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 

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

convention: [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 code

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

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

required. Gray highlighted cells do not require data entry, as they are filled in automatically from the informatio

you input on the Boiler Information worksheet. Green highlighting in a cell indicates that it should be populated 

drop-down menu, which is provided. 

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

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

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 worksh

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

coded to the various hourly and daily data entry tabs.

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

Boiler 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 t

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

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

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

Boiler Information worksheet in column W.

CEM Hourly Average Results

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

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

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 appropria

worksheets. As you scroll to the right on each of these screens, you will find text boxes, which expand as you typ

requesting that you provide the equations/description of the process used to convert to both lb/MMBtu and ppm

O2.

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

(i.e., Appendix A, section 2.1.5, the minimum potential moisture of 3.0 percent or a measured value from the pa

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

O2 values from the CO2 measurements using Method 3B, equation 3B-2 or part 75, appendix F, equation F

equation algebraically).
equation algebraically).

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

and 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 desc

(as 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 d

(as 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

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

boiler, in both lb/MMBtu and ppmvd @ 7% O2. Please ensure that you are entering CO, NO

and Hg 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.
CEM data for CO, NOX, SO2, and Hg (Elemental 

e facility. Data for multiple boilers should be 

readsheet with the following naming 

by clicking on each of the color coded tabs at 

proceed to the Hourly tab for a given 

 column headers mean that the field is 

n automatically from the information that 

ndicates that it should be populated using a 

or each constituent are collected on their own 

 asked to provide boiler specific information 

surrogate group.

ler on the Boiler Information worksheet. on 

p combination being tested, and is color 

sed during the 30-day test period on the 

gate group combination.

day test period for each 

on worksheet . You may specify up to 4 

ate and units. The unit choices are contained 

 fuel in the "Specify if Fuel is other" column.

ons Occurring During 30 Day Period on the 

2 Organic, SO2 Acid Gas, and Hg. 

day monitoring period. You must enter both 

erted values for both lb/MMBtu and ppmvd 

d Gas), and Hg data in the appropriate 

text boxes, which expand as you type, 

o convert to both lb/MMBtu and ppmvd @ 7% 

moisture approximation method in Part 75 

nt or a measured value from the past). Also, 

using the CO2 data. The tester can determine 

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

the standard fuel F-Factor.

e the equations and a narrative description 

y units of Measure (lb/MMBtu).

vide the equations and a narrative description

y units of Measure (ppmvd @ 7% O2).

Organic, SO2 Acid Gas, and Hg. 

n the hourly data that you provided for your 

entering CO, NOX, SO2 Organic, SO2 Acid Gas, 

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

6016 Duck Creek 1 CO Organic HAP

6016 Duck Creek 1 SO2 Organic HAP

6016 Duck Creek 1 NOx Acid Gas

6016 Duck Creek 1 SO2 Acid Gas

6016 Duck Creek 1 Hg Metallic
Typical Control Device Configuration During 30 Day Test
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

3964 subbituminous 3964 mmBtu/hr

3964 subbituminous 3964 mmBtu/hr

3964 subbituminous 3964 mmBtu/hr

3964 subbituminous 3964 mmBtu/hr
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

6016 Duck Creek 1

Step 1.

Date 

(MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)

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CEM Hourly Average Emission Data Points for Most Recent 30 
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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

6016 Duck Creek 1

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

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Day 24

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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

6016 Duck Creek 1

Step 1.

Date (MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

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CEM Hourly Average Emission Data Points for Most Rece
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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 (%)

Emission Data Points for Most Recent 30 Day Averaging Period for Sulfur Dioxide















Standard Fuel FFactor 

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

Step 2.

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

Step 3.

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















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

 parts per million by volume dry basis at 7% O2(ppmvd @ 7% O2):
EIA Facility Code Facility Name Boiler ID

6016 Duck Creek 1

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 Aver
Oxygen Content 

(%)

Standard Fuel FFactor 

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

Average Load

(MW)

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
 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).
EIA Facility Code Facility Name Boiler ID

6016 Duck Creek 1

Step 1.

Date 

(MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)

Day1 Hour 1 6/1/2010 0:00 0.059 33.2

Day1 Hour 2 6/1/2010 1:00 0.056 31.9

Day1 Hour 3 6/1/2010 2:00 0.057 32.5

Day1 Hour 4 6/1/2010 3:00 0.060 33.8

Day1 Hour 5 6/1/2010 4:00 0.059 33.5

Day1 Hour 6 6/1/2010 5:00 0.059 33.2

Day1 Hour 7 6/1/2010 6:00 0.068 38.3

Day1 Hour 8 6/1/2010 7:00 0.071 40.3

Day1 Hour 9 6/1/2010 8:00 0.075 42.7

Day1 Hour 10 6/1/2010 9:00 0.079 44.7

Day1 Hour 11 6/1/2010 10:00 0.078 44.3

Day1 Hour 12 6/1/2010 11:00 0.078 44.2

Day1 Hour 13 6/1/2010 12:00 0.079 44.7

Day1 Hour 14 6/1/2010 13:00 0.079 44.7

Day1 Hour 15 6/1/2010 14:00 0.081 46.1

Day1 Hour 16 6/1/2010 15:00 0.079 45.0

Day1 Hour 17 6/1/2010 16:00 0.079 45.0

Day1 Hour 18 6/1/2010 17:00 0.081 45.7

Day1 Hour 19 6/1/2010 18:00 0.080 45.4

Day1 Hour 20 6/1/2010 19:00 0.078 44.3

Day1 Hour 21 6/1/2010 20:00 0.078 44.2

Day1 Hour 22 6/1/2010 21:00 0.074 42.2

Day1 Hour 23 6/1/2010 22:00 0.074 41.8

Day1 Hour 24 6/1/2010 23:00 0.075 42.3

Day2 Hour 1 6/2/2010 0:00 0.078 44.2

Day2 Hour 2 6/2/2010 1:00 0.076 42.9

Day2 Hour 3 6/2/2010 2:00 0.078 44.0

Day2 Hour 4 6/2/2010 3:00 0.071 40.2

Day2 Hour 5 6/2/2010 4:00 0.072 40.6

Day2 Hour 6 6/2/2010 5:00 0.074 41.8

Day2 Hour 7 6/2/2010 6:00 0.073 41.2

Day2 Hour 8 6/2/2010 7:00 0.072 40.7

Day2 Hour 9 6/2/2010 8:00 0.070 39.5

Day2 Hour 10 6/2/2010 9:00 0.072 40.8

Day2 Hour 11 6/2/2010 10:00 0.071 40.4

Day2 Hour 12 6/2/2010 11:00 0.071 40.5

Day2 Hour 13 6/2/2010 12:00 0.071 40.3

Day2 Hour 14 6/2/2010 13:00 0.179 101.3

Day2 Hour 15 6/2/2010 14:00 0.169 95.7

Day2 Hour 16 6/2/2010 15:00 0.077 43.6

Day2 Hour 17 6/2/2010 16:00 0.069 39.0

Day2 Hour 18 6/2/2010 17:00 0.065 37.0

Day2 Hour 19 6/2/2010 18:00 0.064 36.5

Day2 Hour 20 6/2/2010 19:00 0.062 35.3

Day2 Hour 21 6/2/2010 20:00 0.062 34.9

Day2 Hour 22 6/2/2010 21:00 0.063 35.6

Day2 Hour 23 6/2/2010 22:00 0.064 36.0

CEM Hourly Average Emission Data Points for Most Recent 30 Day 
Day2 Hour 24 6/2/2010 23:00 0.064 36.1

