631

572.436 378.8 ppmvw 11.010

573.668 391.8 ppmvw 10.692

579.687 399.7 ppmvw 10.594

582.599 397.9 ppmvw 10.692

586.420 405.3 ppmvw 10.570

587.001 408.1 ppmvw 10.509

591.453 393.8 ppmvw 10.949

591.604 408.4 ppmvw 10.582

596.306 405.8 ppmvw 10.729

599.641 406.6 ppmvw 10.765

600.037 410.3 ppmvw 10.680

603.990 398.2 ppmvw 11.046

603.582 407.3 ppmvw 10.814

597.917 402.5 ppmvw 10.839

591.678 395.4 ppmvw 10.912

589.032 397 ppmvw 10.826

588.948 395.5 ppmvw 10.863

589.225 400.5 ppmvw 10.741

641.813 372.8 ppmvw 12.218

583.246 385 ppmvw 11.034

580.978 387.3 ppmvw 10.936

581.318 395.6 ppmvw 10.729

579.456 396.7 ppmvw 10.668
584.876 402.8 ppmvw 10.607

592.432 393 ppmvw 10.985

594.160 399 ppmvw 10.863

593.139 392.5 ppmvw 11.010

602.402 394.2 ppmvw 11.119

610.499 399 ppmvw 11.132

614.435 408.6 ppmvw 10.961

609.871 395.6 ppmvw 11.205

605.095 401.4 ppmvw 10.985

606.747 402 ppmvw 10.997

607.512 403.5 ppmvw 10.973

609.919 404.6 ppmvw 10.985

609.723 396.5 ppmvw 11.181

618.306 413.7 ppmvw 10.900

625.214 417.3 ppmvw 10.924

623.602 420.3 ppmvw 10.826

625.847 416.7 ppmvw 10.949

623.908 430.7 ppmvw 10.582

640.202 527.2 ppmvw 8.592

678.546 517.2 ppmvw 9.508

645.183 587.7 ppmvw 7.285

650.522 591.5 ppmvw 7.310

663.821 596 ppmvw 7.481

666.793 595.4 ppmvw 7.554

663.162 592.7 ppmvw 7.542

664.161 578.4 ppmvw 7.884

666.582 591.4 ppmvw 7.640

655.064 576.9 ppmvw 7.737

645.918 569.9 ppmvw 7.713

643.789 569.6 ppmvw 7.676

640.095 567.9 ppmvw 7.640

633.186 544.7 ppmvw 8.042

622.833 541.9 ppmvw 7.896

617.650 538.4 ppmvw 7.872

615.718 450.7 ppmvw 9.959

609.272 397.7 ppmvw 11.144

608.763 391.4 ppmvw 11.290

604.944 401.3 ppmvw 10.985

604.510 402 ppmvw 10.961

611.725 402.8 ppmvw 11.058

608.119 404.4 ppmvw 10.961

611.580 408.7 ppmvw 10.912

622.029 491.4 ppmvw 9.093

672.561 501.1 ppmvw 9.764

634.213 563.2 ppmvw 7.627

641.976 563.8 ppmvw 7.774

650.121 559.8 ppmvw 8.030
652.870 564.3 ppmvw 7.981

645.611 563.3 ppmvw 7.859

645.788 547.1 ppmvw 8.238

642.090 563.9 ppmvw 7.774

628.780 488 ppmvw 9.300

630.280 400.6 ppmvw 11.400

641.732 410.5 ppmvw 11.339

638.325 415.1 ppmvw 11.181

632.404 406.6 ppmvw 11.290

636.267 417.4 ppmvw 11.095

634.118 413.4 ppmvw 11.156

632.023 414.1 ppmvw 11.107

632.151 414.7 ppmvw 11.095

632.951 405.4 ppmvw 11.327

633.693 418.3 ppmvw 11.034

631.699 417.5 ppmvw 11.022

625.630 414 ppmvw 11.010

627.255 416.1 ppmvw 10.985

629.601 422.8 ppmvw 10.863

643.171 506 ppmvw 9.141

679.852 503.2 ppmvw 9.837

642.230 561.4 ppmvw 7.835

644.458 564.4 ppmvw 7.810

649.887 566.5 ppmvw 7.872

648.636 561.7 ppmvw 7.957

662.514 565.6 ppmvw 8.140

671.407 551.8 ppmvw 8.616

672.994 565.2 ppmvw 8.348

666.941 567.2 ppmvw 8.189

660.642 566.7 ppmvw 8.079

663.638 556.8 ppmvw 8.360

654.130 520.5 ppmvw 9.007

646.237 506.3 ppmvw 9.190

644.572 522.9 ppmvw 8.775

644.293 523.2 ppmvw 8.763

646.967 525.9 ppmvw 8.751

648.898 528 ppmvw 8.738

652.006 526.8 ppmvw 8.824

649.273 547.4 ppmvw 8.299

650.459 548.4 ppmvw 8.299

645.499 545.8 ppmvw 8.262

641.982 544.4 ppmvw 8.226

635.193 540.2 ppmvw 8.189

628.444 536 ppmvw 8.152









Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Step 2.

Sample Unit Conversion Equation from CEM Units of Measure to pounds per million BTU (

From Part 75, Appendix F, Equation F-6: 

E = K * Ch * Fc * (100 / %CO2) 

where: K = 1.660 * 10-7 (lb/dscf)/ppm SO2 

E = pollutant emissions during unit operation, lb/mmBtu 

Ch = Hourly average pollutant concentration during unit operation, ppm 

%CO2 = carbon dioxide volume during unit operation (percent CO2) 

Step 3.

Sample Unit Conversion Equation from Hourly Units of parts per million by volume dry bas

From Part 75, Appendix F, Equation F-15b: 

CO2w = (100 / 20.9) * (Fc / F) * [(20.9 * ( 100 - %H2O) / 100) - O2w] 

where: CO2w = hourly average CO2 concentration, % by volume, wet 

O2w = hourly average O2 concentrtation, % by volume, wet 

F, Fc = F-factor and carbon-based Fc-factor 

20.9 = percentage O2 in air 

%H2O = moisture content of flue gas 

For bituminous coal: 

F = 9780

Fc = 1800 

Assume %H2O = 7.0% (based on Part III ICR test data). 

Rearranging Equation F-15b to solve for O2w: 

O2w = [20.9 * (100 - %H2O) / 100] - [CO2w * (20.9 / 100) * (F / Fc)]

O2w = [20.9 * (100 - 7) / 100] - [CO2w * (20.9 / 100) * (9780 / 1800)] 
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

O2w = [20.9 * (100 - 7) / 100] - [CO2w * (20.9 / 100) * (9780 / 1800)] 

O2w = 19.437 - (1.135567 * CO2w) 

Converting from wet basis to dry basis: 

O2d = O2w / [(100 - %H2O) / 100] 

O2d = [19.437 - (1.135567 * CO2w)] / [(100 - 7) / 100] 

O2d = [19.437 - (1.135567 * CO2w)] / 0.93 

O2d = 20.9 - (1.221040 * CO2w) 

Converting ppmvw to ppmvd: 

ppmvd = ppmvw / [(100 - %H2O) / 100] 

ppmvd = ppmvw / [(100 - 7) / 100] 

ppmvd = ppmvw / 0.93 

Converting ppmvd @ O2d to ppmvd @ 7% O2: 

ppmvd @ 7% O2 = (ppmvd @ O2d) * [(20.9 - 7) / (20.9 - O2d)] 

ppmvd @ 7% O2 = (ppmvw / 0.93) * [13.9 / (20.9 - (20.9 - (1.221040 * CO2w) )] 

ppmvd @ 7% O2 = (ppmvw / 0.93) * [13.9 / (1.221040 * CO2w)] 

ppmvd @ 7% O2 = ppmvw * 11.3837 / CO2w 
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800









easure to pounds per million BTU (lb/MMBtu):

ring unit operation, ppm 

ration (percent CO2) 

parts per million by volume dry basis at 7% O2(ppmvd @ 7% O2):

O2w] 

y volume, wet 

volume, wet 

9780 / 1800)] 
9780 / 1800)] 

(1.221040 * CO2w) )] 
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Date (MM/DD/YYYY)

Emission Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)*

Day 1 2/27/2010 1.230 504.059

Day 2 2/28/2010 1.242 508.981

Day 3 3/1/2010 1.320 541.115

Day 4 3/2/2010 1.339 548.485

Day 5 3/3/2010 1.369 560.847

Day 6 3/4/2010 1.412 578.237

Day 7 3/5/2010 1.387 568.201

Day 8 3/6/2010 1.363 558.431

Day 9 3/7/2010 1.398 572.832

Day 10 3/8/2010 1.461 598.428

Day 11 3/9/2010 1.561 639.546

Day 12 3/10/2010 1.542 631.791

Day 13 3/11/2010 1.584 648.846

Day 14 3/12/2010 1.570 643.265

Day 15

Day 16

Day 17

Day 18

Day 19

Day 20

Day 21

Day 22

Day 23

Day 24

Day 25

Day 26

Day 27

Day 28

Day 29

Day 30

CEM Daily Average Emission Data Points for Most Recent 30 Day Aver
Oxygen Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Average Load

(MW)

10.593 Fd=9780, Fc=1800 45.747

10.585 Fd=9780, Fc=1800 43.362

9.254 Fd=9780, Fc=1800 73.037

10.887 Fd=9780, Fc=1800 47.894

9.004 Fd=9780, Fc=1800 74.565

8.991 Fd=9780, Fc=1800 72.204

10.704 Fd=9780, Fc=1800 44.838

10.772 Fd=9780, Fc=1800 44.940

10.764 Fd=9780, Fc=1800 44.881

10.977 Fd=9780, Fc=1800 44.887

8.826 Fd=9780, Fc=1800 77.358

9.970 Fd=9780, Fc=1800 64.193

9.152 Fd=9780, Fc=1800 77.989

8.322 Fd=9780, Fc=1800 89.214

ints for Most Recent 30 Day Averaging Period for Sulfur Dioxide * Note: To convert from a wet to a 

method in Part 75 (i.e., Appendix A, 

measured value from the past).

percent O2 using the CO

Method 3B, equation 3B

Daily averages only include hours pr
 To convert from a wet to a dry concentration value, EPA suggests the moisture approximation 

d in Part 75 (i.e., Appendix A, section 2.1.5, the minimum potential moisture of 3.0 percent or a 

ed value from the past). Also, the tester can calculate the concentration in units of ppmvd@ 7 

using the CO2 data. The tester can determine O2values from the CO2 measurements using 

d 3B, equation 3B-2 or part 75, appendix F, equation F-14b (same equation algebraically).

verages only include hours provided in the hourly average tab.
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Step 1.

Date 

(MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)

Day1 Hour 1

Day1 Hour 2

Day1 Hour 3

Day1 Hour 4

Day1 Hour 5

Day1 Hour 6

Day1 Hour 7

Day1 Hour 8

Day1 Hour 9

Day1 Hour 10

Day1 Hour 11

Day1 Hour 12

Day1 Hour 13

Day1 Hour 14

Day1 Hour 15

Day1 Hour 16

Day1 Hour 17

Day1 Hour 18 2/27/2010 17:00 0.461 262.793

Day1 Hour 19 2/27/2010 18:00 0.499 284.422

Day1 Hour 20 2/27/2010 19:00 0.505 287.758

Day1 Hour 21 2/27/2010 20:00 0.508 289.323

Day1 Hour 22 2/27/2010 21:00 0.541 307.932

Day1 Hour 23 2/27/2010 22:00 0.582 331.695

Day1 Hour 24 2/27/2010 23:00 0.592 337.323

Day2 Hour 1 2/28/2010 0:00 0.593 337.693

Day2 Hour 2 2/28/2010 1:00 0.590 335.831

Day2 Hour 3 2/28/2010 2:00 0.553 314.737

Day2 Hour 4 2/28/2010 3:00 0.546 311.121

Day2 Hour 5 2/28/2010 4:00 0.544 310.006

Day2 Hour 6 2/28/2010 5:00 0.548 312.179

Day2 Hour 7 2/28/2010 6:00 0.551 314.087

Day2 Hour 8 2/28/2010 7:00 0.570 324.457

Day2 Hour 9 2/28/2010 8:00 0.608 346.079

Day2 Hour 10 2/28/2010 9:00 0.665 378.721

Day2 Hour 11 2/28/2010 10:00 0.606 345.003

Day2 Hour 12 2/28/2010 11:00 0.616 351.112

Day2 Hour 13 2/28/2010 12:00 0.607 345.943

Day2 Hour 14 2/28/2010 13:00 0.544 309.924

Day2 Hour 15 2/28/2010 14:00 0.554 315.425

Day2 Hour 16 2/28/2010 15:00 0.559 318.343

Day2 Hour 17 2/28/2010 16:00 0.556 316.532

Day2 Hour 18 2/28/2010 17:00 0.560 318.756

Day2 Hour 19 2/28/2010 18:00 0.546 310.778

Day2 Hour 20 2/28/2010 19:00 0.559 318.468

Day2 Hour 21 2/28/2010 20:00 0.554 315.515

Day2 Hour 22 2/28/2010 21:00 0.554 315.453

Day2 Hour 23 2/28/2010 22:00 0.557 316.981

CEM Hourly Average Emission Data Points for Most Recent 30 Day 
Day2 Hour 24 2/28/2010 23:00 0.554 315.351

