Final Report 

Testing for EPA Utility Boiler MACT 

Information Collection Request (ICR) 

Unit 1 and Unit 2 at 

Southampton Power Station 

Franklin, Virginia

Prepared for:

Dominion Generation 

Emissions Monitoring and Support Group 

1100 Coxendale Road 

Chester, VA 23836-2549 

Prepared by:

Wannalancit Mills 

650 Suffolk Street 

Lowell, Massachusetts 01854 

(978) 970-5600 

June 2010
 

TRC Project No. 170096 

June 2010 

FINAL REPORT

Testing for EPA Utility Boiler MACT 

Information Collection Request (ICR) 

Unit 1 and Unit 2 at 

Southampton Power Station 

Franklin, Virginia

Prepared for

Dominion Generation 

Emissions Monitoring and Support Group 

1100 Coxendale Road 

Chester, VA 23836-2549 

Prepared by

TRC Environmental Corporation 

Wannalancit Mills 

650 Suffolk Street 

Lowell, Massachusetts 01854 

(978) 970-5600 

DISCLAIMER

This report is intended for use solely by Dominion Generation for the specific purposes described in the contractual 

documents between TRC Environmental Corporation (TRC) and Dominion Generation. All professional services 

performed and reports generated by TRC have been prepared for Dominion Generation’s purposes as described in the 

contract. The information, statements and conclusions contained in the report have been prepared in accordance with 

the work statement and contract terms and conditions. The report may be subject to differing interpretations and/or 

may be misinterpreted by third persons or entities who were not involved in the investigative or consultation process. 

TRC therefore expressly disclaims any liability to persons other than Dominion Generation who may use or rely 

upon this report in any way or for any purpose.
TABLE OF CONTENTS 

Section Page

L2010-275 ii

1.0 INTRODUCTION............................................................................................................. 1

1.1 OVERVIEW ........................................................................................................... 1 

1.2 SCOPE OF WORK................................................................................................. 2 

1.3 TEST METHODS AND PARAMETERS.............................................................. 4 

1.4 PROCESS MONITORING .................................................................................... 5 

1.5 FUEL SAMPLING ................................................................................................. 5 

2.0 SUMMARY OF RESULTS ............................................................................................. 7

2.1. ACID GASES ......................................................................................................... 7 

2.2 MERCURY AND NON-METALLICS.................................................................. 7 

2.3 NON-DIOXIN FURANS........................................................................................ 8 

3.0 FACILITY DESCRIPTION AND SAMPLING LOCATIONS................................. 10

3.1 FACILITY DESCRIPTION ................................................................................. 10 

3.2 SAMPLING LOCATIONS .................................................................................. 10 

3.3 STRATIFICATION TEST FOR SO2, NOx, CO, O2 and CO2........................... 11 

4.0 FIELD SAMPLING PROGRAM.................................................................................. 12

4.1 OVERVIEW ......................................................................................................... 12 

4.2 FIELD PROGRAM DESCRIPTION ................................................................... 12 

4.3 PRE-SAMPLING ACTIVITIES .......................................................................... 14 

4.3.1 Equipment Calibration.............................................................................. 14 

4.3.2 Glassware Preparation .............................................................................. 15 

4.3.3 Sample Media Preparation........................................................................ 16 

4.3.4 Continuous Emissions Monitoring ........................................................... 16 

4.3.5 Interference Gas Test ................................................................................ 18 

4.3.6 Determination of CEMS Response Time ................................................. 19 

4.3.7 NO2 to NO Conversion Efficiency ........................................................... 19 

4.4 ONSITE SAMPLING ACTIVITIES.................................................................... 19 

4.4.1 EPA Methods 1 and 2 for Velocity Measurements/Cyclonic Flow.......... 20 

4.4.2 EPA Method 3A/3B for O2/CO2.............................................................. 20 

4.4.3 EPA Method 4 for Moisture Determination ............................................. 21 

4.4.4 EPA OTM 27/OTM 28 for Filterable PM and CPM ................................ 21 

4.4.5 Continuous Emissions Monitoring for O2, CO2, SO2, NOx, and CO........ 25 

4.4.6 EPA Method 18 for Methane.................................................................... 25 

4.4.7 EPA Method 25A for Methane and Total Hydrocarbons (THC) ............. 26 

4.4.8 EPA Method 26A/CTM-033 for HCl/HF/HCN ....................................... 27 

4.4.9 EPA Method 29 for Metals....................................................................... 29 

4.4.10 EPA Method 30B for Mercury ................................................................. 31 

4.4.11 Method 0031 for Volatile Organics .......................................................... 32 

4.4.12 Method 0010 for Semi-Volatile Organics/POM....................................... 34 

4.4.13 Method 0011 for Formaldehyde ............................................................... 36 
TABLE OF CONTENTS 

Section Page

L2010-275 iii

5.0 ANALYTICAL PROCEDURES AND CALCULATIONS ........................................ 46

5.1 ANALYTICAL PROCEDURES.......................................................................... 46 

5.1.1 Particulate Matter (PM2.5 and CPM) ....................................................... 46 

5.1.2 Metals........................................................................................................ 46 

5.1.3 Mercury..................................................................................................... 47 

5.1.4 HCl/HF/HCN ............................................................................................ 47 

5.1.5 Volatile and Semi-Volatile Organics........................................................ 48 

5.1.6 Formaldehyde ........................................................................................... 48 

5.2 CALCULATIONS................................................................................................ 50 

5.2.1 Flow Rates ................................................................................................ 50 

5.2.1.1 Volume of Dry Gas Sampled at Standard Conditions ................. 50 

5.2.1.2 Velocity of the Exhaust Gas ........................................................ 50 

5.2.1.3 Volumetric Flow Rate of the Exhaust Gas .................................. 51 

5.2.2 Particulate Matter - Grains per Dry Standard Cubic Foot ........................ 51 

5.2.3 Particulate Matter – Pounds per Million BTU.......................................... 52 

5.2.4 Vapor Phase Mercury Concentration........................................................ 52 

5.2.5 Mass of Hydrogen Halides HCl and HF................................................... 53 

5.2.6 Total Weight of HCN in Sample .............................................................. 53 

5.2.7 Concentrations of HCl, HF, and HCN...................................................... 53 

5.2.8 HCl, HF, and HCN – Pounds per Million BTU........................................ 54 

5.2.9 Parts per Million Corrected to 7% Oxygen............................................... 54 

5.2.10 Pounds per Million BTU........................................................................... 54 

5.2.11 Formaldehyde ........................................................................................... 55 

5.2.11.1 Total Formaldehyde................................................................ 55 

5.2.11.2 Concentration.......................................................................... 55 

5.2.12 CO, SO2 and NOx – Pounds per Million BTU.......................................... 56 

6.0 QUALITY ASSURANCE .............................................................................................. 57

6.1 OVERVIEW ......................................................................................................... 57 

6.2 FIELD QUALITY CONTROL SUMMARY....................................................... 57 

6.2.1 Calibration Procedures.............................................................................. 57 

6.2.2 Equipment Leak Checks ........................................................................... 57 

6.2.3 Calibration Gases...................................................................................... 58 

6.2.4 Cyclonic Flow Check................................................................................ 58 

6.2.5 Method Blanks.......................................................................................... 58 

6.2.6 Spike Recovery (for Method 30B)............................................................ 58 

6.3 SAMPLE CHAIN OF CUSTODY ....................................................................... 58 

6.4 DATA REDUCTION, VALIDATION, AND REPORTING .............................. 59 

6.4.1 Field Data Reduction ................................................................................ 59 

6.4.2 Laboratory Analysis Data Reduction........................................................ 59 

6.4.3 Data Validation ......................................................................................... 59 

6.4.4 Data Reporting.......................................................................................... 60
TABLE OF CONTENTS, continued 

L2010-275 iv

APPENDICES 

A FIELD SAMPLING DATA SHEETS 

B FIELD REDUCED DATA 

C FACILITY PROCESS DATA 

D LABORATORY ANALYTICAL DATA 

E EQUIPMENT CALIBRATION SHEETS 

TABLES 

Number Page 

1-1 Sample and Analytical Test Matrix .................................................................................... 3 

1-2 List of Analytical Methods and Fuel Analysis ................................................................... 6 

2-1 Average Emission Rates of Acid Gases from Unit 1 and Unit 2 Common Stack.............. 7 

2-2 Average Emission Rates of Mercury and Non-Metallic HAPs .......................................... 8 

2-3 Average Emission Rates of Non-Dioxin Furans Unit 1 and Unit 2 Common Stack.......... 9 

3-1 Sampling Traverse Sampling Points for Unit 1 and Unit 2 Common Stack .................... 10 

4-1 Calibration Gas Values and Instrument Ranges for Methods 3A, 6C, 7E, and 10........... 18 

4-2 Continuous Emissions Monitoring Performance Criteria................................................. 18 

FIGURES 

Number Page 

4-1 Schematic of EPA OTM27/OTM 28 Sampling Train .......................................................39 

4-2 Schematic of TRC CEM System .......................................................................................40 

4-3 Schematic of EPA Method 29 Sampling Train..................................................................41 

4-4 Schematic of EPA Method 30B Sampling Train...............................................................42 

4-5 Schematic of SW-846 Method 0031 (SMVOC) Sampling Train......................................43 

4-6 Schematic of SW-846 Method 0010 (Semi-Volatiles) Sampling Train ............................44 

4-7 Schematic of SW-846 Method 0011 (HCOH) Sampling Train.........................................45 

5-1 OTM 28 Sample Processing Flow Chart .......................................................................... 49 
L2010-275 1

1.0 INTRODUCTION 

1.1 OVERVIEW 

TRC Environmental Corporation (TRC) of Lowell, Massachusetts was retained by Dominion to 

perform EPA Utility MACT ICR testing at the Southampton Power Station located at 30134 

General Thomas Highway in Franklin, Virginia. Dominion requested and received authorization 

to test the two units combined emissions in the common stack. 

Testing was conducted for Unit 1 and Unit 2on the common stack at the Southampton Power 

Station and included Hazardous Air Pollutant (HAP) emissions sampling for acid gases 

(hydrochloric acid (HCl), hydrogen fluoride (HF), hydrogen cyanide (HCN), sulfur dioxide 

(SO2), and oxides of nitrogen (NOx)); Mercury and Non-Mercury Metallic HAPs (Hg, metals, 

and particulate matter (PM) including condensable particulate matter); and Non-Dioxin/Furan 

Organics (volatile organics (VOCs), semi-volatile organics and POM, and formaldehyde 

(HCOH). POM included organic compounds with more than one benzene ring, and which have 

a boiling point greater than 100 degrees Celsius. Triplicate test runs were performed, and 

volumetric flow rate, the moisture content of the stack gas, and oxygen and carbon dioxide 

concentrations were also measured during each test run. All testing was conducted while the 

units were operating at “normal” load under steady state conditions. 

Sampling and analysis procedures described in this document were conducted using procedures 

deemed acceptable by the United States Environmental Protection Agency (USEPA). TRC was 

responsible for the collection and analysis of all flue gas samples. 

Sampling and analysis were performed under the direction of Mr. Michael Martin of TRC’s 

Lowell, Massachusetts office. Mr. Ken Atkins of Dominion EMSG provided process and testing 

coordination at the facility. 
L2010-275 2

1.2 SCOPE OF WORK 

This section of the test report presents an overview of the scope of work and schedule associated 

with the testing of the Unit 1 and Unit 2 at the Southampton Power Station. The sample and 

analytical test matrix is presented in Table 1-1. The test program approach involved conducting 

a series of three test runs at the common stack outlet for various pollutants, while the units were 

operated at normal load under steady-state conditions. 

Testing was conducted for Acid Gases, including: hydrochloric acid (HCl), hydrogen fluoride 

(HF), hydrogen cyanide (HCN), sulfur dioxide (SO2), and oxides of nitrogen (NOx). 

HCl/HF/HCN, NOx and SO2 results have been reported in lb/MMBtu, using Method 19 

procedures. SO2 and NOx results have also been reported as ppmvd@7% O2. Testing was also 

conducted for mercury (Hg) and non-mercury metallic HAPs including the following: metals, 

particulate matter (PM 2.5), and condensable particulate matter. Hg, metals and all PM results 

were reported as lb/MMBtu, using Method 19 procedures. 

Additionally, the emissions of non-dioxin/furan organics were quantified. These included: 

volatile organics (VOCs), semi-volatile organics and POM, formaldehyde (HCOH), total 

hydrocarbons (THC), methane (CH4), carbon monoxide (CO), and sulfur dioxide (SO2). 

Volatile and semi-volatile organics results have been reported as lb/MMBtu, using Method 19 

procedures, and ug/dscm corrected to 7% O2. THC, methane, formaldehyde, CO, and SO2 

results have been reported as lb/MMBtu, using Method 19 procedures, and ppmvd @7% O2. 

The operating conditions and corresponding test parameters are discussed below. 
L2010-275 3

TABLE 1-1. SAMPLE AND ANALYTICAL TEST MATRIX 

Source Scope of 

Work 

Test 

Parameter 

Test Method No. of 

Test 

Runs 

Minimum 

Run Time 

Units 1 and 2 

Common Stack 

Acid Gases1 HCl, HF, HCN EPA Method 

26A/CTM-033 

3 3 hours 

 SO26 EPA 6C 3 3 hours 

NOx EPA 7E 3 3 hours 

O2/CO2 EPA 3A 3 3 hours 

Unit 1 and 2 

Common Stack 

Mercury and 

Non-Mercury 

Metallic2

Metals/PM EPA 293 3 4 hours 

 Mercury (Hg) EPA 30B 3 4 hours 

 PM & 

Condensible 

OTM 27 /OTM 

283 3 4 hours 

 O2/CO2 EPA 3A or 3B 3 4 hours 

 Total Solids 

(Scrubber 

Liquid) 

ASTM D5907 3 4 hours 

Unit 1 and 2 

Common Stack 

NonDioxin/Furan 

Organics4

Volatile 

Organics 

Method 0031 3 2 hours 

 Semi-Volatile 

Organics/POM 

Method 0010 3 2 hours 

 Formaldehyde Method 0011 3 2 hours 

 Total 

Hydrocarbons 

(THC) 

EPA 25A 3 2 hours 

 Methane5 EPA 18 3 2 hours 

CO EPA 10 3 2 hours 

 SO26 EPA 6C 3 2 hours 

O2/CO2 EPA 3A 3 2 hours 

1 During testing for acid gases, EPA Methods 2 and 4 was performed to determine the flow 

rate and moisture content of the stack gas. 

2 Testing for Mercury and Non-Mercury Metallics were conducted over the course of two 

days. One test run was conducted on the first day and the second and third test runs were 
L2010-275 4

conducted on the second day. 

3 During the Method 29 and OTM27/OTM 28 tests, EPA Methods 2 and 4 were performed 

to determine the flow rate and moisture content of the stack gas. 

4 During the testing for semi-volatile organics and formaldehyde, EPA Methods 2 and 4 

were performed to determine the flow rate and moisture content of the stack gas. 

5 Methane was measured separately, in conjunction with THC measurements utilizing 

Method 25A. 

6 SO2 testing wais required for both the “acid gases” and “Non-Dioxin/Furan Organics” 

test matrix. 

1.3 TEST METHODS AND PARAMETERS 

The sampling methods utilized to complete the test program are presented below: 

40 CFR Part 60, Appendix A, EPA Methods 

 Method 1 and 2 Volumetric Flow Rate Determination 

 Method 3A/3B Oxygen and Carbon Dioxide 

 Method 4 Moisture 

 Method 6C Sulfur Dioxide 

 Method 7E Oxides of Nitrogen 

 Method 10 Carbon Monoxide 

 Method 18 Methane 

 Method 25A Volatile Organics 

 Method 26A Hydrogen Chloride and Hydrogen Fluoride 

 Method 29 Metals 

 Method 30B Mercury 

EPA Other/Conditional Test Methods (CTM) 

 OTM 27 Particulate Matter 

 OTM 28 Condensable Particulate Matter 

 CTM-033 Hydrogen Cyanide 
L2010-275 5

 Test Methods for Evaluating Solid Waste, Physical/Chemical Methods (SW-846 

Methods) 

 

 Method 0010 Semi-Volatile Organics/POM 

 Method 0011 Formaldehyde 

 Method 0031 Volatile Organics 

1.4 PROCESS MONITORING 

Dominion personnel were responsible for the documentation of facility operating conditions 

during the test program. Plant operating data collected by Dominion plant personnel has been 

included in the Final Report. The following data were recorded during each test run. 

 Coal Firing Rate (tons/hr) 

 Average Heat Input (MMBtu/hr) 

 Steam Output (k-lb steam-hr) 

 Facility CEMS data for O2 and CO2 (percent) 

 Stack Flow (DSCFM) 

 Flue Gas Temperature (degrees F) 

 Net Electrical Generation (MWh) 

 Gross Electrical Generation (MWe) 

 Pressure Drop Across FGD (inches H2O) 

1.5 FUEL SAMPLING 

As-fired coal samples were collected by facility personnel during each metals, mercury, 

particulate matter, acid gas, and dioxin/furan test run. At least three samples of the fuel 

combusted were collected, composited, and submitted for analyses. The samples were prepared 

for analyses in accordance with ASTM D2013-09. Analyses of the samples are detailed in Table 

1-2. 
L2010-275 6

TABLE 1-2. LIST OF ANALYTICAL METHODS FOR FUEL ANALYSES 

Analyte Method Units 

Higher Heating Value ASTM D 2015 Btu/lb 

Moisture ASTM D 3173 % 

Mercury EPA 7473 ppm 

Total Selected Metals SW 846 6010B1, SW 846 7060A2, 

SW 846 70413, SW 846 77404, 

ASTM D 42085, ASTM D 37616

ppm 

1 For beryllium, cadmium, cobalt, chromium, lead, manganese, and nickel. 

2 For arsenic 

3 For antimony 

4 For selenium 

5 For chlorine 

6 For fluorine 
L2010-275 7

2.0 SUMMARY OF RESULTS 

 

Testing for the U.S. EPA Utility MACT ICR was conducted at Southampton, Unit 1 and Unit 2 

Common Stack between April 26, 2010 and April 29, 2010. As presented in Table 1-1, sampling 

for acid gases, mercury and non-metallics, and non dioxin/furans was performed. 

2.1. ACID GASES 

Testing for acid gases included: hydrochloric acid (HCl), hydrogen fluoride (HF), hydrogen 

cyanide (HCN), sulfur dioxide (SO2), and oxides of nitrogen (NOx). Sampling for the acid 

gases was conducted on April 29, 2010. The average emission rates are presented in Table 2-1. 

TABLE 2-1. AVERAGE EMISSION RATES FOR ACID GASES FROM 

UNIT 1 AND UNIT 2 COMMON STACK 

POLLUTANT LB/MMBTU PPM @7% O2 

HCl < 7.78E-05 NA 

HF < 7.51E-05 NA 

HCN 3.95E-03 NA 

NOx 0.392 224.246 

SO2 0.029 11.737 

The detailed results for each test run are presented in Appendices B.1and B.5. 

2.2 MERCURY AND NON-METALLIC HAPS 

Testing for mercury (Hg) and non-mercury metallic HAPs including metals, particulate matter 

(PM 2.5), condensable particulate matter, was performed between April 26 and April 27, 2010. 

The average emission rates are presented in Table 2-2. Total filterable particulate was not 

determined in conjunction with Method 29 sampling. 
L2010-275 8

TABLE 2-2. AVERAGE EMISSION RATES FOR MERCURY AND 

NON-METALLICS FROM 

UNIT 1 AND UNIT 2 COMMON STACK 

POLLUTANT LB/MMBTU 

Hg 2.796E-07 (See Note) 

Particulate Matter 1.19E-03 

Condensible PM 3.07E-03 

Antimony < 8.87E-08 

Arsenic < 2.81E-08 

Beryllium < 5.37E-08 

Cadmium < 2.84E-08 

Chromium 1.14E-06 

Cobalt < 2.70E-07 

Lead 6.90E-07 

Manganese 1.10E-06 

Nickel 1.80E-06 

Selenium < 4.57E-07 

The detailed results for each test run are presented in Appendices B.2, B.3, and B.4. 

Note: The Method 30B for Hg specifies a spike recovery of 85 – 115%. The three run spike 

recovery determined for the test program was 119.8%. The high average is driven by the 

recovery for run 2 that was determined to be 151.9%. Although the exact cause of the high 

result cannot be determined from the sampling or analytical data, it is thought that this result is 

most likely due to a discrepancy in the pre-spike amount on the A trap for this run. All other QA 

criteria were achieved for this source and the paired run agreement is excellent, even for the run 

that had the high spike recovery percentage (Run 2). Average spike recovery of the remaining 

runs was 103.7%. Given all other indications are that the results are valid, the high spike 

recovery from Run 2 was not used to invalidate the test results. 

2.3 NON-DIOXIN FURANS 

The sampling for non-dioxin/furan organics included: volatile organics, semi-volatile organics, 

formaldehyde, total hydrocarbons (THC), methane (CH4), carbon monoxide (CO), and sulfur 

dioxide (SO2). Sampling was performed on April 28, 2010. The average emission rates are 

presented in Table 2-3. 
L2010-275 9

The detailed results for each test run are presented in Appendices B.5, B.6, B.7, B.8, and B.9 

TABLE 2-3. AVERAGE EMISSION RATES FOR NON-DIOXIN FURANS 

 

POLLUTANT LB/MMBTU ug/DSCM @7% O2 PPM @7% O2 

Volatile Organic 

Compounds 

See Appendix B.8 See Appendix B.8 NA 

Semi-Volatile 

Organic Compounds 

See Appendix B.9 See Appendix B.9 NA 

THC 6.14E-06 NA 0.004 

CH4 3.57E-04 NA 0.585 

Formaldehyde 1.94E-05 NA 1.72E-02 

CO 0.035 NA 33.116 

SO2 0.032 NA 13.080 
L2010-275 10

3.0 FACILITY DESCRIPTION AND SAMPLING LOCATIONS 

3.1 FACILITY DESCRIPTION 

Southampton Power Station is located in Franklin, Virginia. The station consists of a 63-

megawatt coal fired generating unit that is equipped with a fluidized gas desulfurization system 

to reduce emissions of sulfur dioxide and has an exhaust gas baghouse to trap fly ash. 

3.2 SAMPLING LOCATIONS 

The exhaust effluent from Unit 1 and Unit 2 exits though a common stack. The internal diameter 

of the exhaust stack is 8 feet (96 inches). Four ports, located on the same plane, are present on 

the stack. Each sample port has a depth of 16 inches. The sample ports are located 1056 inches 

(equivalent to 11 stack diameters) upstream; and 1284 (equivalent to 13.4 stack diameters) 

downstream from any disturbance. 

TRC conducted a 24-point traverse for velocity and particulate matter sampling. Table 3-1 

presents these traverse points. Each port was sampled at 6 points to achieve the total of 24 

points. 

TABLE 3-1. SAMPLING TRAVERSE POINTS FOR 

UNIT 1 AND UNIT 2 COMMON STACK 

Point Percent of Stack Diameter Distance From Wall (in.) Point Location (in.) 

1 2.1 2.02 18.02 

2 6.7 6.43 22.43 

3 11.8 11.33 27.33 

4 17.7 17.0 33.0 

5 25.0 24.0 40.0 

6 35.6 34.18 50.18 
L2010-275 11

3.3 STRATIFICATION TEST FOR SO2, NOx, CO, O2 and CO2 

To test for stratification, concentration of the pollutant of interest was measured at twelve 

traverse points located according to Table 1–1 or Table 1–2 of Method 1. Samples were 

collected for a minimum of twice the system response time at each traverse point. 

The individual point and average pollutant concentrations were calculated at each traverse point. 

Provided the concentration at each point differs from the mean concentration for all traverse 

points by no more than: (a) ± 5.0 percent of the mean concentration; or (b) ± 0.5 ppm (whichever 

is less restrictive), the gas stream was considered unstratified and samples were collected from a 

single point that most closely matched the mean. 
L2010-275 12

4.0 FIELD SAMPLING PROGRAM 

4.1 OVERVIEW 

This section describes the procedures that TRC followed during the field-sampling program. 

Throughout the program TRC followed EPA Reference Methods per 40 CFR Part 60 Appendix 

A, EPA Other Test Methods 27 and 28, EPA Conditional Test Method 033, and SW-846 

Methods 0010, 0011, 0031. The remainder of this section is divided into several subsections: 

Field Program Description, Pre-sampling Activities, and Onsite Sampling Activities. 

4.2 FIELD PROGRAM DESCRIPTION 

The test methods utilized in accordance with 40 CFR Part 60 were as follows: 

 EPA Method 1 Sample Velocity Traverse for Stationary Sources 

 EPA Method 2 Determination of Stack Gas Velocity and 

Volumetric Flow Rate (Type S Pitot tube) 

 EPA Method 3A Determination of Oxygen and Carbon Dioxide 

Concentrations in Emissions from Stationary 

Sources (Instrumental Analyzer Procedure) 

 EPA Method 3B Gas Analysis for the Determination of Emission 

Rate Correction Factor or Excess Air 

 EPA Method 4 Determination of Moisture Content in Stack Gases 

 EPA Method 6C Determination of Sulfur Dioxide Emissions from 

Stationary Sources (Instrumental Analyzer 

Procedure) 

 EPA Method 7E Determination of Nitrogen Oxides Emissions from 

Stationary Sources (Instrumental Analyzer 

Procedure) 

 EPA Method 10 Determination of Carbon Monoxide Emissions from 

Stationary Sources (Instrumental Analyzer 

Procedure) 
L2010-275 13

 EPA Method 18 Measurement of Gaseous Organic Compound 

Emissions by Gas Chromatography 

 EPA Method 25A Determination of Total Gaseous Organic 

Concentration using a Flame Ionization Analyzer 

 EPA Method 26A Determination of Hydrogen Halide and Halogen 

Emissions from Stationary Sources, Isokinetic 

Method 

 EPA Method 29 Determination of Metals Emissions from Stationary 

Sources 

 EPA Method 30B Determination of Total Vapor Phase Mercury 

Emissions from Coal-Fired Combustion Sources 

Using Carbon Sorbent Traps 

The EPA Other/Conditional Test Methods utilized were as follows: 

 OTM 27 Determination of PM10 and PM2.5 Emissions from 

Stationary Sources (Constant Sampling Rate 

Procedure) 

 OTM 28 Determination of Condensible Particulate Emissions 

from Stationary Sources 

 CTM-033 Sampling and Analysis for Hydrogen Cyanide 

Emissions from Stationary Sources 

The SW-846 test methods utilized were as follows: 

 Method 0010 Sampling Method for Semi-Volatile Organic 

Compounds and Products of Incomplete 

Combustion Including Polycyclic Aromatic 

Hydrocarbons (PAHs*) 

*For the ICR, these are referred to as POM 

 Method 0011 Sampling for Selected Aldehyde and Ketone 

Emissions from Stationary Sources 

 Method 0031 Sampling Method for Volatile Organic Compounds 
L2010-275 14

4.3 PRE-SAMPLING ACTIVITIES 

Pre-sampling activities included equipment calibration, pre-cleaning of the sample train 

glassware, and other miscellaneous tasks. Each of these activities is described or referenced in 

the following subsections. Other pre-sampling activities included team meetings, equipment 

packing, and finalization of all details leading up to the coordinated initiation of the sampling 

program. 

4.3.1 Equipment Calibration 

Inspection and calibration of the equipment is a crucial step in ensuring the successful 

completion of the field effort. All equipment was inspected for proper operation and durability 

prior to calibration. Calibration of the following equipment was conducted in accordance with 

the procedures outlined in EPA documents entitled "Quality Assurance Handbook for Air 

Pollution Measurement Systems; Volume III - Stationary Source Specific Methods" and 40 CFR 

Part 60 Appendix A. Copies of the equipment calibration forms can be found in Appendix E. 

All calibrations were performed prior to the test program and included in the final report. 

 Probe Nozzles (QA Handbook, Vol III, Section 3.4.2, pp. 19) - averaged three 

internal diameter measurements of the nozzle; difference between high and low 

0.1 mm. Recalibrate, reshape and sharpen when nozzle becomes nicked, dented 

or corroded. 

 Pitot tubes (QA Handbook Vol III, Section 3.1.2, pp. 1-13) - measured for 

appropriate spacing and dimensions or calibrated in a wind tunnel. Rejection 

criteria is given on the calibration sheet. A post-test check inspected for damage. 

 Thermocouples (QA Handbook, Vol III, Section 3.4.2, pp. 12-18) – verified 

 against a mercury-in-glass thermometer at three points including the anticipated 

 measurement range. Acceptance limits - impinger + 2oF; DGM + 5.4oF; stack +

1.5 percent of stack temperature. 

 Dry gas meters (EPA 40 CFR Part 60, Method 5, Section 5.3) - calibrated against 

 a critical orifice. Acceptance criteria - pretest Yi = Y = + 0.02; post test Y = + 

 0.05 Yi. 

 Field barometer (QA Handbook, Vol III, Section 3.4.2, pp. 18-19) – compared 
L2010-275 15

 against a mercury-in-glass barometer or use Airport Station BP and correct for 

 elevation. Acceptance criteria -  0.02 in. Hg; post-test check will be the same. 

 Analytical balances (QA Handbook, Vol III, Section 3.4.2, pp. 19) – Acceptance 

 criteria - calibrate with Standard Class-S weights within  0.5 mg of stated value. 

 Corrective action: Have manufacturer recalibrate or adjust. 

4.3.2 Glassware Preparation 

The sample train glassware necessary for the Method OTM 27/OTM 28 sampling trains was 

precleaned using an Alconox soap and water wash. Deionized water was used for rinsing 

followed by an acetone rinse. The glassware was then rinsed with methylene chloride. After 

cleaning, the glassware was baked at 300o

C for six hours. The glassware was sealed with 

Parafilm. 

The sample train glassware necessary for the EPA Method 26A/CTM 033 sampling train was 

precleaned using an Alconox soap and water wash. Deionized water was used for rinsing 

followed by air-drying. A final acetone rinse of the glassware was done, followed by air-drying. 

The glassware was then sealed with Parafilm. 

The sample train glassware necessary for the EPA Method 29 sampling train was precleaned 

using an Alconox soap and water wash. Deionized water was used for rinsing followed by airdrying. The glassware was then soaked in nitric acid bath (10% nitric acid) followed again by a 

deionized water rinse, a final acetone rinse, followed by air-drying. The glassware was then 

sealed with Parafilm. 

The sample train glassware necessary for the SW-846 Method 0010 sampling train was 

precleaned using an Alconox soap and water wash. Deionized water was used for rinsing 

followed by acetone rinses, methylene chloride rinses, followed by air-drying. The glassware 

was then sealed with Teflon tape or aluminum foil. 

The sample train glassware necessary for the SW-846 Method 0031 sampling train was 
L2010-275 16

precleaned using an Alconox soap and water wash. Deionized water was used for rinsing 

followed oven drying at 130oC for 2 hours. The glassware was then sealed with Teflon tape or 

aluminum foil. 

4.3.3 Sample Media Preparation 

All reagents were checked in accordance with the TRC’s existing QC Program to minimize the 

probability of using contaminated solvents. This included the use of spectro-grade solvents from 

the same lot and the collection and analysis of the appropriate blanks. All filters were desiccated 

and weighed to the nearest 0.5 mg constant weight. 

XAD-2® resin used in the SW-846 Method 0010 (semi-volatile and total semivolatile/nonvolatile TOC) sampling trains was packed by the Field Sampling Subcontractor 

laboratory(s) in specially designed sorbent traps. The XAD-2® resin was purchased pre-cleaned 

or prepared by the laboratory(s) to meet or exceed all quality control requirements specified in 

SW-846 Method 0023A or SW-846 Method 0010, as applicable. 

The SW-846 Method 0031 SMVOC traps were conditioned by the laboratory(s) in accordance 

with procedures specified in SW-846 Method 0031. Laboratory preparation steps met or 

exceeded all quality control requirements specified in the method. 

. 

4.3.4 Continuous Emissions Monitoring 

TRC conducted continuous emissions monitoring for oxygen (EPA Method 3A), carbon dioxide 

(EPA Method 3A), sulfur dioxide (EPA Method 6C), oxides of nitrogen (EPA Method 7E), and 

carbon monoxide (EPA Method 10). TRC followed procedures outlined in the EPA Publication 

340/1-83-016 regarding setup and operation of its Transportable Continuous Emissions 

Monitoring System (TCEMS). 

The TCEMS consisted of three subsystems: sample acquisition/conditioning, sample analysis, 
L2010-275 17

and a data acquisition system. Sample acquisition/conditioning is designed to deliver a 

representative sample of the gas stream to the sample analysis subsystem. Since the stream must 

be clean and dry for O2, CO2, SO2, NOx, and CO analyzers, a glass fiber filter and noncontact 

moisture condenser was used for particulate and moisture removal. The sample line was heat 

traced to eliminate inline condensation prior to the condenser. 

The data acquisition subsystem consisted of a digital data logger designed to receive and log 

instrument signals (raw voltages) at user-defined intervals. Once the system was set up, the 

TCEMS was connected to a power source and brought online. Sample line and signal wires 

were strung between the sampling and TCEMS locations, and the probe was placed in the 

sampling port at the sampling location. 

Prior to insertion of the probe into the sampling location, the sample/acquisition system was leak 

checked by the following procedure: 

a. plugged probe; 

b. observed that flow in rotometer reached zero Lpm; 

c. observed vacuum; and 

d. confirmed that sample vacuum during sampling did not exceed vacuum 

attained during leak check. 

The initial phase of instrumental analysis methods requires calibration of all involved monitors. 

At the beginning of each day, system instrument calibrations for zero and upscale gases were 

performed prior to initiation of testing by system calibration gas injection. System calibrations 

were performed both prior to and following each run using a zero and one upscale gas 

concentration. This was accomplished by directing calibration gas through the sample line and 

conditioning system to assess system bias. Following completion of the required runs, final 

system calibrations were performed. These procedures allowed for determination of initial and 

final system calibration error, as well as system drift. Typical calibration gas values and 

instrument range settings are listed in Table 4-1. 

Calibration gases were EPA Protocol 1, traceable to the National Institute of Standards and 
L2010-275 18

Technology (NIST). The measurement system performance specifications as stated in 40 CFR 

60 Appendix A, for Methods 3A, 6C, 7E, and 10 are listed in Table 4-2 and were the 

performance criteria for this program. 

TABLE 4-1. CALIBRATION GAS VALUES AND INSTRUMENT RANGES FOR 

METHODS 3A, 6C, 7E, AND 10 

Analyzer Range Conc. High Mid Zero

NOx 0 – 500 ppm 475 250 Nitrogen 

SO2 0 – 100 ppm 90 50 Nitrogen 

CO 0 - 200 ppm 180 90 Nitrogen 

CO2 0 – 20 % 18 10 Nitrogen 

O2 0 – 25 % 22 10 Nitrogen 

TABLE 4-2. CEMS PERFORMANCE CRITERIA 

Performance Criteria 

Procedure O2/CO2

M3A

SO2

M6C

NOx

M7E

CO 

M10

Zero Drift, % of range < ± 3 < ± 3 < ± 3 < ± 3 

Calibration Drift, % of range < ± 3 < ± 3 < ± 3 < ± 3 

Response time, seconds 60 60 60 60 

Interference Response, % of 

range 

< ± 2 < ± 2 < ± 2 < ± 2 

NO2 to NO Converter, % 

efficiency NA NA > 98 NA 

Calibration Error, % of cal gas < ± 2 < ± 2 < ± 2 < ± 2 

4.3.5 Interference Gas Test 

Before mobilizing for the field portion of this program, the NOx analyzer was checked for 
L2010-275 19

interference using the following gases: 

Gas Concentration

Carbon monoxide 500 ± 50 ppm 

Oxygen 20.9 ± 1 percent 

 Carbon Dioxide 10 ± 1 percent 

Sulfur Dioxide 100 ± 10 ppm 

Corrections to the measurement system or analyzer were made if the performance specifications 

were not met. 

4.3.6 Determination of CEMS Response Time 

After the CEMS was set up, response time was determined. Zero gas was introduced at the 

CEMS calibration gas valve assembly until a stable zero response was achieved. Once achieved, 

the calibration gas valve at the probe was switched to the effluent. Time of the response to a 

stable effluent response was recorded. This upscale response was conducted one time. A 

downscale response time was also conducted one time starting at a high span calibration value 

and switching to the effluent. 

4.3.7 NO2 to NO Conversion Efficiency 

At the start and at the completion of testing of each unit, the NO2 to NO converter was checked 

in accordance with the procedures of section 8.2.4 of EPA Method 7E. 

4.4 ONSITE SAMPLING ACTIVITIES 

Onsite sampling activities included conducting velocity traverses, moisture measurements, 

sampling for acid gases (HCl, HF, HCN, SO2 and NOx); mercury and non-mercury metallics 

(metals, PM2.5 and CPM), non-dioxin/furan organics (volatile and semi-volatile organics, 
L2010-275 20

formaldehyde, total hydrocarbons, methane, and carbon monoxide). Oxygen and carbon dioxide 

measurements were also made. 

4.4.1 EPA Methods 1 and 2 for Velocity Measurements/Cyclonic Flow 

Velocity traverses were conducted on the outlet stack with an S-type pitot assembly in 

accordance with EPA Reference Methods 1 and 2. An S-type pitot tube with an attached 

inclined manometer was used to measure the exhaust velocities at the sampling location. An 

attached Type-K thermocouple with remote digital display was used to determine the flue gas 

temperature. During the test program, velocity measurements were conducted during each test 

run while operating the EPA Methods 23, 26A/CTM 033, 29, OTM 27/OTM28, sampling train. 

The required number of velocity measurements points for each sampling location was 

determined following EPA Method 1. 

Cyclonic flow checks were conducted in accordance with Section 2.4 of EPA Method 1. This 

procedure is referred to as the nulling technique. An S-type pitot tube connected to an inclined 

manometer was used in this method. The Pitot tube was positioned at each traverse point so that 

the face openings of the Pitot tube were perpendicular to the stack cross-sectional plane. This 

position is called the “0 reference”. The velocity pressure (P) measurement is noted. If the P 

reading was zero, the cyclonic angle was recorded as 0. If the P reading was not zero, the 

Pitot tube was rotated clockwise or counter-clockwise until the P reading became zero. This 

angle was then measured with a leveled protractor and reported to the nearest degree. After this 

null technique was applied at each traverse point, the average of the cyclonic angles was 

calculated. If this average was less than 20, the flow condition was acceptable to test. 

4.4.2 EPA Method 3A/3B for O2/CO2 

Oxygen and carbon dioxide concentrations were determined at the sampling location for each 

test run in conjunction with a designated sampling train in accordance with either EPA Method 

3A “Determination of Oxygen and Carbon Dioxide Concentrations in Emissions from Stationary 
L2010-275 21

Sources (Instrumental Analyzer Procedure)”, or EPA Method 3B, "Gas Analysis for the 

Determination of Emission Rate Correction Factor or Excess Air”. 

For Method 3A, the oxygen and carbon dioxide concentrations were determined during the 

continuous emissions monitoring described in Section 4.4.5 of this test report. 

 

For Method 3B, an integrated sample was collected in a Tedlar bag during each test run. The 

sample gas was drawn through a stainless steel probe and through Teflon sampling line 

followed by a glass condenser unit to remove excess moisture which would interfere with the 

operation of the pump and flow meter. Approximately 20 liters of sample gas were collected 

during each test run. Following completion of the test run, a sample from the Tedlar bag was 

drawn into the Orsat analyzer and immediately analyzed for percent CO2 and percent O2. 

The O2/CO2 concentrations were needed to calculate the flue gas molecular weight for 

determining volumetric flow rate as well as providing the oxygen concentration for correcting 

applicable emission rates to 7% O2. 

4.4.3 EPA Method 4 for Moisture Determination 

Moisture was determined for each test run according to EPA Reference Method 4, 

"Determination of Moisture Content in Stack Gases". The principle of this method is to remove 

the moisture from the sample stream and determine moisture either volumetrically or 

gravimetrically. Method 4 was used in conjunction with the acid gas sampling trains, semivolatile and formaldehyde tests, and the metals and particulate matter sampling trains. 

4.4.4 EPA OTM 27/OTM 28 for Filterable PM and CPM 

Particulate matter less than 2.5 microns in diameter (PM2.5) was determined according to EPA 

Method OTM 27, “Determination of PM10 and PM2.5 Emissions from Stationary Sources 

(Constant Sampling Rate Procedure)” dated August 11, 2008. Condensable particulate matter 
L2010-275 22

(CPM) measurements were made in accordance with EPA Method OTM 28, “Dry Impinger 

Method for Determining Condensible Particulate Emissions from Stationary Sources” (dated 

August 11, 2008). Measurements were performed for three four-hour test runs. 

The sampling train consisted of a pre-cutter nozzle, a series of in-stack sizing devices (cyclones), 

an in-stack filter, a heated glass probe with a S-type Pitot tube attached, four chilled impingers, a 

Teflon (CPM) filter, and a metering console. A schematic of the sampling train is presented in 

Figure 4-1. 

The particulate with an aerodynamic size of < 2.5 microns (PM2.5) was collected using an 

Anderson 280 Series cyclone followed by a 63 mm Whatman EPM2000 glass fiber filter. The 

Anderson cyclone and 63 mm filter were pre-heated prior to sampling. The first two impingers 

were empty and the third impinger contained 100 mL of HPLC Grade deionized, distilled (DI) 

water. The fourth contained silica gel. Initial weights for all impingers were determined 

gravimetrically prior to each test run. 

Prior to initiating each sampling test run, a leak check of the entire sampling train was performed 

in accordance with Section 8.6.8 of the test method. All leak checks and leakage rates were 

documented on the relevant field test data sheets. The acceptance criterion for the OTM 

27/OTM 28 train was a leak rate of ≤ 0.02 acfm or 4 percent of the average sample flow during 

the test run, whichever was less. 

Sampling was isokinetic (80 to 120 percent) with readings of flue gas parameters recorded at 

every sampling point during the traverse. 

A preliminary velocity traverse (twelve points maximum) was performed to determine the 

velocity head (p) and gas temperature at each traverse point. Based on the flue gas parameters, 

the appropriate flow rate (acfm) into the nozzle was selected for the PM10 and the PM2.5 cuts. 

The desired nozzle size was calculated; the nozzle closest to the desired size was selected from 

the nozzles available, and the desired velocity into the selected nozzle was calculated. The 
L2010-275 23

desired velocity into the actual nozzle and the measured flue gas velocity at each traverse point 

were compared to verify that the isokinetic ratio was maintained between 80% and 120%. The 

sampling rate remained constant for the duration of the run while the sampling time at each 

traverse point was adjusted proportionally to the velocity at that point to provide a velocity 

weighted sample. The p measured and recorded for each point during the preliminary traverse 

was used to calculate the individual sampling durations during the test runs. 

At the completion of the test run, the sample head (combined cyclone/filter assembly) was 

removed from the stack. When the probe was cool, external surfaces near the cyclone nozzle 

were wiped and the inlet to the cyclone was capped. The combined cyclone/filter sampling head 

was removed from the probe and the outlet of the filter housing was capped. 

A leak check of the probe and sample train without the sample head (combined cyclone/filter 

assembly) was performed before and after each sampling run. All leak checks and leakage rates 

were documented on the relevant field test data sheets. The acceptance criterion for the OTM 27 

train was a leak rate of ≤ 0.02 acfm or 4 percent of the average sample flow during the test run, 

whichever was less. 

Following the completion of each test run, the OTM 27/OTM 28 sampling train was transported 

to a recovery area onsite. Recovery involved the quantitative transfer of particles less than or 

equal to 2.5 microns. The recovery sequence proceeded as follows: 

● The volume of the liquid collected in the impingers and silica trap was weighed 

and the measurement recorded on the field sampling data sheets. The color of the 

silica gel was also noted. 

● The filter housing was disassembled and the filter was transferred to its original 

petri dish. Any particulate matter and/or filter fiber that adhered to the filter 

holder gasket or filter support screen was transferred to the Petri dish using a dry 

nylon bristle brush and/or sharp-edged blade. The container was sealed with 

Teflon tape and labeled with the appropriate sample information. 

 The cyclone I cup, internal surfaces of the nozzle, and the internal surfaces of the 

cyclone I, including the outside surface to the downcomer line were brush-rinsed 

with acetone into an amber glass container with a Teflon-lined cap. The rinse 
L2010-275 24

procedure was performed three times after which the container was sealed, liquid 

level marked, and container labeled. 