Day3 Hour 1 6/3/2010 0:00 0.144 81.6

Day3 Hour 2 6/3/2010 1:00 0.192 108.6

Day3 Hour 3 6/3/2010 2:00 0.059 33.7

Day3 Hour 4 6/3/2010 3:00 0.058 33.1

Day3 Hour 5 6/3/2010 4:00 0.058 32.9

Day3 Hour 6 6/3/2010 5:00 0.060 34.0

Day3 Hour 7 6/3/2010 6:00 0.063 35.5

Day3 Hour 8 6/3/2010 7:00 0.059 33.4

Day3 Hour 9 6/3/2010 8:00 0.059 33.2

Day3 Hour 10 6/3/2010 9:00 0.062 35.2

Day3 Hour 11 6/3/2010 10:00 0.061 34.5

Day3 Hour 12 6/3/2010 11:00 0.062 35.4

Day3 Hour 13 6/3/2010 12:00 0.063 35.9

Day3 Hour 14 6/3/2010 13:00 0.068 38.5

Day3 Hour 15 6/3/2010 14:00 0.069 39.0

Day3 Hour 16 6/3/2010 15:00 0.069 39.1

Day3 Hour 17 6/3/2010 16:00 0.069 39.3

Day3 Hour 18 6/3/2010 17:00 0.069 39.0

Day3 Hour 19 6/3/2010 18:00 0.069 39.2

Day3 Hour 20 6/3/2010 19:00 0.070 39.9

Day3 Hour 21 6/3/2010 20:00 0.070 39.4

Day3 Hour 22 6/3/2010 21:00 0.070 39.9

Day3 Hour 23 6/3/2010 22:00 0.071 40.4

Day3 Hour 24 6/3/2010 23:00 0.071 40.5

Day4 Hour 1 6/4/2010 0:00 0.070 39.6

Day4 Hour 2 6/4/2010 1:00 0.069 39.3

Day4 Hour 3 6/4/2010 2:00 0.069 39.1

Day4 Hour 4 6/4/2010 3:00 0.067 38.1

Day4 Hour 5 6/4/2010 4:00 0.066 37.5

Day4 Hour 6 6/4/2010 5:00 0.069 39.2

Day4 Hour 7 6/4/2010 6:00 0.075 42.7

Day4 Hour 8 6/4/2010 7:00 0.080 45.6

Day4 Hour 9 6/4/2010 8:00 0.077 43.7

Day4 Hour 10 6/4/2010 9:00 0.078 44.4

Day4 Hour 11 6/4/2010 10:00 0.078 44.2

Day4 Hour 12 6/4/2010 11:00 0.079 45.0

Day4 Hour 13 6/4/2010 12:00 0.080 45.4

Day4 Hour 14 6/4/2010 13:00 0.082 46.5

Day4 Hour 15 6/4/2010 14:00 0.082 46.4

Day4 Hour 16 6/4/2010 15:00 0.079 44.6

Day4 Hour 17 6/4/2010 16:00 0.078 44.1

Day4 Hour 18 6/4/2010 17:00 0.078 44.1

Day4 Hour 19 6/4/2010 18:00

Day4 Hour 20 6/4/2010 19:00

Day4 Hour 21 6/4/2010 20:00

Day4 Hour 22 6/4/2010 21:00

Day4 Hour 23 6/4/2010 22:00

Day4 Hour 24 6/4/2010 23:00

Day5 Hour 1 6/5/2010 0:00

Day5 Hour 2 6/5/2010 1:00 0.132 74.8

Day5 Hour 3 6/5/2010 2:00 0.151 85.5

Day5 Hour 4 6/5/2010 3:00 0.165 93.5

Day5 Hour 5 6/5/2010 4:00 0.135 76.8

Day5 Hour 6 6/5/2010 5:00 0.181 102.5
Day5 Hour 7 6/5/2010 6:00 0.176 99.7

Day5 Hour 8 6/5/2010 7:00 0.369 209.6

Day5 Hour 9 6/5/2010 8:00 0.394 223.7

Day5 Hour 10 6/5/2010 9:00 0.423 240.2

Day5 Hour 11 6/5/2010 10:00 0.328 186.1

Day5 Hour 12 6/5/2010 11:00 0.241 136.8

Day5 Hour 13 6/5/2010 12:00 0.235 133.2

Day5 Hour 14 6/5/2010 13:00 0.246 139.6

Day5 Hour 15 6/5/2010 14:00 0.286 162.3

Day5 Hour 16 6/5/2010 15:00 0.286 162.2

Day5 Hour 17 6/5/2010 16:00 0.274 155.4

Day5 Hour 18 6/5/2010 17:00 0.319 180.9

Day5 Hour 19 6/5/2010 18:00 0.099 56.4

Day5 Hour 20 6/5/2010 19:00 0.077 43.4

Day5 Hour 21 6/5/2010 20:00 0.072 40.6

Day5 Hour 22 6/5/2010 21:00 0.072 40.9

Day5 Hour 23 6/5/2010 22:00 0.072 40.8

Day5 Hour 24 6/5/2010 23:00 0.073 41.4

Day6 Hour 1 6/6/2010 0:00 0.072 40.8

Day6 Hour 2 6/6/2010 1:00 0.070 39.7

Day6 Hour 3 6/6/2010 2:00 0.070 39.6

Day6 Hour 4 6/6/2010 3:00 0.070 39.9

Day6 Hour 5 6/6/2010 4:00 0.071 40.5

Day6 Hour 6 6/6/2010 5:00 0.070 39.6

Day6 Hour 7 6/6/2010 6:00 0.072 40.8

Day6 Hour 8 6/6/2010 7:00 0.073 41.4

Day6 Hour 9 6/6/2010 8:00 0.077 43.5

Day6 Hour 10 6/6/2010 9:00 0.075 42.8

Day6 Hour 11 6/6/2010 10:00 0.074 42.1

Day6 Hour 12 6/6/2010 11:00 0.075 42.5

Day6 Hour 13 6/6/2010 12:00 0.073 41.2

Day6 Hour 14 6/6/2010 13:00 0.073 41.2

Day6 Hour 15 6/6/2010 14:00 0.072 40.7

Day6 Hour 16 6/6/2010 15:00 0.074 42.1

Day6 Hour 17 6/6/2010 16:00 0.075 42.3

Day6 Hour 18 6/6/2010 17:00 0.074 42.1

Day6 Hour 19 6/6/2010 18:00 0.076 43.2

Day6 Hour 20 6/6/2010 19:00 0.078 44.1

Day6 Hour 21 6/6/2010 20:00 0.077 43.8

Day6 Hour 22 6/6/2010 21:00 0.068 38.6

Day6 Hour 23 6/6/2010 22:00 0.072 40.9

Day6 Hour 24 6/6/2010 23:00 0.069 38.9

Day7 Hour 1 6/7/2010 0:00 0.070 39.5

Day7 Hour 2 6/7/2010 1:00 0.070 39.7

Day7 Hour 3 6/7/2010 2:00 0.073 41.2

Day7 Hour 4 6/7/2010 3:00 0.073 41.2

Day7 Hour 5 6/7/2010 4:00 0.074 41.8

Day7 Hour 6 6/7/2010 5:00 0.078 44.4

Day7 Hour 7 6/7/2010 6:00 0.077 43.4

Day7 Hour 8 6/7/2010 7:00 0.081 46.1

Day7 Hour 9 6/7/2010 8:00 0.084 47.6

Day7 Hour 10 6/7/2010 9:00 0.084 47.6

Day7 Hour 11 6/7/2010 10:00 0.083 47.2

Day7 Hour 12 6/7/2010 11:00 0.085 48.1

Day7 Hour 13 6/7/2010 12:00 0.084 47.9
Day7 Hour 14 6/7/2010 13:00 0.083 47.0

Day7 Hour 15 6/7/2010 14:00 0.083 46.9

Day7 Hour 16 6/7/2010 15:00 0.083 46.9

Day7 Hour 17 6/7/2010 16:00 0.082 46.5

Day7 Hour 18 6/7/2010 17:00 0.081 46.1

Day7 Hour 19 6/7/2010 18:00 0.082 46.5

Day7 Hour 20 6/7/2010 19:00 0.080 45.5

Day7 Hour 21 6/7/2010 20:00 0.080 45.1

Day7 Hour 22 6/7/2010 21:00 0.077 43.9

Day7 Hour 23 6/7/2010 22:00 0.075 42.6

Day7 Hour 24 6/7/2010 23:00 0.073 41.4

Day8 Hour 1 6/8/2010 0:00 0.073 41.3

Day8 Hour 2 6/8/2010 1:00 0.073 41.5

Day8 Hour 3 6/8/2010 2:00 0.071 40.2

Day8 Hour 4 6/8/2010 3:00 0.073 41.3

Day8 Hour 5 6/8/2010 4:00 0.072 41.1

Day8 Hour 6 6/8/2010 5:00 0.075 42.5

Day8 Hour 7 6/8/2010 6:00 0.081 45.7

Day8 Hour 8 6/8/2010 7:00 0.078 44.1

Day8 Hour 9 6/8/2010 8:00 0.081 45.8

Day8 Hour 10 6/8/2010 9:00 0.079 45.0

Day8 Hour 11 6/8/2010 10:00 0.080 45.3

Day8 Hour 12 6/8/2010 11:00 0.079 45.0

Day8 Hour 13 6/8/2010 12:00 0.080 45.3

Day8 Hour 14 6/8/2010 13:00 0.080 45.2

Day8 Hour 15 6/8/2010 14:00 0.080 45.1

Day8 Hour 16 6/8/2010 15:00 0.080 45.4

Day8 Hour 17 6/8/2010 16:00 0.081 46.0

Day8 Hour 18 6/8/2010 17:00 0.081 45.9

Day8 Hour 19 6/8/2010 18:00 0.079 44.8

Day8 Hour 20 6/8/2010 19:00 0.078 44.3

Day8 Hour 21 6/8/2010 20:00 0.079 44.8

Day8 Hour 22 6/8/2010 21:00 0.076 42.8

Day8 Hour 23 6/8/2010 22:00 0.068 38.7

Day8 Hour 24 6/8/2010 23:00 0.070 39.6

Day9 Hour 1 6/9/2010 0:00 0.070 39.9

Day9 Hour 2 6/9/2010 1:00 0.070 39.8

Day9 Hour 3 6/9/2010 2:00 0.072 40.9

Day9 Hour 4 6/9/2010 3:00 0.072 40.9

Day9 Hour 5 6/9/2010 4:00 0.071 40.5

Day9 Hour 6 6/9/2010 5:00 0.076 42.8

Day9 Hour 7 6/9/2010 6:00 0.078 44.4

Day9 Hour 8 6/9/2010 7:00 0.077 43.6

Day9 Hour 9 6/9/2010 8:00 0.078 44.1

Day9 Hour 10 6/9/2010 9:00 0.077 43.9

Day9 Hour 11 6/9/2010 10:00 0.079 44.9

Day9 Hour 12 6/9/2010 11:00 0.078 44.4

Day9 Hour 13 6/9/2010 12:00 0.082 46.2

Day9 Hour 14 6/9/2010 13:00 0.082 46.2

Day9 Hour 15 6/9/2010 14:00 0.082 46.3

Day9 Hour 16 6/9/2010 15:00 0.082 46.8

Day9 Hour 17 6/9/2010 16:00 0.081 46.0

Day9 Hour 18 6/9/2010 17:00 0.082 46.3

Day9 Hour 19 6/9/2010 18:00 0.130 73.7

Day9 Hour 20 6/9/2010 19:00 0.120 68.3
Day9 Hour 21 6/9/2010 20:00 0.087 49.6

Day9 Hour 22 6/9/2010 21:00 0.081 46.2

Day9 Hour 23 6/9/2010 22:00 0.074 42.1

Day9 Hour 24 6/9/2010 23:00 0.066 37.7

Day10 Hour 1 6/10/2010 0:00 0.067 37.8

Day10 Hour 2 6/10/2010 1:00 0.070 39.6

Day10 Hour 3 6/10/2010 2:00 0.061 34.7

Day10 Hour 4 6/10/2010 3:00 0.057 32.3

Day10 Hour 5 6/10/2010 4:00 0.055 30.9

Day10 Hour 6 6/10/2010 5:00 0.062 35.3

Day10 Hour 7 6/10/2010 6:00 0.071 40.5

Day10 Hour 8 6/10/2010 7:00 0.074 41.9

Day10 Hour 9 6/10/2010 8:00 0.069 39.4

Day10 Hour 10 6/10/2010 9:00 0.067 38.0

Day10 Hour 11 6/10/2010 10:00 0.061 34.8

Day10 Hour 12 6/10/2010 11:00 0.068 38.4

Day10 Hour 13 6/10/2010 12:00 0.069 39.0

Day10 Hour 14 6/10/2010 13:00 0.070 39.6

Day10 Hour 15 6/10/2010 14:00 0.073 41.3

Day10 Hour 16 6/10/2010 15:00 0.077 43.6

Day10 Hour 17 6/10/2010 16:00 0.078 44.2

Day10 Hour 18 6/10/2010 17:00 0.162 92.2

Day10 Hour 19 6/10/2010 18:00 0.105 59.8

Day10 Hour 20 6/10/2010 19:00 0.081 45.8

Day10 Hour 21 6/10/2010 20:00 0.075 42.6

Day10 Hour 22 6/10/2010 21:00 0.082 46.4

Day10 Hour 23 6/10/2010 22:00 0.071 40.5

Day10 Hour 24 6/10/2010 23:00 0.072 40.6

Day11 Hour 1 6/11/2010 0:00 0.070 39.6

Day11 Hour 2 6/11/2010 1:00 0.068 38.7

Day11 Hour 3 6/11/2010 2:00 0.069 39.4

Day11 Hour 4 6/11/2010 3:00 0.070 39.5

Day11 Hour 5 6/11/2010 4:00 0.069 38.9

Day11 Hour 6 6/11/2010 5:00 0.068 38.7

Day11 Hour 7 6/11/2010 6:00 0.068 38.6

Day11 Hour 8 6/11/2010 7:00 0.071 40.0

Day11 Hour 9 6/11/2010 8:00 0.072 41.0

Day11 Hour 10 6/11/2010 9:00 0.075 42.7

Day11 Hour 11 6/11/2010 10:00

Day11 Hour 12 6/11/2010 11:00

Day11 Hour 13 6/11/2010 12:00

Day11 Hour 14 6/11/2010 13:00 0.091 51.6

Day11 Hour 15 6/11/2010 14:00 0.092 52.4

Day11 Hour 16 6/11/2010 15:00 0.097 55.1

Day11 Hour 17 6/11/2010 16:00 0.089 50.4

Day11 Hour 18 6/11/2010 17:00 0.079 45.0

Day11 Hour 19 6/11/2010 18:00 0.082 46.8

Day11 Hour 20 6/11/2010 19:00 0.078 44.2

Day11 Hour 21 6/11/2010 20:00 0.073 41.6

Day11 Hour 22 6/11/2010 21:00 0.069 39.2

Day11 Hour 23 6/11/2010 22:00 0.066 37.5

Day11 Hour 24 6/11/2010 23:00 0.086 48.8

Day12 Hour 1 6/12/2010 0:00 0.075 42.6

Day12 Hour 2 6/12/2010 1:00 0.083 47.0

Day12 Hour 3 6/12/2010 2:00 0.078 44.2
Day12 Hour 4 6/12/2010 3:00 0.077 43.7

Day12 Hour 5 6/12/2010 4:00 0.077 43.7

Day12 Hour 6 6/12/2010 5:00 0.074 41.9

Day12 Hour 7 6/12/2010 6:00 0.110 62.5

Day12 Hour 8 6/12/2010 7:00 0.099 56.3

Day12 Hour 9 6/12/2010 8:00 0.077 44.0

Day12 Hour 10 6/12/2010 9:00 0.083 47.3

Day12 Hour 11 6/12/2010 10:00 0.084 47.6

Day12 Hour 12 6/12/2010 11:00 0.071 40.0

Day12 Hour 13 6/12/2010 12:00 0.064 36.1

Day12 Hour 14 6/12/2010 13:00 0.061 34.5

Day12 Hour 15 6/12/2010 14:00 0.079 44.5

Day12 Hour 16 6/12/2010 15:00 0.078 44.4

Day12 Hour 17 6/12/2010 16:00 0.083 47.1

Day12 Hour 18 6/12/2010 17:00 0.073 41.7

Day12 Hour 19 6/12/2010 18:00 0.136 77.2

Day12 Hour 20 6/12/2010 19:00 0.131 74.1

Day12 Hour 21 6/12/2010 20:00 0.079 44.8

Day12 Hour 22 6/12/2010 21:00 0.087 49.3

Day12 Hour 23 6/12/2010 22:00 0.085 48.3

Day12 Hour 24 6/12/2010 23:00 0.072 40.6

Day13 Hour 1 6/13/2010 0:00 0.079 44.8

Day13 Hour 2 6/13/2010 1:00 0.101 57.4

Day13 Hour 3 6/13/2010 2:00 0.082 46.6

Day13 Hour 4 6/13/2010 3:00 0.082 46.8

Day13 Hour 5 6/13/2010 4:00 0.079 45.0

Day13 Hour 6 6/13/2010 5:00 0.076 43.3

Day13 Hour 7 6/13/2010 6:00 0.073 41.5

Day13 Hour 8 6/13/2010 7:00 0.074 41.7

Day13 Hour 9 6/13/2010 8:00 0.081 45.8

Day13 Hour 10 6/13/2010 9:00 0.113 64.1

Day13 Hour 11 6/13/2010 10:00 0.079 44.6

Day13 Hour 12 6/13/2010 11:00 0.088 50.2

Day13 Hour 13 6/13/2010 12:00 0.082 46.6

Day13 Hour 14 6/13/2010 13:00 0.076 43.4

Day13 Hour 15 6/13/2010 14:00 0.081 46.1

Day13 Hour 16 6/13/2010 15:00 0.078 44.0

Day13 Hour 17 6/13/2010 16:00 0.076 43.2

Day13 Hour 18 6/13/2010 17:00 0.074 41.7

Day13 Hour 19 6/13/2010 18:00 0.078 44.4

Day13 Hour 20 6/13/2010 19:00 0.078 44.5

Day13 Hour 21 6/13/2010 20:00 0.080 45.1

Day13 Hour 22 6/13/2010 21:00 0.073 41.5

Day13 Hour 23 6/13/2010 22:00 0.059 33.5

Day13 Hour 24 6/13/2010 23:00 0.058 33.1

Day14 Hour 1 6/14/2010 0:00 0.091 51.9

Day14 Hour 2 6/14/2010 1:00 0.079 44.9

Day14 Hour 3 6/14/2010 2:00 0.072 41.1

Day14 Hour 4 6/14/2010 3:00 0.069 39.4

Day14 Hour 5 6/14/2010 4:00 0.087 49.4

Day14 Hour 6 6/14/2010 5:00 0.102 57.8

Day14 Hour 7 6/14/2010 6:00 0.069 39.0

Day14 Hour 8 6/14/2010 7:00 0.076 43.2

Day14 Hour 9 6/14/2010 8:00 0.087 49.2

Day14 Hour 10 6/14/2010 9:00 0.093 53.0
Day14 Hour 11 6/14/2010 10:00 0.092 52.2

Day14 Hour 12 6/14/2010 11:00 0.092 52.4

Day14 Hour 13 6/14/2010 12:00 0.084 47.4

Day14 Hour 14 6/14/2010 13:00 0.076 43.0

Day14 Hour 15 6/14/2010 14:00 0.070 39.7

Day14 Hour 16 6/14/2010 15:00 0.080 45.1

Day14 Hour 17 6/14/2010 16:00 0.084 47.8

Day14 Hour 18 6/14/2010 17:00 0.080 45.3

Day14 Hour 19 6/14/2010 18:00 0.082 46.6

Day14 Hour 20 6/14/2010 19:00 0.076 43.1

Day14 Hour 21 6/14/2010 20:00 0.071 40.5

Day14 Hour 22 6/14/2010 21:00 0.072 40.9

Day14 Hour 23 6/14/2010 22:00 0.078 44.4

Day14 Hour 24 6/14/2010 23:00 0.066 37.3

Day15 Hour 1 6/15/2010 0:00 0.069 39.3

Day15 Hour 2 6/15/2010 1:00 0.075 42.5

Day15 Hour 3 6/15/2010 2:00 0.081 45.8

Day15 Hour 4 6/15/2010 3:00 0.090 51.1

Day15 Hour 5 6/15/2010 4:00 0.080 45.1

Day15 Hour 6 6/15/2010 5:00 0.092 52.1

Day15 Hour 7 6/15/2010 6:00 0.074 42.2

Day15 Hour 8 6/15/2010 7:00 0.075 42.7

Day15 Hour 9 6/15/2010 8:00 0.074 42.0

Day15 Hour 10 6/15/2010 9:00 0.082 46.6

Day15 Hour 11 6/15/2010 10:00 0.076 43.3

Day15 Hour 12 6/15/2010 11:00 0.092 52.3

Day15 Hour 13 6/15/2010 12:00 0.084 47.8

Day15 Hour 14 6/15/2010 13:00 0.078 44.0

Day15 Hour 15 6/15/2010 14:00 0.077 43.9

Day15 Hour 16 6/15/2010 15:00 0.076 43.0

Day15 Hour 17 6/15/2010 16:00 0.074 42.2

Day15 Hour 18 6/15/2010 17:00 0.073 41.2

Day15 Hour 19 6/15/2010 18:00 0.075 42.6

Day15 Hour 20 6/15/2010 19:00 0.072 41.1

Day15 Hour 21 6/15/2010 20:00 0.072 41.1

Day15 Hour 22 6/15/2010 21:00 0.072 41.0

Day15 Hour 23 6/15/2010 22:00 0.072 40.7

Day15 Hour 24 6/15/2010 23:00 0.071 40.5

Day16 Hour 1 6/16/2010 0:00 0.070 39.9

Day16 Hour 2 6/16/2010 1:00 0.039 22.3

Day16 Hour 3 6/16/2010 2:00 0.067 38.1

Day16 Hour 4 6/16/2010 3:00 0.072 40.8

Day16 Hour 5 6/16/2010 4:00 0.100 56.5

Day16 Hour 6 6/16/2010 5:00 0.092 52.0

Day16 Hour 7 6/16/2010 6:00 0.073 41.5

Day16 Hour 8 6/16/2010 7:00 0.072 40.6

Day16 Hour 9 6/16/2010 8:00 0.071 40.4

Day16 Hour 10 6/16/2010 9:00 0.071 40.4

Day16 Hour 11 6/16/2010 10:00 0.071 40.0

Day16 Hour 12 6/16/2010 11:00 0.071 40.2

Day16 Hour 13 6/16/2010 12:00 0.073 41.5

Day16 Hour 14 6/16/2010 13:00 0.071 40.3

Day16 Hour 15 6/16/2010 14:00 0.073 41.5

Day16 Hour 16 6/16/2010 15:00 0.073 41.5

Day16 Hour 17 6/16/2010 16:00 0.072 40.8
Day16 Hour 18 6/16/2010 17:00 0.072 40.6

Day16 Hour 19 6/16/2010 18:00 0.072 40.6

Day16 Hour 20 6/16/2010 19:00 0.072 40.7

Day16 Hour 21 6/16/2010 20:00 0.073 41.4

Day16 Hour 22 6/16/2010 21:00 0.110 62.2

Day16 Hour 23 6/16/2010 22:00 0.154 87.6

Day16 Hour 24 6/16/2010 23:00 0.072 40.7

Day17 Hour 1 6/17/2010 0:00 0.071 40.2

Day17 Hour 2 6/17/2010 1:00 0.071 40.3

Day17 Hour 3 6/17/2010 2:00 0.071 40.2

Day17 Hour 4 6/17/2010 3:00 0.071 40.1

Day17 Hour 5 6/17/2010 4:00 0.069 39.3

Day17 Hour 6 6/17/2010 5:00 0.071 40.1

Day17 Hour 7 6/17/2010 6:00 0.069 39.2

Day17 Hour 8 6/17/2010 7:00 0.068 38.5

Day17 Hour 9 6/17/2010 8:00 0.072 40.8

Day17 Hour 10 6/17/2010 9:00 0.069 39.2

Day17 Hour 11 6/17/2010 10:00 0.099 56.3

Day17 Hour 12 6/17/2010 11:00 0.119 67.6

Day17 Hour 13 6/17/2010 12:00 0.071 40.4

Day17 Hour 14 6/17/2010 13:00 0.074 41.7

Day17 Hour 15 6/17/2010 14:00 0.074 42.2

Day17 Hour 16 6/17/2010 15:00 0.074 41.8

Day17 Hour 17 6/17/2010 16:00 0.074 41.8

Day17 Hour 18 6/17/2010 17:00 0.071 40.4

Day17 Hour 19 6/17/2010 18:00 0.072 41.1

Day17 Hour 20 6/17/2010 19:00 0.073 41.2

Day17 Hour 21 6/17/2010 20:00 0.070 39.7

Day17 Hour 22 6/17/2010 21:00 0.070 39.6

Day17 Hour 23 6/17/2010 22:00 0.075 42.6

Day17 Hour 24 6/17/2010 23:00 0.070 40.0

Day18 Hour 1 6/18/2010 0:00 0.073 41.2

Day18 Hour 2 6/18/2010 1:00 0.072 41.1

Day18 Hour 3 6/18/2010 2:00 0.071 40.3

Day18 Hour 4 6/18/2010 3:00 0.071 40.1

Day18 Hour 5 6/18/2010 4:00 0.071 40.5

Day18 Hour 6 6/18/2010 5:00 0.069 39.1

Day18 Hour 7 6/18/2010 6:00 0.071 40.2

Day18 Hour 8 6/18/2010 7:00 0.072 40.9

Day18 Hour 9 6/18/2010 8:00 0.073 41.5

Day18 Hour 10 6/18/2010 9:00 0.074 42.2

Day18 Hour 11 6/18/2010 10:00 0.071 40.2

Day18 Hour 12 6/18/2010 11:00 0.073 41.3

Day18 Hour 13 6/18/2010 12:00 0.076 42.9

Day18 Hour 14 6/18/2010 13:00 0.074 41.8

Day18 Hour 15 6/18/2010 14:00 0.075 42.6

Day18 Hour 16 6/18/2010 15:00 0.071 40.5

Day18 Hour 17 6/18/2010 16:00 0.074 42.2

Day18 Hour 18 6/18/2010 17:00 0.076 42.9

Day18 Hour 19 6/18/2010 18:00 0.075 42.5

Day18 Hour 20 6/18/2010 19:00 0.074 42.1

Day18 Hour 21 6/18/2010 20:00 0.074 42.0

Day18 Hour 22 6/18/2010 21:00 0.066 37.6

Day18 Hour 23 6/18/2010 22:00 0.069 39.0

Day18 Hour 24 6/18/2010 23:00 0.068 38.8
Day19 Hour 1 6/19/2010 0:00 0.067 38.0

Day19 Hour 2 6/19/2010 1:00 0.067 38.1

Day19 Hour 3 6/19/2010 2:00 0.066 37.6

Day19 Hour 4 6/19/2010 3:00 0.067 37.7

Day19 Hour 5 6/19/2010 4:00 0.069 38.9

Day19 Hour 6 6/19/2010 5:00 0.069 39.0

Day19 Hour 7 6/19/2010 6:00 0.066 37.4

Day19 Hour 8 6/19/2010 7:00 0.066 37.6

Day19 Hour 9 6/19/2010 8:00 0.068 38.4

Day19 Hour 10 6/19/2010 9:00 0.080 45.2

Day19 Hour 11 6/19/2010 10:00 0.080 45.5

Day19 Hour 12 6/19/2010 11:00 0.081 45.8

Day19 Hour 13 6/19/2010 12:00 0.082 46.6

Day19 Hour 14 6/19/2010 13:00 0.077 43.8

Day19 Hour 15 6/19/2010 14:00 0.235 133.3

Day19 Hour 16 6/19/2010 15:00 0.074 42.1

Day19 Hour 17 6/19/2010 16:00 0.073 41.5

Day19 Hour 18 6/19/2010 17:00 0.071 40.5

Day19 Hour 19 6/19/2010 18:00 0.068 38.7

Day19 Hour 20 6/19/2010 19:00 0.069 39.2

Day19 Hour 21 6/19/2010 20:00 0.071 40.5

Day19 Hour 22 6/19/2010 21:00 0.071 40.3

Day19 Hour 23 6/19/2010 22:00 0.072 40.6

Day19 Hour 24 6/19/2010 23:00 0.070 39.9

Day20 Hour 1 6/20/2010 0:00 0.067 38.1

Day20 Hour 2 6/20/2010 1:00 0.071 40.4

Day20 Hour 3 6/20/2010 2:00 0.070 39.5

Day20 Hour 4 6/20/2010 3:00 0.069 39.2

Day20 Hour 5 6/20/2010 4:00 0.065 37.0

Day20 Hour 6 6/20/2010 5:00 0.066 37.3

Day20 Hour 7 6/20/2010 6:00 0.075 42.3

Day20 Hour 8 6/20/2010 7:00 0.064 36.6

Day20 Hour 9 6/20/2010 8:00 0.069 39.3

Day20 Hour 10 6/20/2010 9:00 0.069 39.4

Day20 Hour 11 6/20/2010 10:00 0.068 38.4

Day20 Hour 12 6/20/2010 11:00 0.068 38.4

Day20 Hour 13 6/20/2010 12:00 0.069 39.3

Day20 Hour 14 6/20/2010 13:00 0.070 39.8

Day20 Hour 15 6/20/2010 14:00 0.069 39.4

Day20 Hour 16 6/20/2010 15:00 0.070 39.7

Day20 Hour 17 6/20/2010 16:00 0.069 39.3

Day20 Hour 18 6/20/2010 17:00 0.071 40.2

Day20 Hour 19 6/20/2010 18:00 0.071 40.4

Day20 Hour 20 6/20/2010 19:00 0.071 40.1

Day20 Hour 21 6/20/2010 20:00 0.070 39.9

Day20 Hour 22 6/20/2010 21:00 0.069 39.1

Day20 Hour 23 6/20/2010 22:00 0.067 38.1

Day20 Hour 24 6/20/2010 23:00 0.066 37.4

Day21 Hour 1 6/21/2010 0:00 0.056 31.7

Day21 Hour 2 6/21/2010 1:00 0.068 38.4

Day21 Hour 3 6/21/2010 2:00 0.070 39.5

Day21 Hour 4 6/21/2010 3:00 0.071 40.2

Day21 Hour 5 6/21/2010 4:00 0.067 38.0

Day21 Hour 6 6/21/2010 5:00 0.069 39.3

Day21 Hour 7 6/21/2010 6:00 0.068 38.7
Day21 Hour 8 6/21/2010 7:00 0.071 40.0

Day21 Hour 9 6/21/2010 8:00 0.067 38.2

Day21 Hour 10 6/21/2010 9:00 0.068 38.6

Day21 Hour 11 6/21/2010 10:00 0.065 36.8

Day21 Hour 12 6/21/2010 11:00 0.068 38.4

Day21 Hour 13 6/21/2010 12:00 0.070 39.8

Day21 Hour 14 6/21/2010 13:00 0.069 38.9

Day21 Hour 15 6/21/2010 14:00 0.066 37.7

Day21 Hour 16 6/21/2010 15:00 0.068 38.7

Day21 Hour 17 6/21/2010 16:00 0.066 37.3

Day21 Hour 18 6/21/2010 17:00 0.067 37.8

Day21 Hour 19 6/21/2010 18:00 0.066 37.3

Day21 Hour 20 6/21/2010 19:00 0.066 37.2

Day21 Hour 21 6/21/2010 20:00 0.066 37.2

Day21 Hour 22 6/21/2010 21:00 0.064 36.3

Day21 Hour 23 6/21/2010 22:00 0.063 35.9

Day21 Hour 24 6/21/2010 23:00 0.067 38.3

Day22 Hour 1 6/22/2010 0:00 0.065 37.1

Day22 Hour 2 6/22/2010 1:00 0.064 36.5

Day22 Hour 3 6/22/2010 2:00 0.066 37.4

Day22 Hour 4 6/22/2010 3:00 0.066 37.2

Day22 Hour 5 6/22/2010 4:00 0.065 36.7

Day22 Hour 6 6/22/2010 5:00 0.065 36.7

Day22 Hour 7 6/22/2010 6:00 0.066 37.6

Day22 Hour 8 6/22/2010 7:00 0.063 35.6

Day22 Hour 9 6/22/2010 8:00 0.061 34.6

Day22 Hour 10 6/22/2010 9:00 0.060 34.3

Day22 Hour 11 6/22/2010 10:00 0.059 33.5

Day22 Hour 12 6/22/2010 11:00 0.062 35.4

Day22 Hour 13 6/22/2010 12:00 0.063 35.9

Day22 Hour 14 6/22/2010 13:00 0.068 38.7

Day22 Hour 15 6/22/2010 14:00 0.066 37.7

Day22 Hour 16 6/22/2010 15:00 0.066 37.5

Day22 Hour 17 6/22/2010 16:00 0.066 37.3

Day22 Hour 18 6/22/2010 17:00 0.065 37.0

Day22 Hour 19 6/22/2010 18:00 0.065 36.9

Day22 Hour 20 6/22/2010 19:00 0.066 37.4

Day22 Hour 21 6/22/2010 20:00 0.064 36.4

Day22 Hour 22 6/22/2010 21:00 0.066 37.6

Day22 Hour 23 6/22/2010 22:00 0.063 35.8

Day22 Hour 24 6/22/2010 23:00 0.065 36.8

Day23 Hour 1 6/23/2010 0:00 0.067 37.7

Day23 Hour 2 6/23/2010 1:00 0.067 38.1

Day23 Hour 3 6/23/2010 2:00 0.068 38.4

Day23 Hour 4 6/23/2010 3:00 0.066 37.5

Day23 Hour 5 6/23/2010 4:00 0.065 36.9

Day23 Hour 6 6/23/2010 5:00 0.064 36.3

Day23 Hour 7 6/23/2010 6:00 0.065 36.7

Day23 Hour 8 6/23/2010 7:00 0.066 37.4

Day23 Hour 9 6/23/2010 8:00 0.067 37.7

Day23 Hour 10 6/23/2010 9:00 0.066 37.3

Day23 Hour 11 6/23/2010 10:00 0.065 36.7

Day23 Hour 12 6/23/2010 11:00 0.066 37.5

Day23 Hour 13 6/23/2010 12:00 0.066 37.6

Day23 Hour 14 6/23/2010 13:00 0.067 37.9
Day23 Hour 15 6/23/2010 14:00 0.068 38.6