Day3 Hour 1 3/1/2010 0:00 0.547 311.717

Day3 Hour 2 3/1/2010 1:00 0.549 312.569

Day3 Hour 3 3/1/2010 2:00 0.546 311.041

Day3 Hour 4 3/1/2010 3:00 0.552 314.209

Day3 Hour 5 3/1/2010 4:00 0.553 314.695

Day3 Hour 6 3/1/2010 5:00 0.548 312.215

Day3 Hour 7 3/1/2010 6:00 0.547 311.371

Day3 Hour 8 3/1/2010 7:00 0.579 329.909

Day3 Hour 9 3/1/2010 8:00 0.665 378.812

Day3 Hour 10 3/1/2010 9:00 0.672 382.839

Day3 Hour 11 3/1/2010 10:00 0.690 392.927

Day3 Hour 12 3/1/2010 11:00 0.699 398.239

Day3 Hour 13 3/1/2010 12:00 0.709 403.770

Day3 Hour 14 3/1/2010 13:00 0.678 386.246

Day3 Hour 15 3/1/2010 14:00 0.696 396.373

Day3 Hour 16 3/1/2010 15:00 0.711 404.952

Day3 Hour 17 3/1/2010 16:00 0.713 405.811

Day3 Hour 18 3/1/2010 17:00 0.692 394.290

Day3 Hour 19 3/1/2010 18:00 0.682 388.251

Day3 Hour 20 3/1/2010 19:00 0.680 387.390

Day3 Hour 21 3/1/2010 20:00 0.636 362.386

Day3 Hour 22 3/1/2010 21:00 0.632 359.803

Day3 Hour 23 3/1/2010 22:00 0.635 361.718

Day3 Hour 24 3/1/2010 23:00 0.620 352.927

Day4 Hour 1 3/2/2010 0:00 0.617 351.238

Day4 Hour 2 3/2/2010 1:00 0.605 344.325

Day4 Hour 3 3/2/2010 2:00 0.603 343.546

Day4 Hour 4 3/2/2010 3:00 0.609 346.584

Day4 Hour 5 3/2/2010 4:00 0.611 347.793

Day4 Hour 6 3/2/2010 5:00 0.602 342.614

Day4 Hour 7 3/2/2010 6:00 0.588 335.116

Day4 Hour 8 3/2/2010 7:00 0.591 336.703

Day4 Hour 9 3/2/2010 8:00 0.590 336.200

Day4 Hour 10 3/2/2010 9:00 0.600 341.552

Day4 Hour 11 3/2/2010 10:00 0.583 332.266

Day4 Hour 12 3/2/2010 11:00 0.592 337.303

Day4 Hour 13 3/2/2010 12:00 0.589 335.365

Day4 Hour 14 3/2/2010 13:00 0.588 335.163

Day4 Hour 15 3/2/2010 14:00 0.582 331.617

Day4 Hour 16 3/2/2010 15:00 0.651 370.807

Day4 Hour 17 3/2/2010 16:00 0.735 418.892

Day4 Hour 18 3/2/2010 17:00 0.585 333.450

Day4 Hour 19 3/2/2010 18:00 0.535 304.492

Day4 Hour 20 3/2/2010 19:00 0.515 293.258

Day4 Hour 21 3/2/2010 20:00 0.508 289.283

Day4 Hour 22 3/2/2010 21:00 0.510 290.642

Day4 Hour 23 3/2/2010 22:00 0.508 289.518

Day4 Hour 24 3/2/2010 23:00 0.513 291.979

Day5 Hour 1 3/3/2010 0:00 0.529 301.048

Day5 Hour 2 3/3/2010 1:00 0.531 302.340

Day5 Hour 3 3/3/2010 2:00 0.561 319.721

Day5 Hour 4 3/3/2010 3:00 0.542 308.644

Day5 Hour 5 3/3/2010 4:00 0.522 297.231

Day5 Hour 6 3/3/2010 5:00 0.517 294.286
Day5 Hour 7 3/3/2010 6:00 0.485 276.371

Day5 Hour 8 3/3/2010 7:00 0.648 369.188

Day5 Hour 9 3/3/2010 8:00 0.659 375.215

Day5 Hour 10 3/3/2010 9:00 0.666 379.526

Day5 Hour 11 3/3/2010 10:00 0.665 379.009

Day5 Hour 12 3/3/2010 11:00 0.666 379.110

Day5 Hour 13 3/3/2010 12:00 0.661 376.616

Day5 Hour 14 3/3/2010 13:00 0.654 372.734

Day5 Hour 15 3/3/2010 14:00 0.653 371.917

Day5 Hour 16 3/3/2010 15:00 0.658 374.510

Day5 Hour 17 3/3/2010 16:00 0.657 374.074

Day5 Hour 18 3/3/2010 17:00 0.660 375.655

Day5 Hour 19 3/3/2010 18:00 0.660 376.073

Day5 Hour 20 3/3/2010 19:00 0.655 373.298

Day5 Hour 21 3/3/2010 20:00 0.688 392.091

Day5 Hour 22 3/3/2010 21:00 0.649 369.398

Day5 Hour 23 3/3/2010 22:00 0.600 341.671

Day5 Hour 24 3/3/2010 23:00 0.592 336.928

Day6 Hour 1 3/4/2010 0:00 0.595 338.896

Day6 Hour 2 3/4/2010 1:00 0.591 336.539

Day6 Hour 3 3/4/2010 2:00 0.584 332.519

Day6 Hour 4 3/4/2010 3:00 0.597 340.033

Day6 Hour 5 3/4/2010 4:00 0.587 334.515

Day6 Hour 6 3/4/2010 5:00 0.573 326.264

Day6 Hour 7 3/4/2010 6:00 0.575 327.203

Day6 Hour 8 3/4/2010 7:00 0.564 321.283

Day6 Hour 9 3/4/2010 8:00 0.535 304.631

Day6 Hour 10 3/4/2010 9:00 0.537 305.642

Day6 Hour 11 3/4/2010 10:00 0.548 312.221

Day6 Hour 12 3/4/2010 11:00 0.553 315.233

Day6 Hour 13 3/4/2010 12:00 0.549 312.612

Day6 Hour 14 3/4/2010 13:00 0.551 313.949

Day6 Hour 15 3/4/2010 14:00 0.558 317.576

Day6 Hour 16 3/4/2010 15:00 0.581 330.856

Day6 Hour 17 3/4/2010 16:00 0.581 331.050

Day6 Hour 18 3/4/2010 17:00 0.574 326.995

Day6 Hour 19 3/4/2010 18:00 0.569 324.028

Day6 Hour 20 3/4/2010 19:00 0.582 331.460

Day6 Hour 21 3/4/2010 20:00 0.551 313.610

Day6 Hour 22 3/4/2010 21:00 0.532 302.801

Day6 Hour 23 3/4/2010 22:00 0.518 295.248

Day6 Hour 24 3/4/2010 23:00 0.513 292.134

Day7 Hour 1 3/5/2010 0:00 0.515 293.538

Day7 Hour 2 3/5/2010 1:00 0.527 300.385

Day7 Hour 3 3/5/2010 2:00 0.524 298.391

Day7 Hour 4 3/5/2010 3:00 0.523 297.874

Day7 Hour 5 3/5/2010 4:00 0.515 293.312

Day7 Hour 6 3/5/2010 5:00 0.513 292.011

Day7 Hour 7 3/5/2010 6:00 0.524 298.400

Day7 Hour 8 3/5/2010 7:00 0.555 316.118

Day7 Hour 9 3/5/2010 8:00 0.522 297.148

Day7 Hour 10 3/5/2010 9:00 0.577 328.578

Day7 Hour 11 3/5/2010 10:00 0.610 347.325

Day7 Hour 12 3/5/2010 11:00 0.622 354.186

Day7 Hour 13 3/5/2010 12:00 0.628 357.802
Day7 Hour 14 3/5/2010 13:00 0.638 363.591

Day7 Hour 15 3/5/2010 14:00 0.636 362.380

Day7 Hour 16 3/5/2010 15:00 0.640 364.426

Day7 Hour 17 3/5/2010 16:00 0.638 363.108

Day7 Hour 18 3/5/2010 17:00 0.633 360.730

Day7 Hour 19 3/5/2010 18:00 0.616 350.781

Day7 Hour 20 3/5/2010 19:00 0.609 346.619

Day7 Hour 21 3/5/2010 20:00 0.634 360.813

Day7 Hour 22 3/5/2010 21:00 0.644 366.777

Day7 Hour 23 3/5/2010 22:00 0.650 370.156

Day7 Hour 24 3/5/2010 23:00 0.652 371.489

Day8 Hour 1 3/6/2010 0:00 0.656 373.572

Day8 Hour 2 3/6/2010 1:00 0.639 364.193

Day8 Hour 3 3/6/2010 2:00 0.646 368.098

Day8 Hour 4 3/6/2010 3:00 0.646 367.654

Day8 Hour 5 3/6/2010 4:00 0.639 363.699

Day8 Hour 6 3/6/2010 5:00 0.617 351.174

Day8 Hour 7 3/6/2010 6:00 0.630 358.589

Day8 Hour 8 3/6/2010 7:00 0.652 371.338

Day8 Hour 9 3/6/2010 8:00 0.613 349.397

Day8 Hour 10 3/6/2010 9:00 0.629 358.411

Day8 Hour 11 3/6/2010 10:00 0.646 367.800

Day8 Hour 12 3/6/2010 11:00 0.637 363.002

Day8 Hour 13 3/6/2010 12:00 0.641 365.312

Day8 Hour 14 3/6/2010 13:00 0.640 364.652

Day8 Hour 15 3/6/2010 14:00 0.648 369.132

Day8 Hour 16 3/6/2010 15:00 0.649 369.577

Day8 Hour 17 3/6/2010 16:00 0.646 367.808

Day8 Hour 18 3/6/2010 17:00 0.634 360.836

Day8 Hour 19 3/6/2010 18:00 0.632 359.975

Day8 Hour 20 3/6/2010 19:00 0.628 357.515

Day8 Hour 21 3/6/2010 20:00 0.626 356.460

Day8 Hour 22 3/6/2010 21:00 0.625 356.037

Day8 Hour 23 3/6/2010 22:00 0.625 356.024

Day8 Hour 24 3/6/2010 23:00 0.630 358.599

Day9 Hour 1 3/7/2010 0:00 0.630 358.786

Day9 Hour 2 3/7/2010 1:00 0.615 350.192

Day9 Hour 3 3/7/2010 2:00 0.607 345.694

Day9 Hour 4 3/7/2010 3:00 0.609 346.648

Day9 Hour 5 3/7/2010 4:00 0.597 340.096

Day9 Hour 6 3/7/2010 5:00 0.565 321.728

Day9 Hour 7 3/7/2010 6:00 0.589 335.254

Day9 Hour 8 3/7/2010 7:00 0.634 361.242

Day9 Hour 9 3/7/2010 8:00 0.612 348.797

Day9 Hour 10 3/7/2010 9:00 0.610 347.550

Day9 Hour 11 3/7/2010 10:00 0.628 357.507

Day9 Hour 12 3/7/2010 11:00 0.641 365.145

Day9 Hour 13 3/7/2010 12:00 0.583 332.286

Day9 Hour 14 3/7/2010 13:00 0.606 345.154

Day9 Hour 15 3/7/2010 14:00 0.609 346.719

Day9 Hour 16 3/7/2010 15:00 0.595 338.647

Day9 Hour 17 3/7/2010 16:00 0.601 342.034

Day9 Hour 18 3/7/2010 17:00 0.585 332.927

Day9 Hour 19 3/7/2010 18:00 0.576 327.950

Day9 Hour 20 3/7/2010 19:00 0.575 327.567
Day9 Hour 21 3/7/2010 20:00 0.575 327.236

Day9 Hour 22 3/7/2010 21:00 0.579 330.040

Day9 Hour 23 3/7/2010 22:00 0.592 337.427

Day9 Hour 24 3/7/2010 23:00 0.599 340.894

Day10 Hour 1 3/8/2010 0:00 0.599 340.977

Day10 Hour 2 3/8/2010 1:00 0.595 338.765

Day10 Hour 3 3/8/2010 2:00 0.599 340.924

Day10 Hour 4 3/8/2010 3:00 0.580 330.107

Day10 Hour 5 3/8/2010 4:00 0.562 320.332

Day10 Hour 6 3/8/2010 5:00 0.561 319.268

Day10 Hour 7 3/8/2010 6:00 0.544 309.987

Day10 Hour 8 3/8/2010 7:00 0.566 322.456

Day10 Hour 9 3/8/2010 8:00 0.557 317.225

Day10 Hour 10 3/8/2010 9:00 0.554 315.765

Day10 Hour 11 3/8/2010 10:00 0.555 315.933

Day10 Hour 12 3/8/2010 11:00 0.559 318.138

Day10 Hour 13 3/8/2010 12:00 0.561 319.446

Day10 Hour 14 3/8/2010 13:00 0.569 324.255

Day10 Hour 15 3/8/2010 14:00 0.590 335.797

Day10 Hour 16 3/8/2010 15:00 0.608 346.514

Day10 Hour 17 3/8/2010 16:00 0.617 351.325

Day10 Hour 18 3/8/2010 17:00 0.616 350.846

Day10 Hour 19 3/8/2010 18:00 0.606 345.112

Day10 Hour 20 3/8/2010 19:00 0.644 366.601

Day10 Hour 21 3/8/2010 20:00 0.649 369.780

Day10 Hour 22 3/8/2010 21:00 0.631 359.369

Day10 Hour 23 3/8/2010 22:00 0.628 357.431

Day10 Hour 24 3/8/2010 23:00 0.627 356.967

Day11 Hour 1 3/9/2010 0:00 0.625 355.992

Day11 Hour 2 3/9/2010 1:00 0.605 344.500

Day11 Hour 3 3/9/2010 2:00 0.569 324.068

Day11 Hour 4 3/9/2010 3:00 0.554 315.585

Day11 Hour 5 3/9/2010 4:00 0.547 311.497

Day11 Hour 6 3/9/2010 5:00 0.573 326.367

Day11 Hour 7 3/9/2010 6:00 0.605 344.631

Day11 Hour 8 3/9/2010 7:00 0.641 364.856

Day11 Hour 9 3/9/2010 8:00 0.637 362.826

Day11 Hour 10 3/9/2010 9:00 0.634 361.169

Day11 Hour 11 3/9/2010 10:00 0.650 370.002

Day11 Hour 12 3/9/2010 11:00 0.660 375.729

Day11 Hour 13 3/9/2010 12:00 0.663 377.511

Day11 Hour 14 3/9/2010 13:00 0.666 379.160

Day11 Hour 15 3/9/2010 14:00 0.680 387.393

Day11 Hour 16 3/9/2010 15:00 0.686 390.949

Day11 Hour 17 3/9/2010 16:00 0.687 391.132

Day11 Hour 18 3/9/2010 17:00 0.691 393.778

Day11 Hour 19 3/9/2010 18:00 0.685 389.985

Day11 Hour 20 3/9/2010 19:00 0.689 392.675

Day11 Hour 21 3/9/2010 20:00 0.691 393.308

Day11 Hour 22 3/9/2010 21:00 0.686 390.735

Day11 Hour 23 3/9/2010 22:00 0.638 363.119

Day11 Hour 24 3/9/2010 23:00 0.571 324.935

Day12 Hour 1 3/10/2010 0:00 0.563 320.557

Day12 Hour 2 3/10/2010 1:00 0.574 327.119

Day12 Hour 3 3/10/2010 2:00 0.577 328.872
Day12 Hour 4 3/10/2010 3:00 0.567 322.720