● The solids from the cyclone cup IV, the acetone rinses of the cyclone I turnaround 

cup, the inside of the downcomer line and the internal surfaces of the cyclone IV, 

were placed into an amber glass container with a Teflon-lined cap. The container 

was sealed, the liquid level marked, and labeled. 

● The exit tube of the cyclone IV cup, and the front half of the filter holder were 

rinsed with acetone and placed into an amber glass container with a Teflon-lined 

cap. The container was sealed, liquid level marked, and labeled. 

● The impinger contents were purged with nitrogen to remove dissolved sulfur 

dioxide and afterwards, the impingers were weighed and the contents collected in 

an amber glass container with a Teflon-lined cap. The impingers were then 

rinsed with deionized water and the rinsate added to the sample container. The 

container was sealed, liquid level marked, and labeled 

● The back-half of the filter holder, probe, impingers, and connecting glassware 

were rinsed three times with methylene chloride (MeCl2) into a separate amber 

glass container with a Teflon-lined cap. 

● The OTM 28 filter housing was disassembled and the Teflon filter was 

transferred to its original petri dish. The container was sealed with Teflon tape 

and labeled with the appropriate sample information. 

At the completion of the triplicate test runs, blank samples were collected as follows: 

● 100 ml of the acetone was collected directly from the wash bottle and placed into 

a glass container. The container was sealed, liquid level marked, and labeled as 

the Acetone Rinse Blank. 

● 100 ml of the methylene chloride was collected directly from the wash bottle and 

placed into a glass container. The container was sealed, liquid level marked, and 

labeled as the Methylene Chloride Rinse Blank. 

● An unused filter from the OTM 27 sample train and an unused Teflon filter from 

the OTM 28 sample train were placed into Petri dishes and sealed with Teflon

tape and labeled. 

● All containers were checked to ensure proper sealing, proper labeling, and that all 

liquid levels were marked. 

● All samples were logged onto a chain-of-custody form. 
L2010-275 25

The samples were analyzed in accordance with the procedures presented in Section 5.1 of this 

test report. 

4.4.5 Continuous Emissions Monitoring for O2, CO2, SO2, NOx, and CO 

Emission testing was conducted for oxygen (EPA Method 3A), carbon dioxide (EPA Method 

3A), sulfur dioxide (EPA Method 6C), oxides of nitrogen (EPA Method 7E), and carbon 

monoxide (EPA Method 10) at the Unit 1 and Unit 2 common exhaust stack. 

The CEMS sampling train started with a stainless-steel sampling probe. The sample stream was 

then drawn through a glass fiber filter, heated (248F ± 25F) Teflon sample line, and a sample 

conditioner to remove the moisture and particulate from the gas stream. The sample was then 

drawn through Teflon tubing by a leak-free Teflon double diaphragm pump to a stainless-steel 

sample manifold with and atmospheric by-pass rotometer. The O2, CO2, SO2, NOx, and CO 

analyzers withdrew samples from this manifold. 

All CEMS data were recorded as averages by a digital data logger designed to receive and log 

instrument signals. The results were expressed in ppmvd for SO2, NOx, and CO; and in percent 

for O2 and CO2. A schematic diagram of the TRC CEMs is provided in Figure 4-2. 

4.4.6 EPA Method 18 for Methane 

Methane measurements were performed in conjunction with Method 25A measurements for 

THC. Measurements were made using a Thermo 55C Methane/Non-Methane analyzer which 

utilizes gas chromatography and flame ionization detection to separate methane from other 

organics and report concentrations for both . TRC requested and received approval for use of the 

55C during the ICR via e-mail on March 04, 2010. Use of the 55C was previously Approved by 

EPA under ALT066 for sources subject to 40CFR Part 60 Subpart JJJJJ. 
L2010-275 26

4.4.7 EPA Method 25A for Methane and Total Hydrocarbons (THC) 

Methane and Total Hydrocarbons (THC) emissions were measured in accordance with EPA 

Method 25A, “Determination of Total Gaseous Organic Concentration using a Flame Ionization 

Analyzer”. 

A TECO Model 55C was used to measure THC and CH4. This approach was preferable in that it 

allowed for the direct measurement of THC. 

The TECO Model 55C analyzer automatically and continuously monitors the THC 

concentrations in a flowing gas mixture. The theory of operation is based on the principle of 

flame ionization detection. In the flame ionization detector, hydrogen is mixed with the sample 

gas and is burned in a small jet. The ionization current in the hydrogen flame is measured. In a 

pure hydrogen flame, very few ions are produced, but if an organic component or hydrocarbon is 

burned in the flame, the ion current is greatly increased. The current provides a quantitative 

measure of the amount of hydrocarbons in the flame and is converted to a voltage output. The 

hydrogen flame ionization detector is extremely sensitive and is capable of detecting 

hydrocarbon levels in the low part per million range and is insensitive to inorganic gases such as 

nitrogen, carbon dioxide, and water vapor. The instrument utilizes a proprietary GC column to 

separate the CH4 prior to the direct analysis of THC. 

All components of the sampling system that were in contact of the sample were either stainless 

steel or Teflon and were heated to a temperature of at least 250°F outside the stack. A stainless 

steel probe with a heated out-of-stack particulate filter, heated sample lines, and a heated sample 

pump were used to deliver a representative sample of flue gas to the analyzer. The wet basis 

concentration was converted to a dry basis using the calculated flue gas moisture value for each 

run. 

All THC and CH4 data were recorded as averages by a digital data logger designed to receive 

and log instrument signals. The results were measured in parts per million wet (ppm) for NMOC 
L2010-275 27

and CH4. These results were converted to ppmd (using Method 4 data) to report ppmd values as 

required by the ICR. 

4.4.8 EPA Method 26A/CTM-033 for HCl/HF/HCN 

Hydrogen Chloride and Hydrogen Fluoride (HCl/HF) emissions were determined according to 

EPA Method 26A, "Determination of Hydrogen Halide and Halogen Emissions from Stationary 

Sources, Isokinetic Method" (40 CFR Part 60 Appendix A). Hydrogen cyanide emissions were 

determined according to EPA CTM 033, “Draft Method XHCN – Sampling and Analysis for 

Hydrogen Cyanide Emissions from Stationary Sources.” EPA Method 26A was modified by 

using the special sample collection options and analysis procedures of CTM-033 for the HCN 

determination. Sampling consisted of three three-hour test runs at each outlet stack. 

The sampling train consisted of a glass-lined heated probe, with a glass button-hook nozzle. A 

thermocouple and S-type pitot tube were attached to the probe for the measurement of gas 

temperature and velocity. The sample gases passed through the probe assembly to a heated 

glass fiber filter. The heated, glass-lined probe and filter holder were maintained at 248o

F + 25oF 

throughout all test runs. Downstream of the heated filter the sample gas passed through a series 

of eight ice-cooled impingers kept below 68F to enable condensation of entrained moisture. 

The first impinger served as a moisture knock-out. The next two impingers each contained 100 

mL of 0.1N H2SO4. The fourth impinger was empty. The fifth, sixth, and seventh impingers 

contained 100 mL of 10N sodium hydroxide (NaOH) solution (see note). The eighth impinger 

contained a pre-weighed amount (200-300 g) of silica gel. The impingers were followed by a 

dry gas meter, pump, and a calibrated orifice meter. 

NOTE: It was essential that the NaOH impingers were maintained strongly basic (>PH 12) 

throughout the sampling run. In utility boiler stack environments; this requires measures such as 

stronger base reagent, more reagent volume, or changing out the impinger contents during the 

test run. The pH of the solution was monitored during each test using an indicator added to the 

NaOH solution to ensure that the contents remained strongly basic throughout the run. 
L2010-275 28

Sampling was isokinetic and at a sampling rate of approximately 20 liters per minute. The 

readings of flue gas parameters were recorded during the sampling period. 

Leak checks of the entire Method 26A/CTM-033 sampling train were performed before and after 

each sampling run. The acceptance criteria was a post run leak rate of  0.02 cfm or  4% of the 

average sampling rate (whichever was less) at the highest vacuum obtained during the test run. 

Following the completion of each test run, the Method 26A/CTM-033 train was transported to 

the recovery area onsite. The recovery sequence proceeded as follows: 

 Removed the sampling train to the recovery area. 

● Noted the condition of the train (i.e., filter condition, impinger contents color, 

silica gel color, etc.). 

● If moisture was visible on the filter, connected the ambient air conditioning tube 

at the probe inlet and operate the train with the filter heating system at least 248o

F 

at a low flow rate for a minimum of 30 minutes or until the filter was dry to 

vaporize any liquid and halogen halides on the filter to pull them through the train 

and into the impingers. 

 Measured the weights of the first seven impingers and recorded the weight. 

● Placed the contents of the first four impingers into a sample container (Container 

#1). Rinsed the impingers, back-half of the filter holder and connecting glassware 

with deionized water and added the rinse to Container #1. The container was then 

sealed, labeled and the liquid level marked. 

● Measured and recorded the pH of the contents of the fifth, sixth, and seventh 

impingers. Placed the contents of the fourth, fifth, and sixth impingers into a 

sample container (Container #2). Rinsed the impingers and connecting glassware 

with 0.1N sodium hydroxide and added the rinse to Container #2. The container 

was then sealed, labeled and the liquid level marked. 

 The silica gel impinger was weighed to obtain a final weight. 

 All containers were checked to ensure proper sealing, proper labeling, and that all 

liquid levels were marked. All samples were logged onto a chain-of-custody 

record. 
L2010-275 29

The Method 26A train produced the following samples: 

● Container No. 1 - Contents of Impingers 1, 2, and 3 (0.1N sulfuric acid impinger 

catches) 

● Container No. 2 - Contents of Impingers 5, 6 and 7 (10N sodium hydroxide 

impinger catches) 

Reagent blanks for the deionized water, the 0.1N H2SO4 and the 10N NaOH were collected, 

logged onto the chain of custody form and submitted for analysis. 

4.4.9 EPA Method 29 for Metals 

Emissions of metals and particulate matter were determined in accordance with EPA Method 29 

“Determination of Metals Emissions from Stationary Sources”. 

The sampling train consisted of a heated glass-lined heated probe with a quartz button-hook 

nozzle. A thermocouple and S-type pitot tube were attached to the probe for the measurement of 

gas temperature and velocity. The sample gases passed through the probe assembly to a heated 

glass fiber filter. The heated, glass-lined probe and filter holder were maintained at 248o

F + 25oF 

throughout all test runs. Downstream of the heated filter the sample gas passed through a series 

of ice-cooled impingers kept below 68F to enable condensation of entrained moisture. The first 

impinger was empty and served as a moisture knockout. The second and third impingers each 

contained 100 mL of a 5% HNO3/10% H2O2 solution. The fourth impinger was empty. The 

fifth impinger contained between 200 and 400 grams of silica gel. No silicone grease was used 

in the train. The impingers were weighed prior to assembling of the sample train. The impingers 

were followed by a dry gas meter, leak free pump, and calibrated orifice meter. A schematic 

diagram of the sampling train is presented in Figure 4-3. 

Sampling was isokinetic (10%) with exhaust gas and train operating parameters recorded at 

each sampling point. 
L2010-275 30

Leak checks of the entire EPA Method 29 sampling train were performed before and after each 

sampling run. All leak checks and leakage rates were documented on the relevant field test data 

sheets. The pre run leak check criterion was  0.02 cfm at 15 in Hg. The acceptance criterion 

was a post run leak rate of  0.02 cfm at the highest vacuum obtained during the test run. 

Following the completion of each test run, the EPA Method 29 train was transported to a 

recovery area onsite. The sample recovery sequence was as follows: 

 All openings on the sample probe, filter holder and impingers were sealed with 

Teflon® tape. 

 The sampling train was removed to the recovery area. 

 The condition of the train was noted (i.e., filter, impinger contents color, silica gel 

color, etc.). 

 Container No. 1 - Disassembled the filter housing and transferred the filter to its 

original glass petri dish. Sealed the petri dish with Teflon® tape and labeled it with 

the appropriate sample information. Any filter fibers adhering to the support gasket 

were transferred to the petri dish. 

 Container No. 2 - The front half of the train, nozzle, probe, and front-half filter 

housing, cyclone and flask were brush-rinsed with 100 mL of 0.1N nitric acid into an 

amber glass container with a Teflon®-lined cap. The container was sealed and 

labeled. 

 Container No. 3 - The contents of the first impinger and two 5% HNO3/10% H2O2

impingers were weighed. The filter support, back-half of the filter holder and 

connecting glassware were rinsed three times with a total of 100 mL of 0.1N HNO3

into a glass amber container with a Teflon® lined cap. The impingers and connecting 

glassware were rinsed with 0.1N HNO3. The container was sealed and labeled. 

 Container No. 4 - The contents of the fourth impinger were weighed and transferred 

to a glass amber container with a Teflon®-lined cap. The impinger and U-tubes were 

rinsed three times with a total of 100 mL portion of 0.1N nitric acid into a sample 

container. The container was sealed and labeled. 

 The silica gel impinger was weighed to obtain a final weight. 

 All containers were checked to ensure proper sealing, proper labeling, and that all 

liquid levels were marked. All samples were logged onto a chain-of-custody record. 
L2010-275 31

The EPA Method 29 train produced the following samples: 

 Container No. 1 - Filter 

 Container No. 2 - Front-Half 0.1N HNO3 Rinse 

 Container No. 3 - Impingers 1, 2, and 3 - 5% HNO3/10% H2O2 Impingers Catch & 

Rinse 

 Container No. 4 - Impinger 4 - Impinger Catch & Rinse 

4.4.10 EPA Method 30B for Mercury 

The emissions of Mercury (Hg) were determined according to, "Determination of Total Vapor 

Phase Mercury Emissions from Coal-Fired Combustion Sources Using Carbon Sorbent Traps”

(40 CFR Part 60 Appendix A). Method 30B utilized in-stack sorbent media coupled with 

analysis of the integrated samples. Known volumes of flue gas were extracted from a stack 

through paired, in-stack, sorbent media traps at an appropriate nominal flow rate. Collection of 

Hg on the sorbent media in the stack mitigated potential loss of Hg during transport through a 

probe/sample line. The use of paired train sampling was utilized to determine measurement 

precision and verify acceptability of the measured emissions data. The sampling criteria and 

procedures of this Method have been shown to be appropriate for coal-fired utility boilers 

(including units with post-combustion emission controls), having vapor-phase Hg concentrations 

ranging from 0.1 μgm/dscm to 50 μgm/dscm. 

 

The Method 30B sampling train consisted of a probe, the paired sorbent traps, an umbilical line, 

moisture removal components, an airtight sample pump, and a dry gas meter. Sampling data was 

recorded electronically through the use of an automated data acquisition and handling system. 

A schematic diagram of the sampling train is presented in Figure 4-4. 

The monitoring system samples the stack gas at a constant rate flow rate. The sampling was a 

batch process. Using the sample volume measured by the dry gas meter and the results of the 

analyses of the sorbent traps, the average mercury concentration in the stack gas for the sampling 

period was determined in units of micrograms per dry standard cubic meter (μg/dscm). The 

following is a general outline of the sample collection procedure: 
L2010-275 32

1. Performed an initial leak check with the sorbent traps in place. Drew a vacuum in each 

sample train. Adjusted the vacuum in the sample train to 15" Hg. Using the dry gas 

meter, determined leak rate. The leakage rate must not exceed 4 percent of the target 

sampling rate. Once the leak check passed this criterion, carefully released the vacuum in 

the sample train then sealed the sorbent trap inlet until the probe was ready for insertion 

into the stack or duct. 

2. Prior to placement of the probe into the stack, removed the plug from the end of each 

sorbent trap and stored each plug in a clean sorbent trap storage container. Removed the 

stack or duct port cap and inserted the probe(s). Secured the probe(s) and ensured that no 

leakage occurred between the duct and environment. 

3. Recorded initial data including the sorbent trap ID, start time, starting dry gas meter 

readings, initial temperatures, set-points, and any other appropriate information. 

4. Obtained and recorded any essential operating data for the facility during the test period, 

e.g., the barometric pressure must be obtained for correcting sample volume to standard 

conditions. At the end of the data collection period, recorded the final dry gas meter 

reading and the final values of all other essential parameters. 

5. When sampling was completed, turned off the sample pump, remove the probe/sorbent 

trap from the port and carefully re-plugged the end of each sorbent trap. Performed a leak 

check with the sorbent traps in place, at the maximum vacuum reached during the 

sampling period. Used the same general approach described for the initial leak check. 

Recorded the leakage rate and vacuum. The leakage rate must not exceed 4 percent of the 

average sampling rate for the data collection period. Following the leak check, carefully 

released the vacuum in the sample train. 

6. Recovered each sampled sorbent trap by removing it from the probe, sealing both ends. 

Wiped any deposited material from the outside of the sorbent trap. Placed the sorbent trap 

into an appropriate sample storage container and stored/preserved in appropriate manner. 

4.4.11 Method 0031 for Volatile Organics 

SW-846 Method 0031, "Sampling Method for Volatile Organic Compounds” was utilized to 

determine the emissions of Volatile Organic Compounds (SMVOC). The sampling train 

consisted of TenaxTM and AnasorbTM-747 resin tubes for the collection and analysis of the 

volatile PICs during each test run. In addition, the 30 largest tentatively identified compounds 

(TICs) for which the peaks are greater than 10% of the nearest internal standard were identified 

and emission rates quantified. 

The sampling system was a non-isokinetic sampling train using a glass-lined probe heated to 
L2010-275 33

130oC ±5oC and flow rates which were predetermined based on desired run times. Twenty liters 

were collected through each set of traps at a flow rate of 1.0 liters per minute for twenty minutes. 

Four sets of traps were used for each test run. Half of the tube sets were collected during the first 

half of the test run and the remaining half were collected during the second half of the test run. 

The condensate was collected at the end of the run or when the traps were changed and the 

moisture knockout impinger was nearly full. A diagram of the sampling train is presented in 

Figure 4-5. 

The SMVOC was leak checked from the probe to the sampling pump before the first tube set 

was collected (prior to the probe being placed in the exhaust duct) and after collection of the last 

tube set (after the probe was removed from the exhaust duct). All other leak checks were 

conducted while the probe was in the exhaust duct by isolating the sampling system between the 

three-way valve just downstream of the probe and the sampling pump. A leak check was 

performed before and after sampling with each tube set. All leak checks and leakage rates were 

documented on the relevant field test data sheets. The acceptance criteria for the SMVOC was a 

leak rate of less than 0.1 inches of mercury (2.5 millimeters of mercury) as indicated on the 

vacuum gauge after one minute at a vacuum that is above normal operating pressure for the 

initial leak check and at least at the highest vacuum encountered during the run for the final leak 

check. 

SW-846 Method 0031 requires that two TenaxTM tubes and one AnasorbTM-747 tube be used in a 

three-tube configuration of the SMVOC. Four sets of SMVOC tubes were used during each 

sampling run to collect the desired sample amount (20 liters) per tube set. Tube sets were 

analyzed by combined SW-846 Methods 5041A and 8260B. During the analysis, the two 

TenaxTM tubes and one AnasorbTM-747 tube making up each set were analyzed separately so that 

breakthrough and surrogate recovery from each tube type could be evaluated. For the three-tube 

configuration, the TenaxTM tubes were coupled together as one sample, and the AnasorbTM-747 

tube were analyzed separately. 

One set of field blanks was collected during each run. The SMVOC field blank sample tubes 

were handled in the field in a manner that is similar to that of the sample tubes. The field blank 
L2010-275 34

tubes were placed into the SMVOC, leak-checked, and removed from the train using the same 

procedure as the actual samples. In addition, one trip blank pair was packaged with each 

shipment of samples to the laboratory. The aqueous SMVOC condensate from the SMVOC was 

also analyzed for the same target analytes as the tube sets. Each shipment of condensate samples 

were accompanied by a deionized water trip blank. As part of SW-846 Method 0031 

requirements, the volatile content of the condensate was calculated by converting the 

concentration of the analytes in the condensate to total analyte mass. The volatile mass of each 

analyte was added to the analyte mass in the SMVOC resin tubes. 

4.4.12 Method 0010 for Semi-Volatile Organics/POM 

Semi-volatile organics/POM were sampled in accordance with SW-846 Method 0010. The 

sampling train consisted of a heated, glass-lined probe, with a glass button-hook nozzle. A 

thermocouple and S-type Pitot tube attached to an inclined manometer were attached to the probe 

for measurement of gas temperature and velocity measurement. The sample gas passed through 

the probe assembly to a heated glass fiber filter. The heated, glass-lined probe and filter holder 

were maintained at 248°F ±25°F throughout each test period. (Note: A heated transfer line of 

appropriate length was used between the sampling probe and the heated glass fiber filter holder. 

This heated transfer line was maintained within the same temperature range as the probe and 

filter holder.) Downstream of the heater filter, the gas passed through a water-cooled condenser 

module, then through a sorbent module containing a minimum of 25 grams of XAD-2® resin. 

The XAD-2® module was kept at a temperature below 68F. The gas then passed through a 

series of ice-cooled impingers kept below 68°F to enable condensation of entrained moisture. 

The first impinger, acting as a condensate reservoir connected to the outlet of the XAD-2®

module, was modified with a short stem in accordance with method requirements. The next two 

impingers each contained 100 milliliters of deionized water. The fourth impinger was empty and 

the fifth impinger contained a preweighed amount of silica gel. All connections within the train 

were glass or Teflon®. No sealant greases were used. The impingers were followed by a dry gas 

meter, pump, and calibrated orifice meter as presented in Figure 4-6. 

One SW-846 Method 0010 semi-volatile and nonvolatile total organics sample was collected for 
L2010-275 35

each test run. Each sample was collected over a two-hour period. Sampling was isokinetic (±10 

percent) with readings of exhaust gas parameters recorded at every sampling point during the 

traverse. These readings included the time, velocity, pressure, the target orifice pressure, the 

actual orifice pressure, stack gas temperature, probe temperature, filter temperature, heated 

transfer line temperature, sorbent trap temperature, silica gel impinger temperature, dry gas 

meter inlet and outlet temperatures, dry gas meter volume, and sample vacuum. 

Leak checks of the entire sampling train were performed before and after sampling in each of the 

sampling ports. In the event any portion of the train was disassembled and reassembled, leak 

checks were performed prior to disassembling, and following reassembly of, the train. All leak 

checks and leakage rates were documented on the relevant field test data sheet. The acceptance 

criteria for the sampling train was a leak rate of 0.02 cubic feet per minute at a vacuum equal to 

or greater than the maximum value reached during the sampling run. 

Following the completion of each test run, the SW-846 Method 0010 semi-volatile and 

nonvolatile total organics train was leak checked and then transported to a recovery area onsite. 

The sample recovery sequence proceeded as follows: 

 Noted the condition of the train (i.e., filter condition, impinger contents color, silica gel 

color, etc.). 

 Disassembled the filter housing and transferred the filter to its original glass petri dish 

with hexane-rinsed forceps. Sealed the container with Teflon® tape and labeled it with 

the appropriate sample information. 

 The front half of the train, probe nozzle, probe fitting, probe liner, heated transfer line, 

and front-half filter housing were brush-rinsed with 1:1 methanol/methylene chloride into 

the same amber glass container with a Teflon®-lined cap. The rinse procedure was 

performed three times after which the container was sealed and labeled. To prevent 

contamination of the sample, all openings were sealed with Teflon tape just after sample 

train disassembly and until recovery was about to begin. In addition, nitrile gloves were 

worn during all recovery procedures and all recovery solvents were stored in appropriate 

containers. 

 The XAD-2® resin sorbent module was tightly capped at both ends with Teflon® tape and 

aluminum foil and labeled. The entire module was then covered with aluminum foil and 

stored on-site on ice, or equivalent, for transport to the laboratory for analysis. 
L2010-275 36

 The contents of the condensate knockout were measured for volume to within ±1 

milliliter using a graduated cylinder or by weighing to within ±0.5 grams using a triple 

beam balance, or equivalent. The contents were transferred to a precleaned amber glass 

container(s), sealed, and labeled, and stored on-site on ice, or equivalent, for transport to 

the laboratory for analysis. 

 All sampling train components located between the filter and the first wet impinger, 

except the organic module, were rinsed with 1:1 methanol/methylene chloride into the 

same amber glass container with a Teflon®-lined cap. The rinse procedure was 

performed three times after which the container was sealed and labeled. 

 The contents of the remaining three impingers were measured for volume to within ±0.5 

milliliter using a graduated cylinder or by weighing to within ±0.5 grams using a triple 

beam balance, or equivalent. The gain in weight or volume was used for moisture 

calculations, analysis was not required. 

 Silica gel (fourth impinger)- The color of the indicating silica gel was noted on the 

recovery form to determine if it had been completely spent. The impinger was weighed 

to within ±0.5 grams using a triple beam balance, or equivalent. The gain in weight was 

used for moisture calculations. Analysis was not required. 

 All sample containers were checked to ensure proper sealing, proper labeling, and that all 

liquid levels were marked. All samples were then logged onto a chain-of-custody record. 

The SW-846 Method 0010 semi-volatile and nonvolatile total organics train resulted in the 

following samples: 

 Filter 

 XAD-2® Module 

 Front-Half Methanol/Methylene Chloride Rinse 

 Condensate 

 Back-Half Methanol/Methylene Chloride Rinse 

4.4.13 Method 0011 for Formaldehyde 

Formaldehyde was determined for each test run according to EPA Method 0011, “Sampling for 

Selected Aldehyde and Ketone Emissions from Stationary Sources”. 

The sampling train consisted of a heated, glass-lined probe, with a glass button-hook nozzle. A 

thermocouple and S-type Pitot tube were attached to the probe for the measurement of gas 
L2010-275 37

temperature and velocity measurements. The samples gas passed through a series of five icecooled impingers kept below 68o

F to enable condensation of entrained moisture. The first 

impinger contained 200 ml of an aqueous acidic 2,4-dinitrophenyl-hydrazine (DNPH) solution; 

the second and third impingers contained 100 mL of an aqueous acidic 2,4-dinitrophenylhydrazine (DNPH) solution . The fourth impinger was empty and the fifth impinger contained a 

preweighed amount of silica gel. The impingers were followed by a dry gas meter, pump, and 

calibrated orifice meter. A schematic diagram of the sampling train is presented in Figure 4-7. 

Sampling was isokinetic (± 10 percent) with readings of flue gas parameters recorded at every 

sampling point during the traverse. 

Leak checks of the entire Method 0011 sampling train were performed before and after each 

sampling run. In the event any portion of the train was disassembled and reassembled, leak 

checks were performed prior to disassembling the train. All leak checks and leakage rates were 

documented on the relevant field test data sheet. The acceptance criteria for the Method 0011 

train was a leak rate of  0.02 cfm at the highest vacuum obtained during the run. 

Following the completion of each test run, the Method 0011 train was transported to a recovery 

area onsite. The sample recovery sequence was as follows: 

• Removed the sampling train to the recovery area; 

• Noted the condition of the train (i.e., impinger contents color, silica gel color, etc.); 

• The front half of the train, nozzle and probe were brush-rinsed with methylene chloride 

into an amber glass container with a TeflonR

-lined cap. The rinse procedure was 

performed until no visible particles or yellow color. 

• The contents of the first three impingers were measured for volume (or weight) and 

transferred to the same glass amber container with a TeflonR

-lined cap. The impingers, 

right angle, and U-tubes were rinsed three times with methylene chloride into the sample 

container. Final rinses with methylene chloride and water were done. No more than 500 

ml of methylene chloride were used for the recovery of the sample train. The container 

was sealed and labeled (Container 1). 

• The silica gel was returned to its original container and weighed to obtain a final weight. 

• A volume of DNPH reagent and methylene chloride equal to the volume in Container 1 
L2010-275 38

was transferred into a separate sample container. The containers were sealed and labeled 

as the sample blank sample (Container 2). 

• Transferred 200 ml of each washing solution (methylene chloride and water) into 

separate sample containers. The containers were sealed and labeled as reagent blank 

samples. 

• All containers were checked to ensure proper sealing, proper labeling, and that all liquid 

levels were marked. All samples were logged onto the chain-of-custody record. 

The EPA Method 0011 train resulted in the following sample: 

• DNPH Sample 
L2010-275 39

Figure 4-1. Schematic of OTM 27/OTM 028 Sampling Train 
L2010-275 40

Figure 4-2. Schematic of TRC CEM System 

NO/NOx ANALYZER

SO2 ANALYZER

CO ANALYZER

 O2 ANALYZER

 CO2 ANALYZER

CHART RECORDER 1

CHART RECORDER 2

SAMPLING LINE

FILTER

3-WAY 

VALVE 

DIAPHRAGM PUMP

BYPASS VALVE

3-WAY SAMPLING PROBE

VALVE 

FILTER

SPAN AND ZERO 

GAS

CALIBRATION 

GASES

ZERO 

AIR

HIGH 

RANGE 

GAS

MID 

RANGE 

GAS

LOW 

RANGE 

GAS

CONDENSER 

DATA 

LOGGER

BYPASS VALVE

HEATED 

SAMPLE 

LINE
L2010-275 41

Dry Gas

Meter

Vacuum

Gauge

By-pass

Valve

Air-Tight

Pump

Orifice

Silica 

Gel

Temperature 

Sensor

Main

Valve

Glass Probe

Liner

Manometer

Glass Probe

Tip

Heated Area

Glass Filter 

Holder

Temperature 

Sensor

Empty 

Ice 

Water

Bath

Empty 

(Optional)

4% KMnO /

10% H SO

4

42

5% HNO /

10% H O

3

22

Figure 4-3. Schematic of EPA Method 29 Sampling Train
L2010-275 42

Figure 4-4. Schematic of EPA Method 30B Sampling Train
L2010-275 43
L2010-275 44

Figure 4-6. Schematic of SW-846 Method 0010 (Semi-Vol) 
L2010-275 45

Figure 4-7. Schematic of SW-846 Method 0011 (HCOH) 
L2010-275 46

5.0 ANALYTICAL PROCEDURES AND CALCULATIONS 

This section delineates the analytical procedures and calculations, which were used to analyze 

and report the sample results for this test program. 

5.1 ANALYTICAL PROCEDURES 

5.1.1 Particulate Matter (PM2.5 and CPM) 

Particulate matter (PM2.5) analysis was accomplished by following the procedures in EPA OTM 

27, and OTM 28 and was conducted by TRC’s subcontract laboratory, Resolution Analytics of 

Sanford, North Carolina. 

The dry filters, acetone rinses (pre-cutter/cyclone and front half rinses weighed separately) and 

the acetones blank which represent the filterable particulate were only analyzed according to the 

procedures described in the methods. 

The H2O (dry) impinger samples, back-half acetone/methylene chloride rinses, back-half CPM 

(Teflon) filter, and solvent blanks which represent the condensable particulate matter were 

analyzed according to the procedures described in the method. 

The condensable particulate matter samples collected utilizing EPA OTM 28 were analyzed in 

accordance with Section 11 of the subject test method. Refer to Figure 5-1 which is a flowchart 

outlining the steps to process and combine fractions from the CPM train. The sum of the organic 

and inorganic fractions was reported as the total condensable particulate. 

5.1.2 Metals 

Analyses of the metals collected from the flue gas were accomplished by following the 

procedures in EPA Method 29 and were conducted by a subcontract laboratory. 
L2010-275 47

5.1.3 Mercury 

Analysis of each paired sorbent tube was conducted by TRC’s subcontract laboratory, Ohio 

Lumex Company of Twinsburg, Ohio. A Model RA-915 fitted with the RP-M324 thermal 

attachment was used to analyze each fraction of the charcoal tubes. The Ohio Lumex analyzer 

was calibrated from 5 ng to 100 ng using NIST traceable standards. A 25 ng continuing 

calibration verification (CCV) was prepared and analyzed following every ten analytical 

samples. The charcoal tube was processed and the sorbent transferred onto a quartz ladle. The 

ladle was inserted into the analyzer’s thermo-catalytic conversion chamber (RP-M324) and 

heated to ~ 680°C wherein mercury was converted from a bound state to the atomic state by 

thermal decomposition in the two-section furnace. Mercury measurements take place in the 

heated cell zone of the converter directly coupled to a spectrometer. High temperature (~680oC) 

and short residence time prevents mercury atoms from recombining with any “active” species 

generated due to high temperature decomposition of the sample matrix. An external pump is 

used to draw ambient air and purify it for combustion. 

The RA-915 is also equipped with custom integration software that charts and records each 

individual sample. This software integrates each sample peak providing the user with an area 

count equivalent that is used to generate nanograms (ng) mercury per sample fraction. 

 

The charcoal sorbent tube consisted of two fractions separated by a layer of glass wool. The first 

section was the sample fraction. The second fraction was analyzed for breakthrough. The two 

fractions from each tube were summed, and the total mercury analyzed was used to determine 

concentration. 

5.1.4 HCl/HF/HCN 

Analyses of the Method 26A/CTM 033 samples were conducted by TRC’s subcontract 

laboratories. The masses of the HCl, HF and HCN in the samples were determined by ion 

chromatography (IC). 
L2010-275 48

5.1.5 Volatile and Semi-Volatile Organics 

Analyses of the Method 0031 (Volatile) samples and the Method 0010 samples (SemiVolatile/POM) were conducted by a subcontract laboratory. Analysis of the samples were 

performed in accordance with the specified methods by gas chromatography-mass spectrometry 

(GC/MS). 

5.1.6 Formaldehyde 

Each EPA Method 0011 sample train yielded one individual sample for analysis of formaldehyde 

only. The samples were shipped to TRC’s sub-contract for analyses. 

If there was any formaldehyde present, it reacted with the DNPH solution to form the 

formaldehyde dinitrophenylhydrazone derivative. The solution was extracted, solvent 

exchanged, concentrated, and then analyzed according to the procedures specified in EPA 

Method 0011 utilizing high performance liquid chromatography (HPLC). 
L2010-275 49

Figure 5-1. OTM 28 Sample Processing Flow Chart 
L2010-275 50

5.2 CALCULATIONS 

5.2.1 Flow Rates 

Calculations for the determination of dry gas sampled at standard conditions (dscf), gas velocity 

at stack conditions (afpm), and gas volumetric flow rate at standard conditions (dscfm) were as 

follows. 

5.2.1.1 Volume of Dry Gas Sampled at Standard Conditions 

Volume of dry gas sampled at standard conditions, dscf a

 dscf a = 528  (Y)  (VM)  (PB + PM)

 29.92  (TM + 460) 

where: 

 a = Dry standard cubic feet at 68

F (528R) and 29.92 inches of Hg 

 Y = Dry gas meter calibration factor 

 VM = Sample gas Volume, ft3

 PB = Barometric Pressure 

 PM = Average Orifice Pressure Drop, inches of Hg 

 TM = Average Dry Gas Temperature at meter, 

F 

5.2.1.2 Velocity of the Exhaust Gas 

Stack gas velocity at stack conditions was determined in terms of feet per minute(fpm) 

 fpm = 

2/1

avg

c

MWPS

1 SDECp5130 



 









where: 

c

 = 5130 =    

   minsec/60

OH in.R

Hg in.mole- lb/lb

sec

ft 85.5

2

 



 








L2010-275 51

 Cp = Pitot tube coefficient 

 SDEavg =  P avg  TempStack avg  460

 PS = Stack Pressure, absolute 

 inches of Hg = Barometric Pressure ± Avg Stack Static Pressure 

 MW = Molecular Weight of Wet Stack Gas 

5.2.1.3 Volumetric Flow Rate of the Exhaust Gas 

Stack gas volumetric flow rate at standard conditions, dscfmc

 

 dscfmc

 = acfm  528  MD  PS 

 (29.92)  (TSavg + 460) 

where: 

c

 = Dry standard cubic feet per minute at 68F (528R) and 29.92 in.Hg 

 acfm = Actual cubic feet per minute (fpm x cross sectional area of stack) 

 MD = Mole Fraction of Dry Gas (dimensionless) 

 PS = Stack Pressure, absolute, inches of Hg 

 TSavg = Average Stack Temperature 

5.2.2 Particulate Matter - Grains per Dry Standard Cubic Foot 

Emission rates in terms of grains per dry standard cubic feet (gr/dscf) were calculated using the 

PM weight in terms of milligrams (mg) divided by the volume of gas collected (dscf). 

gr/dscf =      

  



 





















 

460TM29.92

PMPBVMY528 0.0154 mg(total) 

where: 

 mg(total) = PMtotal, filterable and condensable particulate 

dscf = Dry standard cubic feet at 68

F (528R) and 29.92 inches Hg 

 0.0154 = 0.0154 grains per milligram 

Y = Dry gas meter calibration factor 

VM = Volume metered, ft3

PB = Barometric Pressure, inches Hg 

PM = Average Orifice Pressure Drop, inches Hg 

TM = Average Dry Gas Temperature at Meter, 

F 
L2010-275 52

5.2.3 Particulate Matter – Pounds per Million BTU 

Emission rates were calculated in units of pollutant mass per quantity of heat input (lbs/MMBtu). 

The emission rates were calculated using the particulate diluent concentrations and the fuelspecific F-factor derived from analysis of the fuel combusted and as specified in EPA 

Method 19. Measured PM emission concentrations were converted to a mass emission factor in 

terms of lbs/MMBtu using EPA Method 19, Equation 19-1: 

PMtotal (lbs/MMBtu) = PMtotal(gr/dscf)  Fd (dscf/MMBtu)  ______20.9_____ 

 7000 (gr/lb) 20.9 - % O2 measured

where: 

Fd = Ratio of the volume of dry effluent gas to the gross calorific value of the 

As-fired fuel. (The default F-factor for coal, 9780 dscf/MMBtu was used). 

5.2.4 Vapor Phase Mercury Concentration 

Vapor Phase mercury mass emissions for each sampling period were calculated using the 

average mercury concentration for that period, in conjunction with measurements of the average 

stack gas flow rate, corrected for the stack gas moisture content. TRC utilized equation 30B-3 as 

presented in 12.4 of the test method to determine concentration of mercury emitted during each 

test period as follows: 

Ca,b = (m1 + m2)/ Vt

Where: 

Ca,b = Hg concentration for sample period, for sorbent trap “a” or “b” as 

appropriate (ug/dscm). 

m1 = Mass of Hg measured on sorbent trap section 1 (ug) 

m2 = Mass of Hg measured on sorbent trap section 2 (ug) 

Vt = Volume of gas sampled, (dscm) 
L2010-275 53

The average concentration for the “a” and “b” traps was reported as the concentration for each 

test run. 

5.2.5 Mass of Hydrogen Halides HCl and HF 

The mass of the HCl and HF in the samples was calculated using the following equation: 

M = K  Vs (Sx-

 - Bx-) 

Where: 

M = Mass, ug 

K = KHCl is 1.028 

 KHF is 1.053 

V = Volume of filtered and diluted sample, ml 

Sx-

 = Analysis of sample of halide ion (Cl- or F-), ug/ml 

Bx- = Mass concentration of solution blank for halide ion (Cl-

 or F-), ug/l 

5.2.6 Total Weight of HCN in Sample 

The total weight of HCN in the samples was calculated using the following equation: 

M = C vol Vadj__

 Valiq 

Where: 

M = Mass, ug 

C = Concentration of HCN in sample, ug/L 

vol = Total volume of recovered sample, mL 

Vadj = Volume of sample aliquot after dilution 

Valiq = Volume of aliquot used 

5.2.7 Concentrations of HCl, HF, and HCN 

The concentrations of HCl, HF, and HCN in the samples was calculated using the following 

equation: 

 C = M  10-3 mg/ug

 Vm(std) 
L2010-275 54

 Where: 

 

 C = Concentration of HCl, HF, or HCN, mg/dscf 

M = Mass of HCl, HF, or HCN, mg 

 Vm(std)= Dry Gas Volume Measured, Standard

5.2.8 HCl, HF, and HCN – Pounds per Million BTU 

Emission rates were calculated in units of pollutant mass per quantity of heat input (lbs/MMBtu). 

The emission rates were calculated using the HCl, HF, and HCN concentrations and the fuelspecific F-factor derived from analysis of the fuel combusted and as specified in EPA 

Method 19. Measured HCl, HF, and HCN emission concentrations were converted to a mass 

emission factor in terms of lbs/MMBtu using EPA Method 19, Equation 19-1: 

(lbs/MMBtu) = ___HCl or HF (mg/dscf) _  Fd (dscf/MMBtu)  ______20.9_____ 

 1 (lb)/453,590 (mg/lb) 20.9 - % O2 measured

where: 

Fd = Ratio of the volume of dry effluent gas to the gross calorific value of the 

As-fired fuel. (The default F-factor for coal, 9780 dscf/MMBtu was used). 

5.2.9 Parts per Million Corrected to 7% Oxygen 

Concentrations in parts per million (ppm) were corrected to 7% oxygen using the following 

equation: 

ppm @ 7% O2 = ppm × ______(20.9 – 7)______

 (20.9 - % O2measured) 

5.2.10 Pounds per Million BTU 

Emission rates were calculated in units of pollutant mass per quantity of heat input (lbs/MMBtu). 

The emission rates were calculated using the pollutant concentrations and the fuel-specific F-
L2010-275 55

factor derived from analysis of the fuel combusted and as specified in EPA Method 19. 

Measured pollutant concentrations were converted to a mass emission factor in terms of 

lbs/MMBtu using EPA Method 19, Equation 19-1: 

(lbs/MMBtu) = ____ (mg/dscf) ____  Fd (dscf/MMBtu)  ______20.9_____ 

 1 (lb)/453,590 (mg/lb) 20.9 - % O2 measured

where: 

Fd = Ratio of the volume of dry effluent gas to the gross calorific value of the 

As-fired fuel. (The default F-factor for coal, 9780 dscf/MMBtu was used). 

5.2.11 Formaldehyde 

5.2.11.1 Total Formaldehyde 

Total formaldehyde (mg) was determined using the following equation: 

CHOH (mg) = Cd × V × DF × {[g/mole aldehyde]  [g/mole DNPH derivative]}  10-3 mg/ug 

where: 

 Cd = measured concentration of DNPH-formaldehyde derivative, ug/mL 

 V = organic extract volume, mL 

 DF = dilution factor 

5.2.11.2 Concentration 

The concentration of formaldehyde in the stack gas was determined suing the following 

equation: 

Cf = K [total formaldehyde, mg]

 Vm(std) 

where: 

 K = 35.31 cu.feet/cu.meter if Vm(std) is expressed in English units 
L2010-275 56

 = 1.00 cu.feet/cu.meter if Vm(std) is expressed in metric units 

Vm(std)= volume of gas sample as measured by dry gas meter, corrected to standard 

conditions, dscm 

5.2.12 CO, SO2 and NOx – Pounds per Million BTU 

Emission rates were calculated in units of pollutant mass per quantity of heat input (lbs/MMBtu). 

Pounds per million Btu were calculated using the pollutant and diluent concentrations and the 

fuel-specific F-factor based upon the fuel combustion characteristics and EPA Method 19. The 

measured concentrations of CO, NOx and SO2 in units of parts per million (ppm) were converted 

to mass per unit volume (lbs/scf) for these calculations. 

The conversion factors were: 

NOx lbs/scf = ppm (vd) NOx  1.194  10-7 

SO2 lbs/scf = ppm (vd) SOx  1.66 × 10-7 

CO lbs/scf = ppm (vd) CO  7.26× 10-8 

Next, CO, NOx and SO2 in terms of lbs/scf were converted to a mass emission rate in terms of 

pounds per million Btu (lbs/MMBtu) as follows: 

E = lbs/scf  Fd  20.9_______ 

 20.9% - O2 measured

where: 

E = Mass emission rate of CO, NOx and SO2 in terms of lbs/MMBtu. 

Fd = Ratio of the volume of dry effluent gas to the gross calorific value of the 

as-fired fuel. (The default F-factor for coal, 9780 dscf/MMBtu was used). 
L2010-275 57

6.0 QUALITY ASSURANCE 

6.1 OVERVIEW 

TRC Environmental Corporation management is fully committed to an effective Quality 

Assurance/Quality Control Program whose objective is the delivery of a quality product. For 

much of TRC's work, that product is data resulting from field measurements, sampling and 

analysis activities, engineering assessments, and the analysis of gathered data for planning 

purposes. The Quality Assurance Program works to provide complete, precise, accurate, 

representative data in a timely manner for each project, considering both the project's needs and 

budget constraints. 

This section highlights the specific QA/QC procedures that were followed for this Test Program. 

6.2 FIELD QUALITY CONTROL SUMMARY 

6.2.1 Calibration Procedures 

Calibration of the field sampling equipment was performed prior to the field sampling effort. 