Day23 Hour 16 6/23/2010 15:00 0.067 38.2

Day23 Hour 17 6/23/2010 16:00 0.069 39.3

Day23 Hour 18 6/23/2010 17:00 0.067 38.3

Day23 Hour 19 6/23/2010 18:00 0.065 37.0

Day23 Hour 20 6/23/2010 19:00 0.066 37.5

Day23 Hour 21 6/23/2010 20:00 0.069 39.3

Day23 Hour 22 6/23/2010 21:00 0.065 36.9

Day23 Hour 23 6/23/2010 22:00 0.066 37.6

Day23 Hour 24 6/23/2010 23:00 0.065 37.0

Day24 Hour 1 6/24/2010 0:00 0.065 37.0

Day24 Hour 2 6/24/2010 1:00 0.063 35.8

Day24 Hour 3 6/24/2010 2:00 0.065 36.7

Day24 Hour 4 6/24/2010 3:00 0.065 36.7

Day24 Hour 5 6/24/2010 4:00 0.067 38.1

Day24 Hour 6 6/24/2010 5:00 0.066 37.5

Day24 Hour 7 6/24/2010 6:00 0.070 40.0

Day24 Hour 8 6/24/2010 7:00 0.069 38.9

Day24 Hour 9 6/24/2010 8:00 0.070 39.6

Day24 Hour 10 6/24/2010 9:00 0.070 39.5

Day24 Hour 11 6/24/2010 10:00 0.069 38.9

Day24 Hour 12 6/24/2010 11:00 0.071 40.4

Day24 Hour 13 6/24/2010 12:00 0.071 40.1

Day24 Hour 14 6/24/2010 13:00 0.072 40.9

Day24 Hour 15 6/24/2010 14:00 0.072 40.7

Day24 Hour 16 6/24/2010 15:00 0.071 40.2

Day24 Hour 17 6/24/2010 16:00 0.073 41.2

Day24 Hour 18 6/24/2010 17:00 0.070 39.9

Day24 Hour 19 6/24/2010 18:00 0.071 40.4

Day24 Hour 20 6/24/2010 19:00 0.071 40.0

Day24 Hour 21 6/24/2010 20:00 0.068 38.5

Day24 Hour 22 6/24/2010 21:00 0.068 38.8

Day24 Hour 23 6/24/2010 22:00 0.069 39.1

Day24 Hour 24 6/24/2010 23:00 0.069 39.0

Day25 Hour 1 6/25/2010 0:00 0.069 39.0

Day25 Hour 2 6/25/2010 1:00 0.067 38.1

Day25 Hour 3 6/25/2010 2:00 0.066 37.6

Day25 Hour 4 6/25/2010 3:00 0.066 37.3

Day25 Hour 5 6/25/2010 4:00 0.066 37.2

Day25 Hour 6 6/25/2010 5:00 0.064 36.2

Day25 Hour 7 6/25/2010 6:00 0.071 40.4

Day25 Hour 8 6/25/2010 7:00 0.069 39.3

Day25 Hour 9 6/25/2010 8:00 0.069 39.4

Day25 Hour 10 6/25/2010 9:00 0.070 39.5

Day25 Hour 11 6/25/2010 10:00 0.070 39.6

Day25 Hour 12 6/25/2010 11:00 0.068 38.5

Day25 Hour 13 6/25/2010 12:00 0.070 40.0

Day25 Hour 14 6/25/2010 13:00 0.071 40.1

Day25 Hour 15 6/25/2010 14:00 0.070 39.9

Day25 Hour 16 6/25/2010 15:00 0.071 40.1

Day25 Hour 17 6/25/2010 16:00 0.070 39.9

Day25 Hour 18 6/25/2010 17:00 0.070 39.5

Day25 Hour 19 6/25/2010 18:00 0.072 40.8

Day25 Hour 20 6/25/2010 19:00 0.072 40.7

Day25 Hour 21 6/25/2010 20:00 0.073 41.3
Day25 Hour 22 6/25/2010 21:00 0.072 40.9

Day25 Hour 23 6/25/2010 22:00 0.073 41.5

Day25 Hour 24 6/25/2010 23:00 0.074 41.9

Day26 Hour 1 6/26/2010 0:00 0.072 41.0

Day26 Hour 2 6/26/2010 1:00 0.070 39.7

Day26 Hour 3 6/26/2010 2:00 0.068 38.5

Day26 Hour 4 6/26/2010 3:00 0.065 37.0

Day26 Hour 5 6/26/2010 4:00 0.067 37.8

Day26 Hour 6 6/26/2010 5:00 0.067 37.8

Day26 Hour 7 6/26/2010 6:00 0.066 37.5

Day26 Hour 8 6/26/2010 7:00 0.066 37.6

Day26 Hour 9 6/26/2010 8:00 0.073 41.7

Day26 Hour 10 6/26/2010 9:00 0.082 46.6

Day26 Hour 11 6/26/2010 10:00 0.080 45.6

Day26 Hour 12 6/26/2010 11:00 0.077 43.4

Day26 Hour 13 6/26/2010 12:00 0.080 45.4

Day26 Hour 14 6/26/2010 13:00 0.077 43.4

Day26 Hour 15 6/26/2010 14:00 0.078 44.5

Day26 Hour 16 6/26/2010 15:00 0.079 45.1

Day26 Hour 17 6/26/2010 16:00 0.076 43.2

Day26 Hour 18 6/26/2010 17:00 0.077 43.8

Day26 Hour 19 6/26/2010 18:00 0.076 43.0

Day26 Hour 20 6/26/2010 19:00 0.075 42.7

Day26 Hour 21 6/26/2010 20:00 0.076 43.1

Day26 Hour 22 6/26/2010 21:00 0.075 42.7

Day26 Hour 23 6/26/2010 22:00 0.075 42.3

Day26 Hour 24 6/26/2010 23:00 0.074 41.9

Day27 Hour 1 6/27/2010 0:00 0.072 41.1

Day27 Hour 2 6/27/2010 1:00 0.070 39.5

Day27 Hour 3 6/27/2010 2:00 0.069 39.4

Day27 Hour 4 6/27/2010 3:00 0.068 38.6

Day27 Hour 5 6/27/2010 4:00 0.067 38.3

Day27 Hour 6 6/27/2010 5:00 0.066 37.2

Day27 Hour 7 6/27/2010 6:00 0.065 36.7

Day27 Hour 8 6/27/2010 7:00 0.065 37.0

Day27 Hour 9 6/27/2010 8:00 0.065 36.8

Day27 Hour 10 6/27/2010 9:00 0.067 37.9

Day27 Hour 11 6/27/2010 10:00 0.068 38.5

Day27 Hour 12 6/27/2010 11:00 0.070 39.5

Day27 Hour 13 6/27/2010 12:00 0.070 39.7

Day27 Hour 14 6/27/2010 13:00 0.071 40.5

Day27 Hour 15 6/27/2010 14:00 0.071 40.3

Day27 Hour 16 6/27/2010 15:00 0.072 40.7

Day27 Hour 17 6/27/2010 16:00 0.072 41.1

Day27 Hour 18 6/27/2010 17:00 0.071 40.2

Day27 Hour 19 6/27/2010 18:00 0.070 39.6

Day27 Hour 20 6/27/2010 19:00 0.071 40.2

Day27 Hour 21 6/27/2010 20:00 0.070 39.7

Day27 Hour 22 6/27/2010 21:00 0.070 39.9

Day27 Hour 23 6/27/2010 22:00 0.071 40.4

Day27 Hour 24 6/27/2010 23:00 0.071 40.3

Day28 Hour 1 6/28/2010 0:00 0.069 39.3

Day28 Hour 2 6/28/2010 1:00 0.068 38.8

Day28 Hour 3 6/28/2010 2:00 0.069 39.4

Day28 Hour 4 6/28/2010 3:00 0.067 37.7
Day28 Hour 5 6/28/2010 4:00 0.066 37.3

Day28 Hour 6 6/28/2010 5:00 0.066 37.6

Day28 Hour 7 6/28/2010 6:00 0.068 38.4

Day28 Hour 8 6/28/2010 7:00 0.070 39.6

Day28 Hour 9 6/28/2010 8:00 0.069 39.2

Day28 Hour 10 6/28/2010 9:00 0.069 39.2

Day28 Hour 11 6/28/2010 10:00 0.070 39.6

Day28 Hour 12 6/28/2010 11:00 0.069 38.9

Day28 Hour 13 6/28/2010 12:00 0.069 39.3

Day28 Hour 14 6/28/2010 13:00 0.070 39.6

Day28 Hour 15 6/28/2010 14:00 0.070 39.8

Day28 Hour 16 6/28/2010 15:00 0.070 39.9

Day28 Hour 17 6/28/2010 16:00 0.071 40.3

Day28 Hour 18 6/28/2010 17:00 0.071 40.5

Day28 Hour 19 6/28/2010 18:00 0.069 38.9

Day28 Hour 20 6/28/2010 19:00 0.068 38.4

Day28 Hour 21 6/28/2010 20:00 0.068 38.4

Day28 Hour 22 6/28/2010 21:00 0.068 38.5

Day28 Hour 23 6/28/2010 22:00 0.069 39.1

Day28 Hour 24 6/28/2010 23:00 0.069 39.1

Day29 Hour 1 6/29/2010 0:00 0.066 37.4

Day29 Hour 2 6/29/2010 1:00 0.069 38.9

Day29 Hour 3 6/29/2010 2:00 0.068 38.7

Day29 Hour 4 6/29/2010 3:00 0.069 38.9

Day29 Hour 5 6/29/2010 4:00 0.068 38.3

Day29 Hour 6 6/29/2010 5:00 0.068 38.5

Day29 Hour 7 6/29/2010 6:00 0.069 39.3

Day29 Hour 8 6/29/2010 7:00 0.068 38.8

Day29 Hour 9 6/29/2010 8:00 0.067 38.2

Day29 Hour 10 6/29/2010 9:00 0.067 38.3

Day29 Hour 11 6/29/2010 10:00 0.067 38.2

Day29 Hour 12 6/29/2010 11:00 0.067 38.3

Day29 Hour 13 6/29/2010 12:00 0.067 37.9

Day29 Hour 14 6/29/2010 13:00 0.067 38.3

Day29 Hour 15 6/29/2010 14:00 0.066 37.7

Day29 Hour 16 6/29/2010 15:00 0.067 38.3

Day29 Hour 17 6/29/2010 16:00 0.066 37.7

Day29 Hour 18 6/29/2010 17:00 0.066 37.6

Day29 Hour 19 6/29/2010 18:00 0.066 37.6

Day29 Hour 20 6/29/2010 19:00 0.066 37.5

Day29 Hour 21 6/29/2010 20:00 0.066 37.4

Day29 Hour 22 6/29/2010 21:00 0.066 37.4

Day29 Hour 23 6/29/2010 22:00 0.070 39.9

Day29 Hour 24 6/29/2010 23:00 0.065 36.8

Day30 Hour 1 6/30/2010 0:00 0.062 35.1

Day30 Hour 2 6/30/2010 1:00 0.064 36.1

Day30 Hour 3 6/30/2010 2:00 0.065 36.8

Day30 Hour 4 6/30/2010 3:00 0.064 36.6

Day30 Hour 5 6/30/2010 4:00 0.065 36.7

Day30 Hour 6 6/30/2010 5:00 0.065 36.7

Day30 Hour 7 6/30/2010 6:00 0.071 40.0

Day30 Hour 8 6/30/2010 7:00 0.072 40.6

Day30 Hour 9 6/30/2010 8:00 0.070 39.5

Day30 Hour 10 6/30/2010 9:00 0.072 40.9

Day30 Hour 11 6/30/2010 10:00 0.073 41.4
Day30 Hour 12 6/30/2010 11:00 0.073 41.4

Day30 Hour 13 6/30/2010 12:00 0.075 42.3

Day30 Hour 14 6/30/2010 13:00 0.076 43.2

Day30 Hour 15 6/30/2010 14:00 0.082 46.4

Day30 Hour 16 6/30/2010 15:00 0.081 45.9

Day30 Hour 17 6/30/2010 16:00 0.080 45.6

Day30 Hour 18 6/30/2010 17:00 0.079 44.9

Day30 Hour 19 6/30/2010 18:00 0.080 45.6

Day30 Hour 20 6/30/2010 19:00 0.080 45.3

Day30 Hour 21 6/30/2010 20:00 0.080 45.4

Day30 Hour 22 6/30/2010 21:00 0.086 48.6

Day30 Hour 23 6/30/2010 22:00 0.077 43.8

Day30 Hour 24 6/30/2010 23:00 0.074 42.0
Hourly NOX Emission 

Value 

(CEM Units of Measure)

Emission Unit of 

Measure Recorded 

by CEM

Oxygen 

Content 

(%)

Standard Fuel FFactor 

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

29.3 ppm (wet) 6.78 9820

28.2 ppm (wet) 6.78 9820

28.7 ppm (wet) 6.78 9820

29.8 ppm (wet) 6.78 9820

29.6 ppm (wet) 6.78 9820

29.3 ppm (wet) 6.78 9820

33.8 ppm (wet) 6.78 9820

35.9 ppm (wet) 6.65 9820

38 ppm (wet) 6.65 9820

39.8 ppm (wet) 6.65 9820

39.8 ppm (wet) 6.52 9820

40.1 ppm (wet) 6.40 9820

40.5 ppm (wet) 6.40 9820

40.5 ppm (wet) 6.40 9820

41.4 ppm (wet) 6.52 9820

40.8 ppm (wet) 6.40 9820

40.4 ppm (wet) 6.52 9820

41.1 ppm (wet) 6.52 9820

40.8 ppm (wet) 6.52 9820

39.8 ppm (wet) 6.52 9820

39.7 ppm (wet) 6.52 9820

37.9 ppm (wet) 6.52 9820

37.6 ppm (wet) 6.52 9820

38 ppm (wet) 6.52 9820

39.4 ppm (wet) 6.65 9820

38.2 ppm (wet) 6.65 9820

39.2 ppm (wet) 6.65 9820

35.8 ppm (wet) 6.65 9820

36.5 ppm (wet) 6.52 9820

37.6 ppm (wet) 6.52 9820

37 ppm (wet) 6.52 9820

36.6 ppm (wet) 6.52 9820

35.5 ppm (wet) 6.52 9820

36.7 ppm (wet) 6.52 9820

36.3 ppm (wet) 6.52 9820

36.7 ppm (wet) 6.40 9820

36.5 ppm (wet) 6.40 9820

91 ppm (wet) 6.52 9820

86 ppm (wet) 6.52 9820

39.2 ppm (wet) 6.52 9820

34.7 ppm (wet) 6.65 9820

33 ppm (wet) 6.65 9820

32.5 ppm (wet) 6.65 9820

31.4 ppm (wet) 6.65 9820

31.1 ppm (wet) 6.65 9820

31.7 ppm (wet) 6.65 9820

31.8 ppm (wet) 6.78 9820

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

Sample Unit

Step 3.