Day12 Hour 5 3/10/2010 4:00 0.562 319.849

Day12 Hour 6 3/10/2010 5:00 0.560 318.884

Day12 Hour 7 3/10/2010 6:00 0.571 325.445

Day12 Hour 8 3/10/2010 7:00 0.637 362.788

Day12 Hour 9 3/10/2010 8:00 0.637 362.826

Day12 Hour 10 3/10/2010 9:00 0.652 371.203

Day12 Hour 11 3/10/2010 10:00 0.670 381.618

Day12 Hour 12 3/10/2010 11:00 0.660 376.126

Day12 Hour 13 3/10/2010 12:00 0.663 377.533

Day12 Hour 14 3/10/2010 13:00 0.654 372.529

Day12 Hour 15 3/10/2010 14:00 0.647 368.584

Day12 Hour 16 3/10/2010 15:00 0.652 371.470

Day12 Hour 17 3/10/2010 16:00 0.578 329.143

Day12 Hour 18 3/10/2010 17:00 0.580 330.480

Day12 Hour 19 3/10/2010 18:00 0.586 333.541

Day12 Hour 20 3/10/2010 19:00 0.576 328.178

Day12 Hour 21 3/10/2010 20:00 0.583 331.852

Day12 Hour 22 3/10/2010 21:00 0.576 327.950

Day12 Hour 23 3/10/2010 22:00 0.571 324.940

Day12 Hour 24 3/10/2010 23:00 0.574 326.822

Day13 Hour 1 3/11/2010 0:00 0.572 325.531

Day13 Hour 2 3/11/2010 1:00 0.572 326.012

Day13 Hour 3 3/11/2010 2:00 0.573 326.063

Day13 Hour 4 3/11/2010 3:00 0.571 325.056

Day13 Hour 5 3/11/2010 4:00 0.569 323.803

Day13 Hour 6 3/11/2010 5:00 0.555 315.992

Day13 Hour 7 3/11/2010 6:00 0.543 309.002

Day13 Hour 8 3/11/2010 7:00 0.650 369.920

Day13 Hour 9 3/11/2010 8:00 0.651 370.878

Day13 Hour 10 3/11/2010 9:00 0.648 368.930

Day13 Hour 11 3/11/2010 10:00 0.655 373.068

Day13 Hour 12 3/11/2010 11:00 0.669 381.190

Day13 Hour 13 3/11/2010 12:00 0.672 382.679

Day13 Hour 14 3/11/2010 13:00 0.674 383.765

Day13 Hour 15 3/11/2010 14:00 0.694 395.199

Day13 Hour 16 3/11/2010 15:00 0.697 396.731

Day13 Hour 17 3/11/2010 16:00 0.693 394.846

Day13 Hour 18 3/11/2010 17:00 0.679 386.645

Day13 Hour 19 3/11/2010 18:00 0.634 360.934

Day13 Hour 20 3/11/2010 19:00 0.626 356.624

Day13 Hour 21 3/11/2010 20:00 0.625 355.754

Day13 Hour 22 3/11/2010 21:00 0.629 357.982

Day13 Hour 23 3/11/2010 22:00 0.627 356.884

Day13 Hour 24 3/11/2010 23:00 0.633 360.458

Day14 Hour 1 3/12/2010 0:00 0.628 357.687

Day14 Hour 2 3/12/2010 1:00 0.653 371.843

Day14 Hour 3 3/12/2010 2:00 0.651 371.013

Day14 Hour 4 3/12/2010 3:00 0.657 374.077

Day14 Hour 5 3/12/2010 4:00 0.654 372.524

Day14 Hour 6 3/12/2010 5:00 0.655 373.097

Day14 Hour 7 3/12/2010 6:00 0.642 365.576

Day14 Hour 8

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Day29 Hour 6

Day29 Hour 7

Day29 Hour 8

Day29 Hour 9

Day29 Hour 10

Day29 Hour 11

Day29 Hour 12

Day29 Hour 13

Day29 Hour 14

Day29 Hour 15

Day29 Hour 16

Day29 Hour 17

Day29 Hour 18

Day29 Hour 19

Day29 Hour 20

Day29 Hour 21

Day29 Hour 22

Day29 Hour 23

Day29 Hour 24

Day30 Hour 1

Day30 Hour 2

Day30 Hour 3

Day30 Hour 4

Day30 Hour 5

Day30 Hour 6

Day30 Hour 7

Day30 Hour 8

Day30 Hour 9

Day30 Hour 10

Day30 Hour 11
Day30 Hour 12

Day30 Hour 13

Day30 Hour 14

Day30 Hour 15

Day30 Hour 16

Day30 Hour 17

Day30 Hour 18

Day30 Hour 19

Day30 Hour 20

Day30 Hour 21

Day30 Hour 22

Day30 Hour 23

Day30 Hour 24
Hourly NOX Emission 

Value 

(CEM Units of Measure)

Emission Unit of 

Measure Recorded 

by CEM

Oxygen 

Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

197.3 ppmvw 9.679 Fd=9780, Fc=1800

198.9 ppmvw 10.448 Fd=9780, Fc=1800

192.3 ppmvw 10.912 Fd=9780, Fc=1800

197.6 ppmvw 10.692 Fd=9780, Fc=1800

208.8 ppmvw 10.765 Fd=9780, Fc=1800

224.1 ppmvw 10.802 Fd=9780, Fc=1800

226.8 ppmvw 10.851 Fd=9780, Fc=1800

219.6 ppmvw 11.181 Fd=9780, Fc=1800

224.7 ppmvw 10.900 Fd=9780, Fc=1800

211.1 ppmvw 10.875 Fd=9780, Fc=1800

210.2 ppmvw 10.802 Fd=9780, Fc=1800

209.7 ppmvw 10.790 Fd=9780, Fc=1800

212.7 ppmvw 10.717 Fd=9780, Fc=1800

214 ppmvw 10.717 Fd=9780, Fc=1800

198.8 ppmvw 11.742 Fd=9780, Fc=1800

312.7 ppmvw 7.395 Fd=9780, Fc=1800

339.1 ppmvw 7.517 Fd=9780, Fc=1800

231.4 ppmvw 10.875 Fd=9780, Fc=1800

228.9 ppmvw 11.156 Fd=9780, Fc=1800

230.9 ppmvw 10.924 Fd=9780, Fc=1800

206.1 ppmvw 10.961 Fd=9780, Fc=1800

216.2 ppmvw 10.655 Fd=9780, Fc=1800

218.2 ppmvw 10.655 Fd=9780, Fc=1800

216.7 ppmvw 10.668 Fd=9780, Fc=1800

216.4 ppmvw 10.753 Fd=9780, Fc=1800

215.3 ppmvw 10.546 Fd=9780, Fc=1800

209.7 ppmvw 11.058 Fd=9780, Fc=1800

214.2 ppmvw 10.753 Fd=9780, Fc=1800

213.9 ppmvw 10.765 Fd=9780, Fc=1800

213.9 ppmvw 10.814 Fd=9780, Fc=1800

for Most Recent 30 Day Averaging Period for Nitrogen Oxides Step 2.

Sample Unit Conversion E

From Part 75, Appendix F, 

E = K * Ch * Fc * (100 / %C

where: K = 1.194 * 10

E = pollutant emis

Ch = Hourly avera

%CO2 = carbon di

Step 3.

Sample Unit Conversion E

From Part 75, Appendix F, 

CO2w = (100 / 20.9) * (Fc / 

where: CO2w = hourly av

O2w = hourly ave

F, Fc = F

20.9 = percentage 

%H2O = moisture 

For bituminous coal: 