Copies of the calibration sheets were submitted to the field team leader to take onsite and placed 

into the project file. Calibrations were performed as described in the EPA publications "Quality 

Assurance Handbook for Air Pollution Measurement Systems; Volume III - Stationary Source 

Specific Methods" and EPA 40 CFR Part 60 Appendix A. Calibrations were performed as 

described in Method 30B. Equipment to be calibrated included the sample metering systems, 

nozzles, barometers, thermocouples, and Pitot tubes. All calibrations were available for review 

during the test program. Copies of the example equipment calibration forms are presented in 

Appendix E. 

6.2.2 Equipment Leak Checks 

Prior to sampling, each sampling train was leak checked according to the procedures outlined in 
L2010-275 58

EPA OTM 27/OTM 28, Method 26A/CTM033, Method 29, and Method 30B. Final leak checks 

were performed to ensure that no leaks develop in the train during the course of each test run. 

All leakage rates, if any found, were recorded on the appropriate field data sheet. 

6.2.3 Calibration Gases 

All calibration gases used to conduct instrument calibrations were prepared in accordance with 

the EPA Protocol 1. 

6.2.4 Cyclonic Flow Check 

The absence of cyclonic flow was established prior to sampling, in accordance with Section 2.4 

of EPA Method 1. 

6.2.5 Method Blanks 

One Method blank for each of the sampling trains were collected during the field-sampling 

program to ensure sample quality. Blank correction of test results is not permitted under Method 

30B and was not utilized. 

6.2.6 Spike Recovery (for Method 30B) 

Method 30B requires demonstration that an average spike recovery of 85%-115% is achieved 

utilizing a minimum of three runs in order to validate analytical results. For this test program a 

pre-spike amount was selected for section 1 of each spiked trap. The average spike recovery 

values have been presented in the final report. 

6.3 SAMPLE CHAIN OF CUSTODY 

Chain-of-custody of the samples were initiated and maintained as follows: 
L2010-275 59

• Each sample that was collected was labeled, sealed, and the liquid level marked on 

appropriate samples. 

• Each sample was recorded on the chain-of-custody form. 

• Custody of the samples was retained by TRC until delivery to the analytical laboratory 

for analysis. 

6.4 DATA REDUCTION, VALIDATION, AND REPORTING 

Specific QC measures were used to ensure the generation of reliable data from sampling and 

analysis activities. Proper collection and organization of accurate information followed by clear 

and concise reporting of the data is a primary goal in all projects. 

6.4.1 Field Data Reduction 

The Field Team Leader and at least one other field crewmember reviewed the data collected in 

the field. Any recording errors or discrepancies were noted on the field data sheet. The field 

sampling data sheets are presented in Appendix A. 

6.4.2 Laboratory Analysis Data Reduction 

Analytical results were reduced to concentration units specified by the analytical procedures, 

using the equations provided in the analytical procedures. 

6.4.3 Data Validation 

TRC supervisory and QC personnel use validation methods and criteria appropriate to the type of 

data and the purpose of the measurement. Records of all data were maintained, including any 

judged to be an "outlying" or spurious value. The persons who validated the data have sufficient 

knowledge of the technical work to identify questionable values. 

The Field Team Leader and/or the Field QC Coordinator based on their review of the adherence 

to an approved sampling protocol and written sample collection procedure validated field-
L2010-275 60

sampling data. 

Analytical data were validated using criteria outlined below. TRC utilized results from the field 

method blank to further validate analytical results. Furthermore, TRC reviewed all laboratory 

raw analytical data to verify the calculated results presented. 

The following criteria were used to evaluate the field sampling data: 

 • Use of approved test procedures; 

 • Proper operation of the process being tested; 

 • Use of properly operating and calibrated equipment; 

 • Leak checks conducted before and after tests; 

 • Use of reagents conforming to QC specified criteria; 

 • Proper chain-of-custody maintained. 

The criteria listed below were used to evaluate the analytical data: 

 • Use of approved analytical procedures; 

 • Use of properly operating and calibrated instrumentation; 

 • Results of Reagent and Method Blanks. 

6.4.4 Data Reporting 

All data has been reported in standard units depending on the measurement and the ultimate use 

of the data. The bulk of the data was computer processed and reported using Excel as follows: 

 Exhaust Gas Stream 

 - Gas Properties: 

 a. Moisture, dscf and percent by volume 

 b. Flow rate, dscfm and acfm 

 c. Pressure, inches of Hg 

 d. Temperature, 

F 

 - Gas Diluents 

 a. O2, percent 

 b. CO2, percent 

 

 - SO2, and NOx: 

 a. ppmvd@7% O2, and lb/MMBtu 

 - THC, CH4, HCOH, and CO: 
L2010-275 61

 a. ppmvd@7% O2, and lb/MMBtu 

 - HCl, HF, and HCN: 

 a. lb/MMBtu 

 - Particulate: 

 a. lbs/MMBtu 

 - Hg: 

 a. lbs/MMBtu 

 - Metals: 

 a. lbs/MMBtu 

 - Volatile and Semi-Volatile Organics: 

 a. ug/dscm@7% O2, and lb/MMBtu 

 
L2010-275 

APPENDIX A 

FIELD SAMPLING DATA SHEETS 
L2010-275 

APPENDIX A.1 

CYLONIC FLOW CHECKS AND 

PRELIMINARY FLOWS 


L2010-275 

APPENDIX A.2 

HCL, HF, AND HCN FIELD SAMPLING DATA 
TEST DATA SUMMARY

Client: Dominion

Location: Southhampton

Unit: Unit Common

Load/Condition: Normal

M26A/CTM033 Dates: 4/29/2010

Prelim. Run 1 Run 2 Run 3

Dates: 4/29/2010 4/29/2010 4/29/2010

Barometric Pressures: 30.25 30.25 30.25

TABLE OF CONTENTS:

K-Factor Sheet - Run 1

K-Factor Sheet - Run 2

K-Factor Sheet - Run 3

Nozzles

Data Sheet

Run Sheet - Preliminaries

Run Sheet - Run 1

Run Sheet - Run 2

Run Sheet - Run 3

Calculation Sheet

Parameter Run 1 Run 2 Run 3 3-RUN AVG.

Total Sampling Time, Min. 180 180 180 180

Stack Gas Oxygen Content, O2% 6.7 6.7 6.5 6.6

Stack Gas Carbon Dioxide Content, CO2% 12.4 12.4 12.6 12.4

Gas Sample Volume at Standard Conditions, cu. ft. 174.593 176.261 170.685 173.846

 cu. m. 4.943 4.990 4.832 4.922

Dry Stack Gas Flow Rate (Dry, STP), dscf/min 187,161.3 188,125.1 181,593.9 185,626.8

 dscm/min 5,298.5 5,325.8 5,140.9 5,255.1

TRC Environmental Corporation

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

Project Number 170096-0030

Sampling Data Summary

M26A-ctm033-South-U-common Runs 1-3.xlsTOC
ORIFICE FLOW RATE CALCULATION-K Factors M26A/CTM033

Unit Common

Normal

Run No: Run 1

Date: 4/29/2010

METER BOX ID: 90801 Orifice Delta H@: 1.731 Y FACTOR: 0.9873

DATA INPUTS:

O2 Assumed Oxygen Concentration 5.5 % by volume

CO2 Assumed Carbon Dioxide Concentration 13.0 % by volume

Pbaro Bar. Pressure at Base of Stack 30.00 in. Hg

% H20 Assumed Moisture Content 10.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter DCIR-7/32"-11 0.218 inches

Delta H@ Orifice Calibration Factor 1.731 in. H20

Elevation Elevation of Sampling Location 0 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -0.3 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 30.00 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 29.98 in. Hg

Md Dry Molecular Weight 30.30 lb/lb*mole

Ms Wet Molecular Weight 29.07 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 70 80 90 100

200 1.58 1.61 1.64 1.67

205 1.57 1.60 1.63 1.66

210 1.56 1.59 1.62 1.65

215 1.55 1.58 1.61 1.63

220 1.54 1.56 1.59 1.62

225 1.52 1.55 1.58 1.61

230 1.51 1.54 1.57 1.60

235 1.50 1.53 1.56 1.59

240 1.49 1.52 1.55 1.58

245 1.48 1.51 1.54 1.57

250 1.47 1.50 1.53 1.55

255 1.46 1.49 1.52 1.54

260 1.45 1.48 1.51 1.53

265 1.44 1.47 1.50 1.52

270 1.43 1.46 1.48 1.51

275 1.42 1.45 1.47 1.50

280 1.41 1.44 1.46 1.49

285 1.40 1.43 1.45 1.48

290 1.39 1.42 1.45 1.47

295 1.38 1.41 1.44 1.46

300 1.37 1.40 1.43 1.45

305 1.37 1.39 1.42 1.44

310 1.36 1.38 1.41 1.43

315 1.35 1.37 1.40 1.42

320 1.34 1.36 1.39 1.41

321 1.34 1.36 1.39 1.41

Delta H = K factor * Delta P

M26A/CTM033

M26A-ctm033-South-U-common Runs 1-3.xls K-Fs R1 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M26A/CTM033

Unit Common

Normal

Run No: Run 2

Date: 4/29/2010

METER BOX ID: 90801 Orifice Delta H@: 1.731 Y FACTOR: 0.987

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 30.25 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.731 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 30.00 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 29.85 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 60 70 80 90

250 1.49 1.52 1.55 1.57

255 1.48 1.51 1.54 1.56

260 1.47 1.50 1.52 1.55

265 1.46 1.49 1.51 1.54

270 1.45 1.48 1.50 1.53

275 1.44 1.47 1.49 1.52

280 1.43 1.46 1.48 1.51

285 1.42 1.45 1.47 1.50

290 1.41 1.44 1.46 1.49

295 1.40 1.43 1.45 1.48

300 1.39 1.42 1.44 1.47

305 1.38 1.41 1.44 1.46

310 1.37 1.40 1.43 1.45

315 1.36 1.39 1.42 1.44

320 1.36 1.38 1.41 1.43

325 1.35 1.37 1.40 1.42

330 1.34 1.36 1.39 1.42

335 1.33 1.36 1.38 1.41

340 1.32 1.35 1.37 1.40

345 1.31 1.34 1.36 1.39

350 1.31 1.33 1.36 1.38

355 1.30 1.32 1.35 1.37

360 1.29 1.31 1.34 1.36

365 1.28 1.31 1.33 1.36

370 1.27 1.30 1.32 1.35

375 1.27 1.29 1.31 1.34

Delta H = K factor * Delta P

M26A/CTM033

M26A-ctm033-South-U-common Runs 1-3.xls K-Fs R2 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M26A/CTM033

Unit Common

Normal

Run No: Run 3

Date: 4/29/2010

METER BOX ID: 90801 Orifice Delta H@: 1.731 Y FACTOR: 0.987

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 30.25 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.731 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 30.00 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 29.85 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 55 65 75 85

270 1.43 1.46 1.49 1.52

275 1.42 1.45 1.48 1.51

280 1.41 1.44 1.47 1.50

285 1.41 1.43 1.46 1.49

290 1.40 1.42 1.45 1.48

295 1.39 1.41 1.44 1.47

300 1.38 1.40 1.43 1.46

305 1.37 1.40 1.42 1.45

310 1.36 1.39 1.41 1.44

315 1.35 1.38 1.40 1.43

320 1.34 1.37 1.39 1.42

325 1.33 1.36 1.39 1.41

330 1.33 1.35 1.38 1.40

335 1.32 1.34 1.37 1.39

340 1.31 1.33 1.36 1.38

345 1.30 1.33 1.35 1.38

350 1.29 1.32 1.34 1.37

355 1.28 1.31 1.33 1.36

360 1.28 1.30 1.33 1.35

365 1.27 1.29 1.32 1.34

370 1.26 1.29 1.31 1.33

375 1.25 1.28 1.30 1.33

380 1.25 1.27 1.29 1.32

385 1.24 1.26 1.29 1.31

390 1.23 1.26 1.28 1.30

395 1.22 1.25 1.27 1.30

Delta H = K factor * Delta P

M26A/CTM033

M26A-ctm033-South-U-common Runs 1-3.xls K-Fs R3 TRC Environmental Corporation
NOZZLE SELECTION CALCULATIONS M26A/CTM033

Unit Common

Normal

CHECK ALL INPUTS

Hand Input or Check Links

Input By:

Run 1 Run 2 Run 3

Date: 4/29/2010 4/29/2010 4/29/2010

Bar. Pressure, Pbar, in. Hg 30.25 30.25 30.25

Stack Temp.(F), ts (from prev. run) 125.0 192.3 193.3

Stack Temp. (R), Ts 585 652 653

Meter Temp. (F), tm 70.0 74.4 90.0

Meter Temp. (R), Tm 530 534 550

Pitot Number 0.0 0.0 0.0

Pitot Coefficient, cp 0.84 0.84 0.84

delta P avg. (from prev. run), dP, in. H2O 0.94 2.03 2.03

O2 avg. (from prev. run), % 5.50 6.72 6.67

CO2 avg. (from prev. run), % 12.00 12.37 12.37

Static Pressure (from prev. run), in. H2O -0.40 -0.98 -0.98

Ps, in. Hg 30.221 30.178 30.178

Mwd, lb/lb mole, dry 30.14 30.25 30.25

% Moisture (from prev. run) 13.0 14.5 13.9

MD 0.870 0.855 0.861

Mws, lb/lb mole, wet 28.562 28.473 28.548

delta H, (for sampling rate), in. H2O 1.731 1.731 1.731

delta H@, in. H2O 1.731 1.731 1.731

Qm, dscfm 0.750 0.750 0.750

Desired Nozzle , inches 0.225 0.192 0.189

For Standard Test: dH = dH@, and therefore, Qm will be 0.75 dscfm.

For Different Sampling Rate: Input selected dH to yield desired sampling rate.

Desired Nozzle:

SQRT(SQRT((Ts*Mws)/(Ps*dP))*(0.0357*Qm*Pbar)/(Tm*cp*MD))

M26A/CTM033

M26A-ctm033-South-U-common Runs 1-3.xlsNozzles TRC Environmental Corporation
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: 29-Apr-10

LOCATION: Southhampton PROJECT NO.: 170096-0030

UNIT: Unit Common PERSONNEL: TRC

CONDITION: Normal

Data Input Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

M26A/CTM033

Parameter SYMBOL UNITS DATA Data

Test Number Prelim. Run 1 Run 2 Run 3

Test Date 1/0/1900 4/29/2010 4/29/2010 4/29/2010

Start Time 750 1127 1459

Stop Time 1107 1432 1812 3-RUN AVG.

Stack Diameter ds inches 318.00 96.00 96.00 96.00

Nozzle Diameter dn inches 0.218 0.218 0.218

Barometric Pressure Pbar in. Hg 30.25 30.25 30.25 30.25

Stack Static Pressure Pg in. H2O -0.98 -0.98 -0.98 -0.98

Pitot Coefficient cp none 0.84 0.84 0.84 0.84

Meter Calibration Factor Y none 0.9873 0.9873 0.9873

DH@ none 1.7310 1.7310 1.7310

Stack Gas Oxygen Content O2 % 6.7 6.7 6.5 6.6

Stack Gas Carbon Dioxide Content CO2 % 12.4 12.4 12.6 12.4

Net Moisture Gain (Impingers w/SiGel) Ww grams 627.8 602.0 709.5 646.4

Average Stack Temperature ts deg F 192.3 193.3 193.1 192.9

Average Meter Temperature tm deg F 81.4 81.3 86.3 83.0

Avg Delta H dH in. H2O 3.15 3.15 3.08 3.13

Average Square Root Delta H ASR dH in. H2O 1.771 1.772 1.752 1.765

Avg Velocity Head dP in. H2O 2.03 2.03 1.98 2.01

Average Square Root Delta P ASR dP in H2O 1.421 1.421 1.405 1.416

Gas Sample Volume Vm cu. ft. 177.986 179.664 175.596 177.749

Total Sampling Time min minutes 180 180 180

M26A-ctm033-South-U-common Runs 1-3.xls/Data 6/18/2010 8:27 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 29-Apr-10

LOCATION: Southhampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit Common

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 1 PAGE ONE OF ONE

Minutes per reading: 7.5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

A1 0.0 615.615 2.1 1.449 3.3 1.817 191 69 60

2 7.5 2.2 1.483 3.4 1.844 191 69 60

3 15.0 2.2 1.483 3.4 1.844 193 77 62

4 22.5 2.3 1.517 3.6 1.897 193 81 65

5 30.0 2.2 1.483 3.4 1.844 194 84 68

6 37.5 2.3 1.517 3.6 1.897 194 87 71

7 45.0 2.2 1.483 3.4 1.844 194 89 72

8 52.5 2.2 1.483 3.4 1.844 194 90 73

9 60.0 2.1 1.449 3.3 1.817 193 90 74

10 67.5 2.0 1.414 3.1 1.761 194 92 75

11 75.0 1.8 1.342 2.8 1.673 193 92 75

12 82.5 1.5 1.225 2.3 1.517 193 95 77

90.0 706.159

A1 90.0 706.411 1.8 1.342 2.8 1.673 184 84 78

2 97.5 1.6 1.265 2.5 1.581 193 94 79

3 105.0 2.1 1.449 3.3 1.817 193 97 81

4 112.5 2.1 1.449 3.3 1.817 193 95 80

5 120.0 2.2 1.483 3.4 1.844 193 93 79

6 127.5 2.2 1.483 3.4 1.844 193 95 80

7 135.0 2.1 1.449 3.3 1.817 193 94 80

8 142.5 2.1 1.449 3.3 1.817 191 88 79

9 150.0 2.0 1.414 3.1 1.761 191 90 78

10 157.5 1.9 1.378 2.9 1.703 191 92 78

11 165.0 1.7 1.304 2.6 1.612 191 93 79

12 172.5 1.7 1.304 2.6 1.612 191 94 80

180.0 793.853

Stop

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

180.0 177.986 2.025 1.421 3.15 1.771 192.3 81.4

Impinger Gain

impinger 1: 804.5 605.0 199.5 O2: 6.721 Start Time: 750

impinger 2: 916.0 763.0 153.0 CO2: 12.371 Stop Time: 1107

impinger 3: 763.0 697.0 66.0

impinger 4: 763.7 642.0 121.7 Static Pressure (Port A): -0.98

DIFF

PRESS.

M26A/CTM033

Field Data Run Sheets

M26A-ctm033-South-U-common Runs 1-3.xls/Run 1 6/18/2010 8:27 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 29-Apr-10

LOCATION: Southhampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit Common

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 2 PAGE ONE OF ONE

Minutes per reading: 7.5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

A1 0.0 794.102 1.9 1.378 2.90 1.703 191 81 77

2 7.5 2.0 1.414 3.10 1.761 192 80 76

3 15.0 2.1 1.449 3.30 1.817 193 87 75

4 22.5 2.2 1.483 3.40 1.844 193 89 76

5 30.0 1.9 1.378 2.90 1.703 193 93 77

6 37.5 2.2 1.483 3.40 1.844 194 88 77

7 45.0 2.3 1.517 3.60 1.897 194 87 76

8 52.5 2.3 1.517 3.60 1.897 194 87 75

9 60.0 2.1 1.449 3.30 1.817 194 91 76

10 67.5 2.0 1.414 3.10 1.761 193 86 74

11 75.0 1.7 1.304 2.60 1.612 193 87 75

12 82.5 1.4 1.183 2.20 1.483 193 88 75

90.0 883.460

A1 90.0 883.611 2.0 1.414 3.10 1.761 193 84 75

2 97.5 2.1 1.449 3.30 1.817 193 90 76

3 105.0 2.1 1.449 3.30 1.817 193 85 75

4 112.5 2.1 1.449 3.30 1.817 193 88 75

5 120.0 2.2 1.483 3.40 1.844 193 86 74

6 127.5 2.2 1.483 3.40 1.844 194 84 74

7 135.0 2.1 1.449 3.30 1.817 193 90 75

8 142.5 2.1 1.449 3.30 1.817 193 89 76

9 150.0 2.1 1.449 3.30 1.817 194 90 76

10 157.5 2.2 1.483 3.40 1.844 194 86 76

11 165.0 1.8 1.342 2.80 1.673 194 89 76

12 172.5 1.5 1.225 2.30 1.517 194 87 75

180.0 973.917

Stop

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

180.0 179.664 2.025 1.421 3.15 1.772 193.3 81.3

Impinger Gain

impinger 1: 858.0 616.0 242.0 O2: 6.673 Start Time: 1127

impinger 2: 840.0 702.0 138.0 CO2: 12.371 Stop Time: 1432

impinger 3: 786.0 736.5 49.5

impinger 4: 630.5 608.0 22.5 Static Pressure (Port A): -0.98

impinger 5: 810 0 779 0 31 0 Static Pressure (Port B):

DIFF

PRESS.

M26A/CTM033

Field Data Run Sheets

M26A-ctm033-South-U-common Runs 1-3.xls/Run 2 6/18/2010 8:27 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 29-Apr-10

LOCATION: Southhampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit Common

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 3 PAGE ONE OF ONE

Minutes per reading: 7.5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

A1 0.0 975.197 2.1 1.449 3.30 1.817 194 81 75

2 7.5 2.1 1.449 3.30 1.817 194 87 75

3 15.0 2.2 1.483 3.40 1.844 194 89 76

4 22.5 2.2 1.483 3.40 1.844 193 93 78

5 30.0 2.2 1.483 3.40 1.844 193 93 78

6 37.5 2.2 1.483 3.40 1.844 194 91 78

7 45.0 2.2 1.483 3.40 1.844 193 89 78

8 52.5 2.1 1.449 3.30 1.817 193 95 80

9 60.0 2.0 1.414 3.10 1.761 193 93 80

10 67.5 1.9 1.378 2.90 1.703 193 92 79

11 75.0 1.8 1.342 2.80 1.673 192 98 80

12 82.5 1.4 1.183 2.20 1.483 192 97 82

90.0 1065.611

A1 90.0 1068.728 1.9 1.378 2.90 1.703 193 90 81

2 97.5 2.1 1.449 3.30 1.817 193 95 81

3 105.0 2.1 1.449 3.30 1.817 193 97 82

4 112.5 2.1 1.449 3.30 1.817 193 95 82

5 120.0 1.8 1.342 2.80 1.673 193 96 82

6 127.5 2.2 1.483 3.40 1.844 194 96 82

7 135.0 2.2 1.483 3.40 1.844 193 97 83

8 142.5 2.1 1.449 3.30 1.817 194 93 81

9 150.0 2.0 1.414 3.10 1.761 193 89 80

10 157.5 1.8 1.342 2.80 1.673 193 97 80

11 165.0 1.5 1.225 2.30 1.517 193 92 80

12 172.5 1.4 1.183 2.20 1.483 192 93 80

180.0 1153.910

Stop

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

180.0 175.596 1.983 1.405 3.08 1.752 193.1 86.3

Impinger Gain

impinger 1: 899.0 607.0 292.0 O2: 6.489 Start Time: 1459

impinger 2: 908.0 765.0 143.0 CO2: 12.570 Stop Time: 1812

impinger 3: 734.5 700.5 34.0

impinger 4: 661.0 649.0 12.0 Static Pressure (Port A): -0.98

impinger 5: 900.0 870.0 30.0 Static Pressure (Port B):

impinger 6: 785.5 765.5 20.0 Static Pressure (Avg.): -0.98

impinger 7: 779.5 757.0 22.5

impinger 5a: 750.5 741.0 9.5

Silica Gel imp: 1012.5 866.0 146.5

709.5

DIFF

PRESS.

M26A/CTM033

Field Data Run Sheets

M26A-ctm033-South-U-common Runs 1-3.xls/Run 3 6/18/2010 8:27 PM







L2010-275 

APPENDIX A.3 

PARTICULATE FIELD SAMPLING DATA 
PM 10/2.5 SET-UP DATA

Preliminary Measurements

Plant Name SouthamptonSampling Location Common Stack delta P Stack Temp.

City/State Franklin,VA in. H2O o F

Nozzle Selection Calculations D 1 1.50 1.225 215 1

Duct Diameter, in. 96 2 1.80 1.342 215 2

Width, in. (if rectangular) delta P low, in. H2O 1.20 3 1.80 1.342 215 3

Duct Area,in2 7238 delta P high, in. H2O 2.10 C 1 2.10 1.449 215 4

Pitot Tube Coeffecient 0.84 Average dP, in H2O 1.674 2 1.80 1.342 215 5

Meter Box ID 90596 Average tack Temp, o F 215.0 3 1.20 1.095 215 6Meter Box Gamma (Y) 0.997 B 1 1.40 1.183 215 7

Meter Box delta H@, in. H2O 1.83 2 1.80 1.342 215 8

Estimated Meter Box Temperature, oF 75 3 1.80 1.342 215 9Barometric Pressure, in. Hg 30.00 A 1 1.80 1.342 215 10

Flue Gas Static Pressure, in. H2O -0.85 2 1.80 1.342 215 11

Stack Pressure 30.06 3 1.40 1.183 215 12

Estimated % H2O 10

Desired Run Time, min 330Number of Points 12Base time per Point, min 27.5Stack Gas O2, % 5.5

Stack Gas CO2, % 13

N2+CO 81.5

Dry Molecular Weight, lb/lb-mole 30.30Wet Molecular Weight, lb/lb-mole 29.07Dry Gas Mole Fraction 0.900Viscocity of Stack Gas, micropoise 209.07Cyclone Flow Rate (Ideal), ft3/min 0.504

Cunningham Correction Factor 1.09 2.25 *Average: 1.674 1.294 215.0

Reynolds Number 2698.5Lower Limit Cut for Cyc. I for Nre <3162 10.26

Cut Diameter for Cyc. I - Middle of Overlap 10.63Lower Limit Cut for Cyc. I for Nre ≥3162 10.63Velocity of Stack Gas 81.663Calculated Nozzle Diameter 0.137 <--Ideal Nozzle Diameter

Velocity of Gas in Nozzle 20.232 0.138 <--Actual Nozzle Diameter

Nozzle # 1 2 3 4 5 6 7 8 9 10 11

Dn in. 0.114 0.125 0.138 0.178 0.197 0.207 0.240 0.265 0.306 0.341 0.395 <-- Input from Calibratio

Vn 118.597 98.642 80.933 48.646 39.715 35.970 26.758 21.948 16.460 13.255 9.878

R min. 0.772 0.763 0.750 0.685 0.637 0.604 0.413 #NUM! #NUM! #NUM! #NUM!

R max. 1.220 1.226 1.234 1.272 1.296 1.311 1.367 1.418 1.517 1.616 1.792

Vmin. 91.59 75.28 60.68 33.34 25.28 21.71 13.38 #NUM! #NUM! #NUM! #NUM!Vmax 144.64 120.91 99.91 61.88 51.48 47.14 36.57 31.12 24.69 19.88 14.82

Dp min. 2.107 1.423 0.925 0.279 0.161 0.118 0.045 #NUM! #NUM! #NUM! #NUM!

Dp max. 5.254 3.671 2.506 0.962 0.666 0.558 0.336 0.243 0.153 0.099 0.055

Sqrt dP

From Traverse

Port Point
Run I.D. PM2.5-10/OTM028-R1

Date 4/26/2010

Start 11:00

Finish 17:24

LA-2 Delta-P min 0.925 0.44

0.138 Delta-P max 2.506 0.38

Average delta-P 1.674 0.51

Barometric Pressure 30.05

Static Pressure -0.85

(min.) (min.) (ft3

) (in. H2O) (o F) (o F) (in. H2O)

1 30.00 0.00 B-1 197.600 2.00 76 189 0.44

2 31.50 30.00 2 208.971 2.2 79 187 0.44

3 30.75 61.50 3 220.865 2.1 80 186 0.44

4 30.75 92.25 4 232.512 2.1 81 186 0.44

5 28.00 123.00 5 244.169 1.75 80 190 0.44

6 28.00 151.00 6 254.810 1.75 79 189 0.44

7 31.50 179.00 A-1 265.333 2.2 78 184 0.44

8 32.75 210.50 2 278.060 2.4 76 190 0.44

9 33.50 243.25 3 290.475 2.5 76 194 0.44

10 31.50 276.75 4 302.956 2.2 78 194 0.44

11 32.75 308.25 5 315.283 2.4 79 187 0.44

12 28.50 341.00 6 328.330 1.8 78 189 0.44

13 end 369.50 339.457

14

15

16

17

18

19

20

21

22

23

24

25

369.5 141.857 2.110 78.3 188.8 0.44

delta H

delta H (Ts+50)

delta H (Ts-50)

Stack 

Temp.

Meter 

Temp.

Nozzle I.D.

Nozzle Diameter (in.)

DGM Reading

City/State

Dwell 

Time

Elapsed 

Time Point

Southampton

Franklin,VA

Plant Name 

Sampling Location Common Stack

Time

Delta-P Delta-H

Average delta-H Total Run 

Time Total Sample Volume (ft3

) Average 

delta-P

Average 

Meter Temp

Average 

Stack Temp
PM 10/2.5 SET-UP DATA

Preliminary Measurements

Plant Name Southampton

Sampling Location Common Stack delta P Stack Temp.

City/State Franklin,VA in. H2O o F

Nozzle Selection Calculations D 1 2.00 1.414 189 1

Duct Diameter, in. 96 2 2.20 1.483 187 2

Width, in. (if rectangular) delta P low, in. H2O 1.75 3 2.10 1.449 186 3

Duct Area,in2 7238 delta P high, in. H2O 2.50 C 1 2.10 1.449 186 4

Pitot Tube Coeffecient 0.84 Average dP, in H2O 2.110 2 1.75 1.323 190 5

Meter Box ID 90596 Average tack Temp, o F 188.8 3 1.75 1.323 189 6

Meter Box Gamma (Y) 0.997 B 1 2.20 1.483 184 7

Meter Box delta H@, in. H2O 1.83 2 2.40 1.549 190 8

Estimated Meter Box Temperature, oF 75 3 2.50 1.581 194 9

Barometric Pressure, in. Hg 30.00 A 1 2.20 1.483 194 10

Flue Gas Static Pressure, in. H2O -0.85 2 2.40 1.549 187 11

Stack Pressure 30.06 3 1.80 1.342 189 12

Estimated % H2O 10

Desired Run Time, min 330

Number of Points 12

Base time per Point, min 27.5

Stack Gas O2, % 5.5

Stack Gas CO2, % 13

N2+CO 81.5

Dry Molecular Weight, lb/lb-mole 30.30

Wet Molecular Weight, lb/lb-mole 29.07

Dry Gas Mole Fraction 0.900

Viscocity of Stack Gas, micropoise 202.90

Cyclone Flow Rate (Ideal), ft3

/min 0.482

Cunningham Correction Factor 1.08 2.25 *Average: 2.110 1.452 188.8

Reynolds Number 2762.3

Lower Limit Cut for Cyc. I for Nre <3162 10.33

Cut Diameter for Cyc. I - Middle of Overlap 10.66

Lower Limit Cut for Cyc. I for Nre ≥3162 10.64

Velocity of Stack Gas 89.86541

Calculated Nozzle Diameter 0.128 <--Ideal Nozzle Diameter

Velocity of Gas in Nozzle 23.172 0.126 <--Actual Nozzle Diameter

Nozzle # 1 2 3 4 5 6 7 8 9 10 11

Dn in. 0.138 0.126 0.161 0.175 0.197 0.207 0.240 0.265 0.306 0.341 0.395 <-- Input from Calibration S

Vn 77.275 92.695 56.773 48.053 37.920 34.344 25.549 20.956 15.716 12.656 9.432

R min. 0.749 0.762 0.716 0.690 0.633 0.599 0.399 #NUM! #NUM! #NUM! #NUM!

R max. 1.235 1.227 1.255 1.270 1.298 1.312 1.369 1.421 1.521 1.622 1.800

Vmin. 57.87 70.59 40.67 33.14 24.01 20.59 12.77 #NUM! #NUM! #NUM! #NUM!

Vmax 95.43 113.72 71.24 61.01 49.21 45.07 34.98 29.78 23.57 18.98 14.15

Dp min. 0.875 1.302 0.432 0.287 0.151 0.111 0.043 #NUM! #NUM! #NUM! #NUM!

Dp max. 2.380 3.379 1.326 0.973 0.633 0.531 0.320 0.232 0.145 0.094 0.052

Port Point Sqrt dP

From Traverse
Run I.D. PM2.5-10/OTM028-R2

Date 4/27/2010

Start 7:50

Finish 13:47

LA-1 Delta-P min 1.302 0.43

0.126 Delta-P max 3.379 0.37

Average delta-P 2.110 0.51

Barometric Pressure 30.00

Static Pressure -0.85

(min.) (min.) (ft3

) (in. H2O) (o F) (o F) (in. H2O)

1 26.50 0.00 A-1 339.800 1.95 59 188 0.43

2 27.25 26.50 2 349.560 2.05 60 190 0.43

3 27.50 53.75 3 359.458 2.1 61 191 0.43

4 27.25 81.25 4 369.382 2.05 64 192 0.43

5 26.50 108.50 5 379.340 1.95 65 192 0.43

6 25.00 135.00 6 389.324 1.75 65 193 0.43

7 26.50 160.00 B-1 398.150 1.95 66 181 0.43

8 27.75 186.50 2 408.187 2.15 66 181 0.43

9 27.75 214.25 3 418.400 2.15 66 185 0.43

10 27.25 242.00 4 428.412 2.05 66 188 0.43

11 26.75 269.25 5 438.539 2 67 188 0.43

12 24.50 296.00 6 448.584 1.65 67 185 0.43

13 end 320.50 458.700

14 457.457

15

16

17

18

19

20

21

22

23

24

25

320.5 118.900 1.981 64.3 187.8 0.43

Average 

Stack Temp Average delta-H Total Run Time Total Sample Volume (ft3

) Average delta

P

Average 

Meter Temp

City/State Franklin,VA

Delta-P Meter 

Temp.

delta H (Ts-50)

Nozzle I.D. delta H

Nozzle Diameter (in.) delta H (Ts+50)

Time

Plant Name Southampton

Sampling Location Common Stack

Stack 

Temp. Delta-H Dwell Time

Elapsed 

Time point DGM Reading
PM 10/2.5 SET-UP DATA

Preliminary Measurements

Plant Name Southampton

Sampling Location Common Stack delta P Stack Temp.

City/State Franklin,VA in. H2O o F

Nozzle Selection Calculations D 1 1.95 1.396 188 1

Duct Diameter, in. 96 2 2.05 1.432 190 2

Width, in. (if rectangular) delta P low, in. H2O 1.65 3 2.10 1.449 191 3

Duct Area,in2

7238 delta P high, in. H2O 2.15 C 1 2.05 1.432 192 4

Pitot Tube Coeffecient 0.84 Average dP, in H2O 1.981 2 1.95 1.396 192 5

Meter Box ID 90596 Average tack Temp, o F 187.8 3 1.75 1.323 193 6

Meter Box Gamma (Y) 0.9965 B 1 1.95 1.396 181 7

Meter Box delta H@, in. H2O 1.83 2 2.15 1.466 181 8

Estimated Meter Box Temperature, oF 80 3 2.15 1.466 185 9

Barometric Pressure, in. Hg 30.00 A 1 2.05 1.432 188 10

Flue Gas Static Pressure, in. H2O 7.5 2 2.00 1.414 188 11

Stack Pressure 29.45 3 1.65 1.285 185 12

Estimated % H2O 10

Desired Run Time, min 330

Number of Points 12

Base time per Point, min 27.5

Stack Gas O2, % 6.5

Stack Gas CO2, % 12.6

N2+CO 80.9

Dry Molecular Weight, lb/lb-mole 30.28

Wet Molecular Weight, lb/lb-mole 29.05

Dry Gas Mole Fraction 0.900

Viscocity of Stack Gas, micropoise 203.22

Cyclone Flow Rate (Ideal), ft3

/min 0.486

Cunningham Correction Factor 1.08 2.25 *Average: 1.981 1.407 187.8

Reynolds Number 2730.1

Lower Limit Cut for Cyc. I for Nre <3162 10.29

Cut Diameter for Cyc. I - Middle of Overlap 10.65

Lower Limit Cut for Cyc. I for Nre ≥3162 10.63

Velocity of Stack Gas 87.94859

Calculated Nozzle Diameter 0.130 <--Ideal Nozzle Diameter

Velocity of Gas in Nozzle 23.401 0.126 <--Actual Nozzle Diameter

Nozzle # 1 2 3 4 5 6 7 8 9 10 11

Dn in. 0.138 0.150 0.161 0.180 0.197 0.207 0.240 0.265 0.306 0.341 0.395 <-- Input from Calibration S

Vn 78.037 66.051 57.334 45.869 38.294 34.683 25.801 21.163 15.872 12.781 9.525

R min. 0.749 0.734 0.717 0.680 0.635 0.602 0.406 #NUM! #NUM! #NUM! #NUM!

R max. 1.235 1.244 1.254 1.275 1.297 1.311 1.368 1.419 1.519 1.619 1.796

Vmin. 58.48 48.48 41.11 31.18 24.32 20.86 12.90 #NUM! #NUM! #NUM! #NUM!

Vmax 96.35 82.19 71.92 58.48 49.67 45.49 35.29 30.04 23.81 19.17 14.29

Dp min. 0.876 0.602 0.433 0.249 0.151 0.111 0.043 #NUM! #NUM! #NUM! #NUM!

Dp max. 2.378 1.730 1.325 0.876 0.632 0.530 0.319 0.231 0.145 0.094 0.052

Port Point Sqrt dP

From Traverse
Run I.D. PM2.5-10/OTM028-R3

Date 4/27/2010

Start 14:11

Finish 19:49

PM10-0.125 Delta-P min 1.303 0.44

0.126 Delta-P max 3.376 0.38

Average delta-P 1.981 0.51

Barometric Pressure 29.25

Static Pressure -0.85

(min.) (min.) (ft3

) (in. H2O) (o F) (o F) (in. H2O)

1 27.25 0.00 B1 457.700 1.95 63 181 0.44

2 28.25 27.25 2 478.152 2.1 65 185 0.44

3 28.25 55.50 3 488.365 2.1 58 186 0.44

4 29.00 83.75 4 498.400 2.2 63 186 0.44

5 27.50 112.75 5 498.860 2 66 186 0.44

6 25.00 140.25 6 508.934 1.65 65 183 0.44

7 26.50 165.25 A1 518.067 1.85 65 186 0.44

8 28.50 191.75 2 527.897 2.15 68 187 0.44

9 29.00 220.25 3 538.562 2.2 66 187 0.44

10 30.00 249.25 4 549.296 2.35 70 187 0.44

11 28.25 279.25 5 560.442 2.1 71 187 0.44

12 25.00 307.50 6 570.728 1.65 71 180 0.44

13 end 332.50 580.039

14

15

16

17

18

19

20

21

22

23

24

25

332.5 122.339 2.019 65.9 185.1 0.44

Delta-H

Total Run 

Time Total Sample Volume (ft3

) Average delta

P

Average 

Meter Temp

Average 

Stack Temp Average delta-H

Point DGM Reading

City/State Franklin,VA Time

Nozzle I.D. delta H

Plant Name Southampton

Sampling Location Common Stack

Nozzle Diameter (in.) delta H (Ts+50)

delta H (Ts-50)

Delta-P Meter 

Temp.

Stack 

Temp.

Dwell 

Time

Elapsed 

Time




L2010-275 

APPENDIX A.4 

METALS FIELD SAMPLING DATA 
TEST DATA SUMMARY

Client: Dominion

Location: Southampton

Unit: Unit 1 and 2

Load/Condition: Normal

M29 Dates:

Prelim. Run 1 Run 2 Run 3

Dates: 4/26/2010 4/27/2010 4/27/2010

Barometric Pressures: 29.07 29.13 29.13

TABLE OF CONTENTS:

K-Factor Sheet - Run 1

K-Factor Sheet - Run 2

K-Factor Sheet - Run 3

Nozzles

Data Sheet

Run Sheet - Preliminaries

Run Sheet - Run 1

Run Sheet - Run 2

Run Sheet - Run 3

Calculation Sheet

Parameter Run 1 Run 2 Run 3 3-RUN AVG.

Total Sampling Time, Min. 240 240 240 240

Stack Gas Oxygen Content, O2% 6.545 6.067 5.995 6.202

Stack Gas Carbon Dioxide Content, CO2% 12.683 13.101 13.178 12.987

Gas Sample Volume at Standard Conditions, cu. ft. 232.253 220.990 224.365 225.869

 cu. m. 6.575 6.256 6.352 6.394

Dry Stack Gas Flow Rate (Dry, STP), dscf/min 192,591.7 182,619.3 184,465.2 186,558.7

 dscm/min 5,452.3 5,170.0 5,222.2 5,281.5

TRC Environmental Corporation

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

Project Number 170096-0030

Sampling Data Summary

M29-South - U Common Runs 1-3.xlsTOC
ORIFICE FLOW RATE CALCULATION-K Factors M29

Unit 1 and 2

Normal

Run No: Run 1

Date: 4/26/2010

METER BOX ID: 90596 Orifice Delta H@: 1.731 Y FACTOR: 0.9873

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 11.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.25 in. Hg

% H20 Assumed Moisture Content 13.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.731 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -0.4 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 29.00 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 28.97 in. Hg

Md Dry Molecular Weight 30.04 lb/lb*mole

Ms Wet Molecular Weight 28.47 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 80 90 100 110

180 1.57 1.60 1.63 1.66

185 1.56 1.59 1.62 1.65

190 1.55 1.58 1.61 1.63

195 1.54 1.56 1.59 1.62

200 1.52 1.55 1.58 1.61

205 1.51 1.54 1.57 1.60

210 1.50 1.53 1.56 1.59

215 1.49 1.52 1.55 1.57

220 1.48 1.51 1.53 1.56

225 1.47 1.50 1.52 1.55

230 1.46 1.49 1.51 1.54

235 1.45 1.47 1.50 1.53

240 1.44 1.46 1.49 1.52

245 1.43 1.45 1.48 1.51

250 1.42 1.44 1.47 1.50

255 1.41 1.43 1.46 1.49

260 1.40 1.42 1.45 1.48

265 1.39 1.41 1.44 1.46

270 1.38 1.40 1.43 1.45

275 1.37 1.39 1.42 1.44

280 1.36 1.38 1.41 1.44

285 1.35 1.38 1.40 1.43

290 1.34 1.37 1.39 1.42

295 1.33 1.36 1.38 1.41

300 1.32 1.35 1.37 1.40

301 1.32 1.35 1.37 1.40

Delta H = K factor * Delta P

M29

M29-South - U Common Runs 1-3.xls K-Fs R1 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M29

Unit 1 and 2

Normal

Run No: Run 2

Date: 4/27/2010

METER BOX ID: 90594 Orifice Delta H@: 1.842 Y FACTOR: 1.005

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.13 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.842 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 28.88 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 28.73 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 60 70 80 90

250 1.58 1.61 1.65 1.68

255 1.57 1.60 1.63 1.66

260 1.56 1.59 1.62 1.65

265 1.55 1.58 1.61 1.64

270 1.54 1.57 1.60 1.63

275 1.53 1.56 1.59 1.62

280 1.52 1.55 1.58 1.61

285 1.51 1.54 1.57 1.60

290 1.50 1.53 1.56 1.59

295 1.49 1.52 1.55 1.58

300 1.48 1.51 1.54 1.57

305 1.47 1.50 1.53 1.56

310 1.46 1.49 1.52 1.54

315 1.45 1.48 1.51 1.53

320 1.44 1.47 1.50 1.53

325 1.43 1.46 1.49 1.52

330 1.42 1.45 1.48 1.51

335 1.41 1.44 1.47 1.50

340 1.41 1.43 1.46 1.49

345 1.40 1.42 1.45 1.48

350 1.39 1.42 1.44 1.47

355 1.38 1.41 1.43 1.46

360 1.37 1.40 1.42 1.45

365 1.36 1.39 1.42 1.44

370 1.36 1.38 1.41 1.43

375 1.35 1.37 1.40 1.42

Delta H = K factor * Delta P

M29

M29-South - U Common Runs 1-3.xls K-Fs R2 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M29

Unit 1 and 2

Normal

Run No: Run 3

Date: 4/27/2010

METER BOX ID: 90594 Orifice Delta H@: 1.842 Y FACTOR: 1.005

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.13 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.842 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 28.88 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 28.73 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 55 65 75 85

270 1.53 1.56 1.59 1.61

275 1.52 1.54 1.57 1.60

280 1.51 1.53 1.56 1.59

285 1.50 1.52 1.55 1.58

290 1.49 1.51 1.54 1.57

295 1.48 1.50 1.53 1.56

300 1.47 1.49 1.52 1.55

305 1.46 1.48 1.51 1.54

310 1.45 1.47 1.50 1.53

315 1.44 1.47 1.49 1.52

320 1.43 1.46 1.48 1.51

325 1.42 1.45 1.47 1.50

330 1.41 1.44 1.46 1.49

335 1.40 1.43 1.46 1.48

340 1.39 1.42 1.45 1.47

345 1.38 1.41 1.44 1.46

350 1.38 1.40 1.43 1.46

355 1.37 1.39 1.42 1.45

360 1.36 1.38 1.41 1.44

365 1.35 1.38 1.40 1.43

370 1.34 1.37 1.39 1.42

375 1.33 1.36 1.39 1.41

380 1.33 1.35 1.38 1.40

385 1.32 1.34 1.37 1.40

390 1.31 1.34 1.36 1.39

395 1.30 1.33 1.35 1.38

Delta H = K factor * Delta P

M29

M29-South - U Common Runs 1-3.xls K-Fs R3 TRC Environmental Corporation
NOZZLE SELECTION CALCULATIONS M29

Unit 1 and 2

Normal

CHECK ALL INPUTS

Hand Input or Check Links

Input By:

Run 1 Run 2 Run 3

Date: 4/26/2010 4/27/2010 4/27/2010

Bar. Pressure, Pbar, in. Hg 29.07 29.13 29.13

Stack Temp.(F), ts (from prev. run) 125.0 189.5 187.3

Stack Temp. (R), Ts 585 650 647

Meter Temp. (F), tm 70.0 74.4 90.0

Meter Temp. (R), Tm 530 534 550

Pitot Number 0.0 0.0 0.0

Pitot Coefficient, cp 0.84 0.84 0.84

delta P avg. (from prev. run), dP, in. H2O 0.94 2.20 1.95

O2 avg. (from prev. run), % 5.50 6.55 6.07

CO2 avg. (from prev. run), % 12.00 12.68 13.10

Static Pressure (from prev. run), in. H2O -0.40 -0.85 -0.91

Ps, in. Hg 29.041 29.068 29.063

Mwd, lb/lb mole, dry 30.14 30.29 30.34

% Moisture (from prev. run) 13.0 13.7 13.4

MD 0.870 0.863 0.866

Mws, lb/lb mole, wet 28.562 28.608 28.683

delta H, (for sampling rate), in. H2O 1.731 1.731 1.731

delta H@, in. H2O 1.731 1.842 1.842

Qm, dscfm 0.750 0.727 0.727

Desired Nozzle , inches 0.223 0.182 0.185

For Standard Test: dH = dH@, and therefore, Qm will be 0.75 dscfm.