Sample Unit Conversion 
31.6 ppm (wet) 6.91 9820

68.1 ppm (wet) 7.55 9820

95.9 ppm (wet) 6.78 9820

30 ppm (wet) 6.65 9820

29.5 ppm (wet) 6.65 9820

29.3 ppm (wet) 6.65 9820

30 ppm (wet) 6.78 9820

31.3 ppm (wet) 6.78 9820

29.5 ppm (wet) 6.78 9820

29.3 ppm (wet) 6.78 9820

31.1 ppm (wet) 6.78 9820

30.7 ppm (wet) 6.65 9820

31.5 ppm (wet) 6.65 9820

32 ppm (wet) 6.65 9820

34.3 ppm (wet) 6.65 9820

34.7 ppm (wet) 6.65 9820

34.8 ppm (wet) 6.65 9820

35 ppm (wet) 6.65 9820

34.7 ppm (wet) 6.65 9820

34.9 ppm (wet) 6.65 9820

35.5 ppm (wet) 6.65 9820

34.8 ppm (wet) 6.78 9820

35.2 ppm (wet) 6.78 9820

35 ppm (wet) 7.04 9820

35.4 ppm (wet) 6.91 9820

34.3 ppm (wet) 7.04 9820

34.4 ppm (wet) 6.91 9820

34.2 ppm (wet) 6.91 9820

33.6 ppm (wet) 6.78 9820

33.1 ppm (wet) 6.78 9820

34.9 ppm (wet) 6.65 9820

38 ppm (wet) 6.65 9820

40.6 ppm (wet) 6.65 9820

38.9 ppm (wet) 6.65 9820

39.9 ppm (wet) 6.52 9820

39.7 ppm (wet) 6.52 9820

40.4 ppm (wet) 6.52 9820

40.8 ppm (wet) 6.52 9820

41.8 ppm (wet) 6.52 9820

41.7 ppm (wet) 6.52 9820

40.1 ppm (wet) 6.52 9820

39.6 ppm (wet) 6.52 9820

39.6 ppm (wet) 6.52 9820

ppm (wet) 9820

ppm (wet) 9820

ppm (wet) 9820

ppm (wet) 9820

ppm (wet) 9820

ppm (wet) 9820

ppm (wet) 9820

3 ppm (wet) 20.26 9820

4.8 ppm (wet) 20.00 9820

4.5 ppm (wet) 20.13 9820

3.7 ppm (wet) 20.13 9820

7.4 ppm (wet) 19.74 9820
7.2 ppm (wet) 19.74 9820

37 ppm (wet) 18.08 9820

79 ppm (wet) 15.25 9820

119.5 ppm (wet) 12.94 9820

132.9 ppm (wet) 9.48 9820

113.1 ppm (wet) 7.68 9820

110.1 ppm (wet) 7.68 9820

119.9 ppm (wet) 7.17 9820

144.6 ppm (wet) 6.65 9820

145.8 ppm (wet) 6.52 9820

139.7 ppm (wet) 6.52 9820

164 ppm (wet) 6.40 9820

51.6 ppm (wet) 6.27 9820

39.7 ppm (wet) 6.27 9820

36.8 ppm (wet) 6.40 9820

36.8 ppm (wet) 6.52 9820

36.7 ppm (wet) 6.52 9820

37.2 ppm (wet) 6.52 9820

36.3 ppm (wet) 6.65 9820

35.7 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

35.9 ppm (wet) 6.52 9820

36.4 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

36.7 ppm (wet) 6.52 9820

37.2 ppm (wet) 6.52 9820

39.4 ppm (wet) 6.40 9820

38.8 ppm (wet) 6.40 9820

38.2 ppm (wet) 6.40 9820

38.9 ppm (wet) 6.27 9820

37.7 ppm (wet) 6.27 9820

37.7 ppm (wet) 6.27 9820

37.2 ppm (wet) 6.27 9820

38.5 ppm (wet) 6.27 9820

38.4 ppm (wet) 6.40 9820

38.2 ppm (wet) 6.40 9820

38.8 ppm (wet) 6.52 9820

39.6 ppm (wet) 6.52 9820

39.4 ppm (wet) 6.52 9820

34.7 ppm (wet) 6.52 9820

36.8 ppm (wet) 6.52 9820

35 ppm (wet) 6.52 9820

35.5 ppm (wet) 6.52 9820

35.4 ppm (wet) 6.65 9820

36.7 ppm (wet) 6.65 9820

36.7 ppm (wet) 6.65 9820

37.2 ppm (wet) 6.65 9820

39.9 ppm (wet) 6.52 9820

39 ppm (wet) 6.52 9820

41.4 ppm (wet) 6.52 9820

43.2 ppm (wet) 6.40 9820

43.5 ppm (wet) 6.27 9820

43.2 ppm (wet) 6.27 9820

44 ppm (wet) 6.27 9820

43.8 ppm (wet) 6.27 9820
43 ppm (wet) 6.27 9820

42.5 ppm (wet) 6.40 9820

42.5 ppm (wet) 6.40 9820

42.2 ppm (wet) 6.40 9820

41.8 ppm (wet) 6.40 9820

41.8 ppm (wet) 6.52 9820

40.9 ppm (wet) 6.52 9820

40.9 ppm (wet) 6.40 9820

39.5 ppm (wet) 6.52 9820

38.3 ppm (wet) 6.52 9820

37.2 ppm (wet) 6.52 9820

37.1 ppm (wet) 6.52 9820

37.3 ppm (wet) 6.52 9820

36.1 ppm (wet) 6.52 9820

37.1 ppm (wet) 6.52 9820

36.9 ppm (wet) 6.52 9820

38.2 ppm (wet) 6.52 9820

41.1 ppm (wet) 6.52 9820

40 ppm (wet) 6.40 9820

41.5 ppm (wet) 6.40 9820

40.8 ppm (wet) 6.40 9820

40.7 ppm (wet) 6.52 9820

40.4 ppm (wet) 6.52 9820

41.1 ppm (wet) 6.40 9820

41 ppm (wet) 6.40 9820

40.9 ppm (wet) 6.40 9820

41.2 ppm (wet) 6.40 9820

41.7 ppm (wet) 6.40 9820

41.6 ppm (wet) 6.40 9820

40.6 ppm (wet) 6.40 9820

40.2 ppm (wet) 6.40 9820

40.3 ppm (wet) 6.52 9820

38.5 ppm (wet) 6.52 9820

34.8 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

35.9 ppm (wet) 6.52 9820

35.8 ppm (wet) 6.52 9820

36.8 ppm (wet) 6.52 9820

36.8 ppm (wet) 6.52 9820

36.4 ppm (wet) 6.52 9820

38.5 ppm (wet) 6.52 9820

39.9 ppm (wet) 6.52 9820

39.5 ppm (wet) 6.40 9820

40.3 ppm (wet) 6.27 9820

40.5 ppm (wet) 6.14 9820

41.4 ppm (wet) 6.14 9820

41 ppm (wet) 6.14 9820

42.3 ppm (wet) 6.27 9820

42.3 ppm (wet) 6.27 9820

42.4 ppm (wet) 6.27 9820

42.8 ppm (wet) 6.27 9820

42.1 ppm (wet) 6.27 9820

42 ppm (wet) 6.40 9820

66.8 ppm (wet) 6.40 9820

61.9 ppm (wet) 6.40 9820
44.6 ppm (wet) 6.52 9820

41.5 ppm (wet) 6.52 9820

37.8 ppm (wet) 6.52 9820

33.9 ppm (wet) 6.52 9820

33.7 ppm (wet) 6.65 9820

35.6 ppm (wet) 6.52 9820

31.2 ppm (wet) 6.52 9820

29 ppm (wet) 6.52 9820

27.8 ppm (wet) 6.52 9820

31.7 ppm (wet) 6.52 9820

36.7 ppm (wet) 6.40 9820

38 ppm (wet) 6.40 9820

35.7 ppm (wet) 6.40 9820

34.5 ppm (wet) 6.40 9820

31.6 ppm (wet) 6.40 9820

35.1 ppm (wet) 6.27 9820

35.7 ppm (wet) 6.27 9820

36.2 ppm (wet) 6.27 9820

37.8 ppm (wet) 6.27 9820

39.9 ppm (wet) 6.27 9820

40.1 ppm (wet) 6.40 9820

84.3 ppm (wet) 6.27 9820

54.7 ppm (wet) 6.27 9820

41.5 ppm (wet) 6.40 9820

38.6 ppm (wet) 6.40 9820

42.1 ppm (wet) 6.40 9820

36.4 ppm (wet) 6.52 9820

36.5 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

34.8 ppm (wet) 6.52 9820

35.4 ppm (wet) 6.52 9820

35.5 ppm (wet) 6.52 9820

35 ppm (wet) 6.52 9820

34.8 ppm (wet) 6.52 9820

34.7 ppm (wet) 6.52 9820

36.6 ppm (wet) 6.27 9820

37.8 ppm (wet) 6.14 9820

39.4 ppm (wet) 6.14 9820

ppm (wet) 6.27 9820

ppm (wet) 6.27 9820

ppm (wet) 6.27 9820

46.4 ppm (wet) 6.52 9820

46.7 ppm (wet) 6.65 9820

48.6 ppm (wet) 6.78 9820

44.5 ppm (wet) 6.78 9820

39.7 ppm (wet) 6.78 9820

41.3 ppm (wet) 6.78 9820

39 ppm (wet) 6.78 9820

36.4 ppm (wet) 6.91 9820

34.3 ppm (wet) 6.91 9820

32.8 ppm (wet) 6.91 9820

42.3 ppm (wet) 7.04 9820

35.9 ppm (wet) 7.42 9820

39.6 ppm (wet) 7.42 9820

37.6 ppm (wet) 7.29 9820
37.5 ppm (wet) 7.17 9820

37.5 ppm (wet) 7.17 9820

36.3 ppm (wet) 7.04 9820

54.2 ppm (wet) 7.04 9820

48.8 ppm (wet) 7.04 9820

38.8 ppm (wet) 6.78 9820

41.4 ppm (wet) 6.91 9820

41.6 ppm (wet) 6.91 9820

34.7 ppm (wet) 7.04 9820

31 ppm (wet) 7.17 9820

29.6 ppm (wet) 7.17 9820

38.6 ppm (wet) 7.04 9820

38.5 ppm (wet) 7.04 9820

40.4 ppm (wet) 7.17 9820

36.1 ppm (wet) 7.04 9820

66.3 ppm (wet) 7.17 9820

63.6 ppm (wet) 7.17 9820

38.1 ppm (wet) 7.29 9820

42.3 ppm (wet) 7.17 9820

41.1 ppm (wet) 7.29 9820

34.5 ppm (wet) 7.29 9820

38.1 ppm (wet) 7.29 9820

49.3 ppm (wet) 7.17 9820

39.6 ppm (wet) 7.29 9820

39.8 ppm (wet) 7.29 9820

38.6 ppm (wet) 7.17 9820

37.2 ppm (wet) 7.17 9820

35.6 ppm (wet) 7.17 9820

35.8 ppm (wet) 7.17 9820

39 ppm (wet) 7.29 9820

54.5 ppm (wet) 7.29 9820

37.9 ppm (wet) 7.29 9820

43.1 ppm (wet) 7.17 9820

40 ppm (wet) 7.17 9820

37.6 ppm (wet) 7.04 9820

39.6 ppm (wet) 7.17 9820

37.8 ppm (wet) 7.17 9820

37.1 ppm (wet) 7.17 9820

35.8 ppm (wet) 7.17 9820

38.5 ppm (wet) 7.04 9820

38.2 ppm (wet) 7.17 9820

39.1 ppm (wet) 7.04 9820

36.3 ppm (wet) 6.91 9820

28.5 ppm (wet) 7.29 9820

27.9 ppm (wet) 7.42 9820

43.3 ppm (wet) 7.55 9820

37.8 ppm (wet) 7.42 9820

34.6 ppm (wet) 7.42 9820

33.2 ppm (wet) 7.42 9820

41.6 ppm (wet) 7.42 9820

48.7 ppm (wet) 7.42 9820

33.8 ppm (wet) 7.04 9820

37.8 ppm (wet) 6.91 9820

43 ppm (wet) 6.91 9820

45.9 ppm (wet) 7.04 9820
44.8 ppm (wet) 7.17 9820

45 ppm (wet) 7.17 9820

40.3 ppm (wet) 7.29 9820

36.6 ppm (wet) 7.29 9820

33.8 ppm (wet) 7.29 9820

38.4 ppm (wet) 7.29 9820

41 ppm (wet) 7.17 9820

38.9 ppm (wet) 7.17 9820

40 ppm (wet) 7.17 9820

37 ppm (wet) 7.17 9820

34.8 ppm (wet) 7.17 9820

34.8 ppm (wet) 7.29 9820

38.1 ppm (wet) 7.17 9820

31.7 ppm (wet) 7.29 9820

32.8 ppm (wet) 7.55 9820

35.1 ppm (wet) 7.68 9820

37.5 ppm (wet) 7.81 9820

42.2 ppm (wet) 7.68 9820

37.3 ppm (wet) 7.68 9820

43.5 ppm (wet) 7.55 9820

35.9 ppm (wet) 7.29 9820

37 ppm (wet) 7.04 9820

36.4 ppm (wet) 7.04 9820

40.4 ppm (wet) 7.04 9820

37.9 ppm (wet) 6.91 9820

45.3 ppm (wet) 7.04 9820

41 ppm (wet) 7.17 9820

37.8 ppm (wet) 7.17 9820

37.7 ppm (wet) 7.17 9820

37.3 ppm (wet) 7.04 9820

36.2 ppm (wet) 7.17 9820

35.7 ppm (wet) 7.04 9820

36.9 ppm (wet) 7.04 9820

35.6 ppm (wet) 7.04 9820

35.6 ppm (wet) 7.04 9820

35.5 ppm (wet) 7.04 9820

35.3 ppm (wet) 7.04 9820

35.1 ppm (wet) 7.04 9820

33.3 ppm (wet) 7.55 9820

18.4 ppm (wet) 7.68 9820

32.1 ppm (wet) 7.42 9820

34.4 ppm (wet) 7.42 9820

48.1 ppm (wet) 7.29 9820

45.1 ppm (wet) 7.04 9820

36.3 ppm (wet) 6.91 9820

35.8 ppm (wet) 6.78 9820

36 ppm (wet) 6.65 9820

36 ppm (wet) 6.65 9820

35.3 ppm (wet) 6.78 9820

35.2 ppm (wet) 6.91 9820

36.3 ppm (wet) 6.91 9820

35.6 ppm (wet) 6.78 9820

36.6 ppm (wet) 6.78 9820

36.6 ppm (wet) 6.78 9820

35.7 ppm (wet) 6.91 9820
35.5 ppm (wet) 6.91 9820

35.8 ppm (wet) 6.78 9820

35.6 ppm (wet) 6.91 9820

35.9 ppm (wet) 7.04 9820

53.9 ppm (wet) 7.04 9820

75.2 ppm (wet) 7.17 9820

34.6 ppm (wet) 7.29 9820

34.5 ppm (wet) 7.17 9820

34.6 ppm (wet) 7.17 9820

34.5 ppm (wet) 7.17 9820

34.4 ppm (wet) 7.17 9820

33.4 ppm (wet) 7.29 9820

34.4 ppm (wet) 7.17 9820

33.7 ppm (wet) 7.17 9820

33.1 ppm (wet) 7.17 9820

35.4 ppm (wet) 7.04 9820

34.3 ppm (wet) 6.91 9820

49.7 ppm (wet) 6.78 9820

59.7 ppm (wet) 6.78 9820

35.7 ppm (wet) 6.78 9820

36.5 ppm (wet) 6.91 9820

36.9 ppm (wet) 6.91 9820

36.2 ppm (wet) 7.04 9820

36.2 ppm (wet) 7.04 9820

35.3 ppm (wet) 6.91 9820

35.6 ppm (wet) 7.04 9820

35.7 ppm (wet) 7.04 9820

34.4 ppm (wet) 7.04 9820

34 ppm (wet) 7.17 9820

36.6 ppm (wet) 7.17 9820

34 ppm (wet) 7.29 9820

34.7 ppm (wet) 7.42 9820

34.6 ppm (wet) 7.42 9820

34.3 ppm (wet) 7.29 9820

34.4 ppm (wet) 7.17 9820

34.8 ppm (wet) 7.17 9820

33.6 ppm (wet) 7.17 9820

34.2 ppm (wet) 7.29 9820

35.1 ppm (wet) 7.17 9820

36 ppm (wet) 7.04 9820

36.6 ppm (wet) 7.04 9820

35.2 ppm (wet) 6.91 9820

35.8 ppm (wet) 7.04 9820

36.8 ppm (wet) 7.17 9820

36.2 ppm (wet) 7.04 9820

36.6 ppm (wet) 7.17 9820

34.8 ppm (wet) 7.17 9820

35.9 ppm (wet) 7.29 9820

36.5 ppm (wet) 7.29 9820

35.8 ppm (wet) 7.42 9820

35.5 ppm (wet) 7.42 9820

35.4 ppm (wet) 7.42 9820

32.3 ppm (wet) 7.17 9820

33.8 ppm (wet) 7.04 9820

33.3 ppm (wet) 7.17 9820
32.6 ppm (wet) 7.17 9820

32.7 ppm (wet) 7.17 9820

32 ppm (wet) 7.29 9820

32.1 ppm (wet) 7.29 9820

33.4 ppm (wet) 7.17 9820

33.5 ppm (wet) 7.17 9820

31.8 ppm (wet) 7.29 9820

32.6 ppm (wet) 7.04 9820

33.6 ppm (wet) 6.91 9820

39.5 ppm (wet) 6.91 9820

39.8 ppm (wet) 6.91 9820

40.1 ppm (wet) 6.91 9820

40.8 ppm (wet) 6.91 9820

38.3 ppm (wet) 6.91 9820

117.7 ppm (wet) 6.78 9820

36.8 ppm (wet) 6.91 9820

36.3 ppm (wet) 6.91 9820

35.4 ppm (wet) 6.91 9820

34.2 ppm (wet) 6.78 9820

34.3 ppm (wet) 6.91 9820

35.4 ppm (wet) 6.91 9820

35.6 ppm (wet) 6.78 9820

35.8 ppm (wet) 6.78 9820

34.6 ppm (wet) 7.04 9820

33 ppm (wet) 7.04 9820

34.4 ppm (wet) 7.29 9820

33.3 ppm (wet) 7.42 9820

33 ppm (wet) 7.42 9820

31.5 ppm (wet) 7.29 9820

32 ppm (wet) 7.17 9820

36 ppm (wet) 7.29 9820

32 ppm (wet) 6.91 9820

35 ppm (wet) 6.65 9820

35.1 ppm (wet) 6.65 9820

34.5 ppm (wet) 6.52 9820

34.5 ppm (wet) 6.52 9820

35.3 ppm (wet) 6.52 9820

35.8 ppm (wet) 6.52 9820

35.1 ppm (wet) 6.65 9820

35 ppm (wet) 6.78 9820

34.7 ppm (wet) 6.78 9820

35.5 ppm (wet) 6.78 9820

35.3 ppm (wet) 6.91 9820

35.1 ppm (wet) 6.91 9820

34.9 ppm (wet) 6.91 9820

33.9 ppm (wet) 7.04 9820

33 ppm (wet) 7.04 9820

32.4 ppm (wet) 7.04 9820

27.2 ppm (wet) 7.17 9820

32.7 ppm (wet) 7.29 9820

33.6 ppm (wet) 7.29 9820

33.9 ppm (wet) 7.42 9820

32.6 ppm (wet) 7.17 9820

34.1 ppm (wet) 7.04 9820

33.2 ppm (wet) 7.17 9820
34.7 ppm (wet) 7.04 9820

34.9 ppm (wet) 6.27 9820

35.3 ppm (wet) 6.27 9820

34 ppm (wet) 6.14 9820

35.4 ppm (wet) 6.14 9820

36.7 ppm (wet) 6.14 9820

35.3 ppm (wet) 6.40 9820

34.2 ppm (wet) 6.40 9820

35.4 ppm (wet) 6.27 9820

33.8 ppm (wet) 6.40 9820

34.3 ppm (wet) 6.40 9820

33.8 ppm (wet) 6.40 9820

33.7 ppm (wet) 6.40 9820

33.7 ppm (wet) 6.40 9820

32.9 ppm (wet) 6.40 9820

32.3 ppm (wet) 6.52 9820

34.4 ppm (wet) 6.52 9820

33.3 ppm (wet) 6.52 9820

32.8 ppm (wet) 6.52 9820

33.6 ppm (wet) 6.52 9820

33.4 ppm (wet) 6.52 9820

33 ppm (wet) 6.52 9820

33 ppm (wet) 6.52 9820

33.5 ppm (wet) 6.65 9820

31.7 ppm (wet) 6.65 9820

31.1 ppm (wet) 6.52 9820

30.8 ppm (wet) 6.52 9820

29.8 ppm (wet) 6.65 9820

31.5 ppm (wet) 6.65 9820

32 ppm (wet) 6.65 9820

34.5 ppm (wet) 6.65 9820

33.9 ppm (wet) 6.52 9820

33.7 ppm (wet) 6.52 9820

33.2 ppm (wet) 6.65 9820

33 ppm (wet) 6.65 9820

32.9 ppm (wet) 6.65 9820

33.3 ppm (wet) 6.65 9820

32.1 ppm (wet) 6.78 9820

33.2 ppm (wet) 6.78 9820

31.6 ppm (wet) 6.78 9820

32.5 ppm (wet) 6.78 9820

33.3 ppm (wet) 6.78 9820

33.6 ppm (wet) 6.78 9820

33.9 ppm (wet) 6.78 9820

33.1 ppm (wet) 6.78 9820

32.6 ppm (wet) 6.78 9820

32 ppm (wet) 6.78 9820

32.4 ppm (wet) 6.78 9820

33.3 ppm (wet) 6.65 9820

33.6 ppm (wet) 6.65 9820

33.2 ppm (wet) 6.65 9820

32.7 ppm (wet) 6.65 9820

33.4 ppm (wet) 6.65 9820

33.5 ppm (wet) 6.65 9820

34.1 ppm (wet) 6.52 9820
34.4 ppm (wet) 6.65 9820

34 ppm (wet) 6.65 9820

35 ppm (wet) 6.65 9820

34.1 ppm (wet) 6.65 9820

33 ppm (wet) 6.65 9820

33.1 ppm (wet) 6.78 9820

34.7 ppm (wet) 6.78 9820

32.6 ppm (wet) 6.78 9820

33.2 ppm (wet) 6.78 9820

32.7 ppm (wet) 6.78 9820

32.7 ppm (wet) 6.78 9820

31.6 ppm (wet) 6.78 9820

32.4 ppm (wet) 6.78 9820

32.4 ppm (wet) 6.78 9820

33.6 ppm (wet) 6.78 9820

33.1 ppm (wet) 6.78 9820

35.6 ppm (wet) 6.65 9820

35 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

35.5 ppm (wet) 6.52 9820

35 ppm (wet) 6.52 9820

36 ppm (wet) 6.65 9820

35.7 ppm (wet) 6.65 9820

36.8 ppm (wet) 6.52 9820

36.6 ppm (wet) 6.52 9820

36.1 ppm (wet) 6.52 9820

36.7 ppm (wet) 6.65 9820

35.5 ppm (wet) 6.65 9820

35.7 ppm (wet) 6.78 9820

35.3 ppm (wet) 6.78 9820

34 ppm (wet) 6.78 9820

33.9 ppm (wet) 6.91 9820

34.2 ppm (wet) 6.91 9820

34.1 ppm (wet) 6.91 9820

34.1 ppm (wet) 6.91 9820

33.3 ppm (wet) 6.91 9820

32.9 ppm (wet) 6.91 9820

32.6 ppm (wet) 6.91 9820

32.5 ppm (wet) 6.91 9820

31.7 ppm (wet) 6.91 9820

35.7 ppm (wet) 6.78 9820

35 ppm (wet) 6.65 9820

35.7 ppm (wet) 6.40 9820

35.8 ppm (wet) 6.40 9820

35.9 ppm (wet) 6.40 9820

34.6 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.65 9820

36 ppm (wet) 6.52 9820

35.5 ppm (wet) 6.65 9820

35.7 ppm (wet) 6.65 9820

35.5 ppm (wet) 6.65 9820

35.2 ppm (wet) 6.65 9820

36.3 ppm (wet) 6.65 9820

35.9 ppm (wet) 6.78 9820

36.5 ppm (wet) 6.78 9820
36.1 ppm (wet) 6.78 9820

36.6 ppm (wet) 6.78 9820

37 ppm (wet) 6.78 9820

36.2 ppm (wet) 6.78 9820

35 ppm (wet) 6.78 9820

34 ppm (wet) 6.78 9820

32.7 ppm (wet) 6.78 9820

33.4 ppm (wet) 6.78 9820

33.4 ppm (wet) 6.78 9820

33.1 ppm (wet) 6.78 9820

33.2 ppm (wet) 6.78 9820

37.1 ppm (wet) 6.65 9820

41.5 ppm (wet) 6.65 9820

40.6 ppm (wet) 6.65 9820

38.7 ppm (wet) 6.65 9820

40.4 ppm (wet) 6.65 9820

38.7 ppm (wet) 6.65 9820

40 ppm (wet) 6.52 9820

40.5 ppm (wet) 6.52 9820

38.8 ppm (wet) 6.52 9820

39 ppm (wet) 6.65 9820

38.3 ppm (wet) 6.65 9820

38 ppm (wet) 6.65 9820

38.4 ppm (wet) 6.65 9820

38 ppm (wet) 6.65 9820

37.7 ppm (wet) 6.65 9820

37.3 ppm (wet) 6.65 9820

36.6 ppm (wet) 6.65 9820

35.2 ppm (wet) 6.65 9820

35.1 ppm (wet) 6.65 9820

34.4 ppm (wet) 6.65 9820

34.1 ppm (wet) 6.65 9820

33.1 ppm (wet) 6.65 9820

32.7 ppm (wet) 6.65 9820

33 ppm (wet) 6.65 9820

32.8 ppm (wet) 6.65 9820

33.8 ppm (wet) 6.65 9820

34.6 ppm (wet) 6.52 9820

35.5 ppm (wet) 6.52 9820

35.7 ppm (wet) 6.52 9820

36.4 ppm (wet) 6.52 9820

36.5 ppm (wet) 6.40 9820

36.9 ppm (wet) 6.40 9820

36.9 ppm (wet) 6.52 9820

36.1 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

36.1 ppm (wet) 6.52 9820

35.7 ppm (wet) 6.52 9820

35.9 ppm (wet) 6.52 9820

36 ppm (wet) 6.65 9820

35.9 ppm (wet) 6.65 9820

35 ppm (wet) 6.65 9820

34.6 ppm (wet) 6.65 9820

35.1 ppm (wet) 6.65 9820

33.6 ppm (wet) 6.65 9820
33.2 ppm (wet) 6.65 9820

33.5 ppm (wet) 6.65 9820

34.2 ppm (wet) 6.65 9820

35.3 ppm (wet) 6.65 9820

35.2 ppm (wet) 6.52 9820

35.2 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

35 ppm (wet) 6.52 9820

35.3 ppm (wet) 6.52 9820

35.6 ppm (wet) 6.52 9820

35.8 ppm (wet) 6.52 9820

35.9 ppm (wet) 6.52 9820

36.2 ppm (wet) 6.52 9820

36.4 ppm (wet) 6.52 9820

35 ppm (wet) 6.52 9820

34.2 ppm (wet) 6.65 9820

34.5 ppm (wet) 6.52 9820

34.3 ppm (wet) 6.65 9820

34.8 ppm (wet) 6.65 9820

34.5 ppm (wet) 6.78 9820

33.3 ppm (wet) 6.65 9820

34.3 ppm (wet) 6.78 9820

34.2 ppm (wet) 6.78 9820

34.3 ppm (wet) 6.78 9820

33.8 ppm (wet) 6.78 9820

34.3 ppm (wet) 6.65 9820

35 ppm (wet) 6.65 9820

34.9 ppm (wet) 6.52 9820

34.6 ppm (wet) 6.40 9820

35 ppm (wet) 6.27 9820

34.9 ppm (wet) 6.27 9820

35 ppm (wet) 6.27 9820

34.7 ppm (wet) 6.27 9820

35 ppm (wet) 6.27 9820

34.5 ppm (wet) 6.27 9820

35 ppm (wet) 6.27 9820

34.5 ppm (wet) 6.27 9820

34.4 ppm (wet) 6.27 9820

34.1 ppm (wet) 6.40 9820

34 ppm (wet) 6.40 9820

33.9 ppm (wet) 6.40 9820

33.6 ppm (wet) 6.52 9820

35.2 ppm (wet) 6.78 9820

32.2 ppm (wet) 6.91 9820

30.7 ppm (wet) 6.91 9820

31.9 ppm (wet) 6.78 9820

32.2 ppm (wet) 6.91 9820

32 ppm (wet) 6.91 9820

32.1 ppm (wet) 6.91 9820

32.4 ppm (wet) 6.78 9820

35.3 ppm (wet) 6.78 9820

36.2 ppm (wet) 6.65 9820

35.8 ppm (wet) 6.40 9820

37.4 ppm (wet) 6.27 9820

38.2 ppm (wet) 6.14 9820
37.9 ppm (wet) 6.27 9820

39 ppm (wet) 6.14 9820

39.9 ppm (wet) 6.14 9820

42.8 ppm (wet) 6.14 9820

42.4 ppm (wet) 6.14 9820

41.7 ppm (wet) 6.27 9820

41.1 ppm (wet) 6.27 9820

41.7 ppm (wet) 6.27 9820

41.1 ppm (wet) 6.40 9820

41.2 ppm (wet) 6.40 9820

43.7 ppm (wet) 6.52 9820

38.3 ppm (wet) 6.91 9820

36.7 ppm (wet) 6.91 9820
Sample Unit Conversion Equation from CEM Units of Measure to pounds per million BTU (lb/MMBtu):