F = 9780

Fc = 1800 

Assume %H2O = 7.0% (bas

Rearranging Equation F

O2w = [20.9 * (100 

O2w = [20.9 * (100 

O2w = 19.437 

Converting from wet basis 
212.8 ppmvw 10.814 Fd=9780, Fc=1800

205 ppmvw 11.071 Fd=9780, Fc=1800

212.2 ppmvw 10.753 Fd=9780, Fc=1800

210.4 ppmvw 10.790 Fd=9780, Fc=1800

212.8 ppmvw 10.778 Fd=9780, Fc=1800

213.9 ppmvw 10.741 Fd=9780, Fc=1800

214 ppmvw 10.655 Fd=9780, Fc=1800

218 ppmvw 10.436 Fd=9780, Fc=1800

236.1 ppmvw 10.204 Fd=9780, Fc=1800

339.8 ppmvw 7.493 Fd=9780, Fc=1800

343.1 ppmvw 7.505 Fd=9780, Fc=1800

345.4 ppmvw 7.762 Fd=9780, Fc=1800

355.6 ppmvw 7.554 Fd=9780, Fc=1800

357.9 ppmvw 7.652 Fd=9780, Fc=1800

332.9 ppmvw 8.018 Fd=9780, Fc=1800

349.4 ppmvw 7.725 Fd=9780, Fc=1800

352 ppmvw 7.908 Fd=9780, Fc=1800

349.1 ppmvw 8.042 Fd=9780, Fc=1800

340.8 ppmvw 7.981 Fd=9780, Fc=1800

337.8 ppmvw 7.896 Fd=9780, Fc=1800

311.1 ppmvw 8.897 Fd=9780, Fc=1800

270 ppmvw 9.764 Fd=9780, Fc=1800

266.9 ppmvw 9.813 Fd=9780, Fc=1800

230.2 ppmvw 11.388 Fd=9780, Fc=1800

227.2 ppmvw 11.278 Fd=9780, Fc=1800

219.8 ppmvw 11.547 Fd=9780, Fc=1800

221.1 ppmvw 11.303 Fd=9780, Fc=1800

220.6 ppmvw 11.303 Fd=9780, Fc=1800

223.4 ppmvw 11.266 Fd=9780, Fc=1800

225.6 ppmvw 11.205 Fd=9780, Fc=1800

224.2 ppmvw 11.119 Fd=9780, Fc=1800

223.4 ppmvw 10.936 Fd=9780, Fc=1800

193.1 ppmvw 12.328 Fd=9780, Fc=1800

222.2 ppmvw 11.022 Fd=9780, Fc=1800

224.9 ppmvw 11.058 Fd=9780, Fc=1800

219.6 ppmvw 11.022 Fd=9780, Fc=1800

221 ppmvw 11.107 Fd=9780, Fc=1800

221.1 ppmvw 11.046 Fd=9780, Fc=1800

213.3 ppmvw 11.388 Fd=9780, Fc=1800

218.9 ppmvw 11.034 Fd=9780, Fc=1800

309.9 ppmvw 8.409 Fd=9780, Fc=1800

342.9 ppmvw 8.665 Fd=9780, Fc=1800

213.3 ppmvw 11.339 Fd=9780, Fc=1800

200 ppmvw 11.083 Fd=9780, Fc=1800

193.1 ppmvw 11.058 Fd=9780, Fc=1800

197.1 ppmvw 10.717 Fd=9780, Fc=1800

202.3 ppmvw 10.497 Fd=9780, Fc=1800

202.7 ppmvw 10.436 Fd=9780, Fc=1800

204.9 ppmvw 10.411 Fd=9780, Fc=1800

206.1 ppmvw 10.668 Fd=9780, Fc=1800

213.9 ppmvw 10.326 Fd=9780, Fc=1800

218.1 ppmvw 10.704 Fd=9780, Fc=1800

211.3 ppmvw 10.668 Fd=9780, Fc=1800

208.1 ppmvw 10.436 Fd=9780, Fc=1800

207 ppmvw 10.387 Fd=9780, Fc=1800

Converting from wet basis 

O2d = O2w / [(100 

O2d = [19.437 

O2d = [19.437 

O2d = 20.9 

Converting ppmvw to ppm

ppmvd = ppmvw / [(100 

ppmvd = ppmvw / [(100 

ppmvd = ppmvw / 0.93 

Converting ppmvd @ O2d 

ppmvd @ 7% O2 = (ppmvd 

ppmvd @ 7% O2 = (ppmvw 

ppmvd @ 7% O2 = (ppmvw 

ppmvd @ 7% O2 = ppmvw 
216.3 ppmvw 9.202 Fd=9780, Fc=1800

281.1 ppmvw 9.520 Fd=9780, Fc=1800

337.8 ppmvw 7.444 Fd=9780, Fc=1800

336.1 ppmvw 7.664 Fd=9780, Fc=1800

337.5 ppmvw 7.591 Fd=9780, Fc=1800

337.9 ppmvw 7.578 Fd=9780, Fc=1800

336.6 ppmvw 7.542 Fd=9780, Fc=1800

324.3 ppmvw 7.896 Fd=9780, Fc=1800

332.4 ppmvw 7.542 Fd=9780, Fc=1800

333.8 ppmvw 7.578 Fd=9780, Fc=1800

332.8 ppmvw 7.603 Fd=9780, Fc=1800

333.9 ppmvw 7.615 Fd=9780, Fc=1800

335.5 ppmvw 7.566 Fd=9780, Fc=1800

325.4 ppmvw 7.872 Fd=9780, Fc=1800

320 ppmvw 8.702 Fd=9780, Fc=1800

237.2 ppmvw 11.303 Fd=9780, Fc=1800

218 ppmvw 11.364 Fd=9780, Fc=1800

215.8 ppmvw 11.327 Fd=9780, Fc=1800

211.8 ppmvw 11.559 Fd=9780, Fc=1800

217.2 ppmvw 11.254 Fd=9780, Fc=1800

225.2 ppmvw 10.778 Fd=9780, Fc=1800

221.4 ppmvw 11.168 Fd=9780, Fc=1800

218.9 ppmvw 11.119 Fd=9780, Fc=1800

215.9 ppmvw 11.010 Fd=9780, Fc=1800

249.4 ppmvw 9.508 Fd=9780, Fc=1800

248.3 ppmvw 9.349 Fd=9780, Fc=1800

286.2 ppmvw 6.858 Fd=9780, Fc=1800

286.9 ppmvw 6.870 Fd=9780, Fc=1800

291.8 ppmvw 6.931 Fd=9780, Fc=1800

294.1 ppmvw 6.956 Fd=9780, Fc=1800

291.4 ppmvw 6.968 Fd=9780, Fc=1800

282.9 ppmvw 7.432 Fd=9780, Fc=1800

289.8 ppmvw 7.261 Fd=9780, Fc=1800

303 ppmvw 7.212 Fd=9780, Fc=1800

304.8 ppmvw 7.139 Fd=9780, Fc=1800

300.8 ppmvw 7.151 Fd=9780, Fc=1800

298.6 ppmvw 7.127 Fd=9780, Fc=1800

247.5 ppmvw 9.740 Fd=9780, Fc=1800

214.7 ppmvw 10.668 Fd=9780, Fc=1800

207.3 ppmvw 10.668 Fd=9780, Fc=1800

204.3 ppmvw 10.558 Fd=9780, Fc=1800

203.1 ppmvw 10.509 Fd=9780, Fc=1800

198.8 ppmvw 10.778 Fd=9780, Fc=1800

208.1 ppmvw 10.546 Fd=9780, Fc=1800

205.5 ppmvw 10.607 Fd=9780, Fc=1800

204.9 ppmvw 10.619 Fd=9780, Fc=1800

203.2 ppmvw 10.546 Fd=9780, Fc=1800

205.4 ppmvw 10.387 Fd=9780, Fc=1800

207.7 ppmvw 10.497 Fd=9780, Fc=1800

189.3 ppmvw 11.950 Fd=9780, Fc=1800

206.1 ppmvw 10.533 Fd=9780, Fc=1800

227.9 ppmvw 10.533 Fd=9780, Fc=1800

239.2 ppmvw 10.607 Fd=9780, Fc=1800

241.9 ppmvw 10.692 Fd=9780, Fc=1800

243.2 ppmvw 10.741 Fd=9780, Fc=1800
240.6 ppmvw 11.010 Fd=9780, Fc=1800

247.2 ppmvw 10.704 Fd=9780, Fc=1800

248 ppmvw 10.729 Fd=9780, Fc=1800

247.4 ppmvw 10.717 Fd=9780, Fc=1800

250.2 ppmvw 10.533 Fd=9780, Fc=1800

243.3 ppmvw 10.533 Fd=9780, Fc=1800

233.9 ppmvw 10.814 Fd=9780, Fc=1800

247.9 ppmvw 10.631 Fd=9780, Fc=1800

249.9 ppmvw 10.717 Fd=9780, Fc=1800

251.9 ppmvw 10.729 Fd=9780, Fc=1800

252.2 ppmvw 10.753 Fd=9780, Fc=1800

246.9 ppmvw 11.022 Fd=9780, Fc=1800

252.9 ppmvw 10.521 Fd=9780, Fc=1800

250.8 ppmvw 10.717 Fd=9780, Fc=1800

252.6 ppmvw 10.631 Fd=9780, Fc=1800

248.1 ppmvw 10.704 Fd=9780, Fc=1800

236.4 ppmvw 10.839 Fd=9780, Fc=1800

245.2 ppmvw 10.680 Fd=9780, Fc=1800

216.3 ppmvw 12.194 Fd=9780, Fc=1800

239.2 ppmvw 10.668 Fd=9780, Fc=1800

244.2 ppmvw 10.717 Fd=9780, Fc=1800

252.4 ppmvw 10.643 Fd=9780, Fc=1800

249.7 ppmvw 10.619 Fd=9780, Fc=1800

249.2 ppmvw 10.704 Fd=9780, Fc=1800

241.6 ppmvw 10.997 Fd=9780, Fc=1800

250.6 ppmvw 10.753 Fd=9780, Fc=1800

250.6 ppmvw 10.765 Fd=9780, Fc=1800

249.1 ppmvw 10.778 Fd=9780, Fc=1800

248.8 ppmvw 10.594 Fd=9780, Fc=1800

248.5 ppmvw 10.582 Fd=9780, Fc=1800

239.5 ppmvw 10.887 Fd=9780, Fc=1800

245.2 ppmvw 10.619 Fd=9780, Fc=1800

245.2 ppmvw 10.607 Fd=9780, Fc=1800

244.9 ppmvw 10.619 Fd=9780, Fc=1800

245.5 ppmvw 10.668 Fd=9780, Fc=1800

238.3 ppmvw 10.973 Fd=9780, Fc=1800

238.6 ppmvw 10.717 Fd=9780, Fc=1800

236.1 ppmvw 10.692 Fd=9780, Fc=1800

239.3 ppmvw 10.582 Fd=9780, Fc=1800

237 ppmvw 10.485 Fd=9780, Fc=1800

224.2 ppmvw 10.485 Fd=9780, Fc=1800

227.6 ppmvw 10.753 Fd=9780, Fc=1800

211.6 ppmvw 12.145 Fd=9780, Fc=1800

234.8 ppmvw 10.839 Fd=9780, Fc=1800

236.8 ppmvw 10.717 Fd=9780, Fc=1800

243 ppmvw 10.741 Fd=9780, Fc=1800

246.7 ppmvw 10.802 Fd=9780, Fc=1800

228.3 ppmvw 10.631 Fd=9780, Fc=1800

228.4 ppmvw 11.010 Fd=9780, Fc=1800

236.8 ppmvw 10.692 Fd=9780, Fc=1800

233.5 ppmvw 10.594 Fd=9780, Fc=1800

233.6 ppmvw 10.692 Fd=9780, Fc=1800

230.1 ppmvw 10.570 Fd=9780, Fc=1800

228 ppmvw 10.509 Fd=9780, Fc=1800

218.1 ppmvw 10.949 Fd=9780, Fc=1800
225.9 ppmvw 10.582 Fd=9780, Fc=1800

224.6 ppmvw 10.729 Fd=9780, Fc=1800

228.8 ppmvw 10.765 Fd=9780, Fc=1800

233.1 ppmvw 10.680 Fd=9780, Fc=1800

224.8 ppmvw 11.046 Fd=9780, Fc=1800

228.6 ppmvw 10.814 Fd=9780, Fc=1800

229.5 ppmvw 10.839 Fd=9780, Fc=1800

220.6 ppmvw 10.912 Fd=9780, Fc=1800

215.9 ppmvw 10.826 Fd=9780, Fc=1800

214.4 ppmvw 10.863 Fd=9780, Fc=1800

210.7 ppmvw 10.741 Fd=9780, Fc=1800

187.3 ppmvw 12.218 Fd=9780, Fc=1800

209.4 ppmvw 11.034 Fd=9780, Fc=1800

210.5 ppmvw 10.936 Fd=9780, Fc=1800

215 ppmvw 10.729 Fd=9780, Fc=1800

217.8 ppmvw 10.668 Fd=9780, Fc=1800

220 ppmvw 10.607 Fd=9780, Fc=1800

215.1 ppmvw 10.985 Fd=9780, Fc=1800

225.5 ppmvw 10.863 Fd=9780, Fc=1800

229.3 ppmvw 11.010 Fd=9780, Fc=1800

229.9 ppmvw 11.119 Fd=9780, Fc=1800

229.3 ppmvw 11.132 Fd=9780, Fc=1800

229.5 ppmvw 10.961 Fd=9780, Fc=1800

237.8 ppmvw 11.205 Fd=9780, Fc=1800

245.3 ppmvw 10.985 Fd=9780, Fc=1800

238.1 ppmvw 10.997 Fd=9780, Fc=1800

237.4 ppmvw 10.973 Fd=9780, Fc=1800

236.8 ppmvw 10.985 Fd=9780, Fc=1800

231.5 ppmvw 11.181 Fd=9780, Fc=1800

230.5 ppmvw 10.900 Fd=9780, Fc=1800

216.3 ppmvw 10.924 Fd=9780, Fc=1800

212.7 ppmvw 10.826 Fd=9780, Fc=1800

207.4 ppmvw 10.949 Fd=9780, Fc=1800

225.3 ppmvw 10.582 Fd=9780, Fc=1800

283.8 ppmvw 8.592 Fd=9780, Fc=1800

278.1 ppmvw 9.508 Fd=9780, Fc=1800

330.5 ppmvw 7.285 Fd=9780, Fc=1800

328.4 ppmvw 7.310 Fd=9780, Fc=1800

332.2 ppmvw 7.481 Fd=9780, Fc=1800

335.5 ppmvw 7.554 Fd=9780, Fc=1800

337.4 ppmvw 7.542 Fd=9780, Fc=1800

330.2 ppmvw 7.884 Fd=9780, Fc=1800

343.7 ppmvw 7.640 Fd=9780, Fc=1800

344.3 ppmvw 7.737 Fd=9780, Fc=1800

345.1 ppmvw 7.713 Fd=9780, Fc=1800

348.4 ppmvw 7.676 Fd=9780, Fc=1800

346 ppmvw 7.640 Fd=9780, Fc=1800

337.8 ppmvw 8.042 Fd=9780, Fc=1800

342.2 ppmvw 7.896 Fd=9780, Fc=1800

340.6 ppmvw 7.872 Fd=9780, Fc=1800

265.8 ppmvw 9.959 Fd=9780, Fc=1800

212.1 ppmvw 11.144 Fd=9780, Fc=1800

206.1 ppmvw 11.290 Fd=9780, Fc=1800

217 ppmvw 10.985 Fd=9780, Fc=1800

218.7 ppmvw 10.961 Fd=9780, Fc=1800
212.5 ppmvw 11.058 Fd=9780, Fc=1800

212.7 ppmvw 10.961 Fd=9780, Fc=1800

213.1 ppmvw 10.912 Fd=9780, Fc=1800

257.1 ppmvw 9.093 Fd=9780, Fc=1800

270.3 ppmvw 9.764 Fd=9780, Fc=1800

322.2 ppmvw 7.627 Fd=9780, Fc=1800

326 ppmvw 7.774 Fd=9780, Fc=1800

328.6 ppmvw 8.030 Fd=9780, Fc=1800

325.1 ppmvw 7.981 Fd=9780, Fc=1800

329.4 ppmvw 7.859 Fd=9780, Fc=1800

315.6 ppmvw 8.238 Fd=9780, Fc=1800

323.7 ppmvw 7.774 Fd=9780, Fc=1800

288.3 ppmvw 9.300 Fd=9780, Fc=1800

209.2 ppmvw 11.400 Fd=9780, Fc=1800

211.4 ppmvw 11.339 Fd=9780, Fc=1800

216.9 ppmvw 11.181 Fd=9780, Fc=1800

211 ppmvw 11.290 Fd=9780, Fc=1800

217.7 ppmvw 11.095 Fd=9780, Fc=1800

213.8 ppmvw 11.156 Fd=9780, Fc=1800

212.9 ppmvw 11.107 Fd=9780, Fc=1800

214.4 ppmvw 11.095 Fd=9780, Fc=1800

208.5 ppmvw 11.327 Fd=9780, Fc=1800

215.2 ppmvw 11.034 Fd=9780, Fc=1800

215.5 ppmvw 11.022 Fd=9780, Fc=1800

215.1 ppmvw 11.010 Fd=9780, Fc=1800

214.8 ppmvw 10.985 Fd=9780, Fc=1800

212.2 ppmvw 10.863 Fd=9780, Fc=1800

243.1 ppmvw 9.141 Fd=9780, Fc=1800

273.8 ppmvw 9.837 Fd=9780, Fc=1800

324.2 ppmvw 7.835 Fd=9780, Fc=1800

323.1 ppmvw 7.810 Fd=9780, Fc=1800

325.2 ppmvw 7.872 Fd=9780, Fc=1800

330.1 ppmvw 7.957 Fd=9780, Fc=1800

326.7 ppmvw 8.140 Fd=9780, Fc=1800

315.4 ppmvw 8.616 Fd=9780, Fc=1800

331.9 ppmvw 8.348 Fd=9780, Fc=1800

337.4 ppmvw 8.189 Fd=9780, Fc=1800

338.7 ppmvw 8.079 Fd=9780, Fc=1800

324.4 ppmvw 8.360 Fd=9780, Fc=1800

287.2 ppmvw 9.007 Fd=9780, Fc=1800

279.4 ppmvw 9.190 Fd=9780, Fc=1800

288.6 ppmvw 8.775 Fd=9780, Fc=1800

290.7 ppmvw 8.763 Fd=9780, Fc=1800

290.1 ppmvw 8.751 Fd=9780, Fc=1800

293.3 ppmvw 8.738 Fd=9780, Fc=1800

289 ppmvw 8.824 Fd=9780, Fc=1800

313.5 ppmvw 8.299 Fd=9780, Fc=1800

312.8 ppmvw 8.299 Fd=9780, Fc=1800

316.3 ppmvw 8.262 Fd=9780, Fc=1800

315.9 ppmvw 8.226 Fd=9780, Fc=1800

317.3 ppmvw 8.189 Fd=9780, Fc=1800

311.8 ppmvw 8.152 Fd=9780, Fc=1800








Sample Unit Conversion Equation from CEM Units of Measure to pounds per million BTU (lb/MMBtu):