For Different Sampling Rate: Input selected dH to yield desired sampling rate.

Desired Nozzle:

SQRT(SQRT((Ts*Mws)/(Ps*dP))*(0.0357*Qm*Pbar)/(Tm*cp*MD))

M29

M29-South - U Common Runs 1-3.xlsNozzles TRC Environmental Corporation
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: 00-Jan-00

LOCATION: Southampton PROJECT NO.: 170096-0030

UNIT: Unit 1 and 2 PERSONNEL: TRC

CONDITION: Normal

Data Input Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

M29

Parameter SYMBOL UNITS DATA Data

Test Number Prelim. Run 1 Run 2 Run 3

Test Date 1/0/1900 4/26/2010 4/27/2010 4/27/2010

Start Time 12:00 09:00 14:45

Stop Time 16:07 13:05 19:05 3-RUN AVG.

Stack Diameter ds inches 96.00 96.00 96.00

Nozzle Diameter dn inches 0.218 0.218 0.218

Barometric Pressure Pbar in. Hg 29.07 29.13 29.13 29.11

Stack Static Pressure Pg in. H2O -0.85 -0.91 -0.91 -0.89

Pitot Coefficient cp none 0.84 0.84 0.84 0.84

Meter Calibration Factor Y none 0.9873 0.9873 0.9873

DH@ none 1.7310 1.7310 1.7310

Stack Gas Oxygen Content O2 % 6.545 6.067 5.995 6.202

Stack Gas Carbon Dioxide Content CO2 % 12.683 13.101 13.178 12.987

Net Moisture Gain (Impingers w/SiGel) Ww grams 781.3 726.3 755.0 754.2

Average Stack Temperature ts deg F 189.5 187.3 186.2 187.7

Average Meter Temperature tm deg F 93.1 84.5 81.3 86.3

Avg Delta H dH in. H2O 3.41 3.03 3.11 3.18

Average Square Root Delta H ASR dH in. H2O 1.840 1.739 1.761 1.780

Avg Velocity Head dP in. H2O 2.20 1.95 2.00 2.05

Average Square Root Delta P ASR dP in H2O 1.478 1.395 1.412 1.428

Gas Sample Volume Vm cu. ft. 251.444 235.301 237.436 241.394

Total Sampling Time min minutes 240 240 240

M29-South - U Common Runs 1-3.xls/Data 6/18/2010 8:40 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 26-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit 1 and 2

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 1 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 48

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

1 0 533.188 1.7 1.304 2.6 1.612 183 81 80

5 1.8 1.342 2.8 1.673 185 84 80

2 10 2.0 1.414 3.1 1.761 186 89 82

15 1.9 1.378 2.9 1.703 186 89 81

3 20 2.1 1.449 3.3 1.817 187 90 81

25 2.1 1.449 3.3 1.817 187 93 82

4 30 2.4 1.549 3.7 1.924 187 96 83

35 2.2 1.483 3.4 1.844 187 98 84

5 40 2.5 1.581 3.9 1.975 187 99 85

45 2.5 1.581 3.9 1.975 188 100 86

6 50 2.8 1.673 4.3 2.074 190 98 85

55 2.8 1.673 4.3 2.074 192 98 85

7 60 2.1 1.449 3.3 1.817 192 98 85

65 2.9 1.703 4.5 2.121 191 102 86

8 70 2.7 1.643 4.2 2.049 190 101 86

75 2.9 1.703 4.5 2.121 190 103 87

9 80 2.5 1.581 3.9 1.975 189 105 88

85 2.5 1.581 3.9 1.975 189 106 89

10 90 2.4 1.549 3.7 1.924 189 105 90

95 2.5 1.581 3.9 1.975 189 106 90

11 100 2.3 1.517 3.6 1.897 188 107 90

105 2.3 1.517 3.6 1.897 188 105 90

12 110 2.0 1.414 3.1 1.761 189 105 90

115 2.0 1.414 3.1 1.761 188 104 90

13 120 662.251 1.5 1.225 2.3 1.517 186 90 87

125 662.464 1.5 1.225 2.3 1.517 187 92 86

14 130 1.9 1.378 2.9 1.703 186 95 84

135 1.7 1.304 2.6 1.612 187 99 84

15 140 2.0 1.414 3.1 1.761 185 101 85

DIFF

PRESS.

M29

Field Data Run Sheets

M29-South - U Common Runs 1-3.xls/Run 1 6/18/2010 8:40 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 26-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit 1 and 2

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 1 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 48

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

DIFF

PRESS.

M29

Field Data Run Sheets

145 2.0 1.414 3.1 1.761 187 103 86

16 150 2.2 1.483 3.4 1.844 187 103 87

155 2.2 1.483 3.4 1.844 188 105 87

17 160 2.3 1.517 3.6 1.897 189 102 87

165 2.2 1.483 3.4 1.844 190 104 89

18 170 2.2 1.483 3.4 1.844 190 105 89

175 2.3 1.517 3.6 1.897 190 105 89

19 180 2.4 1.549 3.7 1.924 191 104 89

185 2.3 1.517 3.6 1.897 192 103 89

20 190 2.4 1.549 3.7 1.924 192 104 89

195 2.5 1.581 3.9 1.975 194 101 88

21 200 2.3 1.517 3.6 1.897 194 104 89

205 2.4 1.549 3.7 1.924 195 104 89

22 210 2.3 1.517 3.6 1.897 195 101 88

215 2.3 1.517 3.6 1.897 196 102 88

23 220 1.7 1.304 2.6 1.612 197 96 86

225 1.7 1.304 2.6 1.612 195 101 86

24 230 1.7 1.304 2.6 1.612 194 99 86

235 1.6 1.265 2.5 1.581 193 101 86

Stop 240 784.845

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

240.0 251.444 2.20 1.478 3.41 1.840 189.5 93.1

Impinger Gain

impinger 1: 948.5 623.5 325.0 O2: 6.545 Start Time: 12:00

impinger 2: 967.5 735.5 232.0 CO2: 12.683 Stop Time: 16:07

impinger 3: 865.5 707.5 158.0

impinger 4: 651.0 641.2 9.8 Static Pressure (Port A): -0.85

Si gel 996.0 939.5 56.5 Static Pressure (Port B): -0.85

Static Pressure (Avg.): -0.85

781.3

M29-South - U Common Runs 1-3.xls/Run 1 6/18/2010 8:40 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 27-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit 1 and 2

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 2 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 48

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

1 0 785.759 1.4 1.183 2.2 1.483 188 69 68

5 1.4 1.183 2.2 1.483 189 71 68

2 10 1.6 1.265 2.5 1.581 188 74 68

15 1.6 1.265 2.5 1.581 191 78 69

3 20 1.7 1.304 2.6 1.612 191 81 70

25 1.8 1.342 2.8 1.673 192 84 71

4 30 1.9 1.378 2.9 1.703 191 86 72

35 1.8 1.342 2.8 1.673 192 87 74

5 40 1.9 1.378 2.9 1.703 191 88 74

45 2.0 1.414 3.1 1.761 191 89 74

6 50 2.1 1.449 3.3 1.817 193 90 75

55 2.0 1.414 3.1 1.761 193 92 75

7 60 2.1 1.449 3.3 1.817 193 92 76

65 2.1 1.449 3.3 1.817 194 93 77

8 70 2.1 1.449 3.3 1.817 194 95 78

75 2.0 1.414 3.1 1.761 194 94 78

9 80 2.0 1.414 3.1 1.761 192 93 78

85 2.1 1.449 3.3 1.817 189 95 79

10 90 2.1 1.449 3.3 1.817 187 95 79

95 2.0 1.414 3.1 1.761 187 96 80

11 100 2.0 1.414 3.1 1.761 186 97 81

105 2.0 1.414 3.1 1.761 185 97 81

12 110 1.9 1.378 2.9 1.703 185 96 81

115 1.9 1.378 2.9 1.703 184 97 81

13 120 901.504 1.7 1.304 2.6 1.612 181 83 80

125 901.603 1.8 1.342 2.8 1.670 183 93 81

14 130 1.8 1.342 2.8 1.670 182 95 81

135 1.8 1.342 2.8 1.670 182 96 80

15 140 2.0 1.414 3.1 1.761 181 95 80

DIFF

PRESS.

M29

Field Data Run Sheets

M29-South - U Common Runs 1-3.xls/Run 2 6/18/2010 8:40 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 27-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit 1 and 2

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 2 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 48

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

DIFF

PRESS.

M29

Field Data Run Sheets

145 1.9 1.378 2.9 1.703 181 96 81

16 150 1.9 1.378 2.9 1.703 181 95 80

155 2.0 1.414 3.1 1.761 180 95 80

17 160 2.0 1.414 3.1 1.761 180 96 80

165 2.0 1.414 3.1 1.761 180 96 80

18 170 2.1 1.449 3.3 1.817 180 95 80

175 2.1 1.449 3.3 1.817 185 96 80

19 180 2.2 1.483 3.4 1.844 187 96 80

185 2.1 1.449 3.3 1.817 187 96 81

20 190 2.1 1.449 3.3 1.817 188 96 80

195 2.2 1.483 3.4 1.844 188 94 80

21 200 2.1 1.449 3.3 1.817 188 95 80

205 2.1 1.449 3.3 1.817 188 95 80

22 210 2.1 1.449 3.3 1.817 188 93 80

215 2.1 1.449 3.3 1.817 188 93 78

23 220 2.0 1.414 3.1 1.761 188 95 78

225 2.1 1.449 3.3 1.817 188 94 78

24 230 2.0 1.414 3.1 1.761 187 94 78

235 1.9 1.378 2.9 1.703 187 93 78

Stop 240 1021.159

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

240.0 235.301 1.950 1.395 3.03 1.739 187.3 84.5

Impinger Gain

impinger 1: 922.5 624.0 298.5 O2: 6.067 Start Time: 09:00

impinger 2: 943.5 708.0 235.5 CO2: 13.101 Stop Time: 13:05

impinger 3: 836.0 701.0 135.0

impinger 4: 631.0 623.2 7.8 Static Pressure (Port A): -0.91

si gel 1031.0 981.5 49.5 Static Pressure (Port B): -0.91

0.0 Static Pressure (Avg.): -0.91

726.3

M29-South - U Common Runs 1-3.xls/Run 2 6/18/2010 8:40 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 27-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit 1 and 2

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 3 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 48

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

1 0 21.478 1.4 1.183 2.2 1.483 183 64 62

5 1.5 1.225 2.3 1.517 183 69 62

2 10 1.8 1.342 2.9 1.703 188 71 62

15 1.8 1.342 2.8 1.673 186 78 62

3 20 1.9 1.378 2.9 1.703 186 81 68

25 1.9 1.378 2.9 1.703 185 83 67

4 30 2.0 1.414 3.1 1.761 184 84 67

35 2.0 1.414 3.1 1.761 185 86 68

5 40 2.1 1.449 3.3 1.817 186 86 69

45 2.1 1.449 3.3 1.817 186 86 69

6 50 2.1 1.449 3.3 1.817 186 84 69

55 2.0 1.414 3.1 1.761 186 88 70

7 60 2.2 1.483 3.4 1.844 186 86 70

65 2.2 1.483 3.4 1.844 186 86 70

8 70 2.2 1.483 3.4 1.844 187 83 69

75 2.2 1.483 3.4 1.844 187 86 70

9 80 2.1 1.449 3.3 1.817 187 89 71

85 2.1 1.449 3.3 1.817 187 88 71

10 90 2.1 1.449 3.3 1.817 187 91 72

95 2.1 1.449 3.3 1.817 186 92 73

11 100 2.1 1.449 3.3 1.817 186 93 74

105 2.0 1.414 3.1 1.761 186 95 75

12 110 1.9 1.378 2.9 1.703 186 95 76

115 1.9 1.378 2.9 1.703 186 95 77

13 120 139.363 1.6 1.265 2.5 1.581 186 76 77

125 139.468 1.6 1.265 2.5 1.581 186 86 75

14 130 1.7 1.304 2.6 1.612 186 90 75

135 1.7 1.304 2.6 1.612 186 91 75

15 140 1.9 1.378 2.9 1.703 186 92 76

DIFF

PRESS.

M29

Field Data Run Sheets

M29-South - U Common Runs 1-3.xls/Run 3 6/18/2010 8:40 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 27-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Unit 1 and 2

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 3 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 48

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

DIFF

PRESS.

M29

Field Data Run Sheets

145 1.8 1.342 2.8 1.673 186 94 77

16 150 2.0 1.414 3.1 1.761 186 95 77

155 2.0 1.414 3.1 1.761 187 95 78

17 160 2.0 1.414 3.1 1.761 186 96 78

165 2.1 1.449 3.3 1.817 186 95 78

18 170 2.1 1.449 3.3 1.817 186 96 79

175 2.1 1.449 3.3 1.817 186 97 80

19 180 2.2 1.483 3.4 1.844 187 98 80

185 2.2 1.483 3.4 1.844 186 97 80

20 190 2.2 1.483 3.4 1.844 187 95 80

195 2.3 1.517 3.6 1.897 188 95 79

21 200 2.1 1.449 3.3 1.817 187 96 78

205 2.1 1.449 3.3 1.817 187 95 79

22 210 2.3 1.517 3.6 1.897 187 95 79

215 2.1 1.449 3.3 1.817 187 95 79

23 220 2.1 1.449 3.3 1.817 187 92 78

225 2.0 1.414 3.1 1.761 187 93 77

24 230 2.0 1.414 3.1 1.761 187 91 77

235 2.0 1.414 3.1 1.761 187 92 76

Stop 240 259.019

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

240.0 237.436 1.998 1.412 3.11 1.761 186.2 81.3

Impinger Gain

impinger 1: 945.5 626.0 319.5 O2: 5.995 Start Time: 14:45

impinger 2: 978.0 735.0 243.0 CO2: 13.178 Stop Time: 19:05

impinger 3: 843.0 707.0 136.0

impinger 4: 649.5 642.0 7.5 Static Pressure (Port A): -0.91

si gel 973.5 924.5 49.0 Static Pressure (Port B): -0.91

Static Pressure (Avg.): -0.91

755.0

M29-South - U Common Runs 1-3.xls/Run 3 6/18/2010 8:40 PM










L2010-275 

APPENDIX A.5 

MERCURY FIELD SAMPLING DATA 
Hg TEST PARAMETERS 4/26/2010 12:00 PM

Xducer Pitot Barom Flow 1 Vac 1 Flow 2 Vac 2 aux LoadGain 1.12 3.41 0.17 1100 0.189 1100 1 0Offset 0.001 17.4 0.004 0.5 0.004 0.5 0 0

Tstd Pstd Gam 1 Gam 2 CPL 2 CPL 1

68 29.92 1.0013 0.9812 526.106 526.211

Prop time Probe min Filter min Stack min Test time

0.5 225 250 150 240

Lpm Motor V Log Time File Suffix Load Proportion

0.8 2.6 60 South 4-26-10 r1 Pitot Manual

Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack Flow: Stack Temp:

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction degF04/26/2010,12:00:32 0 28.417 0.813 3.346 0.859 3.233 0 0 185.51504/26/2010,12:01:32 0 28.415 0.888 2.952 0.987 2.855 0 0 185.39104/26/2010,12:02:33 0 28.413 0.888 2.845 0.987 2.85 0 0 185.37804/26/2010,12:03:33 0 28.412 0.888 2.823 0.986 2.847 0 0 185.42904/26/2010,12:04:33 0 28.41 0.888 2.773 0.985 2.858 0 0 185.324

04/26/2010,12:05:33 0 28.411 0.888 2.85 0.985 2.848 0 0 185.40304/26/2010,12:06:33 0 28.41 0.888 2.781 0.984 2.846 0 0 185.717

04/26/2010,12:07:33 0 28.408 0.887 2.817 0.984 2.839 0 0 185.782

04/26/2010,12:08:33 0 28.408 0.887 2.753 0.984 2.839 0 0 185.75304/26/2010,12:09:33 0 28.404 0.887 2.729 0.983 2.837 0 0 185.75904/26/2010,12:10:33 0 28.402 0.887 2.818 0.983 2.842 0 0 185.70104/26/2010,12:11:33 0 28.4 0.887 2.776 0.983 2.838 0 0 185.595

04/26/2010,12:12:33 0 28.4 0.887 2.828 0.983 2.843 0 0 185.554

04/26/2010,12:13:33 0 28.399 0.886 2.809 0.983 2.839 0 0 185.6104/26/2010,12:14:33 0 28.401 0.886 2.783 0.982 2.842 0 0 185.72504/26/2010,12:15:33 0 28.404 0.886 2.786 0.982 2.846 0 0 185.56504/26/2010,12:16:33 0 28.396 0.886 2.813 0.982 2.836 0 0 185.86604/26/2010,12:17:33 0 28.393 0.886 2.772 0.982 2.837 0 0 186.05604/26/2010,12:18:33 0 28.399 0.886 2.854 0.982 2.839 0 0 186.06204/26/2010,12:19:33 0 28.401 0.886 2.834 0.982 2.835 0 0 185.93804/26/2010,12:20:33 0 28.395 0.886 2.758 0.982 2.835 0 0 185.9604/26/2010,12:21:33 0 28.395 0.886 2.756 0.982 2.832 0 0 186.02204/26/2010,12:22:33 0 28.395 0.886 2.724 0.982 2.83 0 0 18604/26/2010,12:23:33 0 28.395 0.886 2.709 0.982 2.832 0 0 186.07104/26/2010,12:24:33 0 28.391 0.886 2.728 0.982 2.83 0 0 186.27404/26/2010,12:25:33 0 28.391 0.886 2.803 0.982 2.831 0 0 186.08504/26/2010,12:26:33 0 28.397 0.886 2.834 0.982 2.83 0 0 186.09804/26/2010,12:27:34 0 28.393 0.886 2.788 0.982 2.825 0 0 186.35404/26/2010,12:28:34 0 28.392 0.886 2.861 0.982 2.829 0 0 186.316

04/26/2010,12:29:34 0 28.393 0.886 2.709 0.982 2.827 0 0 186.15204/26/2010,12:30:34 0 28.394 0.886 2.824 0.981 2.827 0 0 186.18804/26/2010,12:31:34 0 28.388 0.886 2.79 0.981 2.822 0 0 186.21104/26/2010,12:32:34 0 28.385 0.886 2.729 0.981 2.823 0 0 186.34804/26/2010,12:33:34 0 28.375 0.886 2.822 0.981 2.827 0 0 186.60204/26/2010,12:34:34 0 28.382 0.886 2.753 0.981 2.823 0 0 186.8704/26/2010,12:35:34 0 28.384 0.885 2.803 0.981 2.826 0 0 187.19704/26/2010,12:36:34 0 28.384 0.885 2.834 0.981 2.824 0 0 186.88704/26/2010,12:37:34 0 28.383 0.885 2.794 0.981 2.827 0 0 187.084
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/26/2010,12:00:3204/26/2010,12:01:3204/26/2010,12:02:3304/26/2010,12:03:3304/26/2010,12:04:3304/26/2010,12:05:3304/26/2010,12:06:3304/26/2010,12:07:3304/26/2010,12:08:3304/26/2010,12:09:3304/26/2010,12:10:3304/26/2010,12:11:3304/26/2010,12:12:3304/26/2010,12:13:3304/26/2010,12:14:3304/26/2010,12:15:3304/26/2010,12:16:3304/26/2010,12:17:3304/26/2010,12:18:3304/26/2010,12:19:3304/26/2010,12:20:3304/26/2010,12:21:3304/26/2010,12:22:3304/26/2010,12:23:3304/26/2010,12:24:3304/26/2010,12:25:3304/26/2010,12:26:3304/26/2010,12:27:3404/26/2010,12:28:3404/26/2010,12:29:3404/26/2010,12:30:3404/26/2010,12:31:3404/26/2010,12:32:3404/26/2010,12:33:3404/26/2010,12:34:3404/26/2010,12:35:3404/26/2010,12:36:3404/26/2010,12:37:34

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 Temp: AuxTemp: Cold Juntion Temp: DGM1*: DGdegF degF degF degF degF degF degF degF liters STP lite

77.809 250.641 80.784 80.073 500 81.37 83.493 81.852 2.657 78.375 252.518 80.771 79.991 500 81.401 83.702 81.966 5.574 78.846 249.426 80.882 80.097 500 81.46 83.916 82.084 8.616 79.518 252.794 80.974 80.064 500 81.495 84.179 82.196 11.694 

79.35 250.783 81.154 80.113 500 81.618 84.274 82.312 14.799 

78.391 250.553 81.379 80.205 500 81.683 84.277 82.427 17.847 77.639 251.761 81.523 80.293 500 81.76 84.211 82.543 20.918 77.667 248.695 81.595 80.349 500 81.866 84.288 82.657 23.993 78.384 251.845 81.618 80.417 500 81.946 84.495 82.772 27.041 78.887 250.624 81.68 80.481 500 81.993 84.606 82.886 30.128 79.568 249.53 81.751 80.599 500 82.065 84.796 83.001 33.242 

80.396 252.824 81.918 80.667 500 82.15 84.926 83.112 36.281 80.726 249.607 82.02 80.739 500 82.263 84.988 83.225 39.335 81.062 251.89 82.163 80.8 500 82.331 85.097 83.342 42.4 

80.987 251.755 82.316 80.942 500 82.411 85.223 83.457 45.436 80.044 249.439 82.412 81.03 500 82.544 85.266 83.572 48.526 79.705 252.589 82.458 81.086 500 82.645 85.348 83.686 51.621 80.557 249.989 82.584 81.194 500 82.738 85.456 83.798 54.648 80.536 251.009 82.529 81.303 500 82.808 85.503 83.911 57.695 80.097 252.325 82.422 81.361 500 82.929 85.452 84.024 60.769 79.851 249.446 82.374 81.446 500 83.004 85.402 84.138 63.814 79.939 252.546 82.421 81.529 500 83.073 85.462 84.252 66.908 

80.16 250.948 82.517 81.616 500 83.125 85.593 84.362 69.994 

79.162 250.042 82.707 81.685 500 83.251 85.634 84.473 73.023 78.991 252.362 82.829 81.738 500 83.302 85.759 84.585 76.068 79.239 249.108 82.904 81.845 500 83.357 85.855 84.696 79.143 78.304 251.098 83.1 81.912 500 83.414 85.663 84.806 82.196 77.683 250.6 83.089 81.989 500 83.455 85.66 84.914 85.289 

77.762 248.94 82.966 82.026 500 83.511 85.761 85.016 88.388 

77.717 251.728 82.929 82.067 500 83.552 85.796 85.117 91.42 

77.36 248.522 82.902 82.115 500 83.583 85.888 85.218 94.486 

77.319 250.615 82.731 82.142 500 83.597 85.951 85.316 97.563 77.475 251.747 82.625 82.228 500 83.618 86.03 85.413 100.611 77.753 248.856 82.476 82.245 500 83.626 86.171 85.507 103.676 77.985 252.083 82.417 82.273 500 83.66 86.201 85.601 106.788 77.778 250.259 82.511 82.305 500 83.687 86.154 85.694 109.852 77.568 249.971 82.606 82.322 500 83.703 86.074 85.789 112.906 77.474 252.271 82.9 82.348 500 83.717 85.89 85.879 115.973 
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack Flow: Stack Temp:

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction degF04/26/2010,12:38:34 0 28.382 0.885 2.918 0.981 2.826 0 0 187.34404/26/2010,12:39:34 0 28.38 0.885 2.864 0.981 2.828 0 0 187.543

04/26/2010,12:40:34 0 28.382 0.885 2.83 0.981 2.829 0 0 187.65504/26/2010,12:41:34 0 28.383 0.885 2.83 0.981 2.849 0 0 188.05104/26/2010,12:42:34 0 28.378 0.885 2.762 0.981 2.828 0 0 188.39804/26/2010,12:43:34 0 28.378 0.885 2.66 0.981 2.825 0 0 188.812

04/26/2010,12:44:34 0 28.379 0.885 2.735 0.981 2.826 0 0 189.2204/26/2010,12:45:34 0 28.377 0.885 2.832 0.981 2.824 0 0 189.61404/26/2010,12:46:34 0 28.376 0.885 2.8 0.981 2.844 0 0 189.83504/26/2010,12:47:34 0 28.382 0.885 2.82 0.981 2.884 0 0 189.9504/26/2010,12:48:34 0 28.39 0.885 2.987 0.981 2.918 0 0 190.845

04/26/2010,12:49:34 0 28.377 0.885 2.804 0.981 2.882 0 0 190.59404/26/2010,12:50:34 0 28.381 0.885 2.853 0.981 2.875 0 0 190.86604/26/2010,12:51:35 0 28.375 0.885 2.799 0.981 2.868 0 0 190.80704/26/2010,12:52:35 0 28.378 0.885 2.713 0.981 2.865 0 0 191.00804/26/2010,12:53:35 0 28.378 0.885 2.828 0.981 2.859 0 0 191.27304/26/2010,12:54:35 0 28.381 0.885 2.752 0.981 2.859 0 0 191.51104/26/2010,12:55:35 0 28.376 0.885 2.79 0.981 2.861 0 0 191.63904/26/2010,12:56:35 0 28.372 0.885 2.971 0.981 2.859 0 0 191.68404/26/2010,12:57:35 0 28.374 0.885 2.855 0.981 2.857 0 0 191.53604/26/2010,12:58:35 0 28.371 0.885 2.644 0.981 2.856 0 0 190.78604/26/2010,12:59:35 0 28.371 0.885 2.793 0.981 2.86 0 0 190.4304/26/2010,13:00:35 0 28.372 0.885 2.701 0.981 2.854 0 0 190.50104/26/2010,13:01:35 0 28.37 0.885 2.824 0.981 2.858 0 0 190.458

04/26/2010,13:02:35 0 28.368 0.885 2.817 0.981 2.855 0 0 190.37904/26/2010,13:03:35 0 28.369 0.885 2.747 0.981 2.858 0 0 190.29904/26/2010,13:04:35 0 28.369 0.885 2.819 0.981 2.859 0 0 190.227

04/26/2010,13:05:35 0 28.368 0.885 2.777 0.981 2.857 0 0 190.09404/26/2010,13:06:35 0 28.369 0.885 2.804 0.981 2.86 0 0 189.93304/26/2010,13:07:35 0 28.368 0.885 2.754 0.981 2.86 0 0 189.78304/26/2010,13:08:35 0 28.369 0.885 2.758 0.981 2.859 0 0 189.62104/26/2010,13:09:35 0 28.367 0.885 2.776 0.981 2.856 0 0 189.72104/26/2010,13:10:35 0 28.368 0.885 2.766 0.981 2.863 0 0 189.8104/26/2010,13:11:35 0 28.368 0.885 2.742 0.981 2.864 0 0 189.80404/26/2010,13:12:35 0 28.368 0.885 2.899 0.981 2.862 0 0 189.60504/26/2010,13:13:35 0 28.37 0.885 2.767 0.981 2.865 0 0 189.484

04/26/2010,13:14:35 0 28.371 0.885 2.889 0.981 2.866 0 0 189.3804/26/2010,13:15:36 0 28.374 0.885 2.73 0.981 2.863 0 0 189.2304/26/2010,13:16:36 0 28.374 0.885 2.768 0.981 2.863 0 0 189.10604/26/2010,13:17:36 0 28.375 0.885 2.81 0.981 2.868 0 0 189.09104/26/2010,13:18:36 0 28.376 0.885 2.756 0.981 2.864 0 0 188.87504/26/2010,13:19:36 0 28.375 0.885 2.837 0.981 2.862 0 0 188.97304/26/2010,13:20:36 0 28.377 0.885 2.979 0.981 2.861 0 0 189.12804/26/2010,13:21:36 0 28.378 0.885 2.798 0.981 2.861 0 0 189.16204/26/2010,13:22:36 0 28.377 0.885 2.899 0.981 2.86 0 0 189.20104/26/2010,13:23:36 0 28.376 0.885 2.766 0.981 2.86 0 0 189.07704/26/2010,13:24:36 0 28.376 0.885 2.705 0.981 2.861 0 0 189.0104/26/2010,13:25:36 0 28.375 0.885 2.808 0.981 2.856 0 0 188.93304/26/2010,13:26:36 0 28.376 0.885 2.838 0.981 2.86 0 0 188.86704/26/2010,13:27:36 0 28.375 0.885 2.771 0.981 2.862 0 0 188.9504/26/2010,13:28:36 0 28.377 0.885 2.8 0.981 2.859 0 0 188.89
Time:

date,hh:mm:ss04/26/2010,12:38:3404/26/2010,12:39:3404/26/2010,12:40:3404/26/2010,12:41:3404/26/2010,12:42:3404/26/2010,12:43:3404/26/2010,12:44:3404/26/2010,12:45:3404/26/2010,12:46:3404/26/2010,12:47:3404/26/2010,12:48:3404/26/2010,12:49:3404/26/2010,12:50:3404/26/2010,12:51:3504/26/2010,12:52:3504/26/2010,12:53:3504/26/2010,12:54:3504/26/2010,12:55:3504/26/2010,12:56:3504/26/2010,12:57:3504/26/2010,12:58:3504/26/2010,12:59:3504/26/2010,13:00:3504/26/2010,13:01:3504/26/2010,13:02:3504/26/2010,13:03:3504/26/2010,13:04:3504/26/2010,13:05:3504/26/2010,13:06:3504/26/2010,13:07:3504/26/2010,13:08:3504/26/2010,13:09:3504/26/2010,13:10:3504/26/2010,13:11:3504/26/2010,13:12:3504/26/2010,13:13:3504/26/2010,13:14:3504/26/2010,13:15:3604/26/2010,13:16:3604/26/2010,13:17:3604/26/2010,13:18:3604/26/2010,13:19:3604/26/2010,13:20:3604/26/2010,13:21:3604/26/2010,13:22:3604/26/2010,13:23:3604/26/2010,13:24:3604/26/2010,13:25:3604/26/2010,13:26:3604/26/2010,13:27:3604/26/2010,13:28:36

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 Temp: AuxTemp: Cold Juntion Temp: DGM1*: DGdegF degF degF degF degF degF degF degF liters STP lite

77.63 249.274 82.736 82.362 500 83.718 85.925 85.969 119.041 

78.209 251.686 82.667 82.38 500 83.731 86.105 86.056 122.091 78.567 251.738 82.748 82.405 500 83.755 86.203 86.142 125.173 78.218 249.469 82.955 82.458 500 83.805 86.066 86.228 128.272 96.702 252.505 82.934 82.494 500 83.82 85.911 86.31 131.331 

81.683 249.039 82.712 82.527 500 83.834 86.013 86.388 134.404 

97.844 251.396 82.607 82.57 500 83.883 86.205 86.468 137.424 82.054 251.632 82.608 82.581 500 83.907 86.214 86.547 140.5 

167.594 249.482 82.541 82.595 500 83.922 86.195 86.624 143.561 

309.297 253.189 82.586 82.691 500 83.964 86.289 86.706 146.647 

302.231 249.18 84.096 84.321 500 84.799 86.03 86.805 149.736 

290.217 251.903 82.463 82.628 500 83.961 86.373 86.852 152.804 

278.847 251.866 82.309 82.639 500 83.975 86.343 86.929 155.879 

270.768 249.803 82.177 82.643 500 83.975 86.478 87.001 158.949 

270.375 253.137 82.147 82.649 500 83.984 86.533 87.07 162.064 

272.979 250.268 82.08 82.646 500 83.985 86.458 87.14 165.148 272.031 251.401 82.135 82.654 500 84 86.341 87.209 168.237 

270.476 251.966 82.116 82.644 500 83.998 86.328 87.275 171.343 

271.286 250.079 82.004 82.647 500 83.994 86.336 87.342 174.461 

271.574 253.208 82.088 82.652 500 83.998 86.328 87.409 177.588 

270.961 250.16 82.12 82.654 500 83.994 86.449 87.47 180.698 

271.118 251.5 82.114 82.653 500 83.982 86.531 87.531 183.772 

271.54 252.553 82.217 82.65 500 83.976 86.402 87.589 186.872 

271.346 249.419 82.183 82.649 500 83.963 86.19 87.646 189.978 

271.376 252.684 82.189 82.639 500 83.943 86.138 87.7 193.059 

271.724 250.538 82.095 82.637 500 83.923 86.041 87.753 196.187 

271.768 250.806 82.056 82.646 500 83.924 86.007 87.802 199.289 

271.968 252.954 82.023 82.634 500 83.904 86.151 87.849 202.38 

272.134 249.763 81.959 82.614 500 83.891 86.222 87.895 205.482 

272.189 252.829 82.023 82.62 500 83.898 86.385 87.939 208.602 

272.359 252.061 82.024 82.624 500 83.896 86.417 87.986 211.725 

272.386 250.85 82.016 82.609 500 83.888 86.32 88.028 214.841 

272.366 253.82 82.141 82.624 500 83.912 86.396 88.072 217.929 

272.669 250.414 82.252 82.629 500 83.922 86.523 88.115 221.003 

272.742 252.568 82.269 82.622 500 83.931 86.536 88.161 224.112 

272.84 252.722 82.363 82.661 500 83.955 86.563 88.208 227.197 

272.917 250.133 82.496 82.664 500 83.982 86.617 88.251 230.295 

272.891 253.394 82.575 82.668 500 84.001 86.563 88.295 233.394 

273.015 250.16 82.699 82.717 500 84.029 86.485 88.337 236.486 

273.057 251.7 82.656 82.715 500 84.032 86.512 88.379 239.581 

273.26 251.885 82.683 82.729 500 84.067 86.484 88.424 242.711 

273.272 249.882 82.615 82.761 500 84.08 86.537 88.459 245.838 

273.345 252.985 82.646 82.769 500 84.076 86.496 88.499 248.922 

273.501 249.646 82.718 82.82 500 84.168 86.465 88.535 252.021 

273.43 251.498 82.675 82.809 500 84.137 86.315 88.574 255.13 273.47 251.785 82.655 82.872 500 84.179 86.326 88.609 258.221 

273.652 249.724 82.579 82.846 500 84.17 86.379 88.647 261.305 

273.816 252.9 82.487 82.884 500 84.193 86.48 88.679 264.436 

273.791 250.027 82.519 82.879 500 84.203 86.502 88.712 267.522 

273.789 251.353 82.483 82.891 500 84.219 86.5 88.744 270.611 

273.957 252.236 82.417 82.847 500 84.185 86.503 88.775 273.721 
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack Flow: Stack Temp:

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction degF04/26/2010,13:29:36 0 28.375 0.885 2.718 0.981 2.859 0 0 188.74704/26/2010,13:30:36 0 28.376 0.885 2.71 0.981 2.857 0 0 189.04504/26/2010,13:31:36 0 28.376 0.885 2.742 0.981 2.853 0 0 189.11704/26/2010,13:32:36 0 28.374 0.885 2.696 0.981 2.857 0 0 188.96404/26/2010,13:33:36 0 28.374 0.885 3.034 0.981 2.859 0 0 188.86604/26/2010,13:34:36 0 28.376 0.885 2.725 0.981 2.856 0 0 188.64904/26/2010,13:35:36 0 28.373 0.885 2.726 0.981 2.859 0 0 188.56104/26/2010,13:36:36 0 28.372 0.885 2.656 0.981 2.858 0 0 188.54504/26/2010,13:37:36 0 28.372 0.885 2.937 0.981 2.859 0 0 188.59204/26/2010,13:38:36 0 28.373 0.885 2.862 0.981 2.855 0 0 188.90904/26/2010,13:39:37 0 28.368 0.885 2.848 0.981 2.855 0 0 188.53804/26/2010,13:40:37 0 28.368 0.885 2.665 0.981 2.854 0 0 188.30604/26/2010,13:41:37 0 28.366 0.885 2.697 0.981 2.854 0 0 188.53804/26/2010,13:42:37 0 28.364 0.885 2.643 0.981 2.853 0 0 188.55304/26/2010,13:43:37 0 28.364 0.885 2.674 0.981 2.857 0 0 188.59104/26/2010,13:44:37 0 28.362 0.885 2.802 0.981 2.857 0 0 188.64304/26/2010,13:45:37 0 28.361 0.885 2.674 0.981 2.853 0 0 188.78804/26/2010,13:46:37 0 28.359 0.885 2.593 0.981 2.85 0 0 188.83304/26/2010,13:47:37 0 28.36 0.885 2.822 0.981 2.86 0 0 188.931

04/26/2010,13:51:15 0 28.366 0.885 2.821 0.981 2.88 0 0 188.72404/26/2010,13:52:15 0 28.366 0.885 2.821 0.981 2.882 0 0 188.64804/26/2010,13:53:15 0 28.366 0.885 2.77 0.981 2.879 0 0 188.65604/26/2010,13:54:16 0 28.365 0.885 2.886 0.981 2.881 0 0 188.79504/26/2010,13:55:16 0 28.364 0.885 2.775 0.981 2.885 0 0 188.76504/26/2010,13:56:16 0 28.362 0.885 2.775 0.981 2.885 0 0 188.84104/26/2010,13:57:16 0 28.36 0.885 2.716 0.981 2.885 0 0 188.676

04/26/2010,13:58:16 0 28.358 0.885 2.665 0.981 2.887 0 0 188.62604/26/2010,13:59:16 0 28.356 0.885 2.699 0.981 2.886 0 0 188.50404/26/2010,14:00:16 0 28.357 0.885 2.757 0.981 2.885 0 0 188.49604/26/2010,14:01:16 0 28.358 0.885 2.885 0.981 2.885 0 0 188.39204/26/2010,14:02:16 0 28.361 0.885 2.763 0.981 2.887 0 0 188.30204/26/2010,14:03:16 0 28.362 0.885 2.786 0.981 2.889 0 0 188.25704/26/2010,14:04:16 0 28.364 0.885 2.883 0.981 2.887 0 0 188.32304/26/2010,14:05:16 0 28.369 0.885 2.841 0.981 2.888 0 0 188.48904/26/2010,14:06:16 0 28.372 0.885 2.738 0.981 2.889 0 0 188.41404/26/2010,14:07:16 0 28.375 0.885 2.628 0.981 2.889 0 0 188.41504/26/2010,14:08:16 0 28.379 0.885 2.771 0.981 2.886 0 0 188.26304/26/2010,14:09:16 0 28.376 0.885 2.795 0.981 2.886 0 0 188.20604/26/2010,14:10:16 0 28.376 0.885 2.713 0.981 2.887 0 0 188.24104/26/2010,14:11:16 0 28.375 0.885 2.828 0.981 2.889 0 0 188.01104/26/2010,14:12:16 0 28.374 0.885 2.791 0.981 2.886 0 0 187.904/26/2010,14:13:16 0 28.367 0.885 2.751 0.981 2.883 0 0 187.83104/26/2010,14:14:16 0 28.364 0.885 2.802 0.981 2.89 0 0 187.82404/26/2010,14:15:16 0 28.364 0.885 2.831 0.981 2.887 0 0 187.77104/26/2010,14:16:16 0 28.365 0.885 2.948 0.981 2.885 0 0 187.58604/26/2010,14:17:16 0 28.361 0.885 2.727 0.981 2.888 0 0 187.56204/26/2010,14:18:17 0 28.36 0.885 2.747 0.981 2.896 0 0 187.586

04/26/2010,14:19:17 0 28.358 0.885 2.823 0.981 2.895 0 0 187.56404/26/2010,14:20:17 0 28.357 0.885 2.914 0.981 2.891 0 0 187.55304/26/2010,14:21:17 0 28.355 0.885 2.82 0.981 2.903 0 0 187.59804/26/2010,14:22:17 0 28.353 0.885 2.675 0.981 2.908 0 0 187.499
Time:

date,hh:mm:ss04/26/2010,13:29:3604/26/2010,13:30:3604/26/2010,13:31:3604/26/2010,13:32:3604/26/2010,13:33:3604/26/2010,13:34:3604/26/2010,13:35:3604/26/2010,13:36:3604/26/2010,13:37:3604/26/2010,13:38:3604/26/2010,13:39:3704/26/2010,13:40:3704/26/2010,13:41:3704/26/2010,13:42:3704/26/2010,13:43:3704/26/2010,13:44:3704/26/2010,13:45:3704/26/2010,13:46:3704/26/2010,13:47:3704/26/2010,13:51:1504/26/2010,13:52:1504/26/2010,13:53:1504/26/2010,13:54:1604/26/2010,13:55:1604/26/2010,13:56:1604/26/2010,13:57:1604/26/2010,13:58:1604/26/2010,13:59:1604/26/2010,14:00:1604/26/2010,14:01:1604/26/2010,14:02:1604/26/2010,14:03:1604/26/2010,14:04:1604/26/2010,14:05:1604/26/2010,14:06:1604/26/2010,14:07:1604/26/2010,14:08:1604/26/2010,14:09:1604/26/2010,14:10:1604/26/2010,14:11:1604/26/2010,14:12:1604/26/2010,14:13:1604/26/2010,14:14:1604/26/2010,14:15:1604/26/2010,14:16:1604/26/2010,14:17:1604/26/2010,14:18:1704/26/2010,14:19:1704/26/2010,14:20:1704/26/2010,14:21:1704/26/2010,14:22:17

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 Temp: AuxTemp: Cold Juntion Temp: DGM1*: DGdegF degF degF degF degF degF degF degF liters STP lite

274.021 249.637 82.507 82.89 500 84.232 86.47 88.808 276.843 273.934 252.756 82.489 82.856 500 84.193 86.284 88.84 279.973 

274.105 250.243 82.465 82.891 500 84.222 86.272 88.871 283.092 

274.112 250.987 82.39 82.85 500 84.184 86.295 88.903 286.17 

274.13 252.677 82.442 82.876 500 84.208 86.364 88.931 289.261 

274.114 249.553 82.605 82.884 500 84.18 86.245 88.958 292.38 

274.161 252.832 82.591 82.858 500 84.17 86.247 88.987 295.455 

274.243 250.636 82.486 82.889 500 84.18 86.22 89.011 298.57 

274.128 250.687 82.272 82.845 500 84.125 86.283 89.034 301.676 

274.223 252.676 82.305 82.858 500 84.139 86.276 89.061 304.763 

274.26 249.19 82.214 82.86 500 84.134 86.287 89.085 307.871 

274.128 252.346 82.05 82.781 500 84.069 86.287 89.106 310.981 274.418 251.114 82.161 82.812 500 84.104 86.335 89.127 314.103 