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














EIA Facility Code Facility Name Boiler ID

6016 Duck Creek 1

Date 

(MM/DD/YYYY)

Emission Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)

Day 1 6/1/2010 0.072 41.0

Day 2 6/2/2010 0.078 44.5

Day 3 6/3/2010 0.074 41.7

Day 4 6/4/2010 0.075 42.7

Day 5 6/5/2010 0.209 118.5

Day 6 6/6/2010 0.073 41.4

Day 7 6/7/2010 0.079 44.8

Day 8 6/8/2010 0.077 43.6

Day 9 6/9/2010 0.081 46.1

Day 10 6/10/2010 0.075 42.5

Day 11 6/11/2010 0.076 43.3

Day 12 6/12/2010 0.084 47.6

Day 13 6/13/2010 0.079 45.0

Day 14 6/14/2010 0.080 45.6

Day 15 6/15/2010 0.077 43.9

Day 16 6/16/2010 0.077 43.8

Day 17 6/17/2010 0.075 42.3

Day 18 6/18/2010 0.072 41.0

Day 19 6/19/2010 0.078 44.4

Day 20 6/20/2010 0.069 39.1

Day 21 6/21/2010 0.067 37.9

Day 22 6/22/2010 0.064 36.6

Day 23 6/23/2010 0.066 37.6

Day 24 6/24/2010 0.069 39.1

Day 25 6/25/2010 0.070 39.5

Day 26 6/26/2010 0.074 41.9

Day 27 6/27/2010 0.069 39.3

Day 28 6/28/2010 0.069 39.0

Day 29 6/29/2010 0.067 38.2

Day 30 6/30/2010 0.074 41.7

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

Content 

(%)

Standard Fuel FFactor 

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

Average Load

(MW)

6.6 9820 420.5

6.6 9820 375.8

6.8 9820 273.5

6.7 9820 282.9

11.4 9820 170.4

6.4 9820 345.3

6.5 9820 406.9

6.5 9820 408.5

6.4 9820 419.6

6.4 9820 409.9

6.6 9820 416.0

7.1 9820 403.7

7.2 9820 376.5

7.2 9820 410.1

7.2 9820 406.6

7.0 9820 407.3

7.1 9820 390.7

7.2 9820 386.0

7.0 9820 384.9

6.9 9820 392.4

6.6 9820 388.1

6.6 9820 337.0

6.7 9820 369.6

6.7 9820 407.7

6.7 9820 391.0

6.7 9820 388.5

6.6 9820 385.7

6.6 9820 408.0

6.5 9820 395.2

6.5 9820 387.8

or Most Recent 30 Day Averaging Period for Nitrogen Oxides
EIA Facility Code Facility Name Boiler ID

6016 Duck Creek 1

Step 1.

Date (MM/DD/YYYY)

Hour 

(HH24:MM)

Emission 

Value

(lb/MMBtu)

Day1 Hour 1 6/1/2010 0:00 0.046

Day1 Hour 2 6/1/2010 1:00 0.046

Day1 Hour 3 6/1/2010 2:00 0.050

Day1 Hour 4 6/1/2010 3:00 0.048

Day1 Hour 5 6/1/2010 4:00 0.041

Day1 Hour 6 6/1/2010 5:00 0.045

Day1 Hour 7 6/1/2010 6:00 0.057

Day1 Hour 8 6/1/2010 7:00 0.063

Day1 Hour 9 6/1/2010 8:00 0.064

Day1 Hour 10 6/1/2010 9:00 0.058

Day1 Hour 11 6/1/2010 10:00 0.055

Day1 Hour 12 6/1/2010 11:00 0.055

Day1 Hour 13 6/1/2010 12:00 0.056

Day1 Hour 14 6/1/2010 13:00 0.049

Day1 Hour 15 6/1/2010 14:00 0.047

Day1 Hour 16 6/1/2010 15:00 0.046

Day1 Hour 17 6/1/2010 16:00 0.044

Day1 Hour 18 6/1/2010 17:00 0.050

Day1 Hour 19 6/1/2010 18:00 0.046

Day1 Hour 20 6/1/2010 19:00 0.039

Day1 Hour 21 6/1/2010 20:00 0.033

Day1 Hour 22 6/1/2010 21:00 0.029

Day1 Hour 23 6/1/2010 22:00 0.032

Day1 Hour 24 6/1/2010 23:00 0.035

Day2 Hour 1 6/2/2010 0:00 0.033

Day2 Hour 2 6/2/2010 1:00 0.034

Day2 Hour 3 6/2/2010 2:00 0.031

Day2 Hour 4 6/2/2010 3:00 0.028

Day2 Hour 5 6/2/2010 4:00 0.034

Day2 Hour 6 6/2/2010 5:00 0.044

Day2 Hour 7 6/2/2010 6:00 0.054

Day2 Hour 8 6/2/2010 7:00 0.052

Day2 Hour 9 6/2/2010 8:00 0.054

Day2 Hour 10 6/2/2010 9:00 0.051

Day2 Hour 11 6/2/2010 10:00 0.051

Day2 Hour 12 6/2/2010 11:00 0.055

Day2 Hour 13 6/2/2010 12:00 0.059

Day2 Hour 14 6/2/2010 13:00 0.040

Day2 Hour 15 6/2/2010 14:00 0.032

Day2 Hour 16 6/2/2010 15:00 0.032

CEM Hourly Average Emission Data Points for Most Rece
Day2 Hour 17 6/2/2010 16:00 0.029