From Part 75, Appendix F, Equation F-6: 

E = K * Ch * Fc * (100 / %CO2) 

where: K = 1.194 * 10-7 (lb/dscf)/ppm NOx 

E = pollutant emissions during unit operation, lb/mmBtu 

Ch = Hourly average pollutant concentration during unit operation, ppm 

%CO2 = carbon dioxide volume during unit operation (percent CO2)

Sample Unit Conversion Equation from Hourly Units of parts per million by volume dry basis at 7% O2(ppmvd @ 7% O2):

From Part 75, Appendix F, Equation F-15b: 

CO2w = (100 / 20.9) * (Fc / F) * [(20.9 * ( 100 - %H2O) / 100) - O2w] 

where: CO2w = hourly average CO2 concentration, % by volume, wet 

O2w = hourly average O2 concentrtation, % by volume, wet 

F, Fc = F-factor and carbon-based Fc-factor 

20.9 = percentage O2 in air 

%H2O = moisture content of flue gas 

For bituminous coal: 

F = 9780

Fc = 1800 

Assume %H2O = 7.0% (based on Part III ICR test data). 

Rearranging Equation F-15b to solve for O2w: 

O2w = [20.9 * (100 - %H2O) / 100] - [CO2w * (20.9 / 100) * (F / Fc)]

O2w = [20.9 * (100 - 7) / 100] - [CO2w * (20.9 / 100) * (9780 / 1800)] 

O2w = 19.437 - (1.135567 * CO2w) 

Converting from wet basis to dry basis: 
Converting from wet basis to dry basis: 

O2d = O2w / [(100 - %H2O) / 100] 

O2d = [19.437 - (1.135567 * CO2w)] / [(100 - 7) / 100] 

O2d = [19.437 - (1.135567 * CO2w)] / 0.93 

O2d = 20.9 - (1.221040 * CO2w) 

Converting ppmvw to ppmvd: 

ppmvd = ppmvw / [(100 - %H2O) / 100] 

ppmvd = ppmvw / [(100 - 7) / 100] 

ppmvd = ppmvw / 0.93 

Converting ppmvd @ O2d to ppmvd @ 7% O2: 

ppmvd @ 7% O2 = (ppmvd @ O2d) * [(20.9 - 7) / (20.9 - O2d)] 

ppmvd @ 7% O2 = (ppmvw / 0.93) * [13.9 / (20.9 - (20.9 - (1.221040 * CO2w) )] 

ppmvd @ 7% O2 = (ppmvw / 0.93) * [13.9 / (1.221040 * CO2w)] 

ppmvd @ 7% O2 = ppmvw * 11.3837 / CO2w 














EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Date 

(MM/DD/YYYY)

Emission Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)

Day 1 2/27/2010 0.527 300.178

Day 2 2/28/2010 0.571 324.937

Day 3 3/1/2010 0.635 361.436

Day 4 3/2/2010 0.584 332.488

Day 5 3/3/2010 0.616 350.694

Day 6 3/4/2010 0.562 320.304

Day 7 3/5/2010 0.589 335.664

Day 8 3/6/2010 0.636 362.452

Day 9 3/7/2010 0.600 341.980

Day 10 3/8/2010 0.591 336.388

Day 11 3/9/2010 0.639 363.829

Day 12 3/10/2010 0.603 343.376

Day 13 3/11/2010 0.629 358.498

Day 14 3/12/2010 0.649 369.403

Day 15

Day 16

Day 17

Day 18

Day 19

Day 20

Day 21

Day 22

Day 23

Day 24

Day 25

Day 26

Day 27

Day 28

Day 29

Day 30

CEM Daily Average Emission Data Points for Most Recent 30 Day Averaging 
Oxygen 

Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Average Load

(MW)

10.593 Fd=9780, Fc=1800 45.747

10.585 Fd=9780, Fc=1800 43.362

9.254 Fd=9780, Fc=1800 73.037

10.887 Fd=9780, Fc=1800 47.894

9.004 Fd=9780, Fc=1800 74.565

8.991 Fd=9780, Fc=1800 72.204

10.704 Fd=9780, Fc=1800 44.838

10.772 Fd=9780, Fc=1800 44.940

10.764 Fd=9780, Fc=1800 44.881

10.977 Fd=9780, Fc=1800 44.887

8.826 Fd=9780, Fc=1800 77.358

9.970 Fd=9780, Fc=1800 64.193

9.152 Fd=9780, Fc=1800 77.989

8.322 Fd=9780, Fc=1800 89.214

or Most Recent 30 Day Averaging Period for Nitrogen Oxides

Daily averages only include hours provided in the hourly av
include hours provided in the hourly average tab.
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Step 1.

Date (MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

Day1 Hour 1

Day1 Hour 2

Day1 Hour 3

Day1 Hour 4

Day1 Hour 5

Day1 Hour 6

Day1 Hour 7

Day1 Hour 8

Day1 Hour 9

Day1 Hour 10

Day1 Hour 11

Day1 Hour 12

Day1 Hour 13

Day1 Hour 14

Day1 Hour 15

Day1 Hour 16

Day1 Hour 17

Day1 Hour 18 2/27/2010 17:00 1.240

Day1 Hour 19 2/27/2010 18:00 1.221

Day1 Hour 20 2/27/2010 19:00 1.226

Day1 Hour 21 2/27/2010 20:00 1.234

Day1 Hour 22 2/27/2010 21:00 1.230

Day1 Hour 23 2/27/2010 22:00 1.231

Day1 Hour 24 2/27/2010 23:00 1.231

Day2 Hour 1 2/28/2010 0:00 1.229

Day2 Hour 2 2/28/2010 1:00 1.231

Day2 Hour 3 2/28/2010 2:00 1.227

Day2 Hour 4 2/28/2010 3:00 1.232

Day2 Hour 5 2/28/2010 4:00 1.236

Day2 Hour 6 2/28/2010 5:00 1.241

Day2 Hour 7 2/28/2010 6:00 1.239

Day2 Hour 8 2/28/2010 7:00 1.382

Day2 Hour 9 2/28/2010 8:00 1.280

Day2 Hour 10 2/28/2010 9:00 1.274

Day2 Hour 11 2/28/2010 10:00 1.222

Day2 Hour 12 2/28/2010 11:00 1.220

Day2 Hour 13 2/28/2010 12:00 1.225

Day2 Hour 14 2/28/2010 13:00 1.218

Day2 Hour 15 2/28/2010 14:00 1.237

Day2 Hour 16 2/28/2010 15:00 1.239

CEM Hourly Average Emission Data Points for Most Rece
Day2 Hour 17 2/28/2010 16:00 1.246