274.457 250.101 81.92 82.777 500 84.076 86.162 89.146 317.233 274.332 252.512 81.731 82.734 500 84.055 85.956 89.168 320.343 

274.52 249.182 81.702 82.727 500 84.04 86.084 89.189 323.428 

274.423 252.557 81.811 82.72 500 84.026 86.26 89.21 326.53 

274.508 250.427 81.954 82.679 500 84.007 86.524 89.23 329.652 

274.554 251.986 82.098 82.672 500 83.993 86.771 89.269 340.917 

274.757 249.677 82.029 82.634 500 83.973 86.99 89.343 344.031 

274.696 252.868 81.958 82.606 500 83.954 86.982 89.37 347.127 

274.704 250.857 82.008 82.594 500 83.952 86.975 89.397 350.213 

274.68 250.959 81.941 82.593 500 83.956 86.953 89.423 353.314 

274.618 252.935 81.912 82.571 500 83.947 86.909 89.45 356.438 

274.676 249.979 81.779 82.584 500 83.956 86.966 89.477 359.549 

274.637 252.591 81.674 82.554 500 83.948 86.976 89.504 362.638 

274.613 251.462 81.661 82.544 500 83.94 86.952 89.529 365.729 

274.786 250.476 81.625 82.553 500 83.953 86.944 89.553 368.823 

274.635 253.063 81.485 82.474 500 83.909 86.993 89.581 371.9 

274.599 249.598 81.489 82.531 500 83.947 86.999 89.604 375.019 

167.189 252.269 81.47 82.457 500 83.917 86.879 89.626 378.098 275.895 250.639 81.395 82.429 500 83.888 86.741 89.648 381.187 

275.024 250.545 81.359 82.443 500 83.903 86.651 89.671 384.3 

274.206 252.728 81.333 82.41 500 83.87 86.61 89.694 387.417 275.015 249.82 81.32 82.394 500 83.813 86.606 89.716 390.544 275.006 252.696 81.313 82.414 500 83.844 86.575 89.739 393.656 

274.455 250.299 81.187 82.373 500 83.789 86.376 89.758 396.733 

274.653 251.073 80.996 82.325 500 83.742 86.157 89.777 399.838 

274.984 252.792 80.82 82.309 500 83.733 86 89.794 402.932 

274.745 249.887 80.72 82.28 500 83.715 85.904 89.811 406.008 

274.631 252.84 80.527 82.23 500 83.666 85.686 89.823 409.124 274.918 251.43 80.432 82.109 500 83.609 85.463 89.832 412.229 

274.778 251.15 80.286 82.046 500 83.551 85.415 89.836 415.314 

274.748 253.682 80.193 81.999 500 83.46 85.426 89.838 418.426 

253.988 250.259 80.125 81.948 500 83.423 85.338 89.836 421.556 

78.156 253.384 80.093 81.899 500 83.393 85.319 89.833 424.667 77.837 252.344 80.105 81.846 500 83.35 85.392 89.829 427.746 80.434 251.128 80.23 81.771 500 83.337 85.329 89.823 430.834 85.437 254.095 80.299 81.731 500 83.318 85.266 89.818 433.912 98.537 250.597 80.389 81.717 500 83.289 85.328 89.811 437.009 

112.307 253.572 80.467 81.673 500 83.282 85.322 89.808 440.089 
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack Flow: Stack Temp:

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction degF04/26/2010,14:23:17 0 28.351 0.885 2.723 0.981 2.907 0 0 187.80604/26/2010,14:24:17 0 28.352 0.885 2.855 0.981 2.907 0 0 187.89704/26/2010,14:25:17 0 28.353 0.885 2.868 0.981 2.91 0 0 187.82804/26/2010,14:26:17 0 28.352 0.885 2.778 0.981 2.913 0 0 187.76304/26/2010,14:27:17 0 28.353 0.885 2.809 0.981 2.909 0 0 187.80704/26/2010,14:28:17 0 28.353 0.885 2.829 0.981 2.917 0 0 187.85104/26/2010,14:29:17 0 28.354 0.885 2.893 0.981 2.917 0 0 187.68204/26/2010,14:30:17 0 28.354 0.885 2.797 0.981 2.916 0 0 187.58704/26/2010,14:31:17 0 28.351 0.885 2.809 0.981 2.919 0 0 187.64904/26/2010,14:32:17 0 28.351 0.885 2.777 0.981 2.919 0 0 187.62704/26/2010,14:33:17 0 28.349 0.885 2.9 0.981 2.923 0 0 187.70304/26/2010,14:34:17 0 28.349 0.885 2.866 0.981 2.921 0 0 187.99204/26/2010,14:35:17 0 28.348 0.885 2.72 0.981 2.926 0 0 188.17904/26/2010,14:36:17 0 28.347 0.885 2.751 0.981 2.927 0 0 188.27204/26/2010,14:37:17 0 28.344 0.885 3.099 0.981 2.924 0 0 188.29304/26/2010,14:38:17 0 28.345 0.885 2.858 0.981 2.923 0 0 188.38404/26/2010,14:39:17 0 28.345 0.885 2.713 0.981 2.927 0 0 188.62504/26/2010,14:40:17 0 28.34 0.885 2.898 0.981 2.929 0 0 188.977

04/26/2010,14:41:17 0 28.341 0.885 2.937 0.981 2.931 0 0 189.21104/26/2010,14:42:17 0 28.34 0.885 2.848 0.981 2.93 0 0 189.533

04/26/2010,14:43:18 0 28.34 0.885 2.918 0.981 2.931 0 0 189.11

04/26/2010,14:44:18 0 28.338 0.885 2.81 0.981 2.932 0 0 189.33204/26/2010,14:45:18 0 28.335 0.885 2.847 0.981 2.925 0 0 189.63504/26/2010,14:46:18 0 28.334 0.885 2.75 0.981 2.925 0 0 189.52904/26/2010,14:47:18 0 28.336 0.885 2.775 0.981 2.927 0 0 189.53504/26/2010,14:48:18 0 28.339 0.885 2.756 0.981 2.924 0 0 189.65204/26/2010,14:49:18 0 28.339 0.885 2.861 0.981 2.919 0 0 189.734

04/26/2010,14:50:18 0 28.335 0.885 2.762 0.981 2.917 0 0 189.81404/26/2010,14:51:18 0 28.335 0.885 2.713 0.981 2.91 0 0 189.82104/26/2010,14:52:18 0 28.336 0.885 2.841 0.981 2.907 0 0 189.95804/26/2010,14:53:18 0 28.336 0.885 2.846 0.981 2.907 0 0 189.9104/26/2010,14:54:18 0 28.335 0.885 2.761 0.981 2.905 0 0 189.76904/26/2010,14:55:18 0 28.334 0.885 2.673 0.981 2.904 0 0 189.85604/26/2010,14:56:18 0 28.332 0.885 2.805 0.981 2.905 0 0 189.94404/26/2010,14:57:18 0 28.33 0.885 2.849 0.981 2.908 0 0 190.142

04/26/2010,14:58:18 0 28.328 0.885 2.68 0.981 2.9 0 0 190.346

04/26/2010,14:59:18 0 28.329 0.885 2.774 0.981 2.901 0 0 190.52704/26/2010,15:00:18 0 28.328 0.885 2.71 0.981 2.901 0 0 190.73204/26/2010,15:01:18 0 28.324 0.885 2.871 0.981 2.904 0 0 190.86204/26/2010,15:02:18 0 28.327 0.885 2.878 0.981 2.903 0 0 191.15404/26/2010,15:03:18 0 28.327 0.885 2.917 0.981 2.904 0 0 191.3504/26/2010,15:04:18 0 28.323 0.885 2.745 0.981 2.902 0 0 191.28304/26/2010,15:05:18 0 28.324 0.885 2.842 0.981 2.902 0 0 191.28704/26/2010,15:06:18 0 28.321 0.885 2.832 0.981 2.9 0 0 191.40304/26/2010,15:07:19 0 28.321 0.885 2.772 0.981 2.898 0 0 191.61604/26/2010,15:08:19 0 28.322 0.885 2.788 0.981 2.903 0 0 191.85104/26/2010,15:09:19 0 28.319 0.885 2.825 0.981 2.905 0 0 191.88804/26/2010,15:10:19 0 28.32 0.885 2.834 0.981 2.904 0 0 191.825

04/26/2010,15:11:19 0 28.318 0.885 2.692 0.981 2.907 0 0 191.904/26/2010,15:12:19 0 28.315 0.885 2.801 0.981 2.911 0 0 191.93204/26/2010,15:13:19 0 28.315 0.885 2.735 0.981 2.912 0 0 191.975
Time:

date,hh:mm:ss04/26/2010,14:23:1704/26/2010,14:24:1704/26/2010,14:25:1704/26/2010,14:26:1704/26/2010,14:27:1704/26/2010,14:28:1704/26/2010,14:29:1704/26/2010,14:30:1704/26/2010,14:31:1704/26/2010,14:32:1704/26/2010,14:33:1704/26/2010,14:34:1704/26/2010,14:35:1704/26/2010,14:36:1704/26/2010,14:37:1704/26/2010,14:38:1704/26/2010,14:39:1704/26/2010,14:40:1704/26/2010,14:41:1704/26/2010,14:42:1704/26/2010,14:43:1804/26/2010,14:44:1804/26/2010,14:45:1804/26/2010,14:46:1804/26/2010,14:47:1804/26/2010,14:48:1804/26/2010,14:49:1804/26/2010,14:50:1804/26/2010,14:51:1804/26/2010,14:52:1804/26/2010,14:53:1804/26/2010,14:54:1804/26/2010,14:55:1804/26/2010,14:56:1804/26/2010,14:57:1804/26/2010,14:58:1804/26/2010,14:59:1804/26/2010,15:00:1804/26/2010,15:01:1804/26/2010,15:02:1804/26/2010,15:03:1804/26/2010,15:04:1804/26/2010,15:05:1804/26/2010,15:06:1804/26/2010,15:07:1904/26/2010,15:08:1904/26/2010,15:09:1904/26/2010,15:10:1904/26/2010,15:11:1904/26/2010,15:12:1904/26/2010,15:13:19

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 Temp: AuxTemp: Cold Juntion Temp: DGM1*: DGdegF degF degF degF degF degF degF degF liters STP lite

101.865 252.779 80.602 81.662 500 83.284 85.431 89.798 443.152 

116.142 250.992 80.667 81.614 500 83.24 85.43 89.791 446.253 

93.232 253.794 80.779 81.6 500 83.234 85.457 89.785 449.361 

78.57 249.958 80.84 81.602 500 83.262 85.579 89.779 452.409 

78.774 252.689 80.929 81.602 500 83.282 85.671 89.776 455.482 78.304 251.305 80.986 81.603 500 83.293 85.69 89.775 458.527 78.669 250.698 81.012 81.603 500 83.322 85.804 89.772 461.594 79.323 253.16 80.998 81.618 500 83.339 85.765 89.77 464.649 

79.988 249.597 81.061 81.626 500 83.356 85.83 89.771 467.75 

80.376 252.576 81.136 81.643 500 83.387 85.905 89.773 470.815 

81.1 250.988 81.215 81.656 500 83.4 85.925 89.773 473.868 

82.18 250.571 81.294 81.658 500 83.427 86.03 89.776 476.919 

83.826 253.149 81.413 81.667 500 83.451 86.044 89.776 479.973 87.476 249.279 81.558 81.691 500 83.489 86.174 89.779 483.022 91.459 252.758 81.658 81.712 500 83.561 86.264 89.785 486.109 94.287 249.984 81.699 81.718 500 83.582 86.285 89.79 489.182 

95.957 251.458 81.791 81.815 500 83.675 86.314 89.797 492.218 

96.833 252.61 81.927 81.873 500 83.687 86.448 89.808 495.254 

110.471 249.558 81.963 81.884 500 83.73 86.391 89.814 498.307 

109.532 252.79 81.971 81.907 500 83.752 86.364 89.824 501.345 

102.554 250.498 81.978 81.934 500 83.787 86.357 89.834 504.434 

114.511 251.22 81.957 81.938 500 83.844 86.354 89.843 507.484 

85.024 252.3 81.994 81.942 500 83.895 86.483 89.852 510.526 

216.153 249.365 82.019 81.956 500 83.926 86.394 89.86 513.551 

309.561 252.668 82.016 82.009 500 84.005 86.468 89.87 516.601 

299.427 250.11 81.851 82.005 500 84.009 86.363 89.879 519.652 

287.552 251.189 81.706 82.005 500 84.01 86.431 89.892 522.756 

276.595 252.658 81.804 81.999 500 84.01 86.585 89.904 525.82 

272.53 249.839 81.965 81.999 500 84.005 86.667 89.915 528.879 

274.492 253.254 82.026 82.035 500 84.036 86.739 89.93 531.96 

276.702 250.591 82.053 82.067 500 84.067 86.858 89.945 535.034 

275.188 252.074 82.216 82.091 500 84.066 86.852 89.959 538.109 

274.342 252.784 82.231 82.105 500 84.069 86.832 89.972 541.189 

275.379 250.475 82.269 82.108 500 84.109 86.887 89.983 544.278 

275.153 253.681 82.332 82.198 500 84.205 87.016 89.998 547.394 

274.513 250.891 82.413 82.27 500 84.235 87.177 90.011 550.499 

274.869 251.706 82.417 82.275 500 84.236 87.234 90.025 553.567 

274.869 252.701 82.345 82.291 500 84.256 87.258 90.039 556.661 

274.486 249.76 82.29 82.313 500 84.277 87.209 90.052 559.734 274.721 252.768 82.193 82.383 500 84.344 86.826 90.071 562.822 

274.687 250.16 82.065 82.386 500 84.348 86.591 90.083 565.905 

274.662 251.062 81.972 82.386 500 84.347 86.451 90.096 568.981 

266.211 251.646 81.896 82.386 500 84.345 86.308 90.109 572.072 

81.838 249.516 81.749 82.386 500 84.329 86.173 90.119 575.194 84.133 252.772 81.746 82.411 500 84.324 86.271 90.131 578.309 87.999 249.52 81.716 82.428 500 84.343 86.365 90.143 581.374 

209.158 251.826 81.676 82.398 500 84.312 86.212 90.151 584.446 

140.234 251.07 81.608 82.386 500 84.291 85.942 90.162 587.526 

177.479 250.23 81.532 82.38 500 84.28 85.91 90.175 590.598 231.335 252.96 81.664 82.353 500 84.242 85.881 90.185 593.664 

290.195 249.255 81.719 82.335 500 84.235 85.682 90.191 596.736 
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack Flow: Stack Temp:

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction degF04/26/2010,15:14:19 0 28.318 0.885 2.792 0.981 2.913 0 0 192.05804/26/2010,15:15:19 0 28.317 0.885 2.826 0.981 2.91 0 0 192.13204/26/2010,15:16:19 0 28.317 0.885 2.868 0.981 2.906 0 0 192.45904/26/2010,15:17:19 0 28.321 0.885 2.747 0.981 2.901 0 0 192.72704/26/2010,15:18:19 0 28.316 0.885 2.799 0.981 2.903 0 0 192.85604/26/2010,15:19:19 0 28.32 0.885 2.69 0.981 2.903 0 0 193.102

04/26/2010,15:20:19 0 28.32 0.885 2.787 0.981 2.902 0 0 193.351

04/26/2010,15:21:19 0 28.319 0.885 2.834 0.981 2.903 0 0 193.47804/26/2010,15:22:19 0 28.318 0.885 2.877 0.981 2.905 0 0 193.59304/26/2010,15:23:19 0 28.32 0.885 2.799 0.981 2.904 0 0 193.729

04/26/2010,15:24:19 0 28.32 0.885 2.829 0.981 2.903 0 0 193.826

04/26/2010,15:25:19 0 28.318 0.885 2.811 0.981 2.907 0 0 193.7704/26/2010,15:26:19 0 28.318 0.885 2.704 0.981 2.909 0 0 194.08404/26/2010,15:27:19 0 28.318 0.885 2.829 0.981 2.896 0 0 194.3304/26/2010,15:28:19 0 28.317 0.885 2.803 0.981 2.905 0 0 194.43304/26/2010,15:29:19 0 28.318 0.885 2.811 0.981 2.909 0 0 194.53304/26/2010,15:30:19 0 28.319 0.885 2.796 0.981 2.907 0 0 194.64404/26/2010,15:31:20 0 28.317 0.885 2.76 0.981 2.904 0 0 194.58604/26/2010,15:32:20 0 28.318 0.885 2.796 0.981 2.903 0 0 194.68704/26/2010,15:33:20 0 28.319 0.885 2.813 0.981 2.907 0 0 194.78404/26/2010,15:34:20 0 28.319 0.885 2.81 0.981 2.911 0 0 194.95704/26/2010,15:35:20 0 28.316 0.885 2.822 0.981 2.908 0 0 194.99104/26/2010,15:36:20 0 28.315 0.885 2.803 0.981 2.909 0 0 195.04804/26/2010,15:37:20 0 28.312 0.885 2.805 0.981 2.907 0 0 195.51504/26/2010,15:38:20 0 28.314 0.885 2.813 0.981 2.907 0 0 195.66904/26/2010,15:39:20 0 28.316 0.885 2.819 0.981 2.91 0 0 195.70704/26/2010,15:40:20 0 28.316 0.885 2.83 0.981 2.908 0 0 195.73404/26/2010,15:41:20 0 28.318 0.885 2.829 0.981 2.907 0 0 195.75304/26/2010,15:42:20 0 28.319 0.885 2.812 0.981 2.906 0 0 195.93204/26/2010,15:43:20 0 28.32 0.885 2.817 0.981 2.911 0 0 196.037

04/26/2010,15:44:20 0 28.317 0.885 2.82 0.981 2.91 0 0 196.245

04/26/2010,15:45:20 0 28.315 0.885 2.819 0.981 2.914 0 0 196.42604/26/2010,15:46:20 0 28.314 0.885 2.82 0.981 2.914 0 0 195.62804/26/2010,15:47:20 0 28.311 0.885 2.816 0.981 2.91 0 0 195.03704/26/2010,15:48:20 0 28.309 0.885 2.818 0.981 2.91 0 0 195.07804/26/2010,15:49:20 0 28.307 0.885 2.823 0.981 2.914 0 0 194.95504/26/2010,15:50:20 0 28.307 0.885 2.818 0.981 2.912 0 0 194.47804/26/2010,15:51:20 0 28.306 0.885 2.817 0.981 2.91 0 0 194.204/26/2010,15:52:20 0 28.307 0.885 2.809 0.981 2.907 0 0 194.13104/26/2010,15:53:20 0 28.307 0.885 2.815 0.981 2.911 0 0 194.06204/26/2010,15:54:20 0 28.31 0.885 2.806 0.981 2.907 0 0 193.877

04/26/2010,15:55:21 0 28.309 0.885 2.806 0.981 2.91 0 0 193.49304/26/2010,15:56:21 0 28.308 0.885 2.812 0.981 2.912 0 0 193.31404/26/2010,15:57:21 0 28.305 0.885 2.826 0.981 2.911 0 0 192.85804/26/2010,15:58:21 0 28.304 0.885 2.82 0.981 2.915 0 0 192.66904/26/2010,15:59:21 0 28.303 0.885 2.808 0.981 2.915 0 0 192.43904/26/2010,16:00:21 Sampling complete 239.865517 Minutes sampledC:Drive Code:0 Compact Flash Code:0 
Time:

date,hh:mm:ss04/26/2010,15:14:1904/26/2010,15:15:1904/26/2010,15:16:1904/26/2010,15:17:1904/26/2010,15:18:1904/26/2010,15:19:1904/26/2010,15:20:1904/26/2010,15:21:1904/26/2010,15:22:1904/26/2010,15:23:1904/26/2010,15:24:1904/26/2010,15:25:1904/26/2010,15:26:1904/26/2010,15:27:1904/26/2010,15:28:1904/26/2010,15:29:1904/26/2010,15:30:1904/26/2010,15:31:2004/26/2010,15:32:2004/26/2010,15:33:2004/26/2010,15:34:2004/26/2010,15:35:2004/26/2010,15:36:2004/26/2010,15:37:2004/26/2010,15:38:2004/26/2010,15:39:2004/26/2010,15:40:2004/26/2010,15:41:2004/26/2010,15:42:2004/26/2010,15:43:2004/26/2010,15:44:2004/26/2010,15:45:2004/26/2010,15:46:2004/26/2010,15:47:2004/26/2010,15:48:2004/26/2010,15:49:2004/26/2010,15:50:2004/26/2010,15:51:2004/26/2010,15:52:2004/26/2010,15:53:2004/26/2010,15:54:2004/26/2010,15:55:2104/26/2010,15:56:2104/26/2010,15:57:2104/26/2010,15:58:2104/26/2010,15:59:2104/26/2010,16:00:21C:Drive Code:0 Compact Flash Code:0 

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 Temp: AuxTemp: Cold Juntion Temp: DGM1*: DGdegF degF degF degF degF degF degF degF liters STP lite

283.853 252.331 81.688 82.371 500 84.278 85.532 90.2 599.82 

161.867 250.497 81.632 82.362 500 84.27 85.536 90.211 602.926 

116.068 250.503 81.402 82.331 500 84.24 85.203 90.219 606.001 

97.5 252.26 81.376 82.296 500 84.234 85.056 90.225 609.063 

207.013 249.633 81.393 82.275 500 84.209 85.254 90.229 612.141 

275.609 252.576 81.38 82.255 500 84.186 85.079 90.235 615.218 204.905 250.665 81.259 82.223 500 84.179 85.036 90.239 618.293 

200.522 251.185 81.199 82.193 500 84.157 85.146 90.244 621.367 

267.459 252.858 81.272 82.119 500 84.085 85.267 90.248 624.458 

241.275 249.655 81.277 82.1 500 84.065 85.552 90.252 627.567 277.869 253.132 81.246 82.074 500 84.029 85.719 90.256 630.654 

274.912 250.766 81.198 82.051 500 84.011 86.007 90.258 633.719 

271.942 251.263 81.262 82.05 500 84.006 86.181 90.26 636.785 

273.448 252.716 81.285 82.058 500 84.003 86.287 90.264 639.85 

275.484 249.994 81.327 82.07 500 84.016 86.297 90.268 642.95 

274.288 253.404 81.391 82.053 500 84.013 86.286 90.272 646.002 

273.481 250.742 81.441 82.052 500 84.011 86.176 90.275 649.093 

272.681 251.617 81.492 82.05 500 84.012 85.841 90.279 652.209 

272.975 252.386 81.612 82.051 500 84.016 85.952 90.282 655.296 

271.666 249.882 81.733 82.05 500 84.011 86.123 90.285 658.358 

272.706 253.5 81.873 82.05 500 84.012 86.102 90.289 661.44 274.841 249.955 81.907 82.052 500 84.028 86.065 90.293 664.482 

272.941 251.907 81.99 82.072 500 84.058 86.153 90.295 667.581 

273.16 251.839 82.037 82.095 500 84.067 86.203 90.297 670.657 

273.872 249.989 82.041 82.105 500 84.067 86.363 90.302 673.728 

271.597 253.053 82.047 82.108 500 84.069 86.444 90.308 676.84 

267.942 250.136 81.997 82.118 500 84.084 86.409 90.314 679.941 

267.029 251.832 81.955 82.149 500 84.093 86.434 90.32 682.989 

251.286 252.225 81.875 82.151 500 84.112 86.222 90.327 686.076 

224.659 250.037 81.793 82.16 500 84.102 85.922 90.33 689.13 

230.988 253.643 81.729 82.222 500 84.181 85.889 90.335 692.206 

281.341 250.715 81.816 82.22 500 84.173 85.684 90.341 695.264 

259.191 252.095 81.681 82.218 500 84.082 85.452 90.345 698.343 

247.128 253.189 81.611 82.213 500 84.061 85.672 90.35 701.443 

275.806 250.739 81.626 82.187 500 84.021 86.002 90.355 704.512 

277.856 253.919 81.709 82.17 500 84.011 86.292 90.363 707.564 

268.996 250.783 81.767 82.167 500 84.011 86.469 90.367 710.613 

272.422 251.753 81.798 82.159 500 84.01 86.504 90.37 713.704 

271.848 252.635 81.862 82.157 500 84.003 86.583 90.374 716.779 

260.42 249.767 81.875 82.141 500 83.995 86.717 90.379 719.838 

254.502 253.32 81.909 82.155 500 83.991 86.688 90.384 722.94 

272.016 250.486 81.95 82.162 500 83.981 86.506 90.391 726.042 265.519 251.736 82.005 82.167 500 83.972 86.403 90.399 729.094 

269.447 253.009 82.038 82.237 500 84.011 86.474 90.404 732.169 

267.833 250.123 82.04 82.247 500 84.011 86.62 90.409 735.21 239.049 253.643 82.053 82.257 500 84.014 86.617 90.412 738.286 
Hg TEST PARAMETERS 4/26/2010 10:39 AM

Xducer Pitot Barom Flow 1 Vac 1 Flow 2 Vac 2 aux Gain 1.12 3.41 0.17 1100 0.189 1100 1 Offset 0.001 17.4 0.004 0.5 0.004 0.5 0 

Tstd Pstd Gam 1 Gam 2 CPL 2 CPL 1

68 29.92 1.0013 0.9812 526.106 526.211

Prop time Probe min Filter min Stack min Test time

0.5 225 250 150 240

Lpm Motor V Log Time File Suffix Load Proportion

0.8 2.6 60 South 4-26-10 r1 Pitot Manual

Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: Leak 1: 

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg cc per M 

04/26/2010,10:39:36 0 28.5 0.824 6.658 0.889 6.518 999 04/26/2010,10:39:52 0 28.502 0.888 8.859 0.971 8.518 844.835 04/26/2010,10:40:07 0 28.501 0.763 10.268 0.717 9.745 1255.317 04/26/2010,10:40:22 0 28.498 0.504 10.823 0.432 10.358 1226.378 04/26/2010,10:40:37 0 28.498 0.355 11.342 0.297 10.757 896.979 04/26/2010,10:40:52 0 28.496 0.271 11.587 0.21 11.011 603.053 04/26/2010,10:41:08 0 28.496 0.195 11.767 0.151 11.174 392.745 04/26/2010,10:41:23 0 28.497 0.137 11.897 0.109 11.26 273.654 04/26/2010,10:41:38 0 28.495 0.108 11.843 0.092 11.308 164.699 04/26/2010,10:41:53 0 28.495 0.094 11.952 0.073 11.337 88.684 04/26/2010,10:42:08 0 28.494 0.087 11.891 0.064 11.36 35.474 04/26/2010,10:42:24 0 28.492 0.084 11.983 0.066 11.374 30.406 04/26/2010,10:42:39 0 28.496 0.083 11.92 0.072 11.384 15.203 04/26/2010,10:42:54 0 28.492 0.082 11.9 0.06 11.39 7.602 04/26/2010,10:43:09 0 28.491 0.561 9.263 0.049 11.385 7.602 04/26/2010,10:43:24 0 28.495 0.888 6.129 0.054 11.383 349.67 04/26/2010,10:43:40 0 28.488 0.888 7.981 0.052 11.378 1102.219 04/26/2010,10:43:55 0 28.489 0.858 9.623 0.054 11.39 1707.807 04/26/2010,10:44:10 0 28.489 0.594 10.767 0.057 11.395 1662.198 04/26/2010,10:44:25 0 28.489 0.402 11.285 0.056 11.398 1145.295 04/26/2010,10:44:40 0 28.488 0.295 11.601 0.058 11.401 663.866 04/26/2010,10:44:56 0 28.486 0.2 11.724 0.056 11.409 458.625 
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/26/2010,10:39:3604/26/2010,10:39:5204/26/2010,10:40:0704/26/2010,10:40:2204/26/2010,10:40:3704/26/2010,10:40:5204/26/2010,10:41:0804/26/2010,10:41:2304/26/2010,10:41:3804/26/2010,10:41:5304/26/2010,10:42:0804/26/2010,10:42:2404/26/2010,10:42:3904/26/2010,10:42:5404/26/2010,10:43:0904/26/2010,10:43:2404/26/2010,10:43:4004/26/2010,10:43:5504/26/2010,10:44:1004/26/2010,10:44:2504/26/2010,10:44:4004/26/2010,10:44:56

Stack Temp: Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 TedegF degF degF degF degF degF 

86.099 123.743 214.003 73.928 72.607 86.321 126.997 220.728 74.913 73.421 87.594 130.244 226.904 75.415 73.88 87.812 133.466 232.048 74.158 72.641 89.776 137.077 237.421 74.8 73.361 89.986 139.862 243.164 74.294 72.703 90.391 142.956 247.92 74.326 72.716 91.006 146.039 249.182 74.369 72.71 91.569 149.137 246.93 74.466 72.803 91.882 152.201 242.99 74.578 72.846 92.125 155.197 240.437 74.648 72.852 91.976 158.177 240.855 74.77 72.874 91.429 161.035 243.862 74.825 72.917 90.867 163.838 247.1 74.857 72.917 90.537 166.632 247.647 74.922 72.946 90.344 169.405 245.307 75.04 72.977 

95.85 172.121 242.778 75.046 72.977 

91.493 174.814 242.687 75.137 73.027 92.306 177.443 245.19 75.168 73.029 93.454 180.016 247.564 75.215 73.08 94.383 182.614 247.227 75.279 73.154 95.046 185.193 244.89 75.359 73.161 
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/26/2010,10:39:3604/26/2010,10:39:5204/26/2010,10:40:0704/26/2010,10:40:2204/26/2010,10:40:3704/26/2010,10:40:5204/26/2010,10:41:0804/26/2010,10:41:2304/26/2010,10:41:3804/26/2010,10:41:5304/26/2010,10:42:0804/26/2010,10:42:2404/26/2010,10:42:3904/26/2010,10:42:5404/26/2010,10:43:0904/26/2010,10:43:2404/26/2010,10:43:4004/26/2010,10:43:5504/26/2010,10:44:1004/26/2010,10:44:2504/26/2010,10:44:4004/26/2010,10:44:56

AuxTemp: Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF degF liters STP liters STP liters nominal liters nominal

72.69 70.101 0.363 0.392 0.384 0.424

72.436 70.123 0.654 0.663 0.692 0.71872.585 70.145 0.869 0.839 0.92 0.90972.909 70.157 0.998 0.939 1.057 1.01772.821 70.188 1.081 1.013 1.144 1.09773.033 70.198 1.147 1.069 1.214 1.15873.076 70.217 1.192 1.095 1.262 1.18673.141 70.237 1.198 1.121 1.268 1.21573.212 70.259 1.21 1.134 1.281 1.22873.268 70.28 1.217 1.141 1.288 1.235

73.33 70.302 1.219 1.146 1.29 1.241

73.44 70.325 1.221 1.148 1.292 1.24373.54 70.345 1.223 1.149 1.294 1.245

73.595 70.369 1.225 1.151 1.296 1.24773.725 70.395 1.469 1.153 1.555 1.24973.875 70.417 2.004 1.153 2.121 1.24973.925 70.444 2.434 1.153 2.577 1.24974.018 70.47 2.646 1.155 2.801 1.25174.132 70.496 2.815 1.155 2.98 1.251

74.16 70.524 2.905 1.156 3.075 1.253

74.235 70.55 2.971 1.156 3.145 1.25374.261 70.582 3.011 1.158 3.187 1.255
04/26/2010,10:45:11 0 28.485 0.129 11.951 0.057 11.425 276.188 

04/26/2010,10:45:26 0 28.488 0.099 11.932 0.057 11.423 179.902 04/26/2010,10:45:41 0 28.487 0.088 11.93 0.062 11.428 93.752 04/26/2010,10:45:57 0 28.487 0.084 12.012 0.052 11.426 40.541 04/26/2010,10:46:12 0 28.486 0.084 11.977 0.052 11.437 15.203 04/26/2010,10:46:27 0 28.486 0.081 12.009 0.059 11.439 10.135 04/26/2010,10:46:42 0 28.484 0.081 11.96 0.051 11.439 7.602 04/26/2010,10:46:57 0 28.483 0.082 11.986 0.051 11.442 5.068 04/26/2010,10:47:13 0 28.481 0.08 11.954 0.053 11.447 5.068 04/26/2010,10:47:28 0 28.484 0.081 12.013 0.054 11.452 5.068 04/26/2010,10:47:43 0 28.483 0.08 12.013 0.053 11.454 5.068 04/26/2010,10:47:58 0 28.479 0.079 12.079 0.045 11.459 5.068 04/26/2010,10:48:13 0 28.476 0.079 11.993 0.055 11.462 5.068 04/26/2010,10:48:29 0 28.478 0.081 11.931 0.056 11.462 5.068 04/26/2010,10:48:44 0 28.478 0.081 11.969 0.052 11.464 5.068 04/26/2010,10:48:59 0 28.475 0.082 12.004 0.056 11.466 5.068 

04/26/2010,10:49:14 0 28.475 0.079 11.966 0.052 11.47 5.068 04/26/2010,10:49:29 0 28.474 0.082 12 0.052 11.47 2.534 04/26/2010,10:49:45 0 28.472 0.082 11.97 0.051 11.469 5.068 04/26/2010,10:50:00 0 28.476 0.081 11.98 0.052 11.477 5.068 

04/26/2010,10:50:15 0 28.476 0.138 11.957 0.081 11.426 5.068 04/26/2010,10:50:30 0 28.472 0.114 11.922 0.106 11.403 38.008 04/26/2010,10:50:46 0 28.471 0.09 11.993 0.084 11.45 50.677 04/26/2010,10:51:01 0 28.472 0.084 11.968 0.064 11.463 53.211 04/26/2010,10:51:16 0 28.473 0.082 12.022 0.06 11.469 20.271 04/26/2010,10:51:31 0 28.47 0.083 12.013 0.055 11.474 7.602 04/26/2010,10:51:46 0 28.47 0.082 11.957 0.052 11.47 5.068 04/26/2010,10:52:02 0 28.472 0.083 12.011 0.055 11.482 5.068 04/26/2010,10:52:17 0 28.47 0.084 12.027 0.053 11.483 5.068 04/26/2010,10:52:32 0 28.472 0.083 11.953 0.052 11.483 5.068 04/26/2010,10:52:47 0 28.474 0.083 11.995 0.056 11.482 7.602 04/26/2010,10:53:02 0 28.476 0.085 12.005 0.06 11.486 7.602 04/26/2010,10:53:18 0 28.477 0.085 12.011 0.061 11.49 10.135 04/26/2010,10:53:33 0 28.475 0.086 11.996 0.052 11.49 7.602 04/26/2010,10:53:48 0 28.472 0.085 11.964 0.05 11.49 10.135 04/26/2010,10:54:03 0 28.473 0.085 12.051 0.054 11.489 10.135 04/26/2010,10:54:18 0 28.472 0.085 12.032 0.056 11.494 10.135 
04/26/2010,10:45:11

04/26/2010,10:45:2604/26/2010,10:45:4104/26/2010,10:45:5704/26/2010,10:46:1204/26/2010,10:46:2704/26/2010,10:46:4204/26/2010,10:46:5704/26/2010,10:47:1304/26/2010,10:47:2804/26/2010,10:47:4304/26/2010,10:47:5804/26/2010,10:48:1304/26/2010,10:48:2904/26/2010,10:48:4404/26/2010,10:48:5904/26/2010,10:49:1404/26/2010,10:49:2904/26/2010,10:49:4504/26/2010,10:50:0004/26/2010,10:50:1504/26/2010,10:50:3004/26/2010,10:50:4604/26/2010,10:51:0104/26/2010,10:51:1604/26/2010,10:51:3104/26/2010,10:51:4604/26/2010,10:52:0204/26/2010,10:52:1704/26/2010,10:52:3204/26/2010,10:52:4704/26/2010,10:53:0204/26/2010,10:53:1804/26/2010,10:53:3304/26/2010,10:53:4804/26/2010,10:54:0304/26/2010,10:54:18

95.596 187.75 243.25 75.431 73.206 

96.529 190.183 244.21 75.447 73.22 

97.06 192.682 247.398 75.513 73.26 

97.541 195.121 249.394 75.553 73.291 97.936 197.562 248.453 75.618 73.312 98.302 199.998 245.162 75.695 73.346 

98.62 202.327 242.973 75.723 73.359 

99.141 204.667 244.239 75.774 73.477 99.445 206.97 247.719 75.788 73.471 98.824 209.238 250.214 75.87 73.52 98.212 211.449 249.668 75.9 73.533 97.572 213.693 246.859 75.97 73.568 96.596 215.907 244.149 76.01 73.589 95.962 218.054 244.146 76.081 73.62 95.997 220.106 246.777 76.161 73.645 96.322 222.092 249.744 76.186 73.669 

96.42 224.118 250.507 76.228 73.71 

96.065 226.106 248.449 76.279 73.813 95.696 228.083 245.307 76.299 73.822 95.419 230.035 244.272 76.391 73.869 94.897 231.904 246.299 76.428 73.883 94.925 233.75 249.714 76.507 73.939 

95.03 235.537 251.358 76.522 73.947 95.14 237.305 249.953 76.559 73.981 

95.627 239.07 246.582 76.578 74.009 95.659 240.87 244.357 76.615 74.046 95.845 242.569 245.238 76.68 74.113 

95.99 244.264 248.324 76.731 74.163 

96.161 245.969 251.109 76.776 74.198 96.329 247.628 251.498 76.786 74.205 

95.63 249.287 248.937 76.832 74.269 

94.753 250.895 245.482 76.845 74.292 93.859 252.499 244.745 76.886 74.331 92.955 254.023 246.954 76.91 74.34 92.194 255.54 250.302 76.947 74.379 91.695 257.047 251.721 77.004 74.453 91.152 258.555 250.698 77.063 74.494 
04/26/2010,10:45:11

04/26/2010,10:45:2604/26/2010,10:45:4104/26/2010,10:45:5704/26/2010,10:46:1204/26/2010,10:46:2704/26/2010,10:46:4204/26/2010,10:46:5704/26/2010,10:47:1304/26/2010,10:47:2804/26/2010,10:47:4304/26/2010,10:47:5804/26/2010,10:48:1304/26/2010,10:48:2904/26/2010,10:48:4404/26/2010,10:48:5904/26/2010,10:49:1404/26/2010,10:49:2904/26/2010,10:49:4504/26/2010,10:50:0004/26/2010,10:50:1504/26/2010,10:50:3004/26/2010,10:50:4604/26/2010,10:51:0104/26/2010,10:51:1604/26/2010,10:51:3104/26/2010,10:51:4604/26/2010,10:52:0204/26/2010,10:52:1704/26/2010,10:52:3204/26/2010,10:52:4704/26/2010,10:53:0204/26/2010,10:53:1804/26/2010,10:53:3304/26/2010,10:53:4804/26/2010,10:54:0304/26/2010,10:54:18

74.326 70.61 3.032 1.158 3.21 1.25574.382 70.639 3.037 1.16 3.215 1.25674.489 70.669 3.039 1.162 3.217 1.25874.558 70.697 3.043 1.162 3.221 1.25874.618 70.731 3.045 1.162 3.223 1.258

74.71 70.76 3.045 1.163 3.223 1.26

74.729 70.792 3.046 1.163 3.225 1.2674.817 70.822 3.048 1.163 3.227 1.2674.837 70.854 3.048 1.165 3.227 1.26274.919 70.887 3.05 1.165 3.229 1.26274.943 70.914 3.052 1.165 3.231 1.26275.046 70.947 3.052 1.167 3.231 1.26475.105 70.98 3.054 1.167 3.233 1.26475.136 71.012 3.055 1.167 3.234 1.26475.201 71.046 3.055 1.167 3.234 1.26475.245 71.08 3.057 1.169 3.236 1.26675.361 71.118 3.057 1.169 3.236 1.26675.451 71.151 3.059 1.169 3.238 1.26675.513 71.186 3.061 1.169 3.24 1.26675.624 71.221 3.061 1.17 3.24 1.26875.683 71.256 3.086 1.174 3.267 1.272

75.77 71.292 3.097 1.183 3.278 1.281

75.838 71.326 3.098 1.188 3.28 1.28775.894 71.364 3.1 1.19 3.282 1.28975.967 71.398 3.102 1.191 3.284 1.29176.044 71.435 3.102 1.193 3.284 1.29376.118 71.471 3.104 1.195 3.286 1.29476.167 71.507 3.106 1.195 3.288 1.29476.205 71.547 3.106 1.197 3.288 1.29676.248 71.582 3.109 1.197 3.291 1.29676.357 71.621 3.111 1.198 3.293 1.29876.394 71.657 3.113 1.198 3.295 1.29876.494 71.694 3.114 1.198 3.297 1.29876.528 71.734 3.118 1.2 3.301 1.3

76.597 71.77 3.12 1.2 3.303 1.3

76.665 71.81 3.122 1.2 3.305 1.376.703 71.851 3.123 1.202 3.307 1.302
04/26/2010,10:54:34 0 28.471 0.085 12.133 0.056 11.486 7.602 

04/26/2010,10:54:38 Sampling terminated by operator 15.166167 Minutes sampledC:Drive Code:0 Compact Flash Code:0 Hg TEST PARAMETERS 4/26/2010 4:10 PMXducer Pitot Barom Flow 1 Vac 1 Flow 2 Vac 2 aux Gain 1.12 3.41 0.17 1100 0.189 1100 1 Offset 0.001 17.4 0.004 0.5 0.004 0.5 0 

Tstd Pstd Gam 1 Gam 2 CPL 2 CPL 1

68 29.92 1.0013 0.9812 526.106 526.211

Prop time Probe min Filter min Stack min Test time

0.5 225 250 150 240

Lpm Motor V Log Time File Suffix Load Proportion

0.8 2.6 60 South 4-26-10 r1 Pitot Manual

Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: Leak 1: 

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg cc per M 

04/26/2010,16:10:39 0 28.296 0.825 6.735 0.886 6.553 7.602 04/26/2010,16:10:54 0 28.296 0.888 8.582 0.968 8.529 875.241 04/26/2010,16:11:09 0 28.295 0.76 10.112 0.685 9.68 1361.738 04/26/2010,16:11:24 0 28.294 0.494 10.633 0.398 10.314 1277.054 04/26/2010,16:11:40 0 28.294 0.371 11.347 0.292 10.734 894.445 04/26/2010,16:11:55 0 28.294 0.261 11.496 0.197 11.013 562.512 04/26/2010,16:12:10 0 28.294 0.183 11.489 0.129 11.164 367.406 04/26/2010,16:12:25 0 28.294 0.138 11.836 0.086 11.253 258.451 04/26/2010,16:12:40 0 28.294 0.118 11.81 0.066 11.298 121.624 04/26/2010,16:12:56 0 28.293 0.108 11.859 0.054 11.329 81.083 04/26/2010,16:13:11 0 28.294 0.105 11.813 0.046 11.343 38.008 04/26/2010,16:13:26 0 28.296 0.104 12.01 0.041 11.358 20.271 04/26/2010,16:13:41 0 28.295 0.103 11.797 0.043 11.362 12.669 04/26/2010,16:13:56 0 28.295 0.101 12.089 0.042 11.373 10.135 04/26/2010,16:14:12 0 28.295 0.1 11.909 0.041 11.379 10.135 04/26/2010,16:14:27 0 28.295 0.101 11.85 0.034 11.381 7.602 04/26/2010,16:14:42 0 28.294 0.099 11.83 0.035 11.39 5.068 04/26/2010,16:14:57 0 28.292 0.1 11.981 0.037 11.393 5.068 
04/26/2010,10:54:34

04/26/2010,10:54:38C:Drive Code:0 Compact Flash Code:0 Hg TESTXducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/26/2010,16:10:3904/26/2010,16:10:5404/26/2010,16:11:0904/26/2010,16:11:2404/26/2010,16:11:4004/26/2010,16:11:5504/26/2010,16:12:1004/26/2010,16:12:2504/26/2010,16:12:4004/26/2010,16:12:5604/26/2010,16:13:1104/26/2010,16:13:2604/26/2010,16:13:4104/26/2010,16:13:5604/26/2010,16:14:1204/26/2010,16:14:2704/26/2010,16:14:4204/26/2010,16:14:57

90.943 259.546 248.946 77.078 74.511 

Stack Temp: Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 TedegF degF degF degF degF degF 