Day2 Hour 18 6/2/2010 17:00 0.036

Day2 Hour 19 6/2/2010 18:00 0.037

Day2 Hour 20 6/2/2010 19:00 0.037

Day2 Hour 21 6/2/2010 20:00 0.034

Day2 Hour 22 6/2/2010 21:00 0.032

Day2 Hour 23 6/2/2010 22:00 0.026

Day2 Hour 24 6/2/2010 23:00 0.022

Day3 Hour 1 6/3/2010 0:00 0.018

Day3 Hour 2 6/3/2010 1:00 0.024

Day3 Hour 3 6/3/2010 2:00 0.024

Day3 Hour 4 6/3/2010 3:00 0.021

Day3 Hour 5 6/3/2010 4:00 0.020

Day3 Hour 6 6/3/2010 5:00 0.019

Day3 Hour 7 6/3/2010 6:00 0.018

Day3 Hour 8 6/3/2010 7:00 0.018

Day3 Hour 9 6/3/2010 8:00 0.018

Day3 Hour 10 6/3/2010 9:00 0.022

Day3 Hour 11 6/3/2010 10:00 0.024

Day3 Hour 12 6/3/2010 11:00 0.025

Day3 Hour 13 6/3/2010 12:00 0.025

Day3 Hour 14 6/3/2010 13:00 0.032

Day3 Hour 15 6/3/2010 14:00 0.042

Day3 Hour 16 6/3/2010 15:00 0.043

Day3 Hour 17 6/3/2010 16:00 0.042

Day3 Hour 18 6/3/2010 17:00 0.048

Day3 Hour 19 6/3/2010 18:00 0.054

Day3 Hour 20 6/3/2010 19:00 0.059

Day3 Hour 21 6/3/2010 20:00 0.050

Day3 Hour 22 6/3/2010 21:00 0.041

Day3 Hour 23 6/3/2010 22:00 0.034

Day3 Hour 24 6/3/2010 23:00 0.034

Day4 Hour 1 6/4/2010 0:00 0.035

Day4 Hour 2 6/4/2010 1:00 0.035

Day4 Hour 3 6/4/2010 2:00 0.034

Day4 Hour 4 6/4/2010 3:00 0.033

Day4 Hour 5 6/4/2010 4:00 0.029

Day4 Hour 6 6/4/2010 5:00 0.034

Day4 Hour 7 6/4/2010 6:00 0.057

Day4 Hour 8 6/4/2010 7:00 0.057

Day4 Hour 9 6/4/2010 8:00 0.044

Day4 Hour 10 6/4/2010 9:00 0.039

Day4 Hour 11 6/4/2010 10:00 0.037

Day4 Hour 12 6/4/2010 11:00 0.038

Day4 Hour 13 6/4/2010 12:00 0.040

Day4 Hour 14 6/4/2010 13:00 0.039

Day4 Hour 15 6/4/2010 14:00 0.038
Day4 Hour 16 6/4/2010 15:00 0.037

Day4 Hour 17 6/4/2010 16:00 0.041

Day4 Hour 18 6/4/2010 17:00 0.053

Day4 Hour 19 6/4/2010 18:00 0.000

Day4 Hour 20 6/4/2010 19:00 0.000

Day4 Hour 21 6/4/2010 20:00 0.000

Day4 Hour 22 6/4/2010 21:00 0.000

Day4 Hour 23 6/4/2010 22:00 0.000

Day4 Hour 24 6/4/2010 23:00 0.000

Day5 Hour 1 6/5/2010 0:00 0.000

Day5 Hour 2 6/5/2010 1:00 0.000

Day5 Hour 3 6/5/2010 2:00 0.000

Day5 Hour 4 6/5/2010 3:00 0.000

Day5 Hour 5 6/5/2010 4:00 0.000

Day5 Hour 6 6/5/2010 5:00 0.000

Day5 Hour 7 6/5/2010 6:00 0.000

Day5 Hour 8 6/5/2010 7:00 0.008

Day5 Hour 9 6/5/2010 8:00 0.016

Day5 Hour 10 6/5/2010 9:00 0.022

Day5 Hour 11 6/5/2010 10:00 0.027

Day5 Hour 12 6/5/2010 11:00 0.031

Day5 Hour 13 6/5/2010 12:00 0.032

Day5 Hour 14 6/5/2010 13:00 0.014

Day5 Hour 15 6/5/2010 14:00 0.022

Day5 Hour 16 6/5/2010 15:00 0.031

Day5 Hour 17 6/5/2010 16:00 0.041

Day5 Hour 18 6/5/2010 17:00 0.120

Day5 Hour 19 6/5/2010 18:00 0.288

Day5 Hour 20 6/5/2010 19:00 0.029

Day5 Hour 21 6/5/2010 20:00 0.029

Day5 Hour 22 6/5/2010 21:00 0.030

Day5 Hour 23 6/5/2010 22:00 0.031

Day5 Hour 24 6/5/2010 23:00 0.031

Day6 Hour 1 6/6/2010 0:00 0.032

Day6 Hour 2 6/6/2010 1:00 0.032

Day6 Hour 3 6/6/2010 2:00 0.033

Day6 Hour 4 6/6/2010 3:00 0.033

Day6 Hour 5 6/6/2010 4:00 0.032

Day6 Hour 6 6/6/2010 5:00 0.032

Day6 Hour 7 6/6/2010 6:00 0.034

Day6 Hour 8 6/6/2010 7:00 0.035

Day6 Hour 9 6/6/2010 8:00 0.041

Day6 Hour 10 6/6/2010 9:00 0.041

Day6 Hour 11 6/6/2010 10:00 0.042

Day6 Hour 12 6/6/2010 11:00 0.047

Day6 Hour 13 6/6/2010 12:00 0.046

Day6 Hour 14 6/6/2010 13:00 0.044
Day6 Hour 15 6/6/2010 14:00 0.046

Day6 Hour 16 6/6/2010 15:00 0.050

Day6 Hour 17 6/6/2010 16:00 0.055

Day6 Hour 18 6/6/2010 17:00 0.049

Day6 Hour 19 6/6/2010 18:00 0.053

Day6 Hour 20 6/6/2010 19:00 0.063

Day6 Hour 21 6/6/2010 20:00 0.067

Day6 Hour 22 6/6/2010 21:00 0.044

Day6 Hour 23 6/6/2010 22:00 0.035

Day6 Hour 24 6/6/2010 23:00 0.034

Day7 Hour 1 6/7/2010 0:00 0.035

Day7 Hour 2 6/7/2010 1:00 0.038

Day7 Hour 3 6/7/2010 2:00 0.042

Day7 Hour 4 6/7/2010 3:00 0.040

Day7 Hour 5 6/7/2010 4:00 0.037

Day7 Hour 6 6/7/2010 5:00 0.039

Day7 Hour 7 6/7/2010 6:00 0.064

Day7 Hour 8 6/7/2010 7:00 0.080

Day7 Hour 9 6/7/2010 8:00 0.112

Day7 Hour 10 6/7/2010 9:00 0.128

Day7 Hour 11 6/7/2010 10:00 0.084

Day7 Hour 12 6/7/2010 11:00 0.093

Day7 Hour 13 6/7/2010 12:00 0.102

Day7 Hour 14 6/7/2010 13:00 0.073

Day7 Hour 15 6/7/2010 14:00 0.062

Day7 Hour 16 6/7/2010 15:00 0.061

Day7 Hour 17 6/7/2010 16:00 0.059

Day7 Hour 18 6/7/2010 17:00 0.070

Day7 Hour 19 6/7/2010 18:00 0.098

Day7 Hour 20 6/7/2010 19:00 0.101

Day7 Hour 21 6/7/2010 20:00 0.080

Day7 Hour 22 6/7/2010 21:00 0.050

Day7 Hour 23 6/7/2010 22:00 0.039

Day7 Hour 24 6/7/2010 23:00 0.031

Day8 Hour 1 6/8/2010 0:00 0.032

Day8 Hour 2 6/8/2010 1:00 0.029

Day8 Hour 3 6/8/2010 2:00 0.028

Day8 Hour 4 6/8/2010 3:00 0.028

Day8 Hour 5 6/8/2010 4:00 0.029

Day8 Hour 6 6/8/2010 5:00 0.034

Day8 Hour 7 6/8/2010 6:00 0.056

Day8 Hour 8 6/8/2010 7:00 0.056

Day8 Hour 9 6/8/2010 8:00 0.069

Day8 Hour 10 6/8/2010 9:00 0.068

Day8 Hour 11 6/8/2010 10:00 0.059

Day8 Hour 12 6/8/2010 11:00 0.063

Day8 Hour 13 6/8/2010 12:00 0.062
Day8 Hour 14 6/8/2010 13:00 0.065

Day8 Hour 15 6/8/2010 14:00 0.066

Day8 Hour 16 6/8/2010 15:00 0.070

Day8 Hour 17 6/8/2010 16:00 0.068

Day8 Hour 18 6/8/2010 17:00 0.070

Day8 Hour 19 6/8/2010 18:00 0.074

Day8 Hour 20 6/8/2010 19:00 0.064

Day8 Hour 21 6/8/2010 20:00 0.062

Day8 Hour 22 6/8/2010 21:00 0.050

Day8 Hour 23 6/8/2010 22:00 0.030

Day8 Hour 24 6/8/2010 23:00 0.028

Day9 Hour 1 6/9/2010 0:00 0.034

Day9 Hour 2 6/9/2010 1:00 0.036

Day9 Hour 3 6/9/2010 2:00 0.031

Day9 Hour 4 6/9/2010 3:00 0.029

Day9 Hour 5 6/9/2010 4:00 0.029

Day9 Hour 6 6/9/2010 5:00 0.029

Day9 Hour 7 6/9/2010 6:00 0.053

Day9 Hour 8 6/9/2010 7:00 0.052

Day9 Hour 9 6/9/2010 8:00 0.061

Day9 Hour 10 6/9/2010 9:00 0.053

Day9 Hour 11 6/9/2010 10:00 0.046

Day9 Hour 12 6/9/2010 11:00 0.054

Day9 Hour 13 6/9/2010 12:00 0.069

Day9 Hour 14 6/9/2010 13:00 0.075

Day9 Hour 15 6/9/2010 14:00 0.072

Day9 Hour 16 6/9/2010 15:00 0.065

Day9 Hour 17 6/9/2010 16:00 0.059

Day9 Hour 18 6/9/2010 17:00 0.057

Day9 Hour 19 6/9/2010 18:00 0.065

Day9 Hour 20 6/9/2010 19:00 0.072

Day9 Hour 21 6/9/2010 20:00 0.062

Day9 Hour 22 6/9/2010 21:00 0.057

Day9 Hour 23 6/9/2010 22:00 0.034

Day9 Hour 24 6/9/2010 23:00 0.028

Day10 Hour 1 6/10/2010 0:00 0.031

Day10 Hour 2 6/10/2010 1:00 0.035

Day10 Hour 3 6/10/2010 2:00 0.033

Day10 Hour 4 6/10/2010 3:00 0.031

Day10 Hour 5 6/10/2010 4:00 0.031

Day10 Hour 6 6/10/2010 5:00 0.028

Day10 Hour 7 6/10/2010 6:00 0.050

Day10 Hour 8 6/10/2010 7:00 0.069

Day10 Hour 9 6/10/2010 8:00 0.068

Day10 Hour 10 6/10/2010 9:00 0.060

Day10 Hour 11 6/10/2010 10:00 0.042

Day10 Hour 12 6/10/2010 11:00 0.038
Day10 Hour 13 6/10/2010 12:00 0.035

Day10 Hour 14 6/10/2010 13:00 0.031

Day10 Hour 15 6/10/2010 14:00 0.037

Day10 Hour 16 6/10/2010 15:00 0.046

Day10 Hour 17 6/10/2010 16:00 0.052

Day10 Hour 18 6/10/2010 17:00 0.060

Day10 Hour 19 6/10/2010 18:00 0.061

Day10 Hour 20 6/10/2010 19:00 0.065

Day10 Hour 21 6/10/2010 20:00 0.065

Day10 Hour 22 6/10/2010 21:00 0.049

Day10 Hour 23 6/10/2010 22:00 0.032

Day10 Hour 24 6/10/2010 23:00 0.029

Day11 Hour 1 6/11/2010 0:00 0.032

Day11 Hour 2 6/11/2010 1:00 0.034

Day11 Hour 3 6/11/2010 2:00 0.032

Day11 Hour 4 6/11/2010 3:00 0.029

Day11 Hour 5 6/11/2010 4:00 0.026

Day11 Hour 6 6/11/2010 5:00 0.025

Day11 Hour 7 6/11/2010 6:00 0.040

Day11 Hour 8 6/11/2010 7:00 0.061

Day11 Hour 9 6/11/2010 8:00 0.072

Day11 Hour 10 6/11/2010 9:00 0.073

Day11 Hour 11 6/11/2010 10:00 0.072

Day11 Hour 12 6/11/2010 11:00 0.076

Day11 Hour 13 6/11/2010 12:00 0.096

Day11 Hour 14 6/11/2010 13:00 0.077

Day11 Hour 15 6/11/2010 14:00 0.060

Day11 Hour 16 6/11/2010 15:00 0.056

Day11 Hour 17 6/11/2010 16:00 0.057

Day11 Hour 18 6/11/2010 17:00 0.063

Day11 Hour 19 6/11/2010 18:00 0.080

Day11 Hour 20 6/11/2010 19:00 0.086

Day11 Hour 21 6/11/2010 20:00 0.089

Day11 Hour 22 6/11/2010 21:00 0.085

Day11 Hour 23 6/11/2010 22:00 0.084

Day11 Hour 24 6/11/2010 23:00 0.047

Day12 Hour 1 6/12/2010 0:00 0.046

Day12 Hour 2 6/12/2010 1:00 0.050

Day12 Hour 3 6/12/2010 2:00 0.080

Day12 Hour 4 6/12/2010 3:00 0.079

Day12 Hour 5 6/12/2010 4:00 0.062

Day12 Hour 6 6/12/2010 5:00 0.040

Day12 Hour 7 6/12/2010 6:00 0.082

Day12 Hour 8 6/12/2010 7:00 0.083

Day12 Hour 9 6/12/2010 8:00 0.062

Day12 Hour 10 6/12/2010 9:00 0.052

Day12 Hour 11 6/12/2010 10:00 0.052
Day12 Hour 12 6/12/2010 11:00 0.048

Day12 Hour 13 6/12/2010 12:00 0.031

Day12 Hour 14 6/12/2010 13:00 0.020

Day12 Hour 15 6/12/2010 14:00 0.021

Day12 Hour 16 6/12/2010 15:00 0.024

Day12 Hour 17 6/12/2010 16:00 0.030

Day12 Hour 18 6/12/2010 17:00 0.030

Day12 Hour 19 6/12/2010 18:00 0.063

Day12 Hour 20 6/12/2010 19:00 0.060

Day12 Hour 21 6/12/2010 20:00 0.039

Day12 Hour 22 6/12/2010 21:00 0.022

Day12 Hour 23 6/12/2010 22:00 0.019

Day12 Hour 24 6/12/2010 23:00 0.021

Day13 Hour 1 6/13/2010 0:00 0.025

Day13 Hour 2 6/13/2010 1:00 0.033

Day13 Hour 3 6/13/2010 2:00 0.036

Day13 Hour 4 6/13/2010 3:00 0.044

Day13 Hour 5 6/13/2010 4:00 0.046

Day13 Hour 6 6/13/2010 5:00 0.036

Day13 Hour 7 6/13/2010 6:00 0.038

Day13 Hour 8 6/13/2010 7:00 0.038

Day13 Hour 9 6/13/2010 8:00 0.041

Day13 Hour 10 6/13/2010 9:00 0.048

Day13 Hour 11 6/13/2010 10:00 0.048

Day13 Hour 12 6/13/2010 11:00 0.059

Day13 Hour 13 6/13/2010 12:00 0.052

Day13 Hour 14 6/13/2010 13:00 0.058

Day13 Hour 15 6/13/2010 14:00 0.062

Day13 Hour 16 6/13/2010 15:00 0.068

Day13 Hour 17 6/13/2010 16:00 0.059

Day13 Hour 18 6/13/2010 17:00 0.061

Day13 Hour 19 6/13/2010 18:00 0.070

Day13 Hour 20 6/13/2010 19:00 0.057

Day13 Hour 21 6/13/2010 20:00 0.163

Day13 Hour 22 6/13/2010 21:00 0.058

Day13 Hour 23 6/13/2010 22:00 0.037

Day13 Hour 24 6/13/2010 23:00 0.025

Day14 Hour 1 6/14/2010 0:00 0.026

Day14 Hour 2 6/14/2010 1:00 0.026

Day14 Hour 3 6/14/2010 2:00 0.024

Day14 Hour 4 6/14/2010 3:00 0.021

Day14 Hour 5 6/14/2010 4:00 0.019

Day14 Hour 6 6/14/2010 5:00 0.019

Day14 Hour 7 6/14/2010 6:00 0.036

Day14 Hour 8 6/14/2010 7:00 0.034

Day14 Hour 9 6/14/2010 8:00 0.030

Day14 Hour 10 6/14/2010 9:00 0.024
Day14 Hour 11 6/14/2010 10:00 0.028

Day14 Hour 12 6/14/2010 11:00 0.033

Day14 Hour 13 6/14/2010 12:00 0.043

Day14 Hour 14 6/14/2010 13:00 0.046

Day14 Hour 15 6/14/2010 14:00 0.046

Day14 Hour 16 6/14/2010 15:00 0.046

Day14 Hour 17 6/14/2010 16:00 0.040

Day14 Hour 18 6/14/2010 17:00 0.040

Day14 Hour 19 6/14/2010 18:00 0.042

Day14 Hour 20 6/14/2010 19:00 0.044

Day14 Hour 21 6/14/2010 20:00 0.044

Day14 Hour 22 6/14/2010 21:00 0.044

Day14 Hour 23 6/14/2010 22:00 0.042

Day14 Hour 24 6/14/2010 23:00 0.033

Day15 Hour 1 6/15/2010 0:00 0.031

Day15 Hour 2 6/15/2010 1:00 0.031

Day15 Hour 3 6/15/2010 2:00 0.032

Day15 Hour 4 6/15/2010 3:00 0.033

Day15 Hour 5 6/15/2010 4:00 0.032

Day15 Hour 6 6/15/2010 5:00 0.033

Day15 Hour 7 6/15/2010 6:00 0.035

Day15 Hour 8 6/15/2010 7:00 0.046

Day15 Hour 9 6/15/2010 8:00 0.045

Day15 Hour 10 6/15/2010 9:00 0.053

Day15 Hour 11 6/15/2010 10:00 0.059

Day15 Hour 12 6/15/2010 11:00 0.064

Day15 Hour 13 6/15/2010 12:00 0.077

Day15 Hour 14 6/15/2010 13:00 0.087

Day15 Hour 15 6/15/2010 14:00 0.083

Day15 Hour 16 6/15/2010 15:00 0.066

Day15 Hour 17 6/15/2010 16:00 0.062

Day15 Hour 18 6/15/2010 17:00 0.050

Day15 Hour 19 6/15/2010 18:00 0.043

Day15 Hour 20 6/15/2010 19:00 0.045

Day15 Hour 21 6/15/2010 20:00 0.045

Day15 Hour 22 6/15/2010 21:00 0.050

Day15 Hour 23 6/15/2010 22:00 0.051

Day15 Hour 24 6/15/2010 23:00 0.047

Day16 Hour 1 6/16/2010 0:00 0.044

Day16 Hour 2 6/16/2010 1:00 0.043

Day16 Hour 3 6/16/2010 2:00 0.042

Day16 Hour 4 6/16/2010 3:00 0.043

Day16 Hour 5 6/16/2010 4:00 0.049

Day16 Hour 6 6/16/2010 5:00 0.042

Day16 Hour 7 6/16/2010 6:00 0.043

Day16 Hour 8 6/16/2010 7:00 0.042

Day16 Hour 9 6/16/2010 8:00 0.045
Day16 Hour 10 6/16/2010 9:00 0.053

Day16 Hour 11 6/16/2010 10:00 0.053

Day16 Hour 12 6/16/2010 11:00 0.050

Day16 Hour 13 6/16/2010 12:00 0.060

Day16 Hour 14 6/16/2010 13:00 0.050

Day16 Hour 15 6/16/2010 14:00 0.045

Day16 Hour 16 6/16/2010 15:00 0.046

Day16 Hour 17 6/16/2010 16:00 0.041

Day16 Hour 18 6/16/2010 17:00 0.040

Day16 Hour 19 6/16/2010 18:00 0.044

Day16 Hour 20 6/16/2010 19:00 0.047

Day16 Hour 21 6/16/2010 20:00 0.049

Day16 Hour 22 6/16/2010 21:00 0.051

Day16 Hour 23 6/16/2010 22:00 0.038

Day16 Hour 24 6/16/2010 23:00 0.029

Day17 Hour 1 6/17/2010 0:00 0.027

Day17 Hour 2 6/17/2010 1:00 0.030

Day17 Hour 3 6/17/2010 2:00 0.030

Day17 Hour 4 6/17/2010 3:00 0.030

Day17 Hour 5 6/17/2010 4:00 0.032

Day17 Hour 6 6/17/2010 5:00 0.031

Day17 Hour 7 6/17/2010 6:00 0.033

Day17 Hour 8 6/17/2010 7:00 0.038

Day17 Hour 9 6/17/2010 8:00 0.062

Day17 Hour 10 6/17/2010 9:00 0.061

Day17 Hour 11 6/17/2010 10:00 0.050

Day17 Hour 12 6/17/2010 11:00 0.047

Day17 Hour 13 6/17/2010 12:00 0.056

Day17 Hour 14 6/17/2010 13:00 0.054

Day17 Hour 15 6/17/2010 14:00 0.051

Day17 Hour 16 6/17/2010 15:00 0.043

Day17 Hour 17 6/17/2010 16:00 0.036

Day17 Hour 18 6/17/2010 17:00 0.036

Day17 Hour 19 6/17/2010 18:00 0.044