Day2 Hour 18 2/28/2010 17:00 1.244

Day2 Hour 19 2/28/2010 18:00 1.243

Day2 Hour 20 2/28/2010 19:00 1.233

Day2 Hour 21 2/28/2010 20:00 1.230

Day2 Hour 22 2/28/2010 21:00 1.233

Day2 Hour 23 2/28/2010 22:00 1.227

Day2 Hour 24 2/28/2010 23:00 1.232

Day3 Hour 1 3/1/2010 0:00 1.240

Day3 Hour 2 3/1/2010 1:00 1.237

Day3 Hour 3 3/1/2010 2:00 1.242

Day3 Hour 4 3/1/2010 3:00 1.240

Day3 Hour 5 3/1/2010 4:00 1.244

Day3 Hour 6 3/1/2010 5:00 1.242

Day3 Hour 7 3/1/2010 6:00 1.245

Day3 Hour 8 3/1/2010 7:00 1.412

Day3 Hour 9 3/1/2010 8:00 1.329

Day3 Hour 10 3/1/2010 9:00 1.329

Day3 Hour 11 3/1/2010 10:00 1.326

Day3 Hour 12 3/1/2010 11:00 1.331

Day3 Hour 13 3/1/2010 12:00 1.340

Day3 Hour 14 3/1/2010 13:00 1.350

Day3 Hour 15 3/1/2010 14:00 1.354

Day3 Hour 16 3/1/2010 15:00 1.379

Day3 Hour 17 3/1/2010 16:00 1.395

Day3 Hour 18 3/1/2010 17:00 1.396

Day3 Hour 19 3/1/2010 18:00 1.388

Day3 Hour 20 3/1/2010 19:00 1.369

Day3 Hour 21 3/1/2010 20:00 1.345

Day3 Hour 22 3/1/2010 21:00 1.332

Day3 Hour 23 3/1/2010 22:00 1.315

Day3 Hour 24 3/1/2010 23:00 1.310

Day4 Hour 1 3/2/2010 0:00 1.310

Day4 Hour 2 3/2/2010 1:00 1.329

Day4 Hour 3 3/2/2010 2:00 1.318

Day4 Hour 4 3/2/2010 3:00 1.314

Day4 Hour 5 3/2/2010 4:00 1.320

Day4 Hour 6 3/2/2010 5:00 1.320

Day4 Hour 7 3/2/2010 6:00 1.327

Day4 Hour 8 3/2/2010 7:00 1.464

Day4 Hour 9 3/2/2010 8:00 1.318

Day4 Hour 10 3/2/2010 9:00 1.318

Day4 Hour 11 3/2/2010 10:00 1.329

Day4 Hour 12 3/2/2010 11:00 1.343

Day4 Hour 13 3/2/2010 12:00 1.340

Day4 Hour 14 3/2/2010 13:00 1.348

Day4 Hour 15 3/2/2010 14:00 1.338
Day4 Hour 16 3/2/2010 15:00 1.384

Day4 Hour 17 3/2/2010 16:00 1.365

Day4 Hour 18 3/2/2010 17:00 1.349

Day4 Hour 19 3/2/2010 18:00 1.339

Day4 Hour 20 3/2/2010 19:00 1.340

Day4 Hour 21 3/2/2010 20:00 1.336

Day4 Hour 22 3/2/2010 21:00 1.332

Day4 Hour 23 3/2/2010 22:00 1.330

Day4 Hour 24 3/2/2010 23:00 1.322

Day5 Hour 1 3/3/2010 0:00 1.319

Day5 Hour 2 3/3/2010 1:00 1.319

Day5 Hour 3 3/3/2010 2:00 1.317

Day5 Hour 4 3/3/2010 3:00 1.322

Day5 Hour 5 3/3/2010 4:00 1.318

Day5 Hour 6 3/3/2010 5:00 1.318

Day5 Hour 7 3/3/2010 6:00 1.328

Day5 Hour 8 3/3/2010 7:00 1.461

Day5 Hour 9 3/3/2010 8:00 1.354

Day5 Hour 10 3/3/2010 9:00 1.371

Day5 Hour 11 3/3/2010 10:00 1.366

Day5 Hour 12 3/3/2010 11:00 1.365

Day5 Hour 13 3/3/2010 12:00 1.362

Day5 Hour 14 3/3/2010 13:00 1.368

Day5 Hour 15 3/3/2010 14:00 1.384

Day5 Hour 16 3/3/2010 15:00 1.402

Day5 Hour 17 3/3/2010 16:00 1.418

Day5 Hour 18 3/3/2010 17:00 1.430

Day5 Hour 19 3/3/2010 18:00 1.421

Day5 Hour 20 3/3/2010 19:00 1.419

Day5 Hour 21 3/3/2010 20:00 1.395

Day5 Hour 22 3/3/2010 21:00 1.366

Day5 Hour 23 3/3/2010 22:00 1.364

Day5 Hour 24 3/3/2010 23:00 1.369

Day6 Hour 1 3/4/2010 0:00 1.361

Day6 Hour 2 3/4/2010 1:00 1.364

Day6 Hour 3 3/4/2010 2:00 1.370

Day6 Hour 4 3/4/2010 3:00 1.368

Day6 Hour 5 3/4/2010 4:00 1.364

Day6 Hour 6 3/4/2010 5:00 1.365

Day6 Hour 7 3/4/2010 6:00 1.373

Day6 Hour 8 3/4/2010 7:00 1.523

Day6 Hour 9 3/4/2010 8:00 1.435

Day6 Hour 10 3/4/2010 9:00 1.445

Day6 Hour 11 3/4/2010 10:00 1.444

Day6 Hour 12 3/4/2010 11:00 1.428

Day6 Hour 13 3/4/2010 12:00 1.413

Day6 Hour 14 3/4/2010 13:00 1.417
Day6 Hour 15 3/4/2010 14:00 1.421

Day6 Hour 16 3/4/2010 15:00 1.414

Day6 Hour 17 3/4/2010 16:00 1.425

Day6 Hour 18 3/4/2010 17:00 1.450

Day6 Hour 19 3/4/2010 18:00 1.452

Day6 Hour 20 3/4/2010 19:00 1.414

Day6 Hour 21 3/4/2010 20:00 1.405

Day6 Hour 22 3/4/2010 21:00 1.405

Day6 Hour 23 3/4/2010 22:00 1.413

Day6 Hour 24 3/4/2010 23:00 1.409

Day7 Hour 1 3/5/2010 0:00 1.398

Day7 Hour 2 3/5/2010 1:00 1.401

Day7 Hour 3 3/5/2010 2:00 1.402

Day7 Hour 4 3/5/2010 3:00 1.413

Day7 Hour 5 3/5/2010 4:00 1.420

Day7 Hour 6 3/5/2010 5:00 1.420

Day7 Hour 7 3/5/2010 6:00 1.408

Day7 Hour 8 3/5/2010 7:00 1.518

Day7 Hour 9 3/5/2010 8:00 1.387

Day7 Hour 10 3/5/2010 9:00 1.378

Day7 Hour 11 3/5/2010 10:00 1.377

Day7 Hour 12 3/5/2010 11:00 1.384

Day7 Hour 13 3/5/2010 12:00 1.388

Day7 Hour 14 3/5/2010 13:00 1.391

Day7 Hour 15 3/5/2010 14:00 1.384

Day7 Hour 16 3/5/2010 15:00 1.375

Day7 Hour 17 3/5/2010 16:00 1.365

Day7 Hour 18 3/5/2010 17:00 1.361

Day7 Hour 19 3/5/2010 18:00 1.351

Day7 Hour 20 3/5/2010 19:00 1.353

Day7 Hour 21 3/5/2010 20:00 1.349

Day7 Hour 22 3/5/2010 21:00 1.351

Day7 Hour 23 3/5/2010 22:00 1.354

Day7 Hour 24 3/5/2010 23:00 1.360

Day8 Hour 1 3/6/2010 0:00 1.353

Day8 Hour 2 3/6/2010 1:00 1.361

Day8 Hour 3 3/6/2010 2:00 1.365

Day8 Hour 4 3/6/2010 3:00 1.370

Day8 Hour 5 3/6/2010 4:00 1.367

Day8 Hour 6 3/6/2010 5:00 1.358

Day8 Hour 7 3/6/2010 6:00 1.364

Day8 Hour 8 3/6/2010 7:00 1.504

Day8 Hour 9 3/6/2010 8:00 1.362

Day8 Hour 10 3/6/2010 9:00 1.353

Day8 Hour 11 3/6/2010 10:00 1.355

Day8 Hour 12 3/6/2010 11:00 1.356

Day8 Hour 13 3/6/2010 12:00 1.358
Day8 Hour 14 3/6/2010 13:00 1.363

Day8 Hour 15 3/6/2010 14:00 1.364

Day8 Hour 16 3/6/2010 15:00 1.359

Day8 Hour 17 3/6/2010 16:00 1.353

Day8 Hour 18 3/6/2010 17:00 1.359

Day8 Hour 19 3/6/2010 18:00 1.358

Day8 Hour 20 3/6/2010 19:00 1.349

Day8 Hour 21 3/6/2010 20:00 1.344

Day8 Hour 22 3/6/2010 21:00 1.347

Day8 Hour 23 3/6/2010 22:00 1.346

Day8 Hour 24 3/6/2010 23:00 1.349

Day9 Hour 1 3/7/2010 0:00 1.357

Day9 Hour 2 3/7/2010 1:00 1.363

Day9 Hour 3 3/7/2010 2:00 1.350

Day9 Hour 4 3/7/2010 3:00 1.354

Day9 Hour 5 3/7/2010 4:00 1.357

Day9 Hour 6 3/7/2010 5:00 1.356

Day9 Hour 7 3/7/2010 6:00 1.348

Day9 Hour 8 3/7/2010 7:00 1.491

Day9 Hour 9 3/7/2010 8:00 1.344

Day9 Hour 10 3/7/2010 9:00 1.349

Day9 Hour 11 3/7/2010 10:00 1.364

Day9 Hour 12 3/7/2010 11:00 1.370

Day9 Hour 13 3/7/2010 12:00 1.384

Day9 Hour 14 3/7/2010 13:00 1.397

Day9 Hour 15 3/7/2010 14:00 1.400

Day9 Hour 16 3/7/2010 15:00 1.415

Day9 Hour 17 3/7/2010 16:00 1.422

Day9 Hour 18 3/7/2010 17:00 1.431

Day9 Hour 19 3/7/2010 18:00 1.433

Day9 Hour 20 3/7/2010 19:00 1.444

Day9 Hour 21 3/7/2010 20:00 1.444

Day9 Hour 22 3/7/2010 21:00 1.456

Day9 Hour 23 3/7/2010 22:00 1.464

Day9 Hour 24 3/7/2010 23:00 1.465

Day10 Hour 1 3/8/2010 0:00 1.474

Day10 Hour 2 3/8/2010 1:00 1.473

Day10 Hour 3 3/8/2010 2:00 1.460

Day10 Hour 4 3/8/2010 3:00 1.444

Day10 Hour 5 3/8/2010 4:00 1.438

Day10 Hour 6 3/8/2010 5:00 1.438

Day10 Hour 7 3/8/2010 6:00 1.438

Day10 Hour 8 3/8/2010 7:00 1.567

Day10 Hour 9 3/8/2010 8:00 1.424

Day10 Hour 10 3/8/2010 9:00 1.418

Day10 Hour 11 3/8/2010 10:00 1.419

Day10 Hour 12 3/8/2010 11:00 1.414
Day10 Hour 13 3/8/2010 12:00 1.428

Day10 Hour 14 3/8/2010 13:00 1.446

Day10 Hour 15 3/8/2010 14:00 1.450

Day10 Hour 16 3/8/2010 15:00 1.448

Day10 Hour 17 3/8/2010 16:00 1.470

Day10 Hour 18 3/8/2010 17:00 1.490

Day10 Hour 19 3/8/2010 18:00 1.500

Day10 Hour 20 3/8/2010 19:00 1.489

Day10 Hour 21 3/8/2010 20:00 1.477

Day10 Hour 22 3/8/2010 21:00 1.481

Day10 Hour 23 3/8/2010 22:00 1.483

Day10 Hour 24 3/8/2010 23:00 1.489

Day11 Hour 1 3/9/2010 0:00 1.488

Day11 Hour 2 3/9/2010 1:00 1.509

Day11 Hour 3 3/9/2010 2:00 1.526

Day11 Hour 4 3/9/2010 3:00 1.522

Day11 Hour 5 3/9/2010 4:00 1.528

Day11 Hour 6 3/9/2010 5:00 1.523

Day11 Hour 7 3/9/2010 6:00 1.563

Day11 Hour 8 3/9/2010 7:00 1.656

Day11 Hour 9 3/9/2010 8:00 1.575

Day11 Hour 10 3/9/2010 9:00 1.588

Day11 Hour 11 3/9/2010 10:00 1.620

Day11 Hour 12 3/9/2010 11:00 1.628

Day11 Hour 13 3/9/2010 12:00 1.619

Day11 Hour 14 3/9/2010 13:00 1.621

Day11 Hour 15 3/9/2010 14:00 1.627

Day11 Hour 16 3/9/2010 15:00 1.599

Day11 Hour 17 3/9/2010 16:00 1.577

Day11 Hour 18 3/9/2010 17:00 1.572

Day11 Hour 19 3/9/2010 18:00 1.563

Day11 Hour 20 3/9/2010 19:00 1.546

Day11 Hour 21 3/9/2010 20:00 1.520

Day11 Hour 22 3/9/2010 21:00 1.508

Day11 Hour 23 3/9/2010 22:00 1.503

Day11 Hour 24 3/9/2010 23:00 1.487

Day12 Hour 1 3/10/2010 0:00 1.486

Day12 Hour 2 3/10/2010 1:00 1.477

Day12 Hour 3 3/10/2010 2:00 1.476

Day12 Hour 4 3/10/2010 3:00 1.493

Day12 Hour 5 3/10/2010 4:00 1.484

Day12 Hour 6 3/10/2010 5:00 1.493

Day12 Hour 7 3/10/2010 6:00 1.518

Day12 Hour 8 3/10/2010 7:00 1.642

Day12 Hour 9 3/10/2010 8:00 1.548

Day12 Hour 10 3/10/2010 9:00 1.567

Day12 Hour 11 3/10/2010 10:00 1.587
Day12 Hour 12 3/10/2010 11:00 1.594

Day12 Hour 13 3/10/2010 12:00 1.576

Day12 Hour 14 3/10/2010 13:00 1.576

Day12 Hour 15 3/10/2010 14:00 1.567

Day12 Hour 16 3/10/2010 15:00 1.535

Day12 Hour 17 3/10/2010 16:00 1.539

Day12 Hour 18 3/10/2010 17:00 1.567

Day12 Hour 19 3/10/2010 18:00 1.558

Day12 Hour 20 3/10/2010 19:00 1.544

Day12 Hour 21 3/10/2010 20:00 1.553

Day12 Hour 22 3/10/2010 21:00 1.548

Day12 Hour 23 3/10/2010 22:00 1.543

Day12 Hour 24 3/10/2010 23:00 1.543

Day13 Hour 1 3/11/2010 0:00 1.545

Day13 Hour 2 3/11/2010 1:00 1.547

Day13 Hour 3 3/11/2010 2:00 1.542

Day13 Hour 4 3/11/2010 3:00 1.527

Day13 Hour 5 3/11/2010 4:00 1.531

Day13 Hour 6 3/11/2010 5:00 1.537

Day13 Hour 7 3/11/2010 6:00 1.570

Day13 Hour 8 3/11/2010 7:00 1.660

Day13 Hour 9 3/11/2010 8:00 1.568

Day13 Hour 10 3/11/2010 9:00 1.573

Day13 Hour 11 3/11/2010 10:00 1.586

Day13 Hour 12 3/11/2010 11:00 1.583

Day13 Hour 13 3/11/2010 12:00 1.617

Day13 Hour 14 3/11/2010 13:00 1.639

Day13 Hour 15 3/11/2010 14:00 1.643

Day13 Hour 16 3/11/2010 15:00 1.628

Day13 Hour 17 3/11/2010 16:00 1.613

Day13 Hour 18 3/11/2010 17:00 1.620

Day13 Hour 19 3/11/2010 18:00 1.597

Day13 Hour 20 3/11/2010 19:00 1.578

Day13 Hour 21 3/11/2010 20:00 1.573

Day13 Hour 22 3/11/2010 21:00 1.573

Day13 Hour 23 3/11/2010 22:00 1.579

Day13 Hour 24 3/11/2010 23:00 1.584

Day14 Hour 1 3/12/2010 0:00 1.592

Day14 Hour 2 3/12/2010 1:00 1.585

Day14 Hour 3 3/12/2010 2:00 1.588

Day14 Hour 4 3/12/2010 3:00 1.576

Day14 Hour 5 3/12/2010 4:00 1.567

Day14 Hour 6 3/12/2010 5:00 1.551

Day14 Hour 7 3/12/2010 6:00 1.534

Day14 Hour 8

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Emission Value

(ppmvd @ 7% O2)

Hourly SO2 Emission Value 

(CEM Units of Measure)

Emission Unit of 

Measure Recorded 

by CEM

Oxygen 

Content (%)

507.871 381.3 ppmvw 9.679

500.062 349.7 ppmvw 10.448

502.343 335.7 ppmvw 10.912

505.437 345.2 ppmvw 10.692

503.929 341.7 ppmvw 10.765

504.425 340.8 ppmvw 10.802

504.348 339.1 ppmvw 10.851

503.309 327.3 ppmvw 11.181

504.420 337.5 ppmvw 10.900

502.744 337.2 ppmvw 10.875

504.721 341 ppmvw 10.802

506.329 342.5 ppmvw 10.790

508.410 346.4 ppmvw 10.717

507.383 345.7 ppmvw 10.717

566.005 346.8 ppmvw 11.742

524.264 473.7 ppmvw 7.395

521.788 467.2 ppmvw 7.517

500.805 335.9 ppmvw 10.875

499.594 325.7 ppmvw 11.156

501.759 334.9 ppmvw 10.924

499.097 331.9 ppmvw 10.961

506.547 347.2 ppmvw 10.655

507.714 348 ppmvw 10.655

Emission Data Points for Most Recent 30 Day Averaging Period for Sulfur Dioxide
510.511 349.5 ppmvw 10.668