112.622 277.026 252.659 82.74 82.554 111.673 275.539 255.446 82.722 82.554 111.124 274.635 255.648 82.681 82.554 110.126 274.197 253.148 82.666 82.576 108.297 274.178 250.285 82.707 82.566 108.349 274.464 250.012 82.744 82.564 109.325 274.981 252.474 82.774 82.573 110.146 275.698 255.28 82.825 82.601 110.236 276.472 255.547 82.876 82.598 109.936 277.106 253.17 82.895 82.61 109.639 277.439 250.463 82.89 82.61 109.666 277.429 250.322 82.89 82.61 109.713 277.094 252.828 82.89 82.61 109.557 276.55 255.353 82.89 82.626 109.754 275.947 255.252 82.901 82.619 109.943 275.398 252.701 82.943 82.615 110.079 275.027 250.251 82.985 82.64 109.335 274.791 250.497 83.048 82.659 
04/26/2010,10:54:34

04/26/2010,10:54:38C:Drive Code:0 Compact Flash Code:0 Hg TESTXducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/26/2010,16:10:3904/26/2010,16:10:5404/26/2010,16:11:0904/26/2010,16:11:2404/26/2010,16:11:4004/26/2010,16:11:5504/26/2010,16:12:1004/26/2010,16:12:2504/26/2010,16:12:4004/26/2010,16:12:5604/26/2010,16:13:1104/26/2010,16:13:2604/26/2010,16:13:4104/26/2010,16:13:5604/26/2010,16:14:1204/26/2010,16:14:2704/26/2010,16:14:4204/26/2010,16:14:57

76.666 71.874 3.125 1.202 3.309 1.302

AuxTemp: Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF degF liters STP liters STP liters nominal liters nominal

87.054 90.485 0.373 0.399 0.405 0.44387.042 90.485 0.711 0.676 0.772 0.75187.169 90.487 0.883 0.859 0.958 0.95487.174 90.489 0.991 0.975 1.076 1.08387.199 90.492 1.1 1.016 1.193 1.129

87.29 90.496 1.137 1.049 1.233 1.16587.34 90.497 1.17 1.076 1.269 1.196

87.371 90.5 1.184 1.08 1.285 1.19987.336 90.503 1.193 1.097 1.294 1.21887.337 90.506 1.196 1.104 1.298 1.22687.368 90.509 1.198 1.107 1.3 1.2387.451 90.512 1.201 1.11 1.304 1.23487.526 90.516 1.203 1.112 1.306 1.235

87.55 90.519 1.205 1.115 1.307 1.23987.62 90.522 1.207 1.117 1.309 1.241

87.641 90.525 1.207 1.119 1.309 1.24387.668 90.529 1.208 1.121 1.311 1.245

87.75 90.532 1.21 1.121 1.313 1.245
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: Leak 1: 

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg cc per M 

04/26/2010,16:15:13 0 28.293 0.101 11.852 0.031 11.396 5.068 04/26/2010,16:15:28 0 28.29 0.099 11.988 0.03 11.388 7.602 04/26/2010,16:15:43 0 28.286 0.097 11.493 0.038 11.398 7.602 04/26/2010,16:15:52 Sampling terminated by operator 5.231967 Minutes sampledC:Drive Code:0 Compact Flash Code:0 
Time:

date,hh:mm:ss04/26/2010,16:15:1304/26/2010,16:15:2804/26/2010,16:15:4304/26/2010,16:15:52C:Drive Code:0 Compact Flash Code:0 

Stack Temp: Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 TedegF degF degF degF degF degF 

108.84 274.866 253.275 83.101 82.712 

108.237 275.005 255.522 83.097 82.719 107.628 275.151 255.436 83.076 82.722 
Time:

date,hh:mm:ss04/26/2010,16:15:1304/26/2010,16:15:2804/26/2010,16:15:4304/26/2010,16:15:52C:Drive Code:0 Compact Flash Code:0 

AuxTemp: Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF degF liters STP liters STP liters nominal liters nominal

87.774 90.536 1.212 1.122 1.315 1.24787.746 90.54 1.214 1.122 1.317 1.24787.719 90.544 1.215 1.124 1.319 1.249
Hg TEST PARAMETERS 4/27/2010 9:00 AM

Xducer Pitot Barom Flow 1 Vac 1 Flow 2 Vac 2 aux LoadGain 1.12 3.41 0.17 1100 0.189 1100 1 

Offset 0.001 17.4 0.004 0.5 0.004 0.5 0 

Tstd Pstd Gam 1 Gam 2 CPL 2 CPL 1

68 29.92 1.0013 0.9812 526.106 526.211

Prop time Probe min Filter min Stack min Test time

0.5 225 250 150 240

Lpm Motor V Log Time File Suffix Load Proportion

0.8 2.6 60 South 4-27-10 r2 Pitot Manual

Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack Fdate,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,09:00:32 0 28.758 0.773 3.588 0.659 3.486 0 

04/27/2010,09:01:32 0 28.759 0.888 2.797 0.987 2.919 0 

04/27/2010,09:02:32 0 28.759 0.888 2.772 0.987 2.882 0 

04/27/2010,09:03:32 0 28.758 0.888 2.765 0.987 2.876 0 

04/27/2010,09:04:33 0 28.759 0.888 2.781 0.987 2.872 0 

04/27/2010,09:05:33 0 28.761 0.888 2.783 0.987 2.869 0 

04/27/2010,09:06:33 0 28.764 0.888 2.769 0.987 2.865 0 

04/27/2010,09:07:33 0 28.766 0.888 2.741 0.987 2.863 0 

04/27/2010,09:08:33 0 28.767 0.888 2.765 0.987 2.859 0 

04/27/2010,09:09:33 0 28.768 0.888 2.738 0.987 2.855 0 

04/27/2010,09:10:33 0 28.768 0.888 2.782 0.987 2.858 0 

04/27/2010,09:11:33 0 28.77 0.888 2.742 0.987 2.856 0 

04/27/2010,09:12:33 0 28.768 0.888 2.662 0.986 2.852 0 

04/27/2010,09:13:33 0 28.767 0.888 2.877 0.986 2.856 0 

04/27/2010,09:14:33 0 28.767 0.888 2.784 0.986 2.855 0 

04/27/2010,09:15:33 0 28.765 0.888 2.821 0.986 2.857 0 

04/27/2010,09:16:33 0 28.763 0.888 2.741 0.986 2.859 0 

04/27/2010,09:17:33 0 28.764 0.888 2.725 0.986 2.858 0 

04/27/2010,09:18:33 0 28.761 0.888 2.781 0.986 2.861 0 

04/27/2010,09:19:33 0 28.759 0.888 2.749 0.986 2.864 0 

04/27/2010,09:20:33 0 28.757 0.888 2.744 0.986 2.859 0 

04/27/2010,09:21:33 0 28.759 0.888 2.806 0.986 2.86 0 
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,09:00:3204/27/2010,09:01:3204/27/2010,09:02:3204/27/2010,09:03:3204/27/2010,09:04:3304/27/2010,09:05:3304/27/2010,09:06:3304/27/2010,09:07:3304/27/2010,09:08:3304/27/2010,09:09:3304/27/2010,09:10:3304/27/2010,09:11:3304/27/2010,09:12:3304/27/2010,09:13:3304/27/2010,09:14:3304/27/2010,09:15:3304/27/2010,09:16:3304/27/2010,09:17:3304/27/2010,09:18:3304/27/2010,09:19:3304/27/2010,09:20:3304/27/2010,09:21:33

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

64.307 250.125 66.556 65.333 500 6764.477 251.541 66.631 65.402 500 6765.016 251.369 66.731 65.407 500 67

230.876 250.215 66.861 65.514 500 67

309.87 252.013 66.869 65.56 500 67

298.789 251.054 66.874 65.586 500 67286.335 250.682 66.937 65.636 500 67

275.72 252.424 66.973 65.667 500 6

272.881 249.851 67.025 65.731 500 67274.961 251.533 67.056 65.753 500 67277.494 251.458 67.18 65.849 500 67

276.467 250.215 67.257 65.913 500 67275.661 252.191 67.327 65.937 500 67276.457 250.819 67.432 66.017 500 68276.358 250.441 67.405 66.029 500 68275.853 252.448 67.597 66.15 500 68

275.968 249.393 67.589 66.194 500 68276.056 251.83 67.687 66.268 500 68275.822 251.268 67.808 66.304 500 275.731 249.833 67.953 66.404 500 68275.817 252.316 68.052 66.467 500 68275.704 250.05 68.173 66.544 500 68
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,09:00:3204/27/2010,09:01:3204/27/2010,09:02:3204/27/2010,09:03:3204/27/2010,09:04:3304/27/2010,09:05:3304/27/2010,09:06:3304/27/2010,09:07:3304/27/2010,09:08:3304/27/2010,09:09:3304/27/2010,09:10:3304/27/2010,09:11:3304/27/2010,09:12:3304/27/2010,09:13:3304/27/2010,09:14:3304/27/2010,09:15:3304/27/2010,09:16:3304/27/2010,09:17:3304/27/2010,09:18:3304/27/2010,09:19:3304/27/2010,09:20:3304/27/2010,09:21:33

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

73.569 2.502 2.177 2.586 2.30673.593 5.683 5.225 5.876 5.53373.619 8.948 8.26 9.251 8.74773.643 12.206 11.291 12.62 11.95873.669 15.425 14.371 15.95 15.22173.696 18.657 17.427 19.293 18.45873.726 21.91 20.476 22.656 21.68873.755 25.14 23.546 25.997 24.9473.782 28.413 26.64 29.382 28.21973.811 31.676 29.712 32.757 31.47373.841 34.935 32.784 36.128 34.72973.871 38.192 35.844 39.497 37.97173.902 41.465 38.931 42.884 41.24373.934 44.723 42.029 46.255 44.52773.965 48.001 45.106 49.647 47.78973.996 51.283 48.142 53.045 51.00974.028 54.558 51.218 56.436 54.2774.061 57.823 54.327 59.816 57.56874.095 61.073 57.38 63.182 60.80774.128 64.32 60.427 66.546 64.0474.163 67.574 63.493 69.917 67.29474.198 70.844 66.604 73.305 70.596
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,09:22:33 0 28.761 0.888 2.745 0.986 2.857 0 

04/27/2010,09:23:33 0 28.762 0.888 2.724 0.986 2.86 0 

04/27/2010,09:24:33 0 28.761 0.888 2.738 0.986 2.86 0 

04/27/2010,09:25:33 0 28.759 0.888 2.705 0.986 2.861 0 

04/27/2010,09:26:33 0 28.762 0.888 2.976 0.985 2.858 0 

04/27/2010,09:27:33 0 28.765 0.888 3.066 0.985 2.854 0 

04/27/2010,09:28:33 0 28.768 0.888 2.688 0.985 2.856 0 

04/27/2010,09:29:34 0 28.767 0.888 2.626 0.985 2.859 0 

04/27/2010,09:30:34 0 28.768 0.888 2.635 0.985 2.856 0 

04/27/2010,09:31:34 0 28.771 0.888 2.716 0.985 2.853 0 

04/27/2010,09:32:34 0 28.773 0.888 2.809 0.985 2.855 0 

04/27/2010,09:33:34 0 28.775 0.888 2.544 0.985 2.855 0 

04/27/2010,09:34:34 0 28.776 0.888 2.7 0.985 2.858 0 

04/27/2010,09:35:34 0 28.776 0.888 2.799 0.985 2.855 0 

04/27/2010,09:36:34 0 28.777 0.888 2.966 0.985 2.858 0 

04/27/2010,09:37:34 0 28.779 0.888 2.564 0.985 2.862 0 

04/27/2010,09:38:34 0 28.776 0.888 2.635 0.985 2.862 0 

04/27/2010,09:39:34 0 28.78 0.888 2.804 0.985 2.856 0 

04/27/2010,09:40:34 0 28.78 0.888 2.683 0.985 2.855 0 

04/27/2010,09:41:34 0 28.78 0.888 2.818 0.985 2.852 0 

04/27/2010,09:42:34 0 28.777 0.888 2.792 0.985 2.854 0 

04/27/2010,09:43:34 0 28.779 0.888 2.753 0.985 2.848 0 

04/27/2010,09:44:34 0 28.782 0.888 2.846 0.985 2.853 0 

04/27/2010,09:45:34 0 28.784 0.888 2.75 0.985 2.854 0 

04/27/2010,09:46:34 0 28.783 0.888 2.742 0.985 2.851 0 

04/27/2010,09:47:34 0 28.785 0.888 2.754 0.985 2.853 0 

04/27/2010,09:48:34 0 28.784 0.888 2.751 0.985 2.849 0 

04/27/2010,09:49:34 0 28.785 0.888 2.772 0.985 2.85 0 

04/27/2010,09:50:34 0 28.785 0.888 2.663 0.985 2.85 0 

04/27/2010,09:51:34 0 28.786 0.888 2.737 0.985 2.857 0 

04/27/2010,09:52:34 0 28.785 0.888 2.798 0.985 2.854 0 

04/27/2010,09:53:35 0 28.786 0.888 2.615 0.985 2.852 0 

04/27/2010,09:54:35 0 28.789 0.888 2.861 0.985 2.852 0 

04/27/2010,09:55:35 0 28.79 0.888 2.804 0.985 2.852 0 

04/27/2010,09:56:35 0 28.792 0.888 2.807 0.985 2.852 0 
Time:

date,hh:mm:ss04/27/2010,09:22:3304/27/2010,09:23:3304/27/2010,09:24:3304/27/2010,09:25:3304/27/2010,09:26:3304/27/2010,09:27:3304/27/2010,09:28:3304/27/2010,09:29:3404/27/2010,09:30:3404/27/2010,09:31:3404/27/2010,09:32:3404/27/2010,09:33:3404/27/2010,09:34:3404/27/2010,09:35:3404/27/2010,09:36:3404/27/2010,09:37:3404/27/2010,09:38:3404/27/2010,09:39:3404/27/2010,09:40:3404/27/2010,09:41:3404/27/2010,09:42:3404/27/2010,09:43:3404/27/2010,09:44:3404/27/2010,09:45:3404/27/2010,09:46:3404/27/2010,09:47:3404/27/2010,09:48:3404/27/2010,09:49:3404/27/2010,09:50:3404/27/2010,09:51:3404/27/2010,09:52:3404/27/2010,09:53:3504/27/2010,09:54:3504/27/2010,09:55:3504/27/2010,09:56:35

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

275.54 251.248 68.217 66.584 500 68

275.602 252.107 68.4 66.663 500 68275.531 249.773 68.473 66.717 500 68275.292 251.816 68.433 66.83 500 68

275.107 250.288 68.377 66.885 500 68275.164 250.494 68.387 66.928 500 68275.126 252.021 68.483 66.987 500 69275.076 249.699 68.519 67.033 500 69275.039 251.231 68.494 67.142 500 69274.844 250.873 68.429 67.182 500 6274.936 249.832 68.472 67.242 500 69275.039 252.1 68.564 67.295 500 69274.887 250.066 68.646 67.311 500 69274.827 250.965 68.758 67.366 500 69274.901 252.243 68.789 67.406 500 69274.742 249.729 68.871 67.494 500 69274.696 251.937 68.881 67.567 500 69274.507 249.081 68.825 67.599 500 69274.351 250.561 68.841 67.648 500 69274.555 250.983 68.801 67.713 500 69274.562 249.234 68.724 67.76 500 6

274.358 251.581 68.707 67.81 500 69

274.393 250.219 68.687 67.823 500 69274.648 250.554 68.635 67.84 500 69

274.495 251.293 68.522 67.86 500 69

274.212 249.258 68.421 67.872 500 69274.364 251.58 68.383 67.892 500 

274.6 250.77 68.501 67.894 500 6

274.354 250.291 68.479 67.906 500 70274.215 252.232 68.524 67.914 500 7274.482 250.331 68.59 67.93 500 70274.489 250.984 68.536 67.998 500 70274.111 250.929 68.427 67.966 500 7

274.3 250.05 68.485 68.034 500 70

274.478 251.99 68.449 68.01 500 70
Time:

date,hh:mm:ss04/27/2010,09:22:3304/27/2010,09:23:3304/27/2010,09:24:3304/27/2010,09:25:3304/27/2010,09:26:3304/27/2010,09:27:3304/27/2010,09:28:3304/27/2010,09:29:3404/27/2010,09:30:3404/27/2010,09:31:3404/27/2010,09:32:3404/27/2010,09:33:3404/27/2010,09:34:3404/27/2010,09:35:3404/27/2010,09:36:3404/27/2010,09:37:3404/27/2010,09:38:3404/27/2010,09:39:3404/27/2010,09:40:3404/27/2010,09:41:3404/27/2010,09:42:3404/27/2010,09:43:3404/27/2010,09:44:3404/27/2010,09:45:3404/27/2010,09:46:3404/27/2010,09:47:3404/27/2010,09:48:3404/27/2010,09:49:3404/27/2010,09:50:3404/27/2010,09:51:3404/27/2010,09:52:3404/27/2010,09:53:3504/27/2010,09:54:3504/27/2010,09:55:3504/27/2010,09:56:35

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

74.233 74.09 69.637 76.669 73.81674.269 77.332 72.692 80.029 77.05974.306 80.611 75.76 83.427 80.31774.344 83.857 78.867 86.792 83.616

74.38 87.113 81.904 90.167 86.842

74.418 90.37 84.958 93.544 90.08574.457 93.624 88.038 96.917 93.35674.496 96.888 91.13 100.302 96.6474.537 100.167 94.187 103.702 99.88974.577 103.445 97.254 107.102 103.14774.621 106.727 100.316 110.505 106.39974.663 110.006 103.394 113.905 109.6774.703 113.273 106.484 117.293 112.95374.743 116.522 109.554 120.663 116.21474.783 119.772 112.588 124.034 119.43874.828 123.015 115.652 127.398 122.694

74.87 126.291 118.754 130.797 125.992

74.912 129.55 121.807 134.178 129.23674.954 132.799 124.861 137.549 132.48374.995 136.061 127.931 140.934 135.74675.038 139.326 131.038 144.322 139.05

75.08 142.614 134.091 147.735 142.296

75.123 145.879 137.155 151.124 145.55475.166 149.144 140.221 154.512 148.81475.207 152.405 143.305 157.897 152.09375.249 155.677 146.406 161.293 155.391

75.29 158.94 149.477 164.679 158.656

75.328 162.212 152.53 168.075 161.90375.368 165.476 155.6 171.464 165.16675.408 168.748 158.706 174.86 168.4775.448 172.026 161.75 178.261 171.70775.488 175.305 164.815 181.665 174.96775.526 178.582 167.89 185.066 178.23675.562 181.861 170.975 188.47 181.51775.598 185.139 174.078 191.872 184.816
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,09:57:35 0 28.795 0.888 2.7 0.985 2.849 0 

04/27/2010,09:58:35 0 28.794 0.888 2.5 0.985 2.853 0 

04/27/2010,09:59:35 0 28.795 0.888 2.71 0.985 2.852 0 

04/27/2010,10:00:35 0 28.795 0.888 2.628 0.985 2.85 0 

04/27/2010,10:01:35 0 28.796 0.888 2.836 0.985 2.85 0 

04/27/2010,10:02:35 0 28.797 0.888 2.692 0.985 2.853 0 

04/27/2010,10:03:35 0 28.799 0.888 2.56 0.985 2.849 0 

04/27/2010,10:04:35 0 28.799 0.888 2.493 0.985 2.85 0 

04/27/2010,10:05:35 0 28.8 0.888 2.911 0.985 2.853 0 

04/27/2010,10:06:35 0 28.798 0.888 2.757 0.985 2.854 0 

04/27/2010,10:07:35 0 28.797 0.888 2.712 0.985 2.854 0 

04/27/2010,10:08:35 0 28.796 0.888 2.642 0.985 2.852 0 

04/27/2010,10:09:35 0 28.795 0.888 2.78 0.985 2.857 0 

04/27/2010,10:10:35 0 28.794 0.888 2.852 0.985 2.854 0 

04/27/2010,10:11:35 0 28.793 0.888 2.83 0.985 2.853 0 

04/27/2010,10:12:35 0 28.795 0.888 2.799 0.985 2.85 0 

04/27/2010,10:13:35 0 28.794 0.888 2.574 0.985 2.854 0 

04/27/2010,10:14:35 0 28.796 0.888 2.856 0.985 2.852 0 

04/27/2010,10:15:35 0 28.795 0.888 2.741 0.985 2.851 0 

04/27/2010,10:16:35 0 28.794 0.888 2.808 0.985 2.849 0 

04/27/2010,10:17:36 0 28.793 0.888 2.789 0.985 2.852 0 

04/27/2010,10:18:36 0 28.795 0.888 2.772 0.985 2.851 0 

04/27/2010,10:19:36 0 28.794 0.888 2.623 0.985 2.853 0 

04/27/2010,10:20:36 0 28.796 0.888 2.746 0.985 2.853 0 

04/27/2010,10:21:36 0 28.795 0.888 2.731 0.985 2.853 0 

04/27/2010,10:22:37 0 28.796 0.888 2.813 0.985 2.85 0 

04/27/2010,10:23:37 0 28.794 0.888 2.911 0.985 2.85 0 

04/27/2010,10:24:37 0 28.794 0.888 2.773 0.985 2.852 0 

04/27/2010,10:25:37 0 28.794 0.888 2.78 0.985 2.848 0 

04/27/2010,10:26:37 0 28.793 0.888 2.634 0.985 2.977 0 

04/27/2010,10:27:37 0 28.793 0.888 2.818 0.985 3.017 0 

04/27/2010,10:28:37 0 28.793 0.888 2.856 0.985 3.019 0 

04/27/2010,10:29:37 0 28.793 0.888 2.902 0.985 3.019 0 

04/27/2010,10:30:37 0 28.793 0.888 2.813 0.985 3.015 0 

04/27/2010,10:31:37 0 28.793 0.888 2.791 0.985 3.02 0 
Time:

date,hh:mm:ss04/27/2010,09:57:3504/27/2010,09:58:3504/27/2010,09:59:3504/27/2010,10:00:3504/27/2010,10:01:3504/27/2010,10:02:3504/27/2010,10:03:3504/27/2010,10:04:3504/27/2010,10:05:3504/27/2010,10:06:3504/27/2010,10:07:3504/27/2010,10:08:3504/27/2010,10:09:3504/27/2010,10:10:3504/27/2010,10:11:3504/27/2010,10:12:3504/27/2010,10:13:3504/27/2010,10:14:3504/27/2010,10:15:3504/27/2010,10:16:3504/27/2010,10:17:3604/27/2010,10:18:3604/27/2010,10:19:3604/27/2010,10:20:3604/27/2010,10:21:3604/27/2010,10:22:3704/27/2010,10:23:3704/27/2010,10:24:3704/27/2010,10:25:3704/27/2010,10:26:3704/27/2010,10:27:3704/27/2010,10:28:3704/27/2010,10:29:3704/27/2010,10:30:3704/27/2010,10:31:37

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

274.348 250.495 68.517 68.042 500 70274.353 250.803 68.512 68.066 500 70274.436 251.792 68.457 68.056 500 70

274.35 249.665 68.47 68.086 500 70

274.367 251.826 68.44 68.084 500 70274.593 250.786 68.483 68.098 500 70274.354 250.42 68.48 68.097 500 70

274.4 252.164 68.486 68.106 500 70

274.618 250.206 68.512 68.101 500 70274.442 251.496 68.63 68.133 500 70

274.399 251.85 68.706 68.111 500 70274.538 250.212 68.757 68.138 500 7274.488 252.18 68.759 68.145 500 70274.378 250.92 68.783 68.167 500 70

274.46 250.655 68.809 68.157 500 70

274.452 252.451 68.838 68.185 500 70274.301 249.817 68.881 68.21 500 70

274.215 251.47 68.959 68.221 500 70274.396 251.651 68.978 68.255 500 70274.352 249.698 68.874 68.236 500 70274.092 251.907 68.829 68.28 500 7

274.235 250.268 68.787 68.266 500 70274.273 250.897 68.859 68.362 500 70274.178 251.933 68.951 68.37 500 70

274.232 249.831 69.058 68.402 500 70274.081 251.714 69.108 68.404 500 70274.146 251.201 69.137 68.419 500 70

274.3 250.099 69.201 68.449 500 70

274.02 252.115 69.165 68.441 500 70

274.085 250.281 69.228 68.493 500 70274.228 251.126 69.286 68.495 500 70

274.11 252.141 69.389 68.529 500 70

274.056 249.609 69.435 68.558 500 70274.019 251.877 69.495 68.611 500 70274.068 251.357 69.557 68.696 500 70
Time:

date,hh:mm:ss04/27/2010,09:57:3504/27/2010,09:58:3504/27/2010,09:59:3504/27/2010,10:00:3504/27/2010,10:01:3504/27/2010,10:02:3504/27/2010,10:03:3504/27/2010,10:04:3504/27/2010,10:05:3504/27/2010,10:06:3504/27/2010,10:07:3504/27/2010,10:08:3504/27/2010,10:09:3504/27/2010,10:10:3504/27/2010,10:11:3504/27/2010,10:12:3504/27/2010,10:13:3504/27/2010,10:14:3504/27/2010,10:15:3504/27/2010,10:16:3504/27/2010,10:17:3604/27/2010,10:18:3604/27/2010,10:19:3604/27/2010,10:20:3604/27/2010,10:21:3604/27/2010,10:22:3704/27/2010,10:23:3704/27/2010,10:24:3704/27/2010,10:25:3704/27/2010,10:26:3704/27/2010,10:27:3704/27/2010,10:28:3704/27/2010,10:29:3704/27/2010,10:30:3704/27/2010,10:31:37

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

75.636 188.411 177.146 195.268 188.07875.675 191.672 180.2 198.652 191.32575.712 194.939 183.271 202.043 194.5975.749 198.198 186.381 205.425 197.89775.784 201.459 189.437 208.81 201.14675.821 204.741 192.51 212.215 204.41375.854 208.009 195.578 215.607 207.675

75.89 211.269 198.662 218.99 210.954

75.923 214.536 201.774 222.38 214.26375.957 217.79 204.824 225.757 217.50675.987 221.064 207.879 229.155 220.75476.019 224.357 210.964 232.574 224.03576.053 227.622 214.065 235.962 227.33376.085 230.889 217.123 239.355 230.58576.118 234.159 220.199 242.749 233.85676.147 237.423 223.258 246.137 237.1176.178 240.689 226.335 249.527 240.38376.208 243.956 229.446 252.919 243.69276.241 247.22 232.491 256.308 246.93176.273 250.489 235.547 259.702 250.18276.302 253.798 238.673 263.138 253.50876.334 257.073 241.755 266.538 256.78776.362 260.355 244.855 269.947 260.08476.392 263.637 247.921 273.354 263.34676.423 266.912 250.972 276.756 266.593

76.45 270.192 254.043 280.161 269.86

76.481 273.467 257.15 283.563 273.165

76.51 276.737 260.204 286.959 276.416

76.537 280.01 263.274 290.359 279.683

76.57 283.166 266.197 293.637 282.795

76.598 286.285 269.09 296.877 285.87476.627 289.397 271.967 300.11 288.93676.657 292.572 274.835 303.409 291.98976.685 295.671 277.74 306.628 295.08176.713 298.796 280.585 309.876 298.111
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,10:32:37 0 28.794 0.888 2.958 0.985 3.022 0 

04/27/2010,10:33:37 0 28.794 0.888 3.011 0.985 3.02 0 

04/27/2010,10:34:37 0 28.794 0.888 2.886 0.985 3.025 0 

04/27/2010,10:35:37 0 28.793 0.888 2.937 0.985 3.027 0 

04/27/2010,10:36:37 0 28.791 0.888 2.752 0.985 3.022 0 

04/27/2010,10:37:37 0 28.791 0.888 2.794 0.985 3.022 0 

04/27/2010,10:38:37 0 28.791 0.888 2.895 0.985 3.027 0 

04/27/2010,10:39:37 0 28.79 0.888 3.014 0.985 3.022 0 

04/27/2010,10:40:37 0 28.791 0.888 2.952 0.985 3.023 0 

04/27/2010,10:41:37 0 28.793 0.888 3.143 0.985 3.026 0 

04/27/2010,10:42:37 0 28.793 0.888 2.835 0.985 3.023 0 

04/27/2010,10:43:37 0 28.792 0.888 2.854 0.985 3.026 0 

04/27/2010,10:44:37 0 28.791 0.888 2.745 0.985 3.023 0 

04/27/2010,10:45:37 0 28.79 0.888 2.707 0.985 3.023 0 

04/27/2010,10:46:38 0 28.787 0.888 2.859 0.985 3.021 0 

04/27/2010,10:47:38 0 28.789 0.888 2.975 0.985 3.02 0 

04/27/2010,10:48:38 0 28.788 0.888 2.916 0.985 3.023 0 

04/27/2010,10:49:38 0 28.789 0.888 2.716 0.985 3.021 0 

04/27/2010,10:50:38 0 28.79 0.888 3.063 0.985 3.025 0 

04/27/2010,10:51:38 0 28.791 0.888 3.002 0.985 3.024 0 

04/27/2010,10:52:38 0 28.791 0.888 2.852 0.985 3.024 0 

04/27/2010,10:53:38 0 28.792 0.888 2.88 0.985 3.024 0 

04/27/2010,10:54:38 0 28.792 0.888 2.959 0.985 3.024 0 

04/27/2010,10:55:38 0 28.795 0.888 2.829 0.985 3.029 0 

04/27/2010,10:56:38 0 28.794 0.888 3.024 0.984 3.026 0 

04/27/2010,10:57:38 0 28.794 0.888 3.1 0.984 3.023 0 

04/27/2010,10:58:38 0 28.795 0.888 2.899 0.984 3.024 0 

04/27/2010,10:59:38 0 28.794 0.888 2.808 0.984 3.022 0 

04/27/2010,11:00:38 0 28.795 0.888 2.73 0.984 3.022 0 

04/27/2010,11:01:38 0 28.795 0.888 2.887 0.984 3.024 0 

04/27/2010,11:02:38 0 28.795 0.888 3.042 0.984 3.022 0 

04/27/2010,11:03:38 0 28.796 0.888 2.788 0.984 3.025 0 

04/27/2010,11:04:38 0 28.796 0.888 2.796 0.984 3.023 0 

04/27/2010,11:05:38 0 28.797 0.888 2.869 0.984 3.021 0 

04/27/2010,11:06:38 0 28.797 0.888 2.836 0.984 3.021 0 
Time:

date,hh:mm:ss04/27/2010,10:32:3704/27/2010,10:33:3704/27/2010,10:34:3704/27/2010,10:35:3704/27/2010,10:36:3704/27/2010,10:37:3704/27/2010,10:38:3704/27/2010,10:39:3704/27/2010,10:40:3704/27/2010,10:41:3704/27/2010,10:42:3704/27/2010,10:43:3704/27/2010,10:44:3704/27/2010,10:45:3704/27/2010,10:46:3804/27/2010,10:47:3804/27/2010,10:48:3804/27/2010,10:49:3804/27/2010,10:50:3804/27/2010,10:51:3804/27/2010,10:52:3804/27/2010,10:53:3804/27/2010,10:54:3804/27/2010,10:55:3804/27/2010,10:56:3804/27/2010,10:57:3804/27/2010,10:58:3804/27/2010,10:59:3804/27/2010,11:00:3804/27/2010,11:01:3804/27/2010,11:02:3804/27/2010,11:03:3804/27/2010,11:04:3804/27/2010,11:05:3804/27/2010,11:06:38

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

274.049 250.177 69.655 68.711 500 70274.032 252.39 69.764 68.77 500 70274.012 250.523 69.811 68.774 500 70274.013 251.076 69.933 68.833 500 70274.045 252.479 70.069 68.882 500 71

273.98 249.984 70.116 68.935 500 71

274.064 251.895 70.173 69.042 500 71274.007 251.186 70.32 69.064 500 71

274.03 250.053 70.43 69.14 500 71274.06 252.692 70.488 69.17 500 71

274.004 249.253 70.646 69.245 500 7273.815 251.492 70.62 69.318 500 71273.969 251.175 70.679 69.39 500 71

274.052 249.318 70.647 69.427 500 71273.843 251.804 70.541 69.499 500 71273.852 249.661 70.371 69.513 500 71

274.01 251.102 70.441 69.619 500 71

274.009 251.721 70.502 69.659 500 71274.011 249.643 70.653 69.722 500 7273.998 252.287 70.68 69.728 500 71274.148 250.814 70.729 69.785 500 71274.052 250.422 70.846 69.844 500 71

274.03 252.415 70.932 69.94 500 71

274.11 249.476 70.995 69.974 500 71

274.023 251.816 71.025 70.008 500 7274.073 251.424 71.105 70.052 500 72273.995 249.582 71.181 70.11 500 72

274.002 252.357 71.265 70.152 500 72

274.2 250.427 71.293 70.18 500 72

271.037 250.933 71.356 70.283 500 72272.188 252.314 71.377 70.324 500 72193.765 250.148 71.367 70.391 500 72133.663 251.999 71.177 70.407 500 72190.681 251.632 71.124 70.451 500 7202.214 249.975 71.143 70.472 500 72
Time:

date,hh:mm:ss04/27/2010,10:32:3704/27/2010,10:33:3704/27/2010,10:34:3704/27/2010,10:35:3704/27/2010,10:36:3704/27/2010,10:37:3704/27/2010,10:38:3704/27/2010,10:39:3704/27/2010,10:40:3704/27/2010,10:41:3704/27/2010,10:42:3704/27/2010,10:43:3704/27/2010,10:44:3704/27/2010,10:45:3704/27/2010,10:46:3804/27/2010,10:47:3804/27/2010,10:48:3804/27/2010,10:49:3804/27/2010,10:50:3804/27/2010,10:51:3804/27/2010,10:52:3804/27/2010,10:53:3804/27/2010,10:54:3804/27/2010,10:55:3804/27/2010,10:56:3804/27/2010,10:57:3804/27/2010,10:58:3804/27/2010,10:59:3804/27/2010,11:00:3804/27/2010,11:01:3804/27/2010,11:02:3804/27/2010,11:03:3804/27/2010,11:04:3804/27/2010,11:05:3804/27/2010,11:06:38

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

76.743 301.903 283.503 313.104 301.217

76.77 305.07 286.339 316.396 304.237

76.798 308.173 289.261 319.621 307.349

76.83 311.276 292.083 322.846 310.35476.86 314.378 294.992 326.071 313.452

76.889 317.551 297.832 329.37 316.47876.922 320.648 300.715 332.591 319.5576.953 323.755 303.577 335.822 322.59876.981 326.868 306.459 339.06 325.6777.015 330.045 309.315 342.365 328.71377.047 333.138 312.193 345.582 331.781

77.08 336.243 315.053 348.813 334.83

77.115 339.363 317.961 352.058 337.9377.148 342.534 320.804 355.359 340.96277.183 345.634 323.695 358.586 344.045

77.22 348.74 326.562 361.819 347.103

77.253 351.85 329.422 365.057 350.15477.288 355.024 332.318 368.362 353.24377.325 358.123 335.144 371.589 356.25777.356 361.225 338.065 374.819 359.37277.391 364.328 340.901 378.05 362.39877.427 367.492 343.794 381.345 365.48577.461 370.586 346.625 384.568 368.506

77.5 373.688 349.511 387.799 371.585

77.537 376.802 352.359 391.043 374.624

77.57 379.961 355.242 394.334 377.701

77.608 383.056 358.096 397.559 380.74677.646 386.17 360.973 400.803 383.818

77.68 389.283 363.833 404.047 386.871

77.718 392.441 366.71 407.339 389.94277.757 395.544 369.568 410.573 392.99377.793 398.653 372.468 413.813 396.08977.832 401.761 375.313 417.053 399.12777.871 404.94 378.2 420.367 402.2177.906 408.05 381.063 423.61 405.266
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,11:07:38 0 28.796 0.888 2.824 0.984 3.021 0 

04/27/2010,11:08:38 0 28.797 0.888 2.861 0.984 3.021 0 

04/27/2010,11:09:38 0 28.797 0.888 2.891 0.984 3.025 0 

04/27/2010,11:10:39 0 28.797 0.888 2.998 0.984 3.025 0 

04/27/2010,11:11:39 0 28.799 0.888 3.249 0.984 3.027 0 

04/27/2010,11:12:39 0 28.799 0.888 2.865 0.984 3.03 0 

04/27/2010,11:13:39 0 28.8 0.888 2.782 0.984 3.031 0 

04/27/2010,11:14:39 0 28.8 0.888 2.909 0.984 3.03 0 

04/27/2010,11:15:39 0 28.801 0.888 2.732 0.984 3.032 0 

04/27/2010,11:16:39 0 28.801 0.888 2.895 0.984 3.036 0 

04/27/2010,11:17:39 0 28.8 0.888 3.081 0.984 3.032 0 

04/27/2010,11:18:39 0 28.801 0.888 2.703 0.984 3.03 0 

04/27/2010,11:19:39 0 28.801 0.888 2.804 0.984 3.033 0 

04/27/2010,11:20:39 0 28.801 0.888 2.88 0.984 3.033 0 

04/27/2010,11:21:39 0 28.802 0.888 2.826 0.984 3.031 0 

04/27/2010,11:22:39 0 28.802 0.888 2.801 0.984 3.035 0 

04/27/2010,11:23:39 0 28.805 0.888 2.852 0.984 3.033 0 

04/27/2010,11:24:39 0 28.805 0.888 2.936 0.984 3.031 0 

04/27/2010,11:25:39 0 28.805 0.888 2.822 0.984 3.034 0 

04/27/2010,11:26:39 0 28.806 0.888 2.771 0.984 3.034 0 

04/27/2010,11:27:39 0 28.808 0.888 2.733 0.984 3.034 0 

04/27/2010,11:28:39 0 28.806 0.888 2.942 0.984 3.033 0 

04/27/2010,11:29:39 0 28.808 0.888 2.858 0.984 3.033 0 

04/27/2010,11:30:39 0 28.807 0.888 2.952 0.984 3.034 0 

04/27/2010,11:31:39 0 28.808 0.888 2.865 0.984 3.032 0 

04/27/2010,11:32:39 0 28.806 0.888 2.791 0.984 3.03 0 

04/27/2010,11:33:39 0 28.804 0.888 2.847 0.984 3.03 0 

04/27/2010,11:34:39 0 28.806 0.888 2.899 0.984 3.031 0 

04/27/2010,11:35:40 0 28.804 0.888 3.257 0.984 3.03 0 

04/27/2010,11:36:40 0 28.804 0.888 2.612 0.984 3.029 0 

04/27/2010,11:37:40 0 28.802 0.888 2.911 0.984 3.027 0 

04/27/2010,11:38:40 0 28.804 0.888 2.766 0.984 3.031 0 

04/27/2010,11:39:40 0 28.804 0.888 2.897 0.984 3.027 0 

04/27/2010,11:40:40 0 28.805 0.888 2.946 0.984 3.03 0 

04/27/2010,11:41:40 0 28.804 0.888 2.933 0.984 3.033 0 
Time:

date,hh:mm:ss04/27/2010,11:07:3804/27/2010,11:08:3804/27/2010,11:09:3804/27/2010,11:10:3904/27/2010,11:11:3904/27/2010,11:12:3904/27/2010,11:13:3904/27/2010,11:14:3904/27/2010,11:15:3904/27/2010,11:16:3904/27/2010,11:17:3904/27/2010,11:18:3904/27/2010,11:19:3904/27/2010,11:20:3904/27/2010,11:21:3904/27/2010,11:22:3904/27/2010,11:23:3904/27/2010,11:24:3904/27/2010,11:25:3904/27/2010,11:26:3904/27/2010,11:27:3904/27/2010,11:28:3904/27/2010,11:29:3904/27/2010,11:30:3904/27/2010,11:31:3904/27/2010,11:32:3904/27/2010,11:33:3904/27/2010,11:34:3904/27/2010,11:35:4004/27/2010,11:36:4004/27/2010,11:37:4004/27/2010,11:38:4004/27/2010,11:39:4004/27/2010,11:40:4004/27/2010,11:41:40

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

144.765 252.811 71.184 70.507 500 72145.542 249.249 71.26 70.586 500 72125.196 251.894 71.215 70.619 500 72105.569 250.579 71.292 70.649 500 72

86.712 249.892 71.291 70.661 500 7283.667 252.449 71.312 70.692 500 72

81.69 249.306 71.297 70.684 500 72

81.27 252.437 71.342 70.733 500 72

85.142 250.714 71.257 70.736 500 7293.469 250.68 71.305 70.783 500 72

88.533 251.853 71.217 70.78 500 72

88.191 249.41 71.296 70.816 500 72

92.666 252.216 71.312 70.814 500 72

100.326 249.6 71.352 70.844 500 72

90.546 250.857 71.323 70.878 500 7281.803 250.729 71.203 70.944 500 7276.546 249.593 71.091 70.911 500 7281.922 252.101 71.109 70.956 500 7297.148 249.038 71.101 70.968 500 72

126.294 251.703 71.071 70.976 500 72150.975 250.208 71.024 70.958 500 72148.856 250.116 70.924 70.998 500 7137.228 251.187 70.837 70.958 500 72153.283 249.523 70.85 70.989 500 72142.996 252.172 70.782 70.963 500 7113.364 249.606 70.755 70.977 500 7110.604 251.455 70.762 70.965 500 72121.525 250.673 70.735 70.945 500 72133.892 250.486 70.741 70.965 500 72

157.77 252.31 70.732 70.949 500 72

167.564 249.326 70.693 70.912 500 72167.326 252.101 70.695 70.947 500 72159.052 251.003 70.536 70.87 500 72

233.569 250.948 70.625 70.857 500 72210.316 252.76 70.678 70.869 500 72
Time:

date,hh:mm:ss04/27/2010,11:07:3804/27/2010,11:08:3804/27/2010,11:09:3804/27/2010,11:10:3904/27/2010,11:11:3904/27/2010,11:12:3904/27/2010,11:13:3904/27/2010,11:14:3904/27/2010,11:15:3904/27/2010,11:16:3904/27/2010,11:17:3904/27/2010,11:18:3904/27/2010,11:19:3904/27/2010,11:20:3904/27/2010,11:21:3904/27/2010,11:22:3904/27/2010,11:23:3904/27/2010,11:24:3904/27/2010,11:25:3904/27/2010,11:26:3904/27/2010,11:27:3904/27/2010,11:28:3904/27/2010,11:29:3904/27/2010,11:30:3904/27/2010,11:31:3904/27/2010,11:32:3904/27/2010,11:33:3904/27/2010,11:34:3904/27/2010,11:35:4004/27/2010,11:36:4004/27/2010,11:37:4004/27/2010,11:38:4004/27/2010,11:39:4004/27/2010,11:40:4004/27/2010,11:41:40

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

77.944 411.154 383.928 426.846 408.32677.981 414.265 386.81 430.09 411.40478.017 417.438 389.65 433.398 414.43778.052 420.527 392.557 436.62 417.541

78.09 423.638 395.385 439.863 420.562

78.127 426.746 398.282 443.106 423.65678.163 429.901 401.105 446.395 426.67178.199 432.997 403.99 449.624 429.75278.235 436.104 406.83 452.864 432.78578.272 439.208 409.697 456.102 435.84878.305 442.366 412.545 459.396 438.889

78.34 445.454 415.41 462.617 441.949

78.376 448.561 418.263 465.857 444.99678.413 451.658 421.153 469.087 448.08378.447 454.824 423.993 472.39 451.116

78.48 457.912 426.844 475.611 454.161

78.514 461.025 429.732 478.859 457.24678.549 464.124 432.546 482.092 460.25178.582 467.281 435.464 485.385 463.36978.608 470.371 438.276 488.608 466.372

78.64 473.485 441.164 491.856 469.455

78.672 476.585 443.995 495.09 472.47978.703 479.746 446.872 498.388 475.55178.733 482.836 449.72 501.611 478.59278.762 485.946 452.582 504.855 481.64878.788 489.045 455.442 508.087 484.70378.817 492.211 458.331 511.39 487.78878.844 495.308 461.167 514.621 490.81678.871 498.41 464.043 517.857 493.88778.896 501.521 466.909 521.103 496.94778.922 504.684 469.757 524.402 499.98978.945 507.786 472.655 527.638 503.08378.967 510.884 475.478 530.869 506.09878.989 514.01 478.399 534.13 509.21779.011 517.157 481.21 537.412 512.218
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,11:42:40 0 28.802 0.888 2.773 0.984 3.029 0 