Day17 Hour 20 6/17/2010 19:00 0.055

Day17 Hour 21 6/17/2010 20:00 0.054

Day17 Hour 22 6/17/2010 21:00 0.055

Day17 Hour 23 6/17/2010 22:00 0.050

Day17 Hour 24 6/17/2010 23:00 0.038

Day18 Hour 1 6/18/2010 0:00 0.035

Day18 Hour 2 6/18/2010 1:00 0.043

Day18 Hour 3 6/18/2010 2:00 0.044

Day18 Hour 4 6/18/2010 3:00 0.043

Day18 Hour 5 6/18/2010 4:00 0.043

Day18 Hour 6 6/18/2010 5:00 0.042

Day18 Hour 7 6/18/2010 6:00 0.045

Day18 Hour 8 6/18/2010 7:00 0.052
Day18 Hour 9 6/18/2010 8:00 0.043

Day18 Hour 10 6/18/2010 9:00 0.035

Day18 Hour 11 6/18/2010 10:00 0.027

Day18 Hour 12 6/18/2010 11:00 0.031

Day18 Hour 13 6/18/2010 12:00 0.044

Day18 Hour 14 6/18/2010 13:00 0.037

Day18 Hour 15 6/18/2010 14:00 0.043

Day18 Hour 16 6/18/2010 15:00 0.051

Day18 Hour 17 6/18/2010 16:00 0.044

Day18 Hour 18 6/18/2010 17:00 0.042

Day18 Hour 19 6/18/2010 18:00 0.048

Day18 Hour 20 6/18/2010 19:00 0.061

Day18 Hour 21 6/18/2010 20:00 0.051

Day18 Hour 22 6/18/2010 21:00 0.041

Day18 Hour 23 6/18/2010 22:00 0.041

Day18 Hour 24 6/18/2010 23:00 0.040

Day19 Hour 1 6/19/2010 0:00 0.039

Day19 Hour 2 6/19/2010 1:00 0.043

Day19 Hour 3 6/19/2010 2:00 0.044

Day19 Hour 4 6/19/2010 3:00 0.046

Day19 Hour 5 6/19/2010 4:00 0.044

Day19 Hour 6 6/19/2010 5:00 0.040

Day19 Hour 7 6/19/2010 6:00 0.033

Day19 Hour 8 6/19/2010 7:00 0.034

Day19 Hour 9 6/19/2010 8:00 0.036

Day19 Hour 10 6/19/2010 9:00 0.040

Day19 Hour 11 6/19/2010 10:00 0.032

Day19 Hour 12 6/19/2010 11:00 0.031

Day19 Hour 13 6/19/2010 12:00 0.031

Day19 Hour 14 6/19/2010 13:00 0.035

Day19 Hour 15 6/19/2010 14:00 0.036

Day19 Hour 16 6/19/2010 15:00 0.033

Day19 Hour 17 6/19/2010 16:00 0.034

Day19 Hour 18 6/19/2010 17:00 0.046

Day19 Hour 19 6/19/2010 18:00 0.057

Day19 Hour 20 6/19/2010 19:00 0.060

Day19 Hour 21 6/19/2010 20:00 0.051

Day19 Hour 22 6/19/2010 21:00 0.042

Day19 Hour 23 6/19/2010 22:00 0.041

Day19 Hour 24 6/19/2010 23:00 0.034

Day20 Hour 1 6/20/2010 0:00 0.036

Day20 Hour 2 6/20/2010 1:00 0.040

Day20 Hour 3 6/20/2010 2:00 0.040

Day20 Hour 4 6/20/2010 3:00 0.041

Day20 Hour 5 6/20/2010 4:00 0.036

Day20 Hour 6 6/20/2010 5:00 0.032

Day20 Hour 7 6/20/2010 6:00 0.041
Day20 Hour 8 6/20/2010 7:00 0.048

Day20 Hour 9 6/20/2010 8:00 0.053

Day20 Hour 10 6/20/2010 9:00 0.047

Day20 Hour 11 6/20/2010 10:00 0.040

Day20 Hour 12 6/20/2010 11:00 0.038

Day20 Hour 13 6/20/2010 12:00 0.040

Day20 Hour 14 6/20/2010 13:00 0.046

Day20 Hour 15 6/20/2010 14:00 0.055

Day20 Hour 16 6/20/2010 15:00 0.061

Day20 Hour 17 6/20/2010 16:00 0.061

Day20 Hour 18 6/20/2010 17:00 0.060

Day20 Hour 19 6/20/2010 18:00 0.054

Day20 Hour 20 6/20/2010 19:00 0.039

Day20 Hour 21 6/20/2010 20:00 0.022

Day20 Hour 22 6/20/2010 21:00 0.016

Day20 Hour 23 6/20/2010 22:00 0.020

Day20 Hour 24 6/20/2010 23:00 0.025

Day21 Hour 1 6/21/2010 0:00 0.034

Day21 Hour 2 6/21/2010 1:00 0.041

Day21 Hour 3 6/21/2010 2:00 0.039

Day21 Hour 4 6/21/2010 3:00 0.042

Day21 Hour 5 6/21/2010 4:00 0.042

Day21 Hour 6 6/21/2010 5:00 0.071

Day21 Hour 7 6/21/2010 6:00 0.074

Day21 Hour 8 6/21/2010 7:00 0.187

Day21 Hour 9 6/21/2010 8:00 0.099

Day21 Hour 10 6/21/2010 9:00 0.171

Day21 Hour 11 6/21/2010 10:00 0.078

Day21 Hour 12 6/21/2010 11:00 0.080

Day21 Hour 13 6/21/2010 12:00 0.066

Day21 Hour 14 6/21/2010 13:00 0.056

Day21 Hour 15 6/21/2010 14:00 0.056

Day21 Hour 16 6/21/2010 15:00 0.048

Day21 Hour 17 6/21/2010 16:00 0.045

Day21 Hour 18 6/21/2010 17:00 0.038

Day21 Hour 19 6/21/2010 18:00 0.038

Day21 Hour 20 6/21/2010 19:00 0.048

Day21 Hour 21 6/21/2010 20:00 0.048

Day21 Hour 22 6/21/2010 21:00 0.045

Day21 Hour 23 6/21/2010 22:00 0.035

Day21 Hour 24 6/21/2010 23:00 0.031

Day22 Hour 1 6/22/2010 0:00 0.032

Day22 Hour 2 6/22/2010 1:00 0.030

Day22 Hour 3 6/22/2010 2:00 0.030

Day22 Hour 4 6/22/2010 3:00 0.031

Day22 Hour 5 6/22/2010 4:00 0.039

Day22 Hour 6 6/22/2010 5:00 0.037
Day22 Hour 7 6/22/2010 6:00 0.047

Day22 Hour 8 6/22/2010 7:00 0.045

Day22 Hour 9 6/22/2010 8:00 0.039

Day22 Hour 10 6/22/2010 9:00 0.035

Day22 Hour 11 6/22/2010 10:00 0.032

Day22 Hour 12 6/22/2010 11:00 0.035

Day22 Hour 13 6/22/2010 12:00 0.032

Day22 Hour 14 6/22/2010 13:00 0.039

Day22 Hour 15 6/22/2010 14:00 0.053

Day22 Hour 16 6/22/2010 15:00 0.054

Day22 Hour 17 6/22/2010 16:00 0.052

Day22 Hour 18 6/22/2010 17:00 0.042

Day22 Hour 19 6/22/2010 18:00 0.039

Day22 Hour 20 6/22/2010 19:00 0.043

Day22 Hour 21 6/22/2010 20:00 0.051

Day22 Hour 22 6/22/2010 21:00 0.062

Day22 Hour 23 6/22/2010 22:00 0.079

Day22 Hour 24 6/22/2010 23:00 0.068

Day23 Hour 1 6/23/2010 0:00 0.059

Day23 Hour 2 6/23/2010 1:00 0.060

Day23 Hour 3 6/23/2010 2:00 0.065

Day23 Hour 4 6/23/2010 3:00 0.059

Day23 Hour 5 6/23/2010 4:00 0.057

Day23 Hour 6 6/23/2010 5:00 0.060

Day23 Hour 7 6/23/2010 6:00 0.051

Day23 Hour 8 6/23/2010 7:00 0.051

Day23 Hour 9 6/23/2010 8:00 0.061

Day23 Hour 10 6/23/2010 9:00 0.072

Day23 Hour 11 6/23/2010 10:00 0.070

Day23 Hour 12 6/23/2010 11:00 0.057

Day23 Hour 13 6/23/2010 12:00 0.060

Day23 Hour 14 6/23/2010 13:00 0.072

Day23 Hour 15 6/23/2010 14:00 0.025

Day23 Hour 16 6/23/2010 15:00 0.033

Day23 Hour 17 6/23/2010 16:00 0.052

Day23 Hour 18 6/23/2010 17:00 0.074

Day23 Hour 19 6/23/2010 18:00 0.059

Day23 Hour 20 6/23/2010 19:00 0.067

Day23 Hour 21 6/23/2010 20:00 0.087

Day23 Hour 22 6/23/2010 21:00 0.083

Day23 Hour 23 6/23/2010 22:00 0.087

Day23 Hour 24 6/23/2010 23:00 0.089

Day24 Hour 1 6/24/2010 0:00 0.083

Day24 Hour 2 6/24/2010 1:00 0.081

Day24 Hour 3 6/24/2010 2:00 0.081

Day24 Hour 4 6/24/2010 3:00 0.067

Day24 Hour 5 6/24/2010 4:00 0.072
Day24 Hour 6 6/24/2010 5:00 0.055

Day24 Hour 7 6/24/2010 6:00 0.049

Day24 Hour 8 6/24/2010 7:00 0.042

Day24 Hour 9 6/24/2010 8:00 0.055

Day24 Hour 10 6/24/2010 9:00 0.064

Day24 Hour 11 6/24/2010 10:00 0.068

Day24 Hour 12 6/24/2010 11:00 0.066

Day24 Hour 13 6/24/2010 12:00 0.055

Day24 Hour 14 6/24/2010 13:00 0.051

Day24 Hour 15 6/24/2010 14:00 0.053

Day24 Hour 16 6/24/2010 15:00 0.050

Day24 Hour 17 6/24/2010 16:00 0.057

Day24 Hour 18 6/24/2010 17:00 0.063

Day24 Hour 19 6/24/2010 18:00 0.069

Day24 Hour 20 6/24/2010 19:00 0.070

Day24 Hour 21 6/24/2010 20:00 0.066

Day24 Hour 22 6/24/2010 21:00 0.070

Day24 Hour 23 6/24/2010 22:00 0.065

Day24 Hour 24 6/24/2010 23:00 0.061

Day25 Hour 1 6/25/2010 0:00 0.052

Day25 Hour 2 6/25/2010 1:00 0.049

Day25 Hour 3 6/25/2010 2:00 0.052

Day25 Hour 4 6/25/2010 3:00 0.054

Day25 Hour 5 6/25/2010 4:00 0.053

Day25 Hour 6 6/25/2010 5:00 0.053

Day25 Hour 7 6/25/2010 6:00 0.081

Day25 Hour 8 6/25/2010 7:00 0.077

Day25 Hour 9 6/25/2010 8:00 0.090

Day25 Hour 10 6/25/2010 9:00 0.071

Day25 Hour 11 6/25/2010 10:00 0.069

Day25 Hour 12 6/25/2010 11:00 0.044

Day25 Hour 13 6/25/2010 12:00 0.042

Day25 Hour 14 6/25/2010 13:00 0.048

Day25 Hour 15 6/25/2010 14:00 0.045

Day25 Hour 16 6/25/2010 15:00 0.045

Day25 Hour 17 6/25/2010 16:00 0.042

Day25 Hour 18 6/25/2010 17:00 0.047

Day25 Hour 19 6/25/2010 18:00 0.058

Day25 Hour 20 6/25/2010 19:00 0.057

Day25 Hour 21 6/25/2010 20:00 0.058

Day25 Hour 22 6/25/2010 21:00 0.062

Day25 Hour 23 6/25/2010 22:00 0.066

Day25 Hour 24 6/25/2010 23:00 0.056

Day26 Hour 1 6/26/2010 0:00 0.050

Day26 Hour 2 6/26/2010 1:00 0.044

Day26 Hour 3 6/26/2010 2:00 0.048

Day26 Hour 4 6/26/2010 3:00 0.051
Day26 Hour 5 6/26/2010 4:00 0.054

Day26 Hour 6 6/26/2010 5:00 0.057

Day26 Hour 7 6/26/2010 6:00 0.052

Day26 Hour 8 6/26/2010 7:00 0.047

Day26 Hour 9 6/26/2010 8:00 0.048

Day26 Hour 10 6/26/2010 9:00 0.056

Day26 Hour 11 6/26/2010 10:00 0.060

Day26 Hour 12 6/26/2010 11:00 0.053

Day26 Hour 13 6/26/2010 12:00 0.053

Day26 Hour 14 6/26/2010 13:00 0.062

Day26 Hour 15 6/26/2010 14:00 0.068

Day26 Hour 16 6/26/2010 15:00 0.073

Day26 Hour 17 6/26/2010 16:00 0.075

Day26 Hour 18 6/26/2010 17:00 0.069

Day26 Hour 19 6/26/2010 18:00 0.075

Day26 Hour 20 6/26/2010 19:00 0.072

Day26 Hour 21 6/26/2010 20:00 0.062

Day26 Hour 22 6/26/2010 21:00 0.062

Day26 Hour 23 6/26/2010 22:00 0.058

Day26 Hour 24 6/26/2010 23:00 0.052

Day27 Hour 1 6/27/2010 0:00 0.051

Day27 Hour 2 6/27/2010 1:00 0.048

Day27 Hour 3 6/27/2010 2:00 0.051

Day27 Hour 4 6/27/2010 3:00 0.053

Day27 Hour 5 6/27/2010 4:00 0.055

Day27 Hour 6 6/27/2010 5:00 0.053

Day27 Hour 7 6/27/2010 6:00 0.047

Day27 Hour 8 6/27/2010 7:00 0.043

Day27 Hour 9 6/27/2010 8:00 0.042

Day27 Hour 10 6/27/2010 9:00 0.051

Day27 Hour 11 6/27/2010 10:00 0.067

Day27 Hour 12 6/27/2010 11:00 0.085

Day27 Hour 13 6/27/2010 12:00 0.083

Day27 Hour 14 6/27/2010 13:00 0.067

Day27 Hour 15 6/27/2010 14:00 0.063

Day27 Hour 16 6/27/2010 15:00 0.056

Day27 Hour 17 6/27/2010 16:00 0.045

Day27 Hour 18 6/27/2010 17:00 0.039

Day27 Hour 19 6/27/2010 18:00 0.033

Day27 Hour 20 6/27/2010 19:00 0.036

Day27 Hour 21 6/27/2010 20:00 0.043

Day27 Hour 22 6/27/2010 21:00 0.042

Day27 Hour 23 6/27/2010 22:00 0.044

Day27 Hour 24 6/27/2010 23:00 0.038

Day28 Hour 1 6/28/2010 0:00 0.042

Day28 Hour 2 6/28/2010 1:00 0.048

Day28 Hour 3 6/28/2010 2:00 0.051
Day28 Hour 4 6/28/2010 3:00 0.052

Day28 Hour 5 6/28/2010 4:00 0.050

Day28 Hour 6 6/28/2010 5:00 0.053

Day28 Hour 7 6/28/2010 6:00 0.059

Day28 Hour 8 6/28/2010 7:00 0.044

Day28 Hour 9 6/28/2010 8:00 0.052

Day28 Hour 10 6/28/2010 9:00 0.057

Day28 Hour 11 6/28/2010 10:00 0.055

Day28 Hour 12 6/28/2010 11:00 0.056

Day28 Hour 13 6/28/2010 12:00 0.058

Day28 Hour 14 6/28/2010 13:00 0.058

Day28 Hour 15 6/28/2010 14:00 0.061

Day28 Hour 16 6/28/2010 15:00 0.062

Day28 Hour 17 6/28/2010 16:00 0.054

Day28 Hour 18 6/28/2010 17:00 0.050

Day28 Hour 19 6/28/2010 18:00 0.052

Day28 Hour 20 6/28/2010 19:00 0.046

Day28 Hour 21 6/28/2010 20:00 0.042

Day28 Hour 22 6/28/2010 21:00 0.044

Day28 Hour 23 6/28/2010 22:00 0.043

Day28 Hour 24 6/28/2010 23:00 0.039

Day29 Hour 1 6/29/2010 0:00 0.046

Day29 Hour 2 6/29/2010 1:00 0.047

Day29 Hour 3 6/29/2010 2:00 0.047

Day29 Hour 4 6/29/2010 3:00 0.048

Day29 Hour 5 6/29/2010 4:00 0.045

Day29 Hour 6 6/29/2010 5:00 0.048

Day29 Hour 7 6/29/2010 6:00 0.049

Day29 Hour 8 6/29/2010 7:00 0.048

Day29 Hour 9 6/29/2010 8:00 0.065

Day29 Hour 10 6/29/2010 9:00 0.070

Day29 Hour 11 6/29/2010 10:00 0.072

Day29 Hour 12 6/29/2010 11:00 0.073

Day29 Hour 13 6/29/2010 12:00 0.069

Day29 Hour 14 6/29/2010 13:00 0.062

Day29 Hour 15 6/29/2010 14:00 0.062

Day29 Hour 16 6/29/2010 15:00 0.063

Day29 Hour 17 6/29/2010 16:00 0.059

Day29 Hour 18 6/29/2010 17:00 0.057

Day29 Hour 19 6/29/2010 18:00 0.054

Day29 Hour 20 6/29/2010 19:00 0.047

Day29 Hour 21 6/29/2010 20:00 0.052

Day29 Hour 22 6/29/2010 21:00 0.050

Day29 Hour 23 6/29/2010 22:00 0.044

Day29 Hour 24 6/29/2010 23:00 0.045

Day30 Hour 1 6/30/2010 0:00 0.043

Day30 Hour 2 6/30/2010 1:00 0.041
Day30 Hour 3 6/30/2010 2:00 0.039

Day30 Hour 4 6/30/2010 3:00 0.048

Day30 Hour 5 6/30/2010 4:00 0.047

Day30 Hour 6 6/30/2010 5:00 0.040

Day30 Hour 7 6/30/2010 6:00 0.035

Day30 Hour 8 6/30/2010 7:00 0.039

Day30 Hour 9 6/30/2010 8:00 0.046

Day30 Hour 10 6/30/2010 9:00 0.057

Day30 Hour 11 6/30/2010 10:00 0.067

Day30 Hour 12 6/30/2010 11:00 0.067

Day30 Hour 13 6/30/2010 12:00 0.073

Day30 Hour 14 6/30/2010 13:00 0.056

Day30 Hour 15 6/30/2010 14:00 0.057

Day30 Hour 16 6/30/2010 15:00 0.054

Day30 Hour 17 6/30/2010 16:00 0.051

Day30 Hour 18 6/30/2010 17:00 0.052

Day30 Hour 19 6/30/2010 18:00 0.052

Day30 Hour 20 6/30/2010 19:00 0.053

Day30 Hour 21 6/30/2010 20:00 0.049

Day30 Hour 22 6/30/2010 21:00 0.043

Day30 Hour 23 6/30/2010 22:00 0.030

Day30 Hour 24 6/30/2010 23:00 0.029
Emission Value

(ppmvd @ 7% O2)

Hourly SO2 Emission Value 

(CEM Units of Measure)

Emission Unit of 

Measure Recorded 

by CEM

Oxygen 

Content (%)

18.6 16.4 ppm (wet) 6.78

18.7 16.5 ppm (wet) 6.78

20.5 18.1 ppm (wet) 6.78

19.7 17.4 ppm (wet) 6.78

16.8 14.8 ppm (wet) 6.78

18.5 16.3 ppm (wet) 6.78

23.1 20.4 ppm (wet) 6.78

25.8 23.0 ppm (wet) 6.65

26.3 23.4 ppm (wet) 6.65

23.5 20.9 ppm (wet) 6.65

22.4 20.1 ppm (wet) 6.52

22.4 20.3 ppm (wet) 6.40

23.0 20.9 ppm (wet) 6.40

20.2 18.3 ppm (wet) 6.40

19.1 17.2 ppm (wet) 6.52

18.9 17.1 ppm (wet) 6.40

17.9 16.1 ppm (wet) 6.52

20.4 18.3 ppm (wet) 6.52

18.8 16.9 ppm (wet) 6.52

15.8 14.2 ppm (wet) 6.52

13.6 12.2 ppm (wet) 6.52

11.8 10.6 ppm (wet) 6.52

12.9 11.6 ppm (wet) 6.52

14.4 12.9 ppm (wet) 6.52

13.4 11.9 ppm (wet) 6.65

13.8 12.3 ppm (wet) 6.65

12.8 11.4 ppm (wet) 6.65

11.5 10.2 ppm (wet) 6.65

13.7 12.3 ppm (wet) 6.52

17.9 16.1 ppm (wet) 6.52

22.0 19.8 ppm (wet) 6.52

21.4 19.2 ppm (wet) 6.52

22.0 19.8 ppm (wet) 6.52

20.9 18.8 ppm (wet) 6.52

20.7 18.6 ppm (wet) 6.52

22.6 20.5 ppm (wet) 6.40

23.9 21.7 ppm (wet) 6.40

16.5 14.8 ppm (wet) 6.52

13.2 11.9 ppm (wet) 6.52

13.1 11.8 ppm (wet) 6.52

Emission Data Points for Most Recent 30 Day Averaging Period for Sulfur Dioxide
11.9 10.6 ppm (wet) 6.65