509.509 345.9 ppmvw 10.753

509.255 352.8 ppmvw 10.546

505.114 332.6 ppmvw 11.058

503.764 342 ppmvw 10.753

504.961 342.4 ppmvw 10.765

502.664 339.2 ppmvw 10.814

504.887 340.7 ppmvw 10.814

508.174 334.2 ppmvw 11.071

506.710 344 ppmvw 10.753

508.694 344.1 ppmvw 10.790

507.933 344 ppmvw 10.778

509.485 346.3 ppmvw 10.741

508.736 348.7 ppmvw 10.655

510.191 357.2 ppmvw 10.436

578.354 413.9 ppmvw 10.204

544.583 488.5 ppmvw 7.493

544.299 487.8 ppmvw 7.505

543.204 477.5 ppmvw 7.762

545.395 487 ppmvw 7.554

548.852 486.5 ppmvw 7.652

552.973 476.6 ppmvw 8.018

554.854 489.1 ppmvw 7.725

564.977 491.1 ppmvw 7.908

571.576 491.7 ppmvw 8.042

571.999 494.4 ppmvw 7.981

568.469 494.6 ppmvw 7.896

560.850 450.4 ppmvw 8.897

550.961 410.5 ppmvw 9.764

545.569 404.7 ppmvw 9.813

538.806 342.9 ppmvw 11.388

536.535 345.4 ppmvw 11.278

536.764 335.9 ppmvw 11.547

544.441 349.6 ppmvw 11.303

540.081 346.8 ppmvw 11.303

538.493 347.1 ppmvw 11.266

540.806 350.8 ppmvw 11.205

540.664 353.8 ppmvw 11.119

543.626 362.4 ppmvw 10.936

599.824 344 ppmvw 12.328

540.008 356.9 ppmvw 11.022

540.044 355.6 ppmvw 11.058

544.245 359.7 ppmvw 11.022

550.063 360.4 ppmvw 11.107

548.930 361.9 ppmvw 11.046

552.162 351.4 ppmvw 11.388

547.948 361.7 ppmvw 11.034
566.920 473.8 ppmvw 8.409

559.255 457.8 ppmvw 8.665

552.624 353.5 ppmvw 11.339

548.543 360.3 ppmvw 11.083

549.004 361.5 ppmvw 11.058

547.157 372.8 ppmvw 10.717

545.654 379.8 ppmvw 10.497

544.899 381.5 ppmvw 10.436

541.493 380 ppmvw 10.411

540.163 369.8 ppmvw 10.668

540.225 382.2 ppmvw 10.326

539.465 368 ppmvw 10.704

541.770 370.9 ppmvw 10.668

540.043 378.1 ppmvw 10.436

540.093 379.9 ppmvw 10.387

544.054 425.8 ppmvw 9.202

598.502 455.7 ppmvw 9.520

554.603 499.3 ppmvw 7.444

561.441 497.2 ppmvw 7.664

559.698 498.4 ppmvw 7.591

559.297 498.5 ppmvw 7.578

557.763 498.5 ppmvw 7.542

560.308 487.5 ppmvw 7.896

567.050 506.8 ppmvw 7.542

574.444 512 ppmvw 7.578

581.006 516.9 ppmvw 7.603

585.815 520.7 ppmvw 7.615

582.325 519.5 ppmvw 7.566

581.399 506.8 ppmvw 7.872

571.595 466.5 ppmvw 8.702

559.703 359.4 ppmvw 11.303

558.741 356.5 ppmvw 11.364

560.819 359.2 ppmvw 11.327

557.627 348.5 ppmvw 11.559

558.574 360.5 ppmvw 11.254

561.384 380.2 ppmvw 10.778

560.425 364.9 ppmvw 11.168

558.696 365.6 ppmvw 11.119

558.987 369.9 ppmvw 11.010

562.568 428.8 ppmvw 9.508

624.063 482.3 ppmvw 9.349

587.761 552.2 ppmvw 6.858

591.788 555.5 ppmvw 6.870

591.486 552.8 ppmvw 6.931

585.018 545.8 ppmvw 6.956

578.665 539.4 ppmvw 6.968

580.512 523.1 ppmvw 7.432
582.113 531.2 ppmvw 7.261

579.380 530.6 ppmvw 7.212

583.573 537.3 ppmvw 7.139

593.875 546.3 ppmvw 7.151

594.667 548 ppmvw 7.127

579.352 432.6 ppmvw 9.740

575.512 394 ppmvw 10.668

575.512 394 ppmvw 10.668

578.790 400.5 ppmvw 10.558

577.364 401.4 ppmvw 10.509

572.753 387.9 ppmvw 10.778

574.066 397.7 ppmvw 10.546

574.422 395.6 ppmvw 10.607

579.029 398.3 ppmvw 10.619

581.572 402.9 ppmvw 10.546

581.605 409.1 ppmvw 10.387

576.687 401.4 ppmvw 10.497

621.715 372.3 ppmvw 11.950

568.344 394.2 ppmvw 10.533

564.595 391.6 ppmvw 10.533

564.258 388.6 ppmvw 10.607

566.932 387.2 ppmvw 10.692

568.628 386.5 ppmvw 10.741

569.716 377 ppmvw 11.010

567.025 386.8 ppmvw 10.704

563.243 383.3 ppmvw 10.729

559.339 381.1 ppmvw 10.717

557.386 386.6 ppmvw 10.533

553.638 384 ppmvw 10.533

554.235 374 ppmvw 10.814

552.646 379.7 ppmvw 10.631

553.321 377 ppmvw 10.717

554.720 377.5 ppmvw 10.729

556.939 378.1 ppmvw 10.753

554.231 366.3 ppmvw 11.022

557.451 387.1 ppmvw 10.521

559.045 380.9 ppmvw 10.717

561.379 385.7 ppmvw 10.631

559.842 381.9 ppmvw 10.704

556.323 374.5 ppmvw 10.839

558.943 382.2 ppmvw 10.680

615.978 358.8 ppmvw 12.194

558.130 382.1 ppmvw 10.668

554.202 377.6 ppmvw 10.717

554.907 380.8 ppmvw 10.643

555.624 382.2 ppmvw 10.619

556.324 379.5 ppmvw 10.704
558.448 370 ppmvw 10.997

558.707 379.3 ppmvw 10.753

556.578 377.4 ppmvw 10.765

554.296 375.4 ppmvw 10.778

556.773 383.9 ppmvw 10.594

556.114 383.9 ppmvw 10.582

552.767 370.3 ppmvw 10.887

550.390 378.6 ppmvw 10.619

551.915 380.1 ppmvw 10.607

551.553 379.4 ppmvw 10.619

552.433 378.2 ppmvw 10.668

555.720 369.1 ppmvw 10.973

558.312 380.4 ppmvw 10.717

553.169 377.8 ppmvw 10.692

554.665 382.9 ppmvw 10.582

556.064 387.5 ppmvw 10.485

555.634 387.2 ppmvw 10.485

552.373 375 ppmvw 10.753

610.834 357.8 ppmvw 12.145

550.381 370.5 ppmvw 10.839

552.734 376.6 ppmvw 10.717

558.918 379.9 ppmvw 10.741

561.409 379.3 ppmvw 10.802

566.909 389.5 ppmvw 10.631

572.436 378.8 ppmvw 11.010

573.668 391.8 ppmvw 10.692

579.687 399.7 ppmvw 10.594

582.599 397.9 ppmvw 10.692

586.420 405.3 ppmvw 10.570

587.001 408.1 ppmvw 10.509

591.453 393.8 ppmvw 10.949

591.604 408.4 ppmvw 10.582

596.306 405.8 ppmvw 10.729

599.641 406.6 ppmvw 10.765

600.037 410.3 ppmvw 10.680

603.990 398.2 ppmvw 11.046

603.582 407.3 ppmvw 10.814

597.917 402.5 ppmvw 10.839

591.678 395.4 ppmvw 10.912

589.032 397 ppmvw 10.826

588.948 395.5 ppmvw 10.863

589.225 400.5 ppmvw 10.741

641.813 372.8 ppmvw 12.218

583.246 385 ppmvw 11.034

580.978 387.3 ppmvw 10.936

581.318 395.6 ppmvw 10.729

579.456 396.7 ppmvw 10.668
584.876 402.8 ppmvw 10.607

592.432 393 ppmvw 10.985

594.160 399 ppmvw 10.863

593.139 392.5 ppmvw 11.010

602.402 394.2 ppmvw 11.119

610.499 399 ppmvw 11.132

614.435 408.6 ppmvw 10.961

609.871 395.6 ppmvw 11.205

605.095 401.4 ppmvw 10.985

606.747 402 ppmvw 10.997

607.512 403.5 ppmvw 10.973

609.919 404.6 ppmvw 10.985

609.723 396.5 ppmvw 11.181

618.306 413.7 ppmvw 10.900

625.214 417.3 ppmvw 10.924

623.602 420.3 ppmvw 10.826

625.847 416.7 ppmvw 10.949

623.908 430.7 ppmvw 10.582

640.202 527.2 ppmvw 8.592

678.546 517.2 ppmvw 9.508

645.183 587.7 ppmvw 7.285

650.522 591.5 ppmvw 7.310

663.821 596 ppmvw 7.481

666.793 595.4 ppmvw 7.554

663.162 592.7 ppmvw 7.542

664.161 578.4 ppmvw 7.884

666.582 591.4 ppmvw 7.640

655.064 576.9 ppmvw 7.737

645.918 569.9 ppmvw 7.713

643.789 569.6 ppmvw 7.676

640.095 567.9 ppmvw 7.640

633.186 544.7 ppmvw 8.042

622.833 541.9 ppmvw 7.896

617.650 538.4 ppmvw 7.872

615.718 450.7 ppmvw 9.959

609.272 397.7 ppmvw 11.144

608.763 391.4 ppmvw 11.290

604.944 401.3 ppmvw 10.985

604.510 402 ppmvw 10.961

611.725 402.8 ppmvw 11.058

608.119 404.4 ppmvw 10.961

611.580 408.7 ppmvw 10.912

622.029 491.4 ppmvw 9.093

672.561 501.1 ppmvw 9.764

634.213 563.2 ppmvw 7.627

641.976 563.8 ppmvw 7.774

650.121 559.8 ppmvw 8.030
652.870 564.3 ppmvw 7.981

645.611 563.3 ppmvw 7.859

645.788 547.1 ppmvw 8.238

642.090 563.9 ppmvw 7.774

628.780 488 ppmvw 9.300

630.280 400.6 ppmvw 11.400

641.732 410.5 ppmvw 11.339

638.325 415.1 ppmvw 11.181

632.404 406.6 ppmvw 11.290

636.267 417.4 ppmvw 11.095

634.118 413.4 ppmvw 11.156

632.023 414.1 ppmvw 11.107

632.151 414.7 ppmvw 11.095

632.951 405.4 ppmvw 11.327

633.693 418.3 ppmvw 11.034

631.699 417.5 ppmvw 11.022

625.630 414 ppmvw 11.010

627.255 416.1 ppmvw 10.985

629.601 422.8 ppmvw 10.863

643.171 506 ppmvw 9.141

679.852 503.2 ppmvw 9.837

642.230 561.4 ppmvw 7.835

644.458 564.4 ppmvw 7.810

649.887 566.5 ppmvw 7.872

648.636 561.7 ppmvw 7.957

662.514 565.6 ppmvw 8.140

671.407 551.8 ppmvw 8.616

672.994 565.2 ppmvw 8.348

666.941 567.2 ppmvw 8.189

660.642 566.7 ppmvw 8.079

663.638 556.8 ppmvw 8.360

654.130 520.5 ppmvw 9.007

646.237 506.3 ppmvw 9.190

644.572 522.9 ppmvw 8.775

644.293 523.2 ppmvw 8.763

646.967 525.9 ppmvw 8.751

648.898 528 ppmvw 8.738

652.006 526.8 ppmvw 8.824

649.273 547.4 ppmvw 8.299

650.459 548.4 ppmvw 8.299

645.499 545.8 ppmvw 8.262

641.982 544.4 ppmvw 8.226

635.193 540.2 ppmvw 8.189

628.444 536 ppmvw 8.152









Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Step 2.

Sample Unit Conversion Equation from CEM Units of Measure to pounds per million BTU (

From Part 75, Appendix F, Equation F-6: 

E = K * Ch * Fc * (100 / %CO2) 

where: K = 1.660 * 10-7 (lb/dscf)/ppm SO2 

E = pollutant emissions during unit operation, lb/mmBtu 

Ch = Hourly average pollutant concentration during unit operation, ppm 

%CO2 = carbon dioxide volume during unit operation (percent CO2) 

Step 3.

Sample Unit Conversion Equation from Hourly Units of parts per million by volume dry bas

From Part 75, Appendix F, Equation F-15b: 

CO2w = (100 / 20.9) * (Fc / F) * [(20.9 * ( 100 - %H2O) / 100) - O2w] 

where: CO2w = hourly average CO2 concentration, % by volume, wet 

O2w = hourly average O2 concentrtation, % by volume, wet 

F, Fc = F-factor and carbon-based Fc-factor 

20.9 = percentage O2 in air 

%H2O = moisture content of flue gas 

For bituminous coal: 

F = 9780

Fc = 1800 

Assume %H2O = 7.0% (based on Part III ICR test data). 