04/27/2010,11:43:40 0 28.802 0.888 2.696 0.984 3.03 0 

04/27/2010,11:44:40 0 28.802 0.888 2.861 0.984 3.031 0 

04/27/2010,11:45:40 0 28.804 0.888 2.86 0.984 3.032 0 

04/27/2010,11:46:40 0 28.803 0.888 2.938 0.984 3.034 0 

04/27/2010,11:47:40 0 28.802 0.888 2.953 0.984 3.033 0 

04/27/2010,11:48:40 0 28.8 0.888 2.925 0.984 3.029 0 

04/27/2010,11:49:40 0 28.799 0.888 2.844 0.984 3.03 0 

04/27/2010,11:50:40 0 28.799 0.888 2.703 0.984 3.029 0 

04/27/2010,11:51:40 0 28.799 0.888 3.055 0.984 3.025 0 

04/27/2010,11:52:40 0 28.8 0.888 2.717 0.984 3.024 0 

04/27/2010,11:53:40 0 28.799 0.888 2.865 0.984 3.025 0 

04/27/2010,11:54:40 0 28.8 0.888 2.902 0.984 3.017 0 

04/27/2010,11:55:40 0 28.802 0.888 2.938 0.984 3.02 0 

04/27/2010,11:56:40 0 28.803 0.888 2.753 0.984 3.022 0 

04/27/2010,11:57:40 0 28.802 0.888 2.801 0.984 3.026 0 

04/27/2010,11:58:40 0 28.802 0.888 2.84 0.984 3.029 0 

04/27/2010,11:59:41 0 28.802 0.888 2.885 0.984 3.028 0 

04/27/2010,12:00:41 0 28.802 0.888 2.881 0.984 3.026 0 

04/27/2010,12:01:41 0 28.801 0.888 2.732 0.984 3.028 0 

04/27/2010,12:02:41 0 28.8 0.888 2.937 0.984 3.03 0 

04/27/2010,12:03:41 0 28.801 0.888 2.906 0.984 3.032 0 

04/27/2010,12:04:41 0 28.801 0.888 2.85 0.984 3.033 0 

04/27/2010,12:05:41 0 28.8 0.888 2.795 0.984 3.034 0 

04/27/2010,12:06:41 0 28.8 0.888 3.052 0.984 3.035 0 

04/27/2010,12:07:41 0 28.8 0.888 2.934 0.984 3.038 0 

04/27/2010,12:08:41 0 28.799 0.888 2.647 0.984 3.036 0 

04/27/2010,12:09:41 0 28.799 0.888 2.963 0.984 3.041 0 

04/27/2010,12:10:41 0 28.8 0.888 2.895 0.984 3.042 0 

04/27/2010,12:11:41 0 28.8 0.888 2.774 0.984 3.038 0 

04/27/2010,12:12:41 0 28.801 0.888 2.857 0.984 3.041 0 

04/27/2010,12:13:41 0 28.801 0.888 2.862 0.984 3.043 0 

04/27/2010,12:14:41 0 28.801 0.888 2.951 0.984 3.043 0 

04/27/2010,12:15:41 0 28.801 0.888 2.906 0.984 3.044 0 

04/27/2010,12:16:41 0 28.802 0.888 2.861 0.984 3.043 0 
Time:

date,hh:mm:ss04/27/2010,11:42:4004/27/2010,11:43:4004/27/2010,11:44:4004/27/2010,11:45:4004/27/2010,11:46:4004/27/2010,11:47:4004/27/2010,11:48:4004/27/2010,11:49:4004/27/2010,11:50:4004/27/2010,11:51:4004/27/2010,11:52:4004/27/2010,11:53:4004/27/2010,11:54:4004/27/2010,11:55:4004/27/2010,11:56:4004/27/2010,11:57:4004/27/2010,11:58:4004/27/2010,11:59:4104/27/2010,12:00:4104/27/2010,12:01:4104/27/2010,12:02:4104/27/2010,12:03:4104/27/2010,12:04:4104/27/2010,12:05:4104/27/2010,12:06:4104/27/2010,12:07:4104/27/2010,12:08:4104/27/2010,12:09:4104/27/2010,12:10:4104/27/2010,12:11:4104/27/2010,12:12:4104/27/2010,12:13:4104/27/2010,12:14:4104/27/2010,12:15:4104/27/2010,12:16:41

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

181.022 249.707 70.619 70.838 500 72

200.72 252.167 70.616 70.818 500 72

236.917 251.044 70.671 70.848 500 72249.322 250.642 70.727 70.836 500 72254.702 252.895 70.728 70.796 500 72271.934 249.99 70.737 70.819 500 72263.788 252.165 70.697 70.838 500 72264.097 250.974 70.574 70.816 500 72258.652 250.275 70.494 70.791 500 72240.924 252.435 70.483 70.794 500 72246.617 249.563 70.639 70.827 500 72241.451 252.333 70.618 70.797 500 72216.488 250.376 70.594 70.788 500 72223.424 250.802 70.499 70.78 500 72

212.704 252.226 70.466 70.774 500 72209.183 249.899 70.435 70.789 500 72193.802 252.383 70.442 70.784 500 72

210.92 250.536 70.408 70.758 500 72226.09 250.692 70.407 70.733 500 72

198.007 252.28 70.426 70.735 500 72192.877 250.04 70.551 70.768 500 72

188.43 252.245 70.559 70.739 500 72

177.108 251.495 70.596 70.732 500 72194.357 250.525 70.666 70.729 500 72219.059 253.03 70.648 70.727 500 72226.497 249.403 70.479 70.712 500 72234.078 252.485 70.48 70.691 500 72228.072 250.078 70.442 70.681 500 213.594 251.114 70.382 70.704 500 72205.607 252.086 70.427 70.732 500 72

211.98 249.685 70.412 70.732 500 72

222.553 252.552 70.444 70.728 500 72223.128 250.549 70.435 70.715 500 235.041 250.906 70.423 70.701 500 72239.181 251.949 70.446 70.68 500 72
Time:

date,hh:mm:ss04/27/2010,11:42:4004/27/2010,11:43:4004/27/2010,11:44:4004/27/2010,11:45:4004/27/2010,11:46:4004/27/2010,11:47:4004/27/2010,11:48:4004/27/2010,11:49:4004/27/2010,11:50:4004/27/2010,11:51:4004/27/2010,11:52:4004/27/2010,11:53:4004/27/2010,11:54:4004/27/2010,11:55:4004/27/2010,11:56:4004/27/2010,11:57:4004/27/2010,11:58:4004/27/2010,11:59:4104/27/2010,12:00:4104/27/2010,12:01:4104/27/2010,12:02:4104/27/2010,12:03:4104/27/2010,12:04:4104/27/2010,12:05:4104/27/2010,12:06:4104/27/2010,12:07:4104/27/2010,12:08:4104/27/2010,12:09:4104/27/2010,12:10:4104/27/2010,12:11:4104/27/2010,12:12:4104/27/2010,12:13:4104/27/2010,12:14:4104/27/2010,12:15:4104/27/2010,12:16:41

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

79.032 520.276 484.117 540.665 515.32279.053 523.372 486.942 543.894 518.33979.073 526.491 489.824 547.147 521.41679.092 529.632 492.674 550.424 524.459

79.11 532.759 495.544 553.685 527.523

79.129 535.842 498.394 556.9 530.56679.146 538.959 501.274 560.152 533.642

79.16 542.096 504.12 563.424 536.681

79.176 545.233 507.016 566.697 539.77379.192 548.347 509.864 569.944 542.81579.208 551.473 512.748 573.205 545.89479.221 554.587 515.617 576.453 548.95879.236 557.774 518.485 579.777 552.0279.252 560.882 521.377 583.019 555.10779.265 564.002 524.229 586.272 558.15279.279 567.116 527.133 589.52 561.25279.292 570.285 529.953 592.825 564.26379.304 573.399 532.88 596.073 567.38879.316 576.499 535.713 599.305 570.41279.327 579.629 538.609 602.57 573.50279.337 582.765 541.436 605.841 576.52179.348 585.897 544.323 609.107 579.60279.355 588.995 547.164 612.338 582.63579.367 592.102 550.04 615.578 585.70579.375 595.229 552.885 618.839 588.74379.382 598.354 555.752 622.098 591.80379.387 601.435 558.598 625.312 594.8479.392 604.539 561.473 628.548 597.91

79.4 607.679 564.326 631.823 600.955

79.405 610.782 567.154 635.059 603.97379.409 613.86 570.06 638.269 607.07579.415 616.967 572.866 641.509 610.07179.421 620.119 575.742 644.796 613.14179.424 623.201 578.568 648.01 616.15779.428 626.301 581.432 651.243 619.214
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,12:17:41 0 28.802 0.888 2.912 0.984 3.043 0 

04/27/2010,12:18:41 0 28.802 0.888 2.925 0.984 3.044 0 

04/27/2010,12:19:41 0 28.801 0.888 2.834 0.984 3.045 0 

04/27/2010,12:20:41 0 28.802 0.888 2.856 0.984 3.044 0 

04/27/2010,12:21:41 0 28.802 0.888 2.868 0.984 3.042 0 

04/27/2010,12:22:41 0 28.803 0.888 3 0.984 3.046 0 

04/27/2010,12:23:42 0 28.803 0.888 2.942 0.984 3.043 0 

04/27/2010,12:24:42 0 28.803 0.888 2.748 0.984 3.045 0 

04/27/2010,12:25:42 0 28.804 0.888 2.856 0.984 3.046 0 

04/27/2010,12:26:42 0 28.804 0.888 2.817 0.984 3.044 0 

04/27/2010,12:27:42 0 28.805 0.888 2.751 0.984 3.045 0 

04/27/2010,12:28:42 0 28.806 0.888 2.874 0.984 3.043 0 

04/27/2010,12:29:42 0 28.804 0.888 2.869 0.984 3.046 0 

04/27/2010,12:30:42 0 28.803 0.888 2.775 0.984 3.046 0 

04/27/2010,12:31:42 0 28.802 0.888 2.99 0.984 3.041 0 

04/27/2010,12:32:42 0 28.801 0.888 2.68 0.984 3.04 0 

04/27/2010,12:33:42 0 28.8 0.888 2.859 0.984 3.036 0 

04/27/2010,12:34:42 0 28.8 0.888 3.166 0.984 3.037 0 

04/27/2010,12:35:42 0 28.8 0.888 2.899 0.984 3.03 0 

04/27/2010,12:36:42 0 28.8 0.888 2.769 0.984 3.029 0 

04/27/2010,12:37:42 0 28.8 0.888 2.894 0.984 3.03 0 

04/27/2010,12:38:42 0 28.801 0.888 2.769 0.984 3.027 0 

04/27/2010,12:39:42 0 28.801 0.888 2.668 0.984 3.032 0 

04/27/2010,12:40:42 0 28.801 0.888 2.955 0.984 3.029 0 

04/27/2010,12:41:42 0 28.801 0.888 2.921 0.984 3.032 0 

04/27/2010,12:42:42 0 28.801 0.888 2.978 0.984 3.031 0 

04/27/2010,12:43:42 0 28.8 0.888 2.919 0.984 3.033 0 

04/27/2010,12:44:42 0 28.798 0.888 2.99 0.984 3.033 0 

04/27/2010,12:45:42 0 28.797 0.888 3.062 0.984 3.034 0 

04/27/2010,12:46:42 0 28.797 0.888 2.865 0.984 3.032 0 

04/27/2010,12:47:43 0 28.797 0.888 2.882 0.984 3.032 0 

04/27/2010,12:48:43 0 28.796 0.888 3.098 0.984 3.033 0 

04/27/2010,12:49:43 0 28.794 0.888 2.947 0.984 3.034 0 

04/27/2010,12:50:43 0 28.793 0.888 2.886 0.984 3.035 0 

04/27/2010,12:51:43 0 28.791 0.888 2.924 0.984 3.033 0 
Time:

date,hh:mm:ss04/27/2010,12:17:4104/27/2010,12:18:4104/27/2010,12:19:4104/27/2010,12:20:4104/27/2010,12:21:4104/27/2010,12:22:4104/27/2010,12:23:4204/27/2010,12:24:4204/27/2010,12:25:4204/27/2010,12:26:4204/27/2010,12:27:4204/27/2010,12:28:4204/27/2010,12:29:4204/27/2010,12:30:4204/27/2010,12:31:4204/27/2010,12:32:4204/27/2010,12:33:4204/27/2010,12:34:4204/27/2010,12:35:4204/27/2010,12:36:4204/27/2010,12:37:4204/27/2010,12:38:4204/27/2010,12:39:4204/27/2010,12:40:4204/27/2010,12:41:4204/27/2010,12:42:4204/27/2010,12:43:4204/27/2010,12:44:4204/27/2010,12:45:4204/27/2010,12:46:4204/27/2010,12:47:4304/27/2010,12:48:4304/27/2010,12:49:4304/27/2010,12:50:4304/27/2010,12:51:43

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

231.491 249.445 70.401 70.678 500 72216.014 252.592 70.312 70.675 500 72

210.92 250.372 70.337 70.675 500 72

225.512 251.188 70.333 70.669 500 72244.935 251.565 70.3 70.659 500 72

249.13 249.704 70.172 70.639 500 72

259.897 252.618 70.174 70.625 500 72254.033 249.762 70.065 70.621 500 72252.172 251.872 70.061 70.619 500 72254.718 251.257 70.11 70.61 500 72280.725 250.359 70.088 70.575 500 72262.595 252.888 70.079 70.529 500 72

262.49 249.445 70.053 70.51 500 72

265.501 251.829 70.03 70.507 500 72277.768 250.958 69.955 70.507 500 72279.945 250.075 69.903 70.499 500 72276.595 252.278 69.844 70.473 500 72271.458 249.371 69.827 70.452 500 71267.482 252.156 69.825 70.451 500 71266.207 250.168 69.85 70.448 500 71269.788 250.733 69.814 70.442 500 71268.994 252.153 69.876 70.422 500 71265.553 249.658 69.929 70.405 500 71

250.64 253.048 69.833 70.401 500 71

268.467 250.022 69.817 70.398 500 71277.008 251.987 69.931 70.395 500 71271.107 252.304 69.962 70.396 500 71

257.13 250.114 69.948 70.396 500 71

265.643 253.211 69.954 70.395 500 71270.249 249.305 69.975 70.394 500 71275.604 252.198 69.916 70.395 500 71272.934 251.02 69.97 70.395 500 71271.408 250.222 70.005 70.396 500 71271.532 252.577 70.028 70.396 500 71

276.48 249.389 69.993 70.395 500 71
Time:

date,hh:mm:ss04/27/2010,12:17:4104/27/2010,12:18:4104/27/2010,12:19:4104/27/2010,12:20:4104/27/2010,12:21:4104/27/2010,12:22:4104/27/2010,12:23:4204/27/2010,12:24:4204/27/2010,12:25:4204/27/2010,12:26:4204/27/2010,12:27:4204/27/2010,12:28:4204/27/2010,12:29:4204/27/2010,12:30:4204/27/2010,12:31:4204/27/2010,12:32:4204/27/2010,12:33:4204/27/2010,12:34:4204/27/2010,12:35:4204/27/2010,12:36:4204/27/2010,12:37:4204/27/2010,12:38:4204/27/2010,12:39:4204/27/2010,12:40:4204/27/2010,12:41:4204/27/2010,12:42:4204/27/2010,12:43:4204/27/2010,12:44:4204/27/2010,12:45:4204/27/2010,12:46:4204/27/2010,12:47:4304/27/2010,12:48:4304/27/2010,12:49:4304/27/2010,12:50:4304/27/2010,12:51:43

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

79.433 629.384 584.271 654.458 622.24379.437 632.532 587.152 657.74 625.31979.442 635.606 589.981 660.946 628.33779.442 638.696 592.816 664.167 631.36379.445 641.809 595.708 667.413 634.4579.448 644.927 598.521 670.664 637.45179.451 647.998 601.394 673.867 640.51779.453 651.09 604.221 677.09 643.53479.456 654.249 607.075 680.383 646.57979.457 657.34 609.922 683.606 649.616

79.46 660.432 612.796 686.829 652.682

79.461 663.514 615.635 690.041 655.7179.461 666.677 618.468 693.338 658.73279.461 669.758 621.363 696.549 661.82179.463 672.85 624.178 699.773 664.82479.465 675.958 627.072 703.013 667.91179.465 679.116 629.892 706.304 670.9279.465 682.221 632.77 709.54 673.9979.466 685.338 635.624 712.79 677.03579.465 688.447 638.497 716.03 680.09979.464 691.625 641.36 719.343 683.15379.462 694.732 644.247 722.581 686.23279.461 697.844 647.098 725.825 689.274

79.46 700.955 649.991 729.067 692.359

79.456 704.124 652.842 732.37 695.479.452 707.218 655.707 735.595 698.45679.447 710.325 658.591 738.833 701.53279.442 713.439 661.412 742.079 704.541

79.44 716.602 664.337 745.376 707.662

79.434 719.713 667.16 748.618 710.67279.427 722.845 670.082 751.883 713.7979.423 725.968 672.906 755.138 716.80279.418 729.102 675.8 758.405 719.889

79.41 732.239 678.636 761.675 722.915

79.405 735.338 681.519 764.906 725.991
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,12:52:43 0 28.789 0.888 2.952 0.984 3.032 0 

04/27/2010,12:53:43 0 28.789 0.888 2.935 0.984 3.03 0 

04/27/2010,12:54:43 0 28.787 0.888 2.728 0.984 3.028 0 

04/27/2010,12:55:43 0 28.787 0.888 2.768 0.984 3.03 0 

04/27/2010,12:56:43 0 28.786 0.888 2.991 0.984 3.031 0 

04/27/2010,12:57:43 0 28.787 0.888 2.915 0.984 3.03 0 

04/27/2010,12:58:43 0 28.788 0.888 2.871 0.985 3.033 0 

04/27/2010,12:59:43 0 28.79 0.888 2.827 0.985 3.035 0 

04/27/2010,13:00:43 Sampling complete 240.24655 Minutes sampledC:Drive Code:0 Compact Flash Code:0 
Time:

date,hh:mm:ss04/27/2010,12:52:4304/27/2010,12:53:4304/27/2010,12:54:4304/27/2010,12:55:4304/27/2010,12:56:4304/27/2010,12:57:4304/27/2010,12:58:4304/27/2010,12:59:4304/27/2010,13:00:43C:Drive Code:0 Compact Flash Code:0 

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TedegF degF degF degF degF degF 

274.331 252.307 69.82 70.363 500 71268.449 250.384 69.74 70.339 500 71268.359 250.626 69.764 70.339 500 71261.888 252.243 69.749 70.338 500 7255.932 249.326 69.684 70.339 500 71237.171 252.672 69.718 70.332 500 71202.815 250.051 69.695 70.332 500 71187.984 251.859 69.691 70.314 500 71
Time:

date,hh:mm:ss04/27/2010,12:52:4304/27/2010,12:53:4304/27/2010,12:54:4304/27/2010,12:55:4304/27/2010,12:56:4304/27/2010,12:57:4304/27/2010,12:58:4304/27/2010,12:59:4304/27/2010,13:00:43C:Drive Code:0 Compact Flash Code:0 

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

79.398 738.46 684.373 768.161 729.036

79.39 741.584 687.241 771.419 732.096

79.385 744.747 690.11 774.716 735.15679.381 747.847 692.998 777.948 738.23779.373 750.962 695.843 781.196 741.27379.365 754.073 698.737 784.44 744.3679.355 757.243 701.59 787.745 747.403

79.35 760.339 704.442 790.972 750.446
Hg TEST PARAMETERS 4/27/2010 2:45 PM

Xducer Pitot Barom Flow 1 Vac 1 Flow 2 Vac 2 aux LoadGain 1.12 3.41 0.17 1100 0.189 1100 1 

Offset 0.001 17.4 0.004 0.5 0.004 0.5 0 Tstd Pstd Gam 1 Gam 2 CPL 2 CPL 1

68 29.92 1.0013 0.9812 526.106 526.211

Prop time Probe min Filter min Stack min Test time

0.5 225 250 150 240

Lpm Motor V Log Time File Suffix Load Proportion

0.8 2.6 60 South 4-27-10 r3 Pitot Manual

Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack Fdate,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,14:45:38 0 28.827 0.872 3.682 0.745 3.395 0 04/27/2010,14:46:38 0 28.829 0.888 2.736 0.987 2.981 0 04/27/2010,14:47:38 0 28.829 0.888 2.78 0.987 2.885 0 04/27/2010,14:48:38 0 28.831 0.888 2.799 0.987 2.89 0 04/27/2010,14:49:38 0 28.831 0.888 2.721 0.987 2.891 0 04/27/2010,14:50:38 0 28.829 0.888 2.773 0.987 2.894 0 04/27/2010,14:51:38 0 28.83 0.888 2.765 0.987 2.895 0 04/27/2010,14:52:38 0 28.83 0.888 2.806 0.987 2.894 0 04/27/2010,14:53:38 0 28.831 0.888 2.593 0.987 2.897 0 04/27/2010,14:54:39 0 28.833 0.888 2.621 0.987 2.896 0 04/27/2010,14:55:39 0 28.837 0.888 2.719 0.987 2.899 0 04/27/2010,14:56:39 0 28.843 0.888 2.669 0.987 2.897 0 04/27/2010,14:57:39 0 28.848 0.888 2.879 0.987 2.901 0 04/27/2010,14:58:39 0 28.845 0.888 2.706 0.986 2.901 0 04/27/2010,14:59:39 0 28.847 0.888 2.715 0.986 2.897 0 04/27/2010,15:00:39 0 28.847 0.888 2.685 0.986 2.895 0 04/27/2010,15:01:39 0 28.853 0.888 2.717 0.986 2.896 0 04/27/2010,15:02:39 0 28.851 0.888 2.802 0.986 2.896 0 04/27/2010,15:03:39 0 28.847 0.888 2.764 0.986 2.895 0 04/27/2010,15:04:39 0 28.844 0.888 2.729 0.986 2.895 0 04/27/2010,15:05:39 0 28.842 0.888 2.818 0.986 2.891 0 04/27/2010,15:06:39 0 28.841 0.888 2.761 0.986 2.891 0 
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,14:45:3804/27/2010,14:46:3804/27/2010,14:47:3804/27/2010,14:48:3804/27/2010,14:49:3804/27/2010,14:50:3804/27/2010,14:51:3804/27/2010,14:52:3804/27/2010,14:53:3804/27/2010,14:54:3904/27/2010,14:55:3904/27/2010,14:56:3904/27/2010,14:57:3904/27/2010,14:58:3904/27/2010,14:59:3904/27/2010,15:00:3904/27/2010,15:01:3904/27/2010,15:02:3904/27/2010,15:03:3904/27/2010,15:04:3904/27/2010,15:05:3904/27/2010,15:06:39

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

275.275 248.398 64.629 66.553 500 6275.116 251.718 64.696 66.52 500 6

275.044 249.581 64.74 66.477 500 6

274.94 250.194 64.787 66.374 500 6

274.979 251.909 64.71 66.342 500 6275.003 248.796 64.676 66.307 500 6274.871 252.143 64.637 66.256 500 6275.023 250.155 64.5 66.24 500 6274.891 250.444 64.423 66.195 500 6274.726 252.281 64.532 66.138 500 6274.932 248.876 64.652 66.079 500 6

274.74 252.341 64.888 66.038 500 6

274.806 249.07 65.081 66.047 500 

274.75 250.506 65.143 66.025 500 6

274.761 249.575 65.164 66.004 500 6274.741 249.199 65.322 66.019 500 6274.665 250.42 65.443 65.984 500 6274.668 249.153 65.595 65.975 500 6274.635 251.112 65.65 65.965 500 6274.655 249.64 65.672 65.966 500 6274.641 250.33 65.666 65.934 500 6274.717 250.62 65.617 65.914 500 6
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,14:45:3804/27/2010,14:46:3804/27/2010,14:47:3804/27/2010,14:48:3804/27/2010,14:49:3804/27/2010,14:50:3804/27/2010,14:51:3804/27/2010,14:52:3804/27/2010,14:53:3804/27/2010,14:54:3904/27/2010,14:55:3904/27/2010,14:56:3904/27/2010,14:57:3904/27/2010,14:58:3904/27/2010,14:59:3904/27/2010,15:00:3904/27/2010,15:01:3904/27/2010,15:02:3904/27/2010,15:03:3904/27/2010,15:04:3904/27/2010,15:05:3904/27/2010,15:06:39

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

76.465 2.954 2.282 3.054 2.416

76.42 6.238 5.225 6.448 5.531

76.373 9.539 8.314 9.859 8.80176.329 12.824 11.343 13.253 12.00576.285 16.118 14.4 16.657 15.2476.242 19.421 17.436 20.07 18.45376.199 22.714 20.514 23.472 21.70976.157 26.007 23.554 26.873 24.92576.117 29.302 26.582 30.277 28.12776.074 32.596 29.66 33.679 31.38376.032 35.899 32.68 37.088 34.577

75.99 39.2 35.712 40.495 37.781

75.951 42.498 38.762 43.899 41.005

75.91 45.8 41.812 47.306 44.229

75.871 49.094 44.832 50.706 47.4275.834 52.394 47.893 54.111 50.65575.798 55.699 50.973 57.521 53.90975.765 58.992 54.012 60.919 57.1275.732 62.291 57.03 64.322 60.30975.701 65.593 60.104 67.729 63.55875.669 68.885 63.135 71.127 66.7675.637 72.191 66.185 74.539 69.984
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,15:07:39 0 28.84 0.888 2.788 0.986 2.891 0 04/27/2010,15:08:39 0 28.841 0.888 2.664 0.986 2.891 0 04/27/2010,15:09:39 0 28.841 0.888 2.736 0.986 2.89 0 04/27/2010,15:10:39 0 28.841 0.888 2.741 0.986 2.894 0 04/27/2010,15:11:39 0 28.841 0.888 2.728 0.986 2.894 0 04/27/2010,15:12:39 0 28.841 0.888 2.768 0.986 2.891 0 04/27/2010,15:13:39 0 28.839 0.888 2.762 0.986 2.893 0 04/27/2010,15:14:39 0 28.839 0.888 2.803 0.986 2.893 0 04/27/2010,15:15:39 0 28.839 0.888 2.895 0.986 2.906 0 04/27/2010,15:16:39 0 28.839 0.888 2.993 0.986 2.987 0 04/27/2010,15:17:39 0 28.839 0.888 3.006 0.986 2.981 0 04/27/2010,15:18:40 0 28.839 0.888 2.833 0.986 2.983 0 04/27/2010,15:19:40 0 28.839 0.888 2.936 0.986 2.987 0 04/27/2010,15:20:40 0 28.839 0.888 2.848 0.986 2.989 0 04/27/2010,15:21:40 0 28.839 0.888 2.922 0.986 2.984 0 04/27/2010,15:22:40 0 28.839 0.888 2.831 0.986 2.985 0 04/27/2010,15:23:40 0 28.839 0.888 3.02 0.986 2.988 0 04/27/2010,15:24:40 0 28.838 0.888 2.926 0.986 2.989 0 04/27/2010,15:25:40 0 28.836 0.888 2.801 0.986 2.987 0 04/27/2010,15:26:40 0 28.835 0.888 2.948 0.986 2.989 0 04/27/2010,15:27:40 0 28.834 0.888 2.871 0.986 2.993 0 04/27/2010,15:28:40 0 28.834 0.888 2.945 0.986 2.995 0 04/27/2010,15:29:40 0 28.833 0.888 2.857 0.986 2.995 0 04/27/2010,15:30:40 0 28.831 0.888 2.832 0.986 2.996 0 04/27/2010,15:31:40 0 28.83 0.888 2.865 0.986 2.994 0 04/27/2010,15:32:40 0 28.827 0.888 2.648 0.986 2.993 0 04/27/2010,15:33:40 0 28.827 0.888 2.863 0.986 2.997 0 04/27/2010,15:34:40 0 28.826 0.888 3.003 0.986 2.998 0 04/27/2010,15:35:40 0 28.826 0.888 2.938 0.986 2.997 0 04/27/2010,15:36:40 0 28.827 0.888 3.026 0.986 2.998 0 04/27/2010,15:37:40 0 28.828 0.888 2.996 0.986 2.996 0 04/27/2010,15:38:40 0 28.827 0.888 3.005 0.986 2.998 0 04/27/2010,15:39:40 0 28.826 0.888 2.782 0.986 2.996 0 04/27/2010,15:40:40 0 28.826 0.888 2.882 0.986 2.994 0 04/27/2010,15:41:40 0 28.827 0.888 3.101 0.986 2.997 0 
Time:

date,hh:mm:ss04/27/2010,15:07:3904/27/2010,15:08:3904/27/2010,15:09:3904/27/2010,15:10:3904/27/2010,15:11:3904/27/2010,15:12:3904/27/2010,15:13:3904/27/2010,15:14:3904/27/2010,15:15:3904/27/2010,15:16:3904/27/2010,15:17:3904/27/2010,15:18:4004/27/2010,15:19:4004/27/2010,15:20:4004/27/2010,15:21:4004/27/2010,15:22:4004/27/2010,15:23:4004/27/2010,15:24:4004/27/2010,15:25:4004/27/2010,15:26:4004/27/2010,15:27:4004/27/2010,15:28:4004/27/2010,15:29:4004/27/2010,15:30:4004/27/2010,15:31:4004/27/2010,15:32:4004/27/2010,15:33:4004/27/2010,15:34:4004/27/2010,15:35:4004/27/2010,15:36:4004/27/2010,15:37:4004/27/2010,15:38:4004/27/2010,15:39:4004/27/2010,15:40:4004/27/2010,15:41:40

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

274.683 250.135 65.595 65.898 500 6274.841 251.202 65.655 65.865 500 274.849 251.238 65.73 65.867 500 274.724 250.253 65.655 65.806 500 6274.752 251.991 65.74 65.825 500 6274.779 251.051 65.707 65.81 500 

274.861 250.577 65.709 65.744 500 274.796 252.264 65.712 65.746 500 274.941 249.709 65.698 65.706 500 6274.839 252.032 65.583 65.692 500 6274.792 251.389 65.554 65.697 500 6274.845 250.441 65.594 65.689 500 6274.779 252.809 65.61 65.685 500 6274.886 250.224 65.589 65.688 500 6

274.71 251.595 65.631 65.66 500 6

274.723 252.079 65.593 65.658 500 6274.853 249.381 65.607 65.683 500 6274.504 252.382 65.618 65.677 500 6274.533 249.829 65.618 65.656 500 6274.753 251.232 65.646 65.686 500 6274.542 251.935 65.706 65.695 500 6274.548 249.659 65.706 65.715 500 6274.672 252.586 65.665 65.689 500 6274.601 250.318 65.688 65.703 500 6274.485 251.024 65.726 65.74 500 6

274.614 252.415 65.821 65.754 500 6274.706 250.018 65.88 65.798 500 6274.546 252.811 65.902 65.747 500 6274.444 250.983 65.92 65.807 500 6

274.59 251.087 65.974 65.855 500 6274.59 252.258 66.01 65.886 500 6

274.547 249.447 66.067 65.913 500 6

274.56 252.524 66.187 65.943 500 6

274.405 249.865 66.217 65.936 500 6274.451 250.957 66.223 65.954 500 6
Time:

date,hh:mm:ss04/27/2010,15:07:3904/27/2010,15:08:3904/27/2010,15:09:3904/27/2010,15:10:3904/27/2010,15:11:3904/27/2010,15:12:3904/27/2010,15:13:3904/27/2010,15:14:3904/27/2010,15:15:3904/27/2010,15:16:3904/27/2010,15:17:3904/27/2010,15:18:4004/27/2010,15:19:4004/27/2010,15:20:4004/27/2010,15:21:4004/27/2010,15:22:4004/27/2010,15:23:4004/27/2010,15:24:4004/27/2010,15:25:4004/27/2010,15:26:4004/27/2010,15:27:4004/27/2010,15:28:4004/27/2010,15:29:4004/27/2010,15:30:4004/27/2010,15:31:4004/27/2010,15:32:4004/27/2010,15:33:4004/27/2010,15:34:4004/27/2010,15:35:4004/27/2010,15:36:4004/27/2010,15:37:4004/27/2010,15:38:4004/27/2010,15:39:4004/27/2010,15:40:4004/27/2010,15:41:40

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

75.608 75.491 69.228 77.944 73.275.579 78.787 72.312 81.346 76.45875.554 82.087 75.35 84.751 79.66875.528 85.394 78.383 88.162 82.87375.502 88.696 81.464 91.57 86.12775.475 92.009 84.484 94.989 89.31975.448 95.321 87.525 98.405 92.53175.425 98.615 90.578 101.803 95.75675.399 101.816 93.613 105.106 98.96375.375 104.946 96.541 108.335 102.05575.352 108.129 99.52 111.619 105.20375.327 111.246 102.426 114.834 108.27375.306 114.371 105.409 118.057 111.42475.286 117.48 108.29 121.265 114.46775.265 120.654 111.273 124.539 117.61975.246 123.755 114.197 127.738 120.70875.225 126.863 117.134 130.944 123.8175.205 130.024 120.093 134.205 126.93675.187 133.139 122.994 137.418 130

75.17 136.259 125.94 140.638 133.114

75.151 139.364 128.862 143.842 136.20175.134 142.534 131.803 147.112 139.30875.121 145.626 134.722 150.303 142.39375.104 148.729 137.667 153.505 145.50575.089 151.891 140.578 156.768 148.58275.074 155.001 143.531 159.978 151.70375.064 158.088 146.43 163.165 154.76775.051 161.211 149.393 166.388 157.975.038 164.344 152.281 169.622 160.95275.027 167.435 155.24 172.813 164.08175.016 170.533 158.14 176.011 167.14775.008 173.693 161.097 179.274 170.274

75 176.77 163.969 182.452 173.311

74.993 179.872 166.941 185.654 176.45374.985 183.035 169.826 188.92 179.504
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,15:42:41 0 28.827 0.888 2.732 0.986 2.994 0 04/27/2010,15:43:41 0 28.825 0.888 2.848 0.986 2.997 0 04/27/2010,15:44:41 0 28.823 0.888 3.157 0.986 2.997 0 04/27/2010,15:45:41 0 28.821 0.888 2.835 0.986 2.999 0 04/27/2010,15:46:41 0 28.82 0.888 2.774 0.986 3.001 0 04/27/2010,15:47:41 0 28.818 0.888 2.847 0.986 3.001 0 04/27/2010,15:48:41 0 28.817 0.888 2.971 0.986 3.005 0 04/27/2010,15:49:41 0 28.812 0.888 2.913 0.986 2.999 0 04/27/2010,15:50:41 0 28.809 0.888 2.909 0.986 3 0 04/27/2010,15:51:41 0 28.809 0.888 2.821 0.986 3.003 0 04/27/2010,15:52:41 0 28.808 0.888 3.052 0.986 3.003 0 04/27/2010,15:53:41 0 28.809 0.888 2.938 0.986 3.007 0 04/27/2010,15:54:41 0 28.809 0.888 2.959 0.986 3.002 0 04/27/2010,15:55:41 0 28.81 0.888 2.966 0.986 3.005 0 04/27/2010,15:56:41 0 28.812 0.888 2.835 0.986 3.007 0 04/27/2010,15:57:41 0 28.813 0.888 2.796 0.986 3.006 0 04/27/2010,15:58:41 0 28.813 0.888 2.859 0.986 3 0 04/27/2010,15:59:41 0 28.814 0.888 2.635 0.986 3.002 0 04/27/2010,16:00:41 0 28.815 0.888 2.838 0.986 3.005 0 04/27/2010,16:01:41 0 28.816 0.888 3.031 0.986 3.005 0 04/27/2010,16:02:41 0 28.817 0.888 3.118 0.986 3.002 0 04/27/2010,16:03:41 0 28.818 0.888 2.818 0.986 3.001 0 04/27/2010,16:04:41 0 28.818 0.888 2.963 0.986 2.996 0 04/27/2010,16:05:41 0 28.818 0.888 2.67 0.986 3.001 0 04/27/2010,16:06:42 0 28.817 0.888 2.895 0.986 3.001 0 04/27/2010,16:07:42 0 28.817 0.888 2.739 0.986 2.999 0 04/27/2010,16:08:42 0 28.817 0.888 2.847 0.986 3.001 0 04/27/2010,16:09:42 0 28.816 0.888 2.776 0.986 2.999 0 04/27/2010,16:10:42 0 28.815 0.888 2.859 0.986 3.001 0 04/27/2010,16:11:42 0 28.815 0.888 2.802 0.985 3.003 0 04/27/2010,16:12:42 0 28.815 0.888 2.731 0.985 3.007 0 04/27/2010,16:13:42 0 28.814 0.888 2.786 0.985 3.002 0 04/27/2010,16:14:42 0 28.815 0.888 2.808 0.985 2.999 0 04/27/2010,16:15:42 0 28.816 0.888 2.809 0.985 2.999 0 04/27/2010,16:16:42 0 28.817 0.888 2.694 0.985 3.002 0 
Time:

date,hh:mm:ss04/27/2010,15:42:4104/27/2010,15:43:4104/27/2010,15:44:4104/27/2010,15:45:4104/27/2010,15:46:4104/27/2010,15:47:4104/27/2010,15:48:4104/27/2010,15:49:4104/27/2010,15:50:4104/27/2010,15:51:4104/27/2010,15:52:4104/27/2010,15:53:4104/27/2010,15:54:4104/27/2010,15:55:4104/27/2010,15:56:4104/27/2010,15:57:4104/27/2010,15:58:4104/27/2010,15:59:4104/27/2010,16:00:4104/27/2010,16:01:4104/27/2010,16:02:4104/27/2010,16:03:4104/27/2010,16:04:4104/27/2010,16:05:4104/27/2010,16:06:4204/27/2010,16:07:4204/27/2010,16:08:4204/27/2010,16:09:4204/27/2010,16:10:4204/27/2010,16:11:4204/27/2010,16:12:4204/27/2010,16:13:4204/27/2010,16:14:4204/27/2010,16:15:4204/27/2010,16:16:42

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

274.514 251.336 66.255 65.974 500 6274.431 249.64 66.305 66.012 500 6274.529 252.616 66.364 66.03 500 6

274.54 250.147 66.467 66.067 500 6

274.421 251.551 66.529 66.094 500 6274.523 252.273 66.552 66.169 500 6274.495 249.965 66.599 66.197 500 6274.438 253.191 66.588 66.24 500 6

274.483 250.359 66.585 66.254 500 6274.545 251.878 66.584 66.286 500 6274.542 252.718 66.595 66.306 500 6274.466 250.294 66.591 66.315 500 6274.629 253.891 66.624 66.358 500 6274.733 250.888 66.64 66.361 500 6

274.51 252.476 66.681 66.398 500 6

274.614 253.195 66.708 66.46 500 6

274.682 250.519 66.784 66.473 500 6274.438 253.982 66.825 66.487 500 6274.559 250.858 66.886 66.522 500 6274.662 252.372 66.921 66.533 500 6274.569 252.404 67.013 66.608 500 6

274.46 249.516 67.029 66.64 500 6

274.493 252.755 67.052 66.653 500 6

274.61 248.717 67.141 66.69 500 6

274.387 251.686 67.194 66.703 500 6274.408 249.881 67.184 66.733 500 274.483 249.889 67.197 66.799 500 6274.484 251.731 67.213 66.81 500 6

274.402 249.063 67.229 66.835 500 6274.554 251.954 67.301 66.913 500 6274.521 250.064 67.326 66.921 500 6274.346 250 67.362 66.942 500 274.352 251.785 67.427 66.97 500 6

274.475 248.488 67.48 66.979 500 6274.454 252.009 67.518 66.998 500 6
Time:

date,hh:mm:ss04/27/2010,15:42:4104/27/2010,15:43:4104/27/2010,15:44:4104/27/2010,15:45:4104/27/2010,15:46:4104/27/2010,15:47:4104/27/2010,15:48:4104/27/2010,15:49:4104/27/2010,15:50:4104/27/2010,15:51:4104/27/2010,15:52:4104/27/2010,15:53:4104/27/2010,15:54:4104/27/2010,15:55:4104/27/2010,15:56:4104/27/2010,15:57:4104/27/2010,15:58:4104/27/2010,15:59:4104/27/2010,16:00:4104/27/2010,16:01:4104/27/2010,16:02:4104/27/2010,16:03:4104/27/2010,16:04:4104/27/2010,16:05:4104/27/2010,16:06:4204/27/2010,16:07:4204/27/2010,16:08:4204/27/2010,16:09:4204/27/2010,16:10:4204/27/2010,16:11:4204/27/2010,16:12:4204/27/2010,16:13:4204/27/2010,16:14:4204/27/2010,16:15:4204/27/2010,16:16:42

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

74.978 186.138 172.782 192.124 182.6374.974 189.228 175.69 195.315 185.70674.968 192.35 178.618 198.54 188.80274.964 195.465 181.548 201.757 191.902

74.96 198.566 184.45 204.962 194.972

74.959 201.652 187.39 208.15 198.08474.959 204.792 190.278 211.394 201.1474.959 207.853 193.229 214.558 204.26374.959 210.959 196.112 217.77 207.31674.959 214.106 199.057 221.024 210.43374.959 217.169 201.943 224.19 213.48974.959 220.249 204.875 227.375 216.59374.961 223.405 207.773 230.638 219.66174.964 226.474 210.69 233.811 222.7574.968 229.555 213.597 236.996 225.82774.972 232.688 216.509 240.236 228.9174.976 235.776 219.421 243.429 231.99374.978 238.852 222.345 246.61 235.0974.984 241.969 225.252 249.833 238.167

74.99 245.054 228.173 253.024 241.259

74.996 248.143 231.083 256.219 244.3475.001 251.25 234.01 259.432 247.44175.008 254.357 236.916 262.646 250.51875.012 257.457 239.847 265.852 253.62275.021 260.545 242.749 269.046 256.69575.029 263.689 245.688 272.298 259.80975.038 266.751 248.578 275.466 262.86975.048 269.853 251.531 278.675 265.99875.057 273.001 254.413 281.933 269.0575.067 276.075 257.371 285.114 272.18575.075 279.164 260.241 288.31 275.22675.085 282.298 263.189 291.554 278.34975.098 285.39 266.077 294.754 281.409

75.11 288.479 269.031 297.951 284.54

75.123 291.584 271.905 301.164 287.585
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,16:17:42 0 28.818 0.888 3.022 0.985 2.998 0 04/27/2010,16:18:42 0 28.819 0.888 2.815 0.985 3 0 04/27/2010,16:19:42 0 28.82 0.888 3.131 0.985 2.999 0 04/27/2010,16:20:42 0 28.82 0.888 2.932 0.985 2.999 0 04/27/2010,16:21:42 0 28.821 0.888 2.811 0.985 3 0 04/27/2010,16:22:42 0 28.823 0.888 2.658 0.985 3 0 04/27/2010,16:23:42 0 28.824 0.888 2.894 0.985 3 0 04/27/2010,16:24:42 0 28.825 0.888 3.22 0.985 2.996 0 04/27/2010,16:25:42 0 28.827 0.888 2.868 0.985 3.001 0 04/27/2010,16:26:42 0 28.828 0.888 2.946 0.985 3.001 0 04/27/2010,16:27:42 0 28.829 0.888 2.807 0.985 3.003 0 04/27/2010,16:28:42 0 28.829 0.888 2.947 0.985 3.004 0 04/27/2010,16:29:42 0 28.83 0.888 3.053 0.985 3.003 0 04/27/2010,16:30:42 0 28.831 0.888 2.797 0.985 3.003 0 04/27/2010,16:31:43 0 28.831 0.888 2.9 0.985 3.001 0 04/27/2010,16:32:43 0 28.832 0.888 2.864 0.985 3 0 04/27/2010,16:33:43 0 28.834 0.888 2.955 0.985 3.002 0 04/27/2010,16:34:43 0 28.836 0.888 2.999 0.985 2.999 0 04/27/2010,16:35:43 0 28.838 0.888 2.904 0.985 2.997 0 04/27/2010,16:36:43 0 28.839 0.888 2.911 0.985 3.001 0 04/27/2010,16:37:43 0 28.84 0.888 2.896 0.985 3.002 0 04/27/2010,16:38:43 0 28.84 0.888 2.892 0.985 2.996 0 04/27/2010,16:39:43 0 28.839 0.888 2.888 0.985 2.998 0 04/27/2010,16:40:43 0 28.84 0.888 2.847 0.985 2.999 0 04/27/2010,16:41:43 0 28.841 0.888 2.899 0.985 2.997 0 04/27/2010,16:42:43 0 28.842 0.888 2.965 0.985 2.998 0 04/27/2010,16:43:43 0 28.844 0.888 2.826 0.985 2.996 0 04/27/2010,16:44:43 0 28.845 0.888 2.978 0.985 3.001 0 04/27/2010,16:45:43 0 28.846 0.888 2.832 0.985 3.001 0 04/27/2010,16:46:43 0 28.847 0.888 2.926 0.985 2.999 0 04/27/2010,16:47:43 0 28.847 0.888 2.62 0.985 2.999 0 04/27/2010,16:48:43 0 28.847 0.888 2.934 0.985 3.003 0 04/27/2010,16:49:43 0 28.847 0.888 2.74 0.985 3.003 0 04/27/2010,16:50:43 0 28.848 0.888 2.787 0.985 3.002 0 04/27/2010,16:51:43 0 28.85 0.888 2.961 0.985 2.998 0 
Time:

date,hh:mm:ss04/27/2010,16:17:4204/27/2010,16:18:4204/27/2010,16:19:4204/27/2010,16:20:4204/27/2010,16:21:4204/27/2010,16:22:4204/27/2010,16:23:4204/27/2010,16:24:4204/27/2010,16:25:4204/27/2010,16:26:4204/27/2010,16:27:4204/27/2010,16:28:4204/27/2010,16:29:4204/27/2010,16:30:4204/27/2010,16:31:4304/27/2010,16:32:4304/27/2010,16:33:4304/27/2010,16:34:4304/27/2010,16:35:4304/27/2010,16:36:4304/27/2010,16:37:4304/27/2010,16:38:4304/27/2010,16:39:4304/27/2010,16:40:4304/27/2010,16:41:4304/27/2010,16:42:4304/27/2010,16:43:4304/27/2010,16:44:4304/27/2010,16:45:4304/27/2010,16:46:4304/27/2010,16:47:4304/27/2010,16:48:4304/27/2010,16:49:4304/27/2010,16:50:4304/27/2010,16:51:43