14.7 13.1 ppm (wet) 6.65

15.0 13.4 ppm (wet) 6.65

14.9 13.3 ppm (wet) 6.65

13.7 12.2 ppm (wet) 6.65

12.9 11.5 ppm (wet) 6.65

10.7 9.4 ppm (wet) 6.78

9.1 8.0 ppm (wet) 6.91

7.3 6.1 ppm (wet) 7.55

10.0 8.8 ppm (wet) 6.78

10.0 8.9 ppm (wet) 6.65

8.6 7.7 ppm (wet) 6.65

8.1 7.2 ppm (wet) 6.65

7.7 6.8 ppm (wet) 6.78

7.5 6.6 ppm (wet) 6.78

7.5 6.6 ppm (wet) 6.78

7.4 6.5 ppm (wet) 6.78

8.9 7.9 ppm (wet) 6.78

9.8 8.7 ppm (wet) 6.65

10.1 9.0 ppm (wet) 6.65

10.2 9.1 ppm (wet) 6.65

13.1 11.7 ppm (wet) 6.65

17.1 15.2 ppm (wet) 6.65

17.5 15.6 ppm (wet) 6.65

17.2 15.3 ppm (wet) 6.65

19.4 17.3 ppm (wet) 6.65

22.1 19.7 ppm (wet) 6.65

24.0 21.4 ppm (wet) 6.65

20.3 17.9 ppm (wet) 6.78

16.6 14.7 ppm (wet) 6.78

14.0 12.1 ppm (wet) 7.04

13.8 12.1 ppm (wet) 6.91

14.4 12.5 ppm (wet) 7.04

14.3 12.5 ppm (wet) 6.91

14.1 12.3 ppm (wet) 6.91

13.4 11.8 ppm (wet) 6.78

12.0 10.6 ppm (wet) 6.78

14.0 12.5 ppm (wet) 6.65

23.2 20.7 ppm (wet) 6.65

23.1 20.6 ppm (wet) 6.65

17.8 15.9 ppm (wet) 6.65

16.0 14.4 ppm (wet) 6.52

15.2 13.7 ppm (wet) 6.52

15.5 13.9 ppm (wet) 6.52

16.1 14.5 ppm (wet) 6.52

15.8 14.2 ppm (wet) 6.52

15.4 13.8 ppm (wet) 6.52
15.2 13.7 ppm (wet) 6.52

16.8 15.1 ppm (wet) 6.52

21.8 19.6 ppm (wet) 6.52

0.0 0.0 ppm (wet) 0.00

0.0 0.0 ppm (wet) 0.00

0.0 0.0 ppm (wet) 0.00

0.0 0.0 ppm (wet) 0.00

0.0 0.0 ppm (wet) 0.00

0.0 0.0 ppm (wet) 0.00

0.0 0.0 ppm (wet) 0.00

0.0 0.0 ppm (wet) 20.26

0.0 0.0 ppm (wet) 20.00

0.0 0.0 ppm (wet) 20.13

0.0 0.0 ppm (wet) 20.13

0.0 0.0 ppm (wet) 19.74

0.0 0.0 ppm (wet) 19.74

3.4 0.6 ppm (wet) 18.08

6.5 2.3 ppm (wet) 15.25

9.0 4.5 ppm (wet) 12.94

10.9 7.8 ppm (wet) 9.48

12.7 10.5 ppm (wet) 7.68

12.9 10.7 ppm (wet) 7.68

5.6 4.8 ppm (wet) 7.17

9.0 8.0 ppm (wet) 6.65

12.7 11.4 ppm (wet) 6.52

16.8 15.1 ppm (wet) 6.52

48.9 44.3 ppm (wet) 6.40

117.3 107.3 ppm (wet) 6.27

11.9 10.9 ppm (wet) 6.27

11.9 10.8 ppm (wet) 6.40

12.1 10.9 ppm (wet) 6.52

12.7 11.4 ppm (wet) 6.52

12.8 11.5 ppm (wet) 6.52

13.0 11.6 ppm (wet) 6.65

13.1 11.8 ppm (wet) 6.52

13.5 12.1 ppm (wet) 6.52

13.4 12.0 ppm (wet) 6.52

13.1 11.8 ppm (wet) 6.52

12.9 11.6 ppm (wet) 6.52

13.9 12.5 ppm (wet) 6.52

14.4 12.9 ppm (wet) 6.52

16.9 15.3 ppm (wet) 6.40

16.6 15.1 ppm (wet) 6.40

17.0 15.4 ppm (wet) 6.40

19.0 17.4 ppm (wet) 6.27

18.6 17.0 ppm (wet) 6.27

18.1 16.6 ppm (wet) 6.27
18.7 17.1 ppm (wet) 6.27

20.2 18.5 ppm (wet) 6.27

22.4 20.3 ppm (wet) 6.40

20.2 18.3 ppm (wet) 6.40

21.5 19.3 ppm (wet) 6.52

25.7 23.1 ppm (wet) 6.52

27.3 24.5 ppm (wet) 6.52

17.9 16.1 ppm (wet) 6.52

14.2 12.8 ppm (wet) 6.52

13.9 12.5 ppm (wet) 6.52

14.5 13.0 ppm (wet) 6.52

15.6 13.9 ppm (wet) 6.65

17.3 15.4 ppm (wet) 6.65

16.3 14.5 ppm (wet) 6.65

15.0 13.4 ppm (wet) 6.65

15.8 14.2 ppm (wet) 6.52

26.0 23.4 ppm (wet) 6.52

32.8 29.5 ppm (wet) 6.52

45.5 41.3 ppm (wet) 6.40

52.2 47.7 ppm (wet) 6.27

34.1 31.2 ppm (wet) 6.27

37.8 34.6 ppm (wet) 6.27

41.6 38.1 ppm (wet) 6.27

29.7 27.2 ppm (wet) 6.27

25.3 22.9 ppm (wet) 6.40

24.9 22.6 ppm (wet) 6.40

23.9 21.7 ppm (wet) 6.40

28.5 25.8 ppm (wet) 6.40

40.1 36.0 ppm (wet) 6.52

41.2 37.0 ppm (wet) 6.52

32.5 29.5 ppm (wet) 6.40

20.2 18.2 ppm (wet) 6.52

15.9 14.3 ppm (wet) 6.52

12.5 11.2 ppm (wet) 6.52

12.9 11.6 ppm (wet) 6.52

12.0 10.8 ppm (wet) 6.52

11.4 10.2 ppm (wet) 6.52

11.2 10.1 ppm (wet) 6.52

12.0 10.8 ppm (wet) 6.52

13.7 12.3 ppm (wet) 6.52

22.8 20.5 ppm (wet) 6.52

22.8 20.7 ppm (wet) 6.40

28.1 25.5 ppm (wet) 6.40

27.7 25.1 ppm (wet) 6.40

24.0 21.6 ppm (wet) 6.52

25.6 23.0 ppm (wet) 6.52

25.5 23.1 ppm (wet) 6.40
26.6 24.1 ppm (wet) 6.40

26.9 24.4 ppm (wet) 6.40

28.7 26.0 ppm (wet) 6.40

27.9 25.3 ppm (wet) 6.40

28.6 25.9 ppm (wet) 6.40

30.2 27.4 ppm (wet) 6.40

25.9 23.5 ppm (wet) 6.40

25.5 22.9 ppm (wet) 6.52

20.2 18.2 ppm (wet) 6.52

12.4 11.1 ppm (wet) 6.52

11.4 10.2 ppm (wet) 6.52

13.7 12.3 ppm (wet) 6.52

14.6 13.1 ppm (wet) 6.52

12.7 11.4 ppm (wet) 6.52

12.0 10.8 ppm (wet) 6.52

11.7 10.5 ppm (wet) 6.52

12.0 10.8 ppm (wet) 6.52

21.6 19.4 ppm (wet) 6.52

21.4 19.4 ppm (wet) 6.40

25.0 22.9 ppm (wet) 6.27

21.6 19.9 ppm (wet) 6.14

19.0 17.5 ppm (wet) 6.14

22.2 20.5 ppm (wet) 6.14

28.3 25.9 ppm (wet) 6.27

30.6 28.0 ppm (wet) 6.27

29.2 26.7 ppm (wet) 6.27

26.7 24.4 ppm (wet) 6.27

24.0 21.9 ppm (wet) 6.27

23.4 21.2 ppm (wet) 6.40

26.7 24.2 ppm (wet) 6.40

29.6 26.8 ppm (wet) 6.40

25.5 22.9 ppm (wet) 6.52

23.4 21.0 ppm (wet) 6.52

13.7 12.3 ppm (wet) 6.52

11.2 10.1 ppm (wet) 6.52

12.5 11.1 ppm (wet) 6.65

14.1 12.7 ppm (wet) 6.52

13.5 12.1 ppm (wet) 6.52

12.5 11.2 ppm (wet) 6.52

12.7 11.4 ppm (wet) 6.52

11.2 10.1 ppm (wet) 6.52

20.5 18.6 ppm (wet) 6.40

28.2 25.6 ppm (wet) 6.40

27.7 25.1 ppm (wet) 6.40

24.5 22.2 ppm (wet) 6.40

17.2 15.6 ppm (wet) 6.40

15.4 14.1 ppm (wet) 6.27
14.4 13.2 ppm (wet) 6.27

12.6 11.5 ppm (wet) 6.27

15.2 13.9 ppm (wet) 6.27

18.6 17.0 ppm (wet) 6.27

21.2 19.2 ppm (wet) 6.40

24.4 22.3 ppm (wet) 6.27

24.7 22.6 ppm (wet) 6.27

26.5 24.0 ppm (wet) 6.40

26.6 24.1 ppm (wet) 6.40

20.2 18.3 ppm (wet) 6.40

13.1 11.8 ppm (wet) 6.52

12.0 10.8 ppm (wet) 6.52

13.0 11.7 ppm (wet) 6.52

13.9 12.5 ppm (wet) 6.52

12.9 11.6 ppm (wet) 6.52

11.7 10.5 ppm (wet) 6.52

10.8 9.7 ppm (wet) 6.52

10.1 9.1 ppm (wet) 6.52

16.4 14.7 ppm (wet) 6.52

24.9 22.8 ppm (wet) 6.27

29.5 27.2 ppm (wet) 6.14

29.7 27.4 ppm (wet) 6.14

29.2 26.7 ppm (wet) 6.27

30.8 28.2 ppm (wet) 6.27

39.4 36.0 ppm (wet) 6.27

31.4 28.2 ppm (wet) 6.52

24.4 21.7 ppm (wet) 6.65

22.8 20.1 ppm (wet) 6.78

23.3 20.6 ppm (wet) 6.78

25.7 22.7 ppm (wet) 6.78

32.6 28.8 ppm (wet) 6.78

35.1 31.0 ppm (wet) 6.78

36.1 31.6 ppm (wet) 6.91

34.9 30.5 ppm (wet) 6.91

34.1 29.8 ppm (wet) 6.91

19.0 16.5 ppm (wet) 7.04

18.9 15.9 ppm (wet) 7.42

20.5 17.3 ppm (wet) 7.42

32.4 27.6 ppm (wet) 7.29

32.1 27.6 ppm (wet) 7.17

25.2 21.6 ppm (wet) 7.17

16.4 14.2 ppm (wet) 7.04

33.5 29.0 ppm (wet) 7.04

33.8 29.3 ppm (wet) 7.04

25.5 22.5 ppm (wet) 6.78

21.0 18.4 ppm (wet) 6.91

21.4 18.7 ppm (wet) 6.91
19.7 17.1 ppm (wet) 7.04

12.7 10.9 ppm (wet) 7.17

8.0 6.9 ppm (wet) 7.17

8.4 7.3 ppm (wet) 7.04

9.9 8.6 ppm (wet) 7.04

12.2 10.5 ppm (wet) 7.17

12.1 10.5 ppm (wet) 7.04

25.5 21.9 ppm (wet) 7.17

24.4 21.0 ppm (wet) 7.17

16.0 13.6 ppm (wet) 7.29

9.1 7.8 ppm (wet) 7.17

7.6 6.5 ppm (wet) 7.29

8.7 7.4 ppm (wet) 7.29

10.1 8.6 ppm (wet) 7.29

13.6 11.7 ppm (wet) 7.17

14.7 12.5 ppm (wet) 7.29

17.9 15.2 ppm (wet) 7.29

18.6 16.0 ppm (wet) 7.17

14.8 12.7 ppm (wet) 7.17

15.4 13.2 ppm (wet) 7.17

15.6 13.4 ppm (wet) 7.17

16.9 14.4 ppm (wet) 7.29

19.4 16.5 ppm (wet) 7.29

19.4 16.5 ppm (wet) 7.29

24.1 20.7 ppm (wet) 7.17

21.3 18.3 ppm (wet) 7.17

23.8 20.6 ppm (wet) 7.04

25.2 21.6 ppm (wet) 7.17

27.6 23.7 ppm (wet) 7.17

24.2 20.8 ppm (wet) 7.17

24.8 21.3 ppm (wet) 7.17

28.6 24.8 ppm (wet) 7.04

23.2 19.9 ppm (wet) 7.17

66.4 57.6 ppm (wet) 7.04

23.7 20.7 ppm (wet) 6.91

14.9 12.7 ppm (wet) 7.29

10.3 8.7 ppm (wet) 7.42

10.7 8.9 ppm (wet) 7.55

10.6 8.9 ppm (wet) 7.42

9.7 8.2 ppm (wet) 7.42

8.5 7.2 ppm (wet) 7.42

7.7 6.5 ppm (wet) 7.42

7.6 6.4 ppm (wet) 7.42

14.8 12.8 ppm (wet) 7.04

13.9 12.2 ppm (wet) 6.91

12.1 10.6 ppm (wet) 6.91

9.7 8.4 ppm (wet) 7.04
11.5 9.9 ppm (wet) 7.17

13.5 11.6 ppm (wet) 7.17

17.4 14.8 ppm (wet) 7.29

18.6 15.8 ppm (wet) 7.29

18.7 15.9 ppm (wet) 7.29

18.8 16.0 ppm (wet) 7.29

16.2 13.9 ppm (wet) 7.17

16.4 14.1 ppm (wet) 7.17

17.2 14.8 ppm (wet) 7.17

17.9 15.4 ppm (wet) 7.17

17.9 15.4 ppm (wet) 7.17

17.7 15.1 ppm (wet) 7.29

17.2 14.8 ppm (wet) 7.17

13.5 11.5 ppm (wet) 7.29

12.5 10.4 ppm (wet) 7.55

12.8 10.6 ppm (wet) 7.68

13.2 10.8 ppm (wet) 7.81

13.3 11.0 ppm (wet) 7.68

13.1 10.8 ppm (wet) 7.68

13.7 11.4 ppm (wet) 7.55

14.5 12.3 ppm (wet) 7.29

18.7 16.2 ppm (wet) 7.04

18.2 15.8 ppm (wet) 7.04

21.6 18.7 ppm (wet) 7.04

24.0 21.0 ppm (wet) 6.91

26.0 22.5 ppm (wet) 7.04

31.4 27.0 ppm (wet) 7.17

35.3 30.3 ppm (wet) 7.17

33.9 29.1 ppm (wet) 7.17

27.1 23.5 ppm (wet) 7.04

25.2 21.6 ppm (wet) 7.17

20.3 17.6 ppm (wet) 7.04

17.5 15.2 ppm (wet) 7.04

18.2 15.8 ppm (wet) 7.04

18.5 16.0 ppm (wet) 7.04

20.4 17.7 ppm (wet) 7.04

20.9 18.1 ppm (wet) 7.04

19.0 16.5 ppm (wet) 7.04

18.1 15.1 ppm (wet) 7.55

17.5 14.5 ppm (wet) 7.68

17.1 14.4 ppm (wet) 7.42

17.6 14.8 ppm (wet) 7.42

20.1 17.1 ppm (wet) 7.29

17.3 15.0 ppm (wet) 7.04

17.7 15.5 ppm (wet) 6.91

17.3 15.3 ppm (wet) 6.78

18.4 16.4 ppm (wet) 6.65
21.7 19.3 ppm (wet) 6.65

21.5 19.0 ppm (wet) 6.78

20.6 18.0 ppm (wet) 6.91

24.5 21.4 ppm (wet) 6.91

20.5 18.1 ppm (wet) 6.78

18.5 16.3 ppm (wet) 6.78

18.6 16.4 ppm (wet) 6.78

16.9 14.8 ppm (wet) 6.91

16.1 14.1 ppm (wet) 6.91

18.1 16.0 ppm (wet) 6.78

19.2 16.8 ppm (wet) 6.91

20.1 17.4 ppm (wet) 7.04

20.7 17.9 ppm (wet) 7.04

15.5 13.3 ppm (wet) 7.17

11.8 10.0 ppm (wet) 7.29

11.1 9.5 ppm (wet) 7.17

12.2 10.5 ppm (wet) 7.17

12.1 10.4 ppm (wet) 7.17

12.3 10.6 ppm (wet) 7.17

13.2 11.2 ppm (wet) 7.29

12.8 11.0 ppm (wet) 7.17

13.3 11.4 ppm (wet) 7.17

15.5 13.3 ppm (wet) 7.17

25.4 22.0 ppm (wet) 7.04

24.8 21.7 ppm (wet) 6.91

20.4 18.0 ppm (wet) 6.78

19.2 16.9 ppm (wet) 6.78

23.0 20.3 ppm (wet) 6.78

21.8 19.1 ppm (wet) 6.91

20.9 18.3 ppm (wet) 6.91

17.5 15.2 ppm (wet) 7.04

14.8 12.8 ppm (wet) 7.04

14.9 13.0 ppm (wet) 6.91

18.0 15.6 ppm (wet) 7.04

22.3 19.3 ppm (wet) 7.04

21.9 19.0 ppm (wet) 7.04

22.5 19.3 ppm (wet) 7.17

20.4 17.5 ppm (wet) 7.17

15.4 13.1 ppm (wet) 7.29

14.5 12.2 ppm (wet) 7.42

17.6 14.8 ppm (wet) 7.42

18.1 15.4 ppm (wet) 7.29

17.6 15.1 ppm (wet) 7.17

17.5 15.0 ppm (wet) 7.17

17.1 14.7 ppm (wet) 7.17

18.3 15.6 ppm (wet) 7.29

21.3 18.3 ppm (wet) 7.17
17.4 15.1 ppm (wet) 7.04

14.2 12.3 ppm (wet) 7.04

11.1 9.7 ppm (wet) 6.91

12.7 11.0 ppm (wet) 7.04

17.9 15.4 ppm (wet) 7.17

15.0 13.0 ppm (wet) 7.04

17.7 15.2 ppm (wet) 7.17

20.6 17.7 ppm (wet) 7.17

18.1 15.4 ppm (wet) 7.29

17.3 14.7 ppm (wet) 7.29

19.6 16.5 ppm (wet) 7.42

24.7 20.8 ppm (wet) 7.42

20.6 17.4 ppm (wet) 7.42

16.9 14.5 ppm (wet) 7.17

16.6 14.4 ppm (wet) 7.04

16.3 14.0 ppm (wet) 7.17

16.1 13.8 ppm (wet) 7.17

17.4 14.9 ppm (wet) 7.17

17.7 15.1 ppm (wet) 7.29

18.7 15.9 ppm (wet) 7.29

17.9 15.4 ppm (wet) 7.17

16.3 14.0 ppm (wet) 7.17

13.5 11.5 ppm (wet) 7.29

13.8 12.0 ppm (wet) 7.04

14.5 12.7 ppm (wet) 6.91

16.5 14.4 ppm (wet) 6.91

13.0 11.4 ppm (wet) 6.91

12.6 11.0 ppm (wet) 6.91

12.7 11.1 ppm (wet) 6.91

14.4 12.6 ppm (wet) 6.91

14.5 12.8 ppm (wet) 6.78

13.3 11.6 ppm (wet) 6.91

13.9 12.2 ppm (wet) 6.91

18.9 16.5 ppm (wet) 6.91

23.1 20.4 ppm (wet) 6.78

24.6 21.5 ppm (wet) 6.91

20.9 18.3 ppm (wet) 6.91

17.0 15.0 ppm (wet) 6.78

16.6 14.7 ppm (wet) 6.78

13.8 12.0 ppm (wet) 7.04

14.8 12.8 ppm (wet) 7.04

16.5 14.0 ppm (wet) 7.29

16.3 13.7 ppm (wet) 7.42

16.7 14.1 ppm (wet) 7.42

14.7 12.5 ppm (wet) 7.29

13.0 11.2 ppm (wet) 7.17

16.8 14.3 ppm (wet) 7.29
19.7 17.2 ppm (wet) 6.91

21.8 19.4 ppm (wet) 6.65

19.2 17.1 ppm (wet) 6.65

16.4 14.7 ppm (wet) 6.52

15.4 13.8 ppm (wet) 6.52

16.5 14.8 ppm (wet) 6.52

18.9 17.0 ppm (wet) 6.52

22.6 20.1 ppm (wet) 6.65

24.8 21.9 ppm (wet) 6.78

24.8 21.9 ppm (wet) 6.78

24.5 21.6 ppm (wet) 6.78

21.9 19.2 ppm (wet) 6.91

15.8 13.8 ppm (wet) 6.91

8.9 7.8 ppm (wet) 6.91

6.3 5.5 ppm (wet) 7.04

8.2 7.1 ppm (wet) 7.04

10.4 9.0 ppm (wet) 7.04

14.0 12.0 ppm (wet) 7.17

16.6 14.1 ppm (wet) 7.29

16.0 13.6 ppm (wet) 7.29

17.1 14.4 ppm (wet) 7.42

17.2 14.8 ppm (wet) 7.17

28.8 25.0 ppm (wet) 7.04

30.2 25.9 ppm (wet) 7.17

76.5 66.3 ppm (wet) 7.04

40.3 36.9 ppm (wet) 6.27

69.7 63.8 ppm (wet) 6.27

31.6 29.2 ppm (wet) 6.14

32.5 30.0 ppm (wet) 6.14

27.1 25.0 ppm (wet) 6.14

22.9 20.8 ppm (wet) 6.40

23.0 20.9 ppm (wet) 6.40

19.7 18.0 ppm (wet) 6.27

18.3 16.6 ppm (wet) 6.40

15.6 14.1 ppm (wet) 6.40

15.4 14.0 ppm (wet) 6.40

19.4 17.6 ppm (wet) 6.40

19.5 17.7 ppm (wet) 6.40

18.5 16.8 ppm (wet) 6.40

14.2 12.8 ppm (wet) 6.52

12.8 11.5 ppm (wet) 6.52

13.1 11.8 ppm (wet) 6.52

12.4 11.1 ppm (wet) 6.52

12.1 10.9 ppm (wet) 6.52

12.5 11.2 ppm (wet) 6.52

15.9 14.3 ppm (wet) 6.52

15.1 13.6 ppm (wet) 6.52
19.1 17.0 ppm (wet) 6.65

18.5 16.5 ppm (wet) 6.65

16.0 14.4 ppm (wet) 6.52

14.5 13.0 ppm (wet) 6.52

13.0 11.6 ppm (wet) 6.65

14.1 12.6 ppm (wet) 6.65

13.1 11.7 ppm (wet) 6.65

16.1 14.3 ppm (wet) 6.65

21.6 19.4 ppm (wet) 6.52

21.9 19.7 ppm (wet) 6.52

21.3 19.0 ppm (wet) 6.65

16.9 15.1 ppm (wet) 6.65

16.1 14.3 ppm (wet) 6.65

17.5 15.6 ppm (wet) 6.65

20.7 18.3 ppm (wet) 6.78

25.3 22.3 ppm (wet) 6.78

32.2 28.4 ppm (wet) 6.78

27.6 24.4 ppm (wet) 6.78

24.1 21.3 ppm (wet) 6.78

24.6 21.7 ppm (wet) 6.78

26.4 23.3 ppm (wet) 6.78

24.2 21.4 ppm (wet) 6.78

23.1 20.4 ppm (wet) 6.78

24.4 21.5 ppm (wet) 6.78

20.7 18.3 ppm (wet) 6.78

20.9 18.6 ppm (wet) 6.65

25.0 22.3 ppm (wet) 6.65

29.4 26.2 ppm (wet) 6.65

28.6 25.5 ppm (wet) 6.65

23.2 20.7 ppm (wet) 6.65

24.5 21.8 ppm (wet) 6.65

29.4 26.4 ppm (wet) 6.52

10.1 9.0 ppm (wet) 6.65

13.5 12.0 ppm (wet) 6.65

21.1 18.8 ppm (wet) 6.65

30.2 26.9 ppm (wet) 6.65

24.2 21.6 ppm (wet) 6.65

27.4 24.2 ppm (wet) 6.78

35.6 31.4 ppm (wet) 6.78

33.9 29.9 ppm (wet) 6.78

35.5 31.3 ppm (wet) 6.78

36.2 32.0 ppm (wet) 6.78

33.9 29.9 ppm (wet) 6.78

33.1 29.2 ppm (wet) 6.78

32.9 29.0 ppm (wet) 6.78

27.3 24.1 ppm (wet) 6.78

29.5 26.0 ppm (wet) 6.78
22.5 19.9 ppm (wet) 6.78

20.1 17.9 ppm (wet) 6.65

17.2 15.5 ppm (wet) 6.52

22.5 20.2 ppm (wet) 6.52

26.1 23.5 ppm (wet) 6.52

27.6 24.8 ppm (wet) 6.52

27.0 24.1 ppm (wet) 6.65

22.3 19.9 ppm (wet) 6.65

20.9 18.8 ppm (wet) 6.52

21.7 19.5 ppm (wet) 6.52

20.4 18.3 ppm (wet) 6.52

23.2 20.7 ppm (wet) 6.65

25.6 22.8 ppm (wet) 6.65

28.3 25.0 ppm (wet) 6.78

28.4 25.1 ppm (wet) 6.78

27.0 23.8 ppm (wet) 6.78

28.6 25.0 ppm (wet) 6.91

26.6 23.3 ppm (wet) 6.91

24.9 21.8 ppm (wet) 6.91

21.1 18.5 ppm (wet) 6.91

20.0 17.5 ppm (wet) 6.91

21.1 18.5 ppm (wet) 6.91

22.1 19.3 ppm (wet) 6.91

21.5 18.8 ppm (wet) 6.91

21.7 19.0 ppm (wet) 6.91

32.9 29.0 ppm (wet) 6.78

31.3 27.9 ppm (wet) 6.65

36.6 33.2 ppm (wet) 6.40

28.8 26.1 ppm (wet) 6.40

28.2 25.6 ppm (wet) 6.40

17.8 16.0 ppm (wet) 6.52

17.1 15.2 ppm (wet) 6.65

19.6 17.6 ppm (wet) 6.52

18.4 16.4 ppm (wet) 6.65

18.4 16.4 ppm (wet) 6.65

17.2 15.3 ppm (wet) 6.65

19.1 17.0 ppm (wet) 6.65

23.6 21.0 ppm (wet) 6.65

23.1 20.4 ppm (wet) 6.78

23.7 20.9 ppm (wet) 6.78

25.4 22.4 ppm (wet) 6.78

27.1 23.9 ppm (wet) 6.78

23.0 20.3 ppm (wet) 6.78

20.3 17.9 ppm (wet) 6.78

17.9 15.8 ppm (wet) 6.78

19.7 17.4 ppm (wet) 6.78

20.7 18.3 ppm (wet) 6.78
22.2 19.6 ppm (wet) 6.78

23.3 20.6 ppm (wet) 6.78

21.2 18.7 ppm (wet) 6.78

19.3 17.0 ppm (wet) 6.78

19.4 17.3 ppm (wet) 6.65

22.9 20.4 ppm (wet) 6.65

24.4 21.7 ppm (wet) 6.65

21.5 19.2 ppm (wet) 6.65

21.4 19.1 ppm (wet) 6.65

25.4 22.6 ppm (wet) 6.65

27.8 25.0 ppm (wet) 6.52

29.7 26.7 ppm (wet) 6.52

30.5 27.4 ppm (wet) 6.52

28.3 25.2 ppm (wet) 6.65

30.4 27.1 ppm (wet) 6.65

29.4 26.2 ppm (wet) 6.65

25.4 22.6 ppm (wet) 6.65

25.1 22.4 ppm (wet) 6.65

23.5 20.9 ppm (wet) 6.65

21.3 19.0 ppm (wet) 6.65

21.0 18.7 ppm (wet) 6.65

19.7 17.5 ppm (wet) 6.65

20.9 18.6 ppm (wet) 6.65

21.7 19.3 ppm (wet) 6.65

22.3 19.9 ppm (wet) 6.65

21.7 19.3 ppm (wet) 6.65

19.3 17.2 ppm (wet) 6.65

17.4 15.5 ppm (wet) 6.65

17.3 15.4 ppm (wet) 6.65

20.8 18.5 ppm (wet) 6.65

27.5 24.7 ppm (wet) 6.52

34.5 31.0 ppm (wet) 6.52

34.1 30.6 ppm (wet) 6.52

27.1 24.4 ppm (wet) 6.52

25.7 23.3 ppm (wet) 6.40

22.7 20.6 ppm (wet) 6.40

18.3 16.4 ppm (wet) 6.52

15.9 14.3 ppm (wet) 6.52

13.4 12.0 ppm (wet) 6.52

14.6 13.1 ppm (wet) 6.52

17.4 15.6 ppm (wet) 6.52

17.2 15.5 ppm (wet) 6.52

17.8 15.9 ppm (wet) 6.65

15.5 13.8 ppm (wet) 6.65

17.3 15.4 ppm (wet) 6.65

19.7 17.5 ppm (wet) 6.65

20.9 18.6 ppm (wet) 6.65
21.3 19.0 ppm (wet) 6.65

20.4 18.2 ppm (wet) 6.65

21.4 19.1 ppm (wet) 6.65

24.1 21.5 ppm (wet) 6.65

18.1 16.1 ppm (wet) 6.65

21.4 19.2 ppm (wet) 6.52

23.2 20.8 ppm (wet) 6.52

22.5 20.2 ppm (wet) 6.52

22.8 20.5 ppm (wet) 6.52

23.7 21.3 ppm (wet) 6.52

23.6 21.2 ppm (wet) 6.52

24.8 22.3 ppm (wet) 6.52

25.5 22.9 ppm (wet) 6.52

22.1 19.9 ppm (wet) 6.52

20.4 18.3 ppm (wet) 6.52

21.1 19.0 ppm (wet) 6.52

18.9 16.8 ppm (wet) 6.65

17.1 15.4 ppm (wet) 6.52

18.1 16.1 ppm (wet) 6.65

17.5 15.6 ppm (wet) 6.65

16.1 14.2 ppm (wet) 6.78

18.6 16.6 ppm (wet) 6.65

19.0 16.8 ppm (wet) 6.78

19.0 16.8 ppm (wet) 6.78

19.7 17.4 ppm (wet) 6.78

18.4 16.2 ppm (wet) 6.78

19.4 17.3 ppm (wet) 6.65

20.1 17.9 ppm (wet) 6.65

19.5 17.5 ppm (wet) 6.52

26.3 23.9 ppm (wet) 6.40

28.4 26.0 ppm (wet) 6.27

29.3 26.8 ppm (wet) 6.27

29.8 27.3 ppm (wet) 6.27

28.0 25.6 ppm (wet) 6.27

25.3 23.1 ppm (wet) 6.27

25.3 23.1 ppm (wet) 6.27

25.6 23.4 ppm (wet) 6.27

24.0 21.9 ppm (wet) 6.27

23.3 21.3 ppm (wet) 6.27

21.8 19.8 ppm (wet) 6.40

19.3 17.5 ppm (wet) 6.40

21.3 19.3 ppm (wet) 6.40

20.2 18.2 ppm (wet) 6.52

18.0 15.9 ppm (wet) 6.78

18.4 16.1 ppm (wet) 6.91

17.7 15.5 ppm (wet) 6.91

16.6 14.7 ppm (wet) 6.78
15.8 13.8 ppm (wet) 6.91

19.4 17.0 ppm (wet) 6.91

19.2 16.8 ppm (wet) 6.91

16.3 14.4 ppm (wet) 6.78

14.3 12.6 ppm (wet) 6.78

15.9 14.2 ppm (wet) 6.65

18.7 17.0 ppm (wet) 6.40

23.4 21.4 ppm (wet) 6.27

27.3 25.2 ppm (wet) 6.14

27.4 25.1 ppm (wet) 6.27

29.9 27.6 ppm (wet) 6.14

22.7 21.0 ppm (wet) 6.14

23.3 21.5 ppm (wet) 6.14

22.2 20.5 ppm (wet) 6.14

21.0 19.2 ppm (wet) 6.27

21.3 19.5 ppm (wet) 6.27

21.1 19.3 ppm (wet) 6.27

21.5 19.5 ppm (wet) 6.40

20.2 18.3 ppm (wet) 6.40

17.4 15.6 ppm (wet) 6.52

12.2 10.7 ppm (wet) 6.91

11.9 10.4 ppm (wet) 6.91
Standard Fuel FFactor 

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

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Step 2.

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

Step 3.

Sample Unit Conversion Equation from Hourly Units of parts per million by volume dry ba
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Measure to pounds per million BTU (lb/MMBtu):

 parts per million by volume dry basis at 7% O2(ppmvd @ 7% O2):
EIA Facility Code Facility Name Boiler ID

6016 Duck Creek 1

Date (MM/DD/YYYY)

Emission Value

(lb/MMBtu)

Emission Value

(ppmvd @ 7% O2)*

Day 1 6/1/2010 0.047 19.3

Day 2 6/2/2010 0.039 15.9

Day 3 6/3/2010 0.031 12.8

Day 4 6/4/2010 0.040 16.3

Day 5 6/5/2010 0.035 14.2

Day 6 6/6/2010 0.042 17.3

Day 7 6/7/2010 0.067 27.5

Day 8 6/8/2010 0.052 21.4

Day 9 6/9/2010 0.051 20.8

Day 10 6/10/2010 0.045 18.3

Day 11 6/11/2010 0.060 24.7

Day 12 6/12/2010 0.046 19.0

Day 13 6/13/2010 0.053 21.4

Day 14 6/14/2010 0.035 14.1

Day 15 6/15/2010 0.050 20.4

Day 16 6/16/2010 0.045 18.6

Day 17 6/17/2010 0.043 17.7

Day 18 6/18/2010 0.043 17.4

Day 19 6/19/2010 0.040 16.3

Day 20 6/20/2010 0.041 16.9

Day 21 6/21/2010 0.063 25.7

Day 22 6/22/2010 0.044 17.8

Day 23 6/23/2010 0.063 25.7

Day 24 6/24/2010 0.063 25.7

Day 25 6/25/2010 0.057 23.3

Day 26 6/26/2010 0.058 23.8

Day 27 6/27/2010 0.051 21.0

Day 28 6/28/2010 0.051 20.9

Day 29 6/29/2010 0.055 22.4

Day 30 6/30/2010 0.049 19.9

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

(%)

Standard Fuel FFactor 

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

Average Load

(MW)

6.6 9820 420.5

6.6 9820 375.8

6.8 9820 273.5

6.7 9820 282.9

11.4 9820 170.4

6.4 9820 345.3

6.5 9820 406.9

6.5 9820 408.5

6.4 9820 419.6

6.4 9820 409.9

6.6 9820 416.0

7.1 9820 403.7

7.2 9820 376.5

7.2 9820 410.1

7.2 9820 406.6

7.0 9820 407.3

7.1 9820 390.7

7.2 9820 386.0

7.0 9820 384.9

6.9 9820 392.4

6.6 9820 388.1

6.6 9820 337.0

6.7 9820 369.6

6.7 9820 407.7

6.7 9820 391.0

6.7 9820 388.5

6.6 9820 385.7

6.6 9820 408.0

6.5 9820 395.2

6.5 9820 387.8

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
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).
EIA Facility Code Facility Name Boiler ID

6016 Duck Creek 1

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

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

Day3 Hour 1

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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

6016 Duck Creek 1

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)