Rearranging Equation F-15b to solve for O2w: 

O2w = [20.9 * (100 - %H2O) / 100] - [CO2w * (20.9 / 100) * (F / Fc)]

O2w = [20.9 * (100 - 7) / 100] - [CO2w * (20.9 / 100) * (9780 / 1800)] 
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

O2w = [20.9 * (100 - 7) / 100] - [CO2w * (20.9 / 100) * (9780 / 1800)] 

O2w = 19.437 - (1.135567 * CO2w) 

Converting from wet basis to dry basis: 

O2d = O2w / [(100 - %H2O) / 100] 

O2d = [19.437 - (1.135567 * CO2w)] / [(100 - 7) / 100] 

O2d = [19.437 - (1.135567 * CO2w)] / 0.93 

O2d = 20.9 - (1.221040 * CO2w) 

Converting ppmvw to ppmvd: 

ppmvd = ppmvw / [(100 - %H2O) / 100] 

ppmvd = ppmvw / [(100 - 7) / 100] 

ppmvd = ppmvw / 0.93 

Converting ppmvd @ O2d to ppmvd @ 7% O2: 

ppmvd @ 7% O2 = (ppmvd @ O2d) * [(20.9 - 7) / (20.9 - O2d)] 

ppmvd @ 7% O2 = (ppmvw / 0.93) * [13.9 / (20.9 - (20.9 - (1.221040 * CO2w) )] 

ppmvd @ 7% O2 = (ppmvw / 0.93) * [13.9 / (1.221040 * CO2w)] 

ppmvd @ 7% O2 = ppmvw * 11.3837 / CO2w 
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800
Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800

Fd=9780, Fc=1800









easure to pounds per million BTU (lb/MMBtu):

ring unit operation, ppm 

ration (percent CO2) 

parts per million by volume dry basis at 7% O2(ppmvd @ 7% O2):

O2w] 

y volume, wet 

volume, wet 

9780 / 1800)] 
9780 / 1800)] 

(1.221040 * CO2w) )] 
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Date (MM/DD/YYYY)

Emission Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)*

Day 1 2/27/2010 1.230 504.059

Day 2 2/28/2010 1.242 508.981

Day 3 3/1/2010 1.320 541.115

Day 4 3/2/2010 1.339 548.485

Day 5 3/3/2010 1.369 560.847

Day 6 3/4/2010 1.412 578.237

Day 7 3/5/2010 1.387 568.201

Day 8 3/6/2010 1.363 558.431

Day 9 3/7/2010 1.398 572.832

Day 10 3/8/2010 1.461 598.428

Day 11 3/9/2010 1.561 639.546

Day 12 3/10/2010 1.542 631.791

Day 13 3/11/2010 1.584 648.846

Day 14 3/12/2010 1.570 643.265

Day 15

Day 16

Day 17

Day 18

Day 19

Day 20

Day 21

Day 22

Day 23

Day 24

Day 25

Day 26

Day 27

Day 28

Day 29

Day 30

CEM Daily Average Emission Data Points for Most Recent 30 Day Ave
Oxygen Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Average Load

(MW)

10.593 Fd=9780, Fc=1800 45.747

10.585 Fd=9780, Fc=1800 43.362

9.254 Fd=9780, Fc=1800 73.037

10.887 Fd=9780, Fc=1800 47.894

9.004 Fd=9780, Fc=1800 74.565

8.991 Fd=9780, Fc=1800 72.204

10.704 Fd=9780, Fc=1800 44.838

10.772 Fd=9780, Fc=1800 44.940

10.764 Fd=9780, Fc=1800 44.881

10.977 Fd=9780, Fc=1800 44.887

8.826 Fd=9780, Fc=1800 77.358

9.970 Fd=9780, Fc=1800 64.193

9.152 Fd=9780, Fc=1800 77.989

8.322 Fd=9780, Fc=1800 89.214

oints for Most Recent 30 Day Averaging Period for Sulfur Dioxide * Note: To convert from a wet to a dry concentration 

method in Part 75 (i.e., Appendix A, section 2.1.5, the 

measured value from the past). Also, the tester can ca

percent O2 using the CO2 data. The tester can determ

Method 3B, equation 3B-2 or part 75, appendix F, equ

Daily averages only include hours provided in the hourl
wet to a dry concentration value, EPA suggests the moisture approximation 

pendix A, section 2.1.5, the minimum potential moisture of 3.0 percent or a 

the tester can calculate the concentration in units of ppmvd@ 7 

ata. The tester can determine O2values from the CO2 measurements using 

or part 75, appendix F, equation F-14b (same equation algebraically).

 hours provided in the hourly average tab.
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Step 1.

Date 

(MM/DD/YYYY

)

Hour 

(HH24:MM)

Hourly Total Vapor Phase 

Mercury Emission Value

(lb/MMBtu)

Day1 Hour 1

Day1 Hour 2

Day1 Hour 3

Day1 Hour 4

Day1 Hour 5

Day1 Hour 6

Day1 Hour 7

Day1 Hour 8

Day1 Hour 9

Day1 Hour 10

Day1 Hour 11

Day1 Hour 12

Day1 Hour 13

Day1 Hour 14

Day1 Hour 15

Day1 Hour 16

Day1 Hour 17

Day1 Hour 18

Day1 Hour 19

Day1 Hour 20

Day1 Hour 21

Day1 Hour 22

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Day1 Hour 24

Day2 Hour 1

Day2 Hour 2

Day2 Hour 3

Day2 Hour 4

Day2 Hour 5

Day2 Hour 6

Day2 Hour 7

Day2 Hour 8

Day2 Hour 9

Day2 Hour 10

Day2 Hour 11

Day2 Hour 12

Day2 Hour 13

Day2 Hour 14

Day2 Hour 15

Day2 Hour 16

Day2 Hour 17

Day2 Hour 18

Day2 Hour 19

Day2 Hour 20

Day2 Hour 21

Day2 Hour 22

Day2 Hour 23

CEM Hourly Average Emission Data Points for Most Recent 30 Day Averaging 
Day2 Hour 24

Day3 Hour 1

Day3 Hour 2

Day3 Hour 3

Day3 Hour 4

Day3 Hour 5

Day3 Hour 6

Day3 Hour 7

Day3 Hour 8

Day3 Hour 9

Day3 Hour 10

Day3 Hour 11

Day3 Hour 12

Day3 Hour 13

Day3 Hour 14

Day3 Hour 15

Day3 Hour 16

Day3 Hour 17

Day3 Hour 18

Day3 Hour 19

Day3 Hour 20

Day3 Hour 21

Day3 Hour 22

Day3 Hour 23

Day3 Hour 24

Day4 Hour 1

Day4 Hour 2

Day4 Hour 3

Day4 Hour 4

Day4 Hour 5

Day4 Hour 6

Day4 Hour 7

Day4 Hour 8

Day4 Hour 9

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Day4 Hour 11

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Day4 Hour 15

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Day4 Hour 18

Day4 Hour 19

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Day4 Hour 21

Day4 Hour 22

Day4 Hour 23

Day4 Hour 24

Day5 Hour 1

Day5 Hour 2

Day5 Hour 3

Day5 Hour 4

Day5 Hour 5

Day5 Hour 6
Day5 Hour 7

Day5 Hour 8

Day5 Hour 9

Day5 Hour 10

Day5 Hour 11

Day5 Hour 12

Day5 Hour 13

Day5 Hour 14

Day5 Hour 15

Day5 Hour 16

Day5 Hour 17

Day5 Hour 18

Day5 Hour 19

Day5 Hour 20

Day5 Hour 21

Day5 Hour 22

Day5 Hour 23

Day5 Hour 24

Day6 Hour 1

Day6 Hour 2

Day6 Hour 3

Day6 Hour 4

Day6 Hour 5

Day6 Hour 6

Day6 Hour 7

Day6 Hour 8

Day6 Hour 9

Day6 Hour 10

Day6 Hour 11

Day6 Hour 12

Day6 Hour 13

Day6 Hour 14

Day6 Hour 15

Day6 Hour 16

Day6 Hour 17

Day6 Hour 18

Day6 Hour 19

Day6 Hour 20

Day6 Hour 21

Day6 Hour 22

Day6 Hour 23

Day6 Hour 24

Day7 Hour 1

Day7 Hour 2

Day7 Hour 3

Day7 Hour 4

Day7 Hour 5

Day7 Hour 6

Day7 Hour 7

Day7 Hour 8

Day7 Hour 9

Day7 Hour 10

Day7 Hour 11

Day7 Hour 12

Day7 Hour 13
Day7 Hour 14

Day7 Hour 15

Day7 Hour 16

Day7 Hour 17

Day7 Hour 18

Day7 Hour 19

Day7 Hour 20

Day7 Hour 21

Day7 Hour 22

Day7 Hour 23

Day7 Hour 24

Day8 Hour 1

Day8 Hour 2

Day8 Hour 3

Day8 Hour 4

Day8 Hour 5

Day8 Hour 6

Day8 Hour 7

Day8 Hour 8

Day8 Hour 9

Day8 Hour 10

Day8 Hour 11

Day8 Hour 12

Day8 Hour 13

Day8 Hour 14

Day8 Hour 15

Day8 Hour 16

Day8 Hour 17

Day8 Hour 18

Day8 Hour 19

Day8 Hour 20

Day8 Hour 21

Day8 Hour 22

Day8 Hour 23

Day8 Hour 24

Day9 Hour 1

Day9 Hour 2

Day9 Hour 3

Day9 Hour 4

Day9 Hour 5

Day9 Hour 6

Day9 Hour 7

Day9 Hour 8

Day9 Hour 9

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Day9 Hour 11

Day9 Hour 12

Day9 Hour 13

Day9 Hour 14

Day9 Hour 15

Day9 Hour 16

Day9 Hour 17

Day9 Hour 18

Day9 Hour 19

Day9 Hour 20
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Day9 Hour 22

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Day9 Hour 24

Day10 Hour 1

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Day15 Hour 1

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Day17 Hour 1

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Day25 Hour 14

Day25 Hour 15

Day25 Hour 16

Day25 Hour 17

Day25 Hour 18

Day25 Hour 19

Day25 Hour 20

Day25 Hour 21
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Day25 Hour 23

Day25 Hour 24

Day26 Hour 1

Day26 Hour 2

Day26 Hour 3

Day26 Hour 4

Day26 Hour 5

Day26 Hour 6

Day26 Hour 7

Day26 Hour 8

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Day26 Hour 10

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Day26 Hour 18

Day26 Hour 19

Day26 Hour 20

Day26 Hour 21

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Day26 Hour 23

Day26 Hour 24

Day27 Hour 1

Day27 Hour 2

Day27 Hour 3

Day27 Hour 4

Day27 Hour 5

Day27 Hour 6

Day27 Hour 7

Day27 Hour 8

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Day27 Hour 11

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Day27 Hour 15

Day27 Hour 16

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Day27 Hour 19

Day27 Hour 20

Day27 Hour 21

Day27 Hour 22

Day27 Hour 23

Day27 Hour 24

Day28 Hour 1

Day28 Hour 2

Day28 Hour 3

Day28 Hour 4
Day28 Hour 5

Day28 Hour 6

Day28 Hour 7

Day28 Hour 8

Day28 Hour 9

Day28 Hour 10

Day28 Hour 11

Day28 Hour 12

Day28 Hour 13

Day28 Hour 14

Day28 Hour 15

Day28 Hour 16

Day28 Hour 17

Day28 Hour 18

Day28 Hour 19

Day28 Hour 20

Day28 Hour 21

Day28 Hour 22

Day28 Hour 23

Day28 Hour 24

Day29 Hour 1

Day29 Hour 2

Day29 Hour 3

Day29 Hour 4

Day29 Hour 5

Day29 Hour 6

Day29 Hour 7

Day29 Hour 8

Day29 Hour 9

Day29 Hour 10

Day29 Hour 11

Day29 Hour 12

Day29 Hour 13

Day29 Hour 14

Day29 Hour 15

Day29 Hour 16

Day29 Hour 17

Day29 Hour 18

Day29 Hour 19

Day29 Hour 20

Day29 Hour 21

Day29 Hour 22

Day29 Hour 23

Day29 Hour 24

Day30 Hour 1

Day30 Hour 2

Day30 Hour 3

Day30 Hour 4

Day30 Hour 5

Day30 Hour 6

Day30 Hour 7

Day30 Hour 8

Day30 Hour 9

Day30 Hour 10

Day30 Hour 11
Day30 Hour 12

Day30 Hour 13

Day30 Hour 14

Day30 Hour 15

Day30 Hour 16

Day30 Hour 17

Day30 Hour 18

Day30 Hour 19

Day30 Hour 20

Day30 Hour 21

Day30 Hour 22

Day30 Hour 23

Day30 Hour 24
Hourly Total Vapor Phase 

Mercury Emission Value

(ppmvd @ 7% O2)

Hourly Total Vapor Phase 

Mercury Emission Value 

(μg/dscm)

Oxygen 

Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Most Recent 30 Day Averaging Period for Mercury













Step 2.

Sample Unit Conversion Equation from CEM Units of Measure to pounds per million BTU (lb/MMBtu):

Step 3.

Sample Unit Conversion Equation from Hourly Units of parts per million by volume dry basis at 7% O2(ppmvd @ 7% O













(ppmvd @ 7% O2

):
EIA Facility Code Facility Name Boiler ID

642 Scholz 1,2

Date 

(MM/DD/YYYY)

Hourly Total Vapor Phase 

Mercury Emission Value

(lb/MMBtu)

Day 1

Day 2

Day 3

Day 4

Day 5

Day 6

Day 7

Day 8

Day 9

Day 10

Day 11

Day 12

Day 13

Day 14

Day 15

Day 16

Day 17

Day 18

Day 19

Day 20

Day 21

Day 22

Day 23

Day 24

Day 25

Day 26

Day 27

Day 28

Day 29

Day 30

CEM Daily Average Emission Data Points for Mo
Hourly Total Vapor Phase 

Mercury Emission Value

(ppmvd @ 7% O2)

Hourly Total Vapor 

Phase Mercury Emission 

Value (μg/dscm)

Oxygen 

Content 

(%)

Standard Fuel FFactor 

(Fd, Fw, or Fc =.....)

Daily Average Emission Data Points for Most Recent 30 Day Averaging Period for Mercury
Average Load

(MW)