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

274.331 248.904 67.613 67.115 500 6274.276 250.701 67.654 67.146 500 6

274.43 250.659 67.723 67.159 500 6

274.521 248.95 67.76 67.194 500 6274.215 251.713 67.754 67.202 500 6274.218 248.995 67.848 67.262 500 6274.321 251.485 67.878 67.302 500 6274.257 250.646 67.956 67.314 500 6274.252 249.835 68.038 67.319 500 6274.349 252.427 68.142 67.427 500 6274.255 248.946 68.159 67.484 500 6274.176 252.298 68.205 67.499 500 274.257 249.942 68.258 67.534 500 6274.181 250.62 68.382 67.595 500 6274.119 252.136 68.451 67.636 500 6274.113 249.045 68.486 67.652 500 6274.187 252.37 68.581 67.738 500 6274.146 249.724 68.652 67.817 500 6274.058 250.786 68.677 67.828 500 6274.269 251.902 68.743 67.898 500 274.235 249.032 68.792 67.93 500 6

273.963 252.3 68.833 67.959 500 6274.201 249.634 68.99 68.083 500 

274.26 250.955 68.989 68.098 500 6

274.153 251.954 69.023 68.125 500 274.272 249.413 69.066 68.201 500 6274.077 252.814 69.101 68.21 500 6

274.108 249.938 69.148 68.253 500 6274.219 251.431 69.189 68.312 500 6

274.24 252.322 69.219 68.395 500 6

274.143 249.537 69.336 68.434 500 7274.147 253.121 69.336 68.445 500 7

274.31 249.78 69.397 68.525 500 7

274.039 251.652 69.43 68.542 500 7

274.14 252.002 69.535 68.632 500 7
Time:

date,hh:mm:ss04/27/2010,16:17:4204/27/2010,16:18:4204/27/2010,16:19:4204/27/2010,16:20:4204/27/2010,16:21:4204/27/2010,16:22:4204/27/2010,16:23:4204/27/2010,16:24:4204/27/2010,16:25:4204/27/2010,16:26:4204/27/2010,16:27:4204/27/2010,16:28:4204/27/2010,16:29:4204/27/2010,16:30:4204/27/2010,16:31:4304/27/2010,16:32:4304/27/2010,16:33:4304/27/2010,16:34:4304/27/2010,16:35:4304/27/2010,16:36:4304/27/2010,16:37:4304/27/2010,16:38:4304/27/2010,16:39:4304/27/2010,16:40:4304/27/2010,16:41:4304/27/2010,16:42:4304/27/2010,16:43:4304/27/2010,16:44:4304/27/2010,16:45:4304/27/2010,16:46:4304/27/2010,16:47:4304/27/2010,16:48:4304/27/2010,16:49:4304/27/2010,16:50:4304/27/2010,16:51:43

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

75.133 294.701 274.861 304.391 290.71775.146 297.785 277.723 307.584 293.75175.161 300.868 280.685 310.775 296.88975.176 304.005 283.567 314.022 299.94375.189 307.071 286.509 317.196 303.06175.204 310.171 289.41 320.406 306.13675.221 313.319 292.334 323.665 309.23475.238 316.395 295.259 326.85 312.33475.254 319.479 298.16 330.043 315.41

75.27 322.612 301.094 333.286 318.519

75.288 325.703 303.978 336.487 321.57675.305 328.788 306.923 339.681 324.69775.322 331.897 309.802 342.9 327.7575.342 335.018 312.741 346.133 330.86575.364 338.093 315.628 349.318 333.92575.382 341.183 318.554 352.518 337.02775.405 344.333 321.456 355.781 340.10475.428 347.401 324.38 358.959 343.20575.448 350.481 327.292 362.149 346.29175.473 353.644 330.215 365.426 349.39275.498 356.731 333.121 368.624 352.47375.521 359.811 336.052 371.815 355.5875.546 362.928 338.953 375.045 358.65875.569 366.046 341.892 378.276 361.77575.594 369.13 344.783 381.472 364.84175.623 372.218 347.741 384.673 367.97975.647 375.377 350.615 387.947 371.028

75.68 378.443 353.572 391.124 374.164

75.707 381.532 356.45 394.327 377.21775.735 384.678 359.402 397.588 380.34975.765 387.771 362.259 400.794 383.38175.793 390.843 365.217 403.979 386.51975.825 393.951 368.079 407.202 389.55675.853 397.063 371.031 410.429 392.68975.885 400.148 373.918 413.627 395.753
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,16:52:43 0 28.851 0.888 2.808 0.985 2.998 0 04/27/2010,16:53:43 0 28.852 0.888 2.741 0.985 2.999 0 04/27/2010,16:54:43 0 28.854 0.888 2.84 0.985 3.002 0 04/27/2010,16:55:44 0 28.855 0.888 3.014 0.985 3.001 0 04/27/2010,16:56:44 0 28.857 0.888 2.947 0.985 3.001 0 04/27/2010,16:57:44 0 28.859 0.888 2.914 0.985 3.002 0 04/27/2010,16:58:44 0 28.86 0.888 2.946 0.985 2.997 0 04/27/2010,16:59:44 0 28.861 0.888 3.247 0.985 3.004 0 04/27/2010,17:00:44 0 28.861 0.888 2.997 0.985 2.994 0 04/27/2010,17:01:44 0 28.862 0.888 2.86 0.985 2.996 0 04/27/2010,17:02:44 0 28.862 0.888 2.89 0.985 2.996 0 04/27/2010,17:03:44 0 28.862 0.888 3.217 0.985 2.994 0 04/27/2010,17:04:44 0 28.862 0.888 3.012 0.985 3.002 0 04/27/2010,17:05:44 0 28.862 0.888 3.019 0.985 2.998 0 04/27/2010,17:06:44 0 28.863 0.888 2.77 0.985 2.995 0 04/27/2010,17:07:44 0 28.864 0.888 2.859 0.985 2.995 0 04/27/2010,17:08:44 0 28.865 0.888 2.998 0.985 3 0 04/27/2010,17:09:44 0 28.866 0.888 2.813 0.985 3.002 0 04/27/2010,17:10:44 0 28.867 0.888 2.97 0.985 2.997 0 04/27/2010,17:11:44 0 28.869 0.888 2.949 0.985 2.995 0 04/27/2010,17:12:44 0 28.87 0.888 2.689 0.985 3.001 0 04/27/2010,17:13:44 0 28.871 0.888 3.009 0.985 3 0 04/27/2010,17:14:44 0 28.872 0.888 2.874 0.985 3.002 0 04/27/2010,17:15:44 0 28.872 0.888 2.883 0.985 3.001 0 04/27/2010,17:16:44 0 28.873 0.888 2.93 0.985 2.996 0 04/27/2010,17:17:44 0 28.874 0.888 2.899 0.985 2.995 0 04/27/2010,17:18:44 0 28.875 0.888 2.874 0.985 2.997 0 04/27/2010,17:19:45 0 28.876 0.888 2.805 0.985 2.995 0 04/27/2010,17:20:45 0 28.876 0.888 3.087 0.985 2.997 0 04/27/2010,17:21:45 0 28.876 0.888 2.846 0.985 2.996 0 04/27/2010,17:22:45 0 28.876 0.888 2.932 0.985 2.994 0 04/27/2010,17:23:45 0 28.876 0.888 2.82 0.985 2.998 0 04/27/2010,17:24:45 0 28.877 0.888 2.886 0.985 2.998 0 04/27/2010,17:25:45 0 28.877 0.888 2.911 0.985 2.996 0 04/27/2010,17:26:45 0 28.878 0.888 3.133 0.985 3 0 
Time:

date,hh:mm:ss04/27/2010,16:52:4304/27/2010,16:53:4304/27/2010,16:54:4304/27/2010,16:55:4404/27/2010,16:56:4404/27/2010,16:57:4404/27/2010,16:58:4404/27/2010,16:59:4404/27/2010,17:00:4404/27/2010,17:01:4404/27/2010,17:02:4404/27/2010,17:03:4404/27/2010,17:04:4404/27/2010,17:05:4404/27/2010,17:06:4404/27/2010,17:07:4404/27/2010,17:08:4404/27/2010,17:09:4404/27/2010,17:10:4404/27/2010,17:11:4404/27/2010,17:12:4404/27/2010,17:13:4404/27/2010,17:14:4404/27/2010,17:15:4404/27/2010,17:16:4404/27/2010,17:17:4404/27/2010,17:18:4404/27/2010,17:19:4504/27/2010,17:20:4504/27/2010,17:21:4504/27/2010,17:22:4504/27/2010,17:23:4504/27/2010,17:24:4504/27/2010,17:25:4504/27/2010,17:26:45

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

274.338 249.712 69.554 68.661 500 7274.095 252.992 69.606 68.718 500 7274.087 249.631 69.617 68.766 500 7

274.19 251.832 69.642 68.789 500 7

274.249 251.68 69.772 68.83 500 7274.206 249.862 69.778 68.884 500 7274.137 253.018 69.828 68.98 500 7

274.164 249.599 69.893 69.005 500 274.102 252.35 69.998 69.051 500 7274.174 251.227 70.049 69.061 500 7274.367 250.444 70.083 69.121 500 7274.107 253.068 70.096 69.152 500 7

274.18 249.479 70.139 69.204 500 7

274.361 252.832 70.204 69.227 500 7274.302 250.936 70.286 69.327 500 7274.105 250.888 70.297 69.341 500 7274.352 252.884 70.371 69.386 500 7274.422 249.669 70.345 69.4 500 7

274.232 253.214 70.343 69.444 500 7

274.34 250.649 70.367 69.455 500 7

274.371 251.23 70.407 69.509 500 7274.121 252.684 70.454 69.535 500 

274.34 249.677 70.504 69.627 500 7

274.349 253.058 70.514 69.653 500 7274.223 250.49 70.502 69.704 500 7274.206 251.166 70.492 69.724 500 7274.298 252.043 70.509 69.76 500 7

274.37 249.183 70.465 69.754 500 7

274.345 252.956 70.542 69.792 500 7274.344 249.306 70.516 69.785 500 7274.341 251.734 70.505 69.827 500 7274.404 251.529 70.453 69.835 500 7

274.51 249.693 70.463 69.917 500 7

274.307 252.959 70.395 69.912 500 7

274.43 249.483 70.419 69.925 500 7
Time:

date,hh:mm:ss04/27/2010,16:52:4304/27/2010,16:53:4304/27/2010,16:54:4304/27/2010,16:55:4404/27/2010,16:56:4404/27/2010,16:57:4404/27/2010,16:58:4404/27/2010,16:59:4404/27/2010,17:00:4404/27/2010,17:01:4404/27/2010,17:02:4404/27/2010,17:03:4404/27/2010,17:04:4404/27/2010,17:05:4404/27/2010,17:06:4404/27/2010,17:07:4404/27/2010,17:08:4404/27/2010,17:09:4404/27/2010,17:10:4404/27/2010,17:11:4404/27/2010,17:12:4404/27/2010,17:13:4404/27/2010,17:14:4404/27/2010,17:15:4404/27/2010,17:16:4404/27/2010,17:17:4404/27/2010,17:18:4404/27/2010,17:19:4504/27/2010,17:20:4504/27/2010,17:21:4504/27/2010,17:22:4504/27/2010,17:23:4504/27/2010,17:24:4504/27/2010,17:25:4504/27/2010,17:26:45

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

75.915 403.228 376.848 416.821 398.86375.947 406.382 379.756 420.092 401.94975.978 409.446 382.661 423.269 405.03276.006 412.539 385.587 426.477 408.138

76.04 415.683 388.48 429.738 411.21

76.071 418.772 391.417 432.942 414.32776.106 421.85 394.3 436.135 417.38776.138 424.957 397.233 439.358 420.50176.169 428.077 400.132 442.594 423.57876.202 431.151 403.05 445.783 426.67676.236 434.254 405.962 449.002 429.76976.271 437.408 408.894 452.275 432.88276.304 440.475 411.792 455.458 435.96

76.34 443.561 414.722 458.66 439.071

76.372 446.69 417.619 461.908 442.14976.407 449.781 420.574 465.116 445.28776.441 452.886 423.446 468.339 448.33776.475 455.971 426.399 471.541 451.47476.509 459.113 429.28 474.802 454.53476.542 462.186 432.231 477.991 457.66876.579 465.267 435.09 481.189 460.70676.612 468.416 438.045 484.458 463.84476.646 471.504 440.918 487.664 466.896

76.68 474.581 443.855 490.858 470.016

76.712 477.691 446.76 494.087 473.10276.746 480.806 449.677 497.321 476.20176.776 483.881 452.602 500.514 479.30876.808 486.98 455.497 503.731 482.38476.843 490.139 458.436 507.011 485.50776.874 493.223 461.326 510.214 488.57676.906 496.306 464.249 513.416 491.68276.938 499.427 467.159 516.656 494.77576.966 502.532 470.084 519.881 497.88376.996 505.623 472.986 523.091 500.96677.027 508.708 475.916 526.295 504.079
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,17:27:45 0 28.879 0.888 2.906 0.985 2.994 0 04/27/2010,17:28:45 0 28.879 0.888 2.899 0.985 2.996 0 04/27/2010,17:29:45 0 28.879 0.888 2.902 0.985 2.998 0 04/27/2010,17:30:45 0 28.88 0.888 2.888 0.985 2.996 0 04/27/2010,17:31:45 0 28.88 0.888 2.908 0.985 2.998 0 04/27/2010,17:32:45 0 28.88 0.888 2.897 0.985 3 0 04/27/2010,17:33:45 0 28.88 0.888 2.894 0.985 2.995 0 04/27/2010,17:34:45 0 28.88 0.888 2.9 0.985 2.997 0 04/27/2010,17:35:45 0 28.881 0.888 2.897 0.985 2.995 0 04/27/2010,17:36:45 0 28.882 0.888 2.889 0.985 3.002 0 04/27/2010,17:37:45 0 28.882 0.888 2.899 0.985 2.993 0 04/27/2010,17:38:45 0 28.881 0.888 2.894 0.985 2.996 0 04/27/2010,17:39:45 0 28.882 0.888 2.898 0.985 3 0 04/27/2010,17:40:45 0 28.881 0.888 2.891 0.985 2.999 0 04/27/2010,17:41:45 0 28.881 0.888 2.905 0.985 2.998 0 04/27/2010,17:42:45 0 28.881 0.888 2.908 0.985 2.998 0 04/27/2010,17:43:46 0 28.881 0.888 2.902 0.985 2.995 0 04/27/2010,17:44:46 0 28.882 0.888 2.91 0.985 2.996 0 04/27/2010,17:45:46 0 28.882 0.888 2.894 0.985 2.999 0 04/27/2010,17:46:46 0 28.882 0.888 2.906 0.985 2.997 0 04/27/2010,17:47:46 0 28.881 0.888 2.908 0.985 2.995 0 04/27/2010,17:48:46 0 28.88 0.888 2.897 0.985 3 0 04/27/2010,17:49:46 0 28.879 0.888 2.947 0.985 2.998 0 04/27/2010,17:50:46 0 28.879 0.888 2.914 0.985 2.999 0 04/27/2010,17:51:46 0 28.878 0.888 2.789 0.985 3.001 0 04/27/2010,17:52:46 0 28.877 0.888 2.793 0.985 2.995 0 04/27/2010,17:53:46 0 28.877 0.888 2.829 0.985 2.995 0 04/27/2010,17:54:46 0 28.876 0.888 2.931 0.985 2.999 0 04/27/2010,17:55:46 0 28.877 0.888 2.848 0.985 2.998 0 04/27/2010,17:56:46 0 28.877 0.888 3.008 0.985 2.996 0 04/27/2010,17:57:46 0 28.877 0.888 3.143 0.985 2.999 0 04/27/2010,17:58:46 0 28.878 0.888 2.822 0.985 3 0 04/27/2010,17:59:46 0 28.878 0.888 3.109 0.985 3 0 04/27/2010,18:00:46 0 28.879 0.888 2.805 0.985 2.995 0 04/27/2010,18:01:46 0 28.879 0.888 2.776 0.985 2.996 0 
Time:

date,hh:mm:ss04/27/2010,17:27:4504/27/2010,17:28:4504/27/2010,17:29:4504/27/2010,17:30:4504/27/2010,17:31:4504/27/2010,17:32:4504/27/2010,17:33:4504/27/2010,17:34:4504/27/2010,17:35:4504/27/2010,17:36:4504/27/2010,17:37:4504/27/2010,17:38:4504/27/2010,17:39:4504/27/2010,17:40:4504/27/2010,17:41:4504/27/2010,17:42:4504/27/2010,17:43:4604/27/2010,17:44:4604/27/2010,17:45:4604/27/2010,17:46:4604/27/2010,17:47:4604/27/2010,17:48:4604/27/2010,17:49:4604/27/2010,17:50:4604/27/2010,17:51:4604/27/2010,17:52:4604/27/2010,17:53:4604/27/2010,17:54:4604/27/2010,17:55:4604/27/2010,17:56:4604/27/2010,17:57:4604/27/2010,17:58:4604/27/2010,17:59:4604/27/2010,18:00:4604/27/2010,18:01:46

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

274.487 252.088 70.434 69.949 500 7274.448 251.313 70.404 69.952 500 7274.429 250.017 70.441 70.002 500 7

274.41 252.942 70.432 69.983 500 7

274.566 249.503 70.415 70.004 500 7274.496 252.341 70.448 70.004 500 7274.382 251.138 70.448 70.021 500 7274.376 250.25 70.438 70.057 500 7274.448 252.775 70.396 70.056 500 274.549 249.304 70.442 70.069 500 274.386 252.59 70.503 70.071 500 7274.418 250.855 70.454 70.063 500 7274.485 250.669 70.457 70.096 500 7274.465 252.913 70.448 70.115 500 7274.473 249.326 70.434 70.108 500 274.364 252.594 70.501 70.15 500 7

274.444 250.5 70.501 70.134 500 7274.486 250.697 70.489 70.13 500 7

274.456 252.583 70.504 70.175 500 7

274.45 249.445 70.471 70.171 500 7

274.402 252.853 70.441 70.171 500 7274.418 250.935 70.471 70.263 500 7274.408 251.24 70.602 70.277 500 7274.383 253.015 70.576 70.273 500 7

274.54 249.865 70.637 70.316 500 7

274.446 252.948 70.621 70.322 500 7274.411 250.613 70.635 70.318 500 7274.525 251.092 70.645 70.336 500 274.471 252.518 70.638 70.349 500 7274.491 249.457 70.664 70.346 500 7274.483 252.908 70.624 70.339 500 7274.536 250.41 70.679 70.392 500 7

274.51 250.678 70.712 70.395 500 7

274.362 250.609 70.717 70.395 500 7274.467 249.383 70.774 70.41 500 7
Time:

date,hh:mm:ss04/27/2010,17:27:4504/27/2010,17:28:4504/27/2010,17:29:4504/27/2010,17:30:4504/27/2010,17:31:4504/27/2010,17:32:4504/27/2010,17:33:4504/27/2010,17:34:4504/27/2010,17:35:4504/27/2010,17:36:4504/27/2010,17:37:4504/27/2010,17:38:4504/27/2010,17:39:4504/27/2010,17:40:4504/27/2010,17:41:4504/27/2010,17:42:4504/27/2010,17:43:4604/27/2010,17:44:4604/27/2010,17:45:4604/27/2010,17:46:4604/27/2010,17:47:4604/27/2010,17:48:4604/27/2010,17:49:4604/27/2010,17:50:4604/27/2010,17:51:4604/27/2010,17:52:4604/27/2010,17:53:4604/27/2010,17:54:4604/27/2010,17:55:4604/27/2010,17:56:4604/27/2010,17:57:4604/27/2010,17:58:4604/27/2010,17:59:4604/27/2010,18:00:4604/27/2010,18:01:46

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

77.055 511.872 478.812 529.58 507.15677.084 514.937 481.765 532.763 510.29577.114 518.027 484.64 535.973 513.34977.141 521.156 487.602 539.223 516.49777.168 524.241 490.477 542.427 519.55177.197 527.343 493.425 545.648 522.68477.225 530.429 496.294 548.854 525.73277.249 533.572 499.24 552.119 528.86377.276 536.648 502.147 555.313 531.95277.302 539.744 505.056 558.529 535.04277.328 542.882 507.989 561.788 538.16

77.35 545.97 510.88 564.996 541.231

77.373 549.071 513.817 568.217 544.35277.398 552.159 516.704 571.425 547.4277.422 555.304 519.62 574.692 550.51877.444 558.379 522.529 577.886 553.61177.468 561.471 525.457 581.098 556.72277.493 564.612 528.363 584.361 559.81177.516 567.7 531.291 587.568 562.92377.538 570.795 534.186 590.784 56677.558 573.887 537.137 593.996 569.136

77.58 577.03 540.016 597.262 572.196

77.602 580.103 542.973 600.455 575.3477.624 583.195 545.846 603.668 578.39577.645 586.338 548.796 606.935 581.53177.663 589.423 551.66 610.141 584.57677.683 592.513 554.612 613.353 587.71477.703 595.611 557.508 616.572 590.79377.724 598.754 560.422 619.839 593.89277.744 601.818 563.357 623.024 597.01377.765 604.915 566.239 626.243 600.07777.781 608.062 569.178 629.514 603.202

77.8 611.146 572.065 632.72 606.271

77.82 614.247 574.982 635.943 609.373

77.839 617.342 577.894 639.16 612.47
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,18:02:46 0 28.879 0.888 2.961 0.985 2.999 0 04/27/2010,18:03:46 0 28.879 0.888 2.779 0.985 2.993 0 04/27/2010,18:04:46 0 28.879 0.888 2.853 0.985 2.996 0 04/27/2010,18:05:46 0 28.879 0.888 2.922 0.985 2.996 0 04/27/2010,18:06:46 0 28.878 0.888 3.009 0.985 2.995 0 04/27/2010,18:07:46 0 28.878 0.888 3.29 0.985 2.997 0 04/27/2010,18:08:47 0 28.879 0.888 2.811 0.985 2.995 0 04/27/2010,18:09:47 0 28.879 0.888 2.992 0.985 2.997 0 04/27/2010,18:10:47 0 28.879 0.888 2.981 0.985 2.992 0 04/27/2010,18:11:47 0 28.879 0.888 2.833 0.985 2.993 0 04/27/2010,18:12:47 0 28.879 0.888 2.896 0.985 2.995 0 04/27/2010,18:13:47 0 28.88 0.888 2.98 0.985 2.993 0 04/27/2010,18:14:47 0 28.88 0.888 2.667 0.985 2.995 0 04/27/2010,18:15:47 0 28.881 0.888 2.988 0.985 2.996 0 04/27/2010,18:16:47 0 28.882 0.888 2.998 0.985 2.997 0 04/27/2010,18:17:47 0 28.883 0.888 3.014 0.985 2.999 0 04/27/2010,18:18:47 0 28.884 0.888 2.937 0.985 2.997 0 04/27/2010,18:19:47 0 28.884 0.888 2.808 0.985 2.995 0 04/27/2010,18:20:47 0 28.884 0.888 2.831 0.985 2.996 0 04/27/2010,18:21:47 0 28.884 0.888 2.899 0.985 2.996 0 04/27/2010,18:22:47 0 28.884 0.888 2.864 0.985 2.998 0 04/27/2010,18:23:47 0 28.885 0.888 3.064 0.985 2.997 0 04/27/2010,18:24:47 0 28.886 0.888 2.733 0.985 2.998 0 04/27/2010,18:25:47 0 28.886 0.888 2.778 0.985 2.997 0 04/27/2010,18:26:47 0 28.886 0.888 2.763 0.985 2.997 0 04/27/2010,18:27:47 0 28.886 0.888 2.811 0.985 2.996 0 04/27/2010,18:28:47 0 28.886 0.888 2.873 0.985 3.001 0 04/27/2010,18:29:47 0 28.886 0.888 2.878 0.985 2.998 0 04/27/2010,18:30:47 0 28.886 0.888 2.902 0.985 2.998 0 04/27/2010,18:31:47 0 28.888 0.888 2.873 0.985 2.996 0 04/27/2010,18:32:48 0 28.89 0.888 2.634 0.985 2.997 0 04/27/2010,18:33:48 0 28.891 0.888 2.897 0.985 2.997 0 04/27/2010,18:34:48 0 28.892 0.888 2.9 0.985 2.996 0 04/27/2010,18:35:48 0 28.893 0.888 2.9 0.985 2.995 0 04/27/2010,18:36:48 0 28.894 0.888 2.899 0.985 2.994 0 
Time:

date,hh:mm:ss04/27/2010,18:02:4604/27/2010,18:03:4604/27/2010,18:04:4604/27/2010,18:05:4604/27/2010,18:06:4604/27/2010,18:07:4604/27/2010,18:08:4704/27/2010,18:09:4704/27/2010,18:10:4704/27/2010,18:11:4704/27/2010,18:12:4704/27/2010,18:13:4704/27/2010,18:14:4704/27/2010,18:15:4704/27/2010,18:16:4704/27/2010,18:17:4704/27/2010,18:18:4704/27/2010,18:19:4704/27/2010,18:20:4704/27/2010,18:21:4704/27/2010,18:22:4704/27/2010,18:23:4704/27/2010,18:24:4704/27/2010,18:25:4704/27/2010,18:26:4704/27/2010,18:27:4704/27/2010,18:28:4704/27/2010,18:29:4704/27/2010,18:30:4704/27/2010,18:31:4704/27/2010,18:32:4804/27/2010,18:33:4804/27/2010,18:34:4804/27/2010,18:35:4804/27/2010,18:36:48

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

274.503 251.874 70.803 70.451 500 7274.401 250.56 70.851 70.451 500 7274.539 250.333 70.858 70.451 500 7274.514 252.253 70.835 70.476 500 7274.403 250.221 70.921 70.507 500 7274.449 251.371 70.901 70.507 500 7274.456 252.089 70.918 70.507 500 7274.667 249.859 71.011 70.609 500 7274.521 252.593 70.99 70.619 500 7274.525 250.968 70.973 70.621 500 7274.593 250.51 70.98 70.619 500 7274.392 252.688 70.947 70.659 500 7274.618 249.686 70.906 70.675 500 7274.473 252.267 70.913 70.675 500 7274.439 251.598 70.845 70.672 500 7

274.61 250.262 70.906 70.724 500 7

274.509 253.214 70.859 70.707 500 274.592 250.287 70.789 70.694 500 7274.543 252.085 70.773 70.681 500 7274.664 252.381 70.775 70.723 500 7274.651 250.074 70.776 70.728 500 7274.485 253.338 70.774 70.717 500 7274.613 250.448 70.727 70.698 500 7

274.52 251.751 70.73 70.68 500 7

274.514 252.773 70.732 70.723 500 7274.675 250.132 70.677 70.725 500 7274.484 253.371 70.671 70.695 500 

274.65 251.167 70.643 70.683 500 7

274.643 251.571 70.6 70.675 500 7274.483 253.271 70.469 70.667 500 7274.658 250.312 70.456 70.664 500 7274.712 253.222 70.496 70.677 500 7

274.71 252.025 70.455 70.674 500 7

274.665 251.001 70.398 70.649 500 7274.648 253.685 70.35 70.622 500 7
Time:

date,hh:mm:ss04/27/2010,18:02:4604/27/2010,18:03:4604/27/2010,18:04:4604/27/2010,18:05:4604/27/2010,18:06:4604/27/2010,18:07:4604/27/2010,18:08:4704/27/2010,18:09:4704/27/2010,18:10:4704/27/2010,18:11:4704/27/2010,18:12:4704/27/2010,18:13:4704/27/2010,18:14:4704/27/2010,18:15:4704/27/2010,18:16:4704/27/2010,18:17:4704/27/2010,18:18:4704/27/2010,18:19:4704/27/2010,18:20:4704/27/2010,18:21:4704/27/2010,18:22:4704/27/2010,18:23:4704/27/2010,18:24:4704/27/2010,18:25:4704/27/2010,18:26:4704/27/2010,18:27:4704/27/2010,18:28:4704/27/2010,18:29:4704/27/2010,18:30:4704/27/2010,18:31:4704/27/2010,18:32:4804/27/2010,18:33:4804/27/2010,18:34:4804/27/2010,18:35:4804/27/2010,18:36:48

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

77.858 620.494 580.821 642.436 615.58177.877 623.571 583.725 645.635 618.6777.894 626.668 586.662 648.854 621.793

77.91 629.797 589.554 652.107 624.868

77.928 632.894 592.512 655.326 628.01477.946 635.99 595.391 658.546 631.07677.965 639.076 598.345 661.754 634.21877.981 642.238 601.201 665.041 637.25677.999 645.315 604.16 668.241 640.40378.017 648.4 607.063 671.449 643.4978.032 651.524 609.974 674.697 646.586

78.05 654.643 612.913 677.941 649.713

78.068 657.713 615.797 681.134 652.78178.086 660.822 618.726 684.366 655.89678.105 663.982 621.623 687.652 658.97778.122 667.07 624.549 690.864 662.08978.139 670.15 627.454 694.066 665.1878.155 673.253 630.378 697.293 668.28978.169 676.391 633.281 700.555 671.37678.184 679.46 636.227 703.746 674.51

78.2 682.554 639.108 706.964 677.574

78.215 685.706 642.061 710.242 680.71578.228 688.79 644.942 713.448 683.77978.242 691.882 647.889 716.663 686.91378.255 694.977 650.754 719.88 689.9678.267 698.12 653.703 723.149 693.09678.279 701.2 656.604 726.351 696.18178.291 704.304 659.515 729.578 699.27778.297 707.435 662.449 732.833 702.39678.308 710.537 665.338 736.058 705.46878.316 713.63 668.266 739.274 708.58278.327 716.71 671.167 742.476 711.66678.333 719.877 674.094 745.767 714.77878.343 722.956 677.004 748.968 717.87178.351 726.035 679.938 752.168 720.99
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: aux: Stack F

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg unit fraction 04/27/2010,18:37:48 0 28.895 0.888 2.925 0.985 2.997 0 04/27/2010,18:38:48 0 28.896 0.888 2.889 0.985 2.996 0 04/27/2010,18:39:48 0 28.896 0.888 2.875 0.985 2.997 0 04/27/2010,18:40:48 0 28.897 0.888 2.883 0.985 2.996 0 04/27/2010,18:41:48 0 28.898 0.888 2.881 0.985 2.995 0 04/27/2010,18:42:48 0 28.9 0.888 2.904 0.985 2.998 0 04/27/2010,18:43:48 0 28.901 0.888 2.909 0.985 2.999 0 04/27/2010,18:44:48 0 28.902 0.888 2.906 0.985 3.001 0 04/27/2010,18:45:48 Sampling complete 240.233533 Minutes sampledC:Drive Code:0 Compact Flash Code:0 
Time:

date,hh:mm:ss04/27/2010,18:37:4804/27/2010,18:38:4804/27/2010,18:39:4804/27/2010,18:40:4804/27/2010,18:41:4804/27/2010,18:42:4804/27/2010,18:43:4804/27/2010,18:44:4804/27/2010,18:45:48C:Drive Code:0 Compact Flash Code:0 

Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 Temp: DGM#2 TdegF degF degF degF degF degF 

274.833 250.507 70.336 70.619 500 7274.703 252.353 70.284 70.572 500 7274.711 252.098 70.133 70.507 500 7274.789 250.54 70.109 70.501 500 7274.664 253.634 70.097 70.469 500 274.832 250.417 70.097 70.45 500 7

274.725 252.379 70.086 70.439 500 7274.747 252.69 70.072 70.408 500 7
Time:

date,hh:mm:ss04/27/2010,18:37:4804/27/2010,18:38:4804/27/2010,18:39:4804/27/2010,18:40:4804/27/2010,18:41:4804/27/2010,18:42:4804/27/2010,18:43:4804/27/2010,18:44:4804/27/2010,18:45:48C:Drive Code:0 Compact Flash Code:0 

Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF liters STP liters STP liters nominal liters nominal

78.355 729.158 682.837 755.414 724.07178.361 732.265 685.792 758.642 727.21178.367 735.353 688.672 761.85 730.27178.371 738.431 691.634 765.049 733.41978.373 741.596 694.504 768.336 736.46878.375 744.655 697.458 771.514 739.60678.378 747.741 700.342 774.72 742.6778.379 750.878 703.28 777.977 745.791
Hg TEST PARAMETERS 4/27/2010 1:18 PM

Xducer Pitot Barom Flow 1 Vac 1 Flow 2 Vac 2 aux Gain 1.12 3.41 0.17 1100 0.189 1100 1 

Offset 0.001 17.4 0.004 0.5 0.004 0.5 0 Tstd Pstd Gam 1 Gam 2 CPL 2 CPL 1

68 29.92 1.0013 0.9812 526.106 526.211

Prop time Probe min Filter min Stack min Test time

0.5 225 250 150 240

Lpm Motor V Log Time File Suffix Load Proportion

0.8 2.6 60 South 4-27-10 r3 Pitot Manual

Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: Leak 1: 

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg cc per M 

04/27/2010,13:18:39 0 28.805 0.149 11.149 0.095 11.258 2.534 

04/27/2010,13:18:54 0 28.805 0.118 11.679 0.085 11.312 350.737 

04/27/2010,13:19:09 0 28.805 0.1 11.898 0.08 11.35 363.406 04/27/2010,13:19:25 0 28.806 0.094 11.862 0.065 11.377 40.541 

04/27/2010,13:19:40 0 28.806 0.093 11.661 0.063 11.386 30.406 

04/27/2010,13:19:55 0 28.806 0.094 11.661 0.062 11.405 22.805 

04/27/2010,13:20:10 0 28.806 0.09 11.478 0.066 11.42 17.737 

04/27/2010,13:20:25 0 28.805 0.088 12.173 0.058 11.432 17.737 

04/27/2010,13:20:41 0 28.807 0.086 12.022 0.059 11.438 15.203 

04/27/2010,13:20:56 0 28.807 0.085 11.91 0.056 11.436 12.669 

04/27/2010,13:21:11 0 28.807 0.084 12.607 0.058 11.447 7.602 

04/27/2010,13:21:26 0 28.808 0.084 12.052 0.054 11.454 5.068 

04/27/2010,13:21:42 0 28.81 0.084 12.228 0.055 11.457 2.534 

04/27/2010,13:21:57 0 28.809 0.083 11.632 0.055 11.458 5.068 

04/27/2010,13:22:12 0 28.809 0.082 11.79 0.056 11.459 2.534 

04/27/2010,13:22:27 0 28.809 0.082 11.875 0.058 11.466 5.068 

04/27/2010,13:22:42 0 28.809 0.083 12.166 0.053 11.464 2.534 

04/27/2010,13:22:54 Sampling terminated by operator 4.314483 Minutes sampledC:Drive Code:0 Compact Flash Code:0 Hg TEST PARAMETERS 4/27/2010 6:49 PM
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,13:18:3904/27/2010,13:18:5404/27/2010,13:19:0904/27/2010,13:19:2504/27/2010,13:19:4004/27/2010,13:19:5504/27/2010,13:20:1004/27/2010,13:20:2504/27/2010,13:20:4104/27/2010,13:20:5604/27/2010,13:21:1104/27/2010,13:21:2604/27/2010,13:21:4204/27/2010,13:21:5704/27/2010,13:22:1204/27/2010,13:22:2704/27/2010,13:22:4204/27/2010,13:22:54C:Drive Code:0 Compact Flash Code:0 Hg TEST

Stack Temp: Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 TdegF degF degF degF degF degF 

78.995 275.189 255.444 68.959 70.071 78.418 275.105 253.344 68.891 70.059 77.762 275.073 250.609 68.903 70.059 77.924 275.037 250.127 68.98 70.059 

77.839 275.055 252.486 68.995 70.059 76.684 275.077 255.164 68.995 70.059 75.951 275.101 255.621 68.89 70.059 75.131 275.133 253.591 68.826 70.056 74.472 275.109 250.609 68.806 70.059 74.123 275.043 249.567 68.773 70.049 73.769 274.831 251.404 68.714 69.996 73.647 274.695 254.301 68.703 69.994 

73.54 274.545 255.375 68.629 69.988 

73.484 274.461 253.827 68.546 69.982 73.574 274.477 250.876 68.555 69.974 73.639 274.537 249.444 68.546 69.952 73.507 274.629 250.547 68.546 69.953 
Hg TEST

XducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,13:18:3904/27/2010,13:18:5404/27/2010,13:19:0904/27/2010,13:19:2504/27/2010,13:19:4004/27/2010,13:19:5504/27/2010,13:20:1004/27/2010,13:20:2504/27/2010,13:20:4104/27/2010,13:20:5604/27/2010,13:21:1104/27/2010,13:21:2604/27/2010,13:21:4204/27/2010,13:21:5704/27/2010,13:22:1204/27/2010,13:22:2704/27/2010,13:22:4204/27/2010,13:22:54C:Drive Code:0 Compact Flash Code:0 Hg TEST

AuxTemp: Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF degF liters STP liters STP liters nominal liters nominal

75.653 79.22 0.011 0.02 0.011 0.02175.615 79.22 0.022 0.027 0.023 0.029

75.72 79.217 0.029 0.029 0.03 0.03

75.723 79.216 0.033 0.029 0.034 0.0375.751 79.214 0.038 0.029 0.04 0.0375.743 79.211 0.042 0.03 0.044 0.03275.729 79.207 0.046 0.045 0.048 0.04875.648 79.204 0.049 0.048 0.051 0.05175.639 79.201 0.051 0.05 0.053 0.05375.628 79.2 0.051 0.052 0.053 0.055

75.571 79.197 0.053 0.053 0.055 0.05775.597 79.193 0.053 0.055 0.055 0.05975.597 79.19 0.055 0.055 0.057 0.05975.602 79.187 0.055 0.057 0.057 0.06175.586 79.184 0.057 0.057 0.059 0.06175.556 79.183 0.057 0.059 0.059 0.063

75.55 79.181 0.057 0.059 0.059 0.063
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: Leak 1: 

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg cc per M 

Xducer Pitot Barom Flow 1 Vac 1 Flow 2 Vac 2 aux Gain 1.12 3.41 0.17 1100 0.189 1100 1 Offset 0.001 17.4 0.004 0.5 0.004 0.5 0 Tstd Pstd Gam 1 Gam 2 CPL 2 CPL 1

68 29.92 1.0013 0.9812 526.106 526.211

Prop time Probe min Filter min Stack min Test time

0.5 225 250 150 240

Lpm Motor V Log Time File Suffix Load Proportion

0.8 2.6 60 South 4-27-10 r3 Pitot Manual

Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: Leak 1: 

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg cc per M 

04/27/2010,18:49:21 0 28.906 0.824 6.71 0.887 6.603 2.534 

04/27/2010,18:49:37 0 28.906 0.885 8.986 0.956 8.69 956.324 

04/27/2010,18:49:52 0 28.906 0.681 10.251 0.648 9.865 1321.197 

04/27/2010,18:50:07 0 28.906 0.418 10.982 0.376 10.499 1266.919 

04/27/2010,18:50:22 0 28.906 0.301 11.338 0.255 10.878 815.896 

04/27/2010,18:50:37 0 28.906 0.231 12.09 0.172 11.108 552.377 

04/27/2010,18:50:53 0 28.906 0.161 11.677 0.122 11.239 344.602 

04/27/2010,18:51:08 0 28.906 0.116 12.155 0.098 11.315 215.376 

04/27/2010,18:51:23 0 28.906 0.099 11.719 0.076 11.357 129.226 

04/27/2010,18:51:38 0 28.907 0.092 11.823 0.067 11.377 58.278 

04/27/2010,18:51:54 0 28.907 0.089 12.076 0.061 11.396 15.203 

04/27/2010,18:52:09 0 28.907 0.087 11.919 0.057 11.409 0 

04/27/2010,18:52:24 0 28.907 0.085 11.87 0.053 11.418 0 

04/27/2010,18:52:39 0 28.907 0.085 11.981 0.054 11.428 0 

04/27/2010,18:52:54 0 28.907 0.086 12.079 0.053 11.427 0 

04/27/2010,18:53:10 0 28.908 0.084 11.835 0.049 11.428 0 

04/27/2010,18:53:25 0 28.908 0.085 12.376 0.052 11.442 2.534 

04/27/2010,18:53:40 0 28.908 0.085 11.838 0.054 11.444 2.534 

04/27/2010,18:53:55 0 28.909 0.084 11.868 0.057 11.453 2.534 

04/27/2010,18:54:10 0 28.909 0.085 11.918 0.053 11.464 0 

04/27/2010,18:54:26 0 28.909 0.084 11.908 0.053 11.46 12.669 

04/27/2010,18:54:41 0 28.91 0.084 12.292 0.054 11.461 15.203 
Time:

date,hh:mm:ssXducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,18:49:2104/27/2010,18:49:3704/27/2010,18:49:5204/27/2010,18:50:0704/27/2010,18:50:2204/27/2010,18:50:3704/27/2010,18:50:5304/27/2010,18:51:0804/27/2010,18:51:2304/27/2010,18:51:3804/27/2010,18:51:5404/27/2010,18:52:0904/27/2010,18:52:2404/27/2010,18:52:3904/27/2010,18:52:5404/27/2010,18:53:1004/27/2010,18:53:2504/27/2010,18:53:4004/27/2010,18:53:5504/27/2010,18:54:1004/27/2010,18:54:2604/27/2010,18:54:41

Stack Temp: Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 TdegF degF degF degF degF degF 

Stack Temp: Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 TdegF degF degF degF degF degF 

135.865 273.131 249.847 69.941 70.339 

132.17 272.921 249.183 69.929 70.339 

129.215 273.064 251.775 69.923 70.336 

126.99 273.43 255.478 69.947 70.335 

125.042 274.01 256.929 69.923 70.328 123.408 274.67 255.527 69.921 70.339 122.063 275.238 252.302 69.932 70.323 120.974 275.658 249.757 69.879 70.313 119.996 275.85 250.484 69.885 70.313 119.172 275.835 253.745 69.867 70.307 118.246 275.698 256.091 69.856 70.302 117.264 275.543 255.668 69.844 70.291 

116.13 275.396 253.042 69.879 70.297 

115.301 275.32 250.23 69.859 70.283 

114.962 275.294 250.149 69.847 70.283 

114.773 275.288 252.967 69.835 70.283 114.654 275.403 255.614 69.847 70.283 114.732 275.614 255.653 69.841 70.283 114.719 275.82 253.325 69.835 70.283 114.403 276.024 250.325 69.835 70.283 114.359 276.134 249.735 69.835 70.274 114.418 276.142 252.325 69.835 70.283 
Time:

date,hh:mm:ssXducerGainOffsetTstd

68

Prop time

0.5

Lpm

0.8

Time:date,hh:mm:ss04/27/2010,18:49:2104/27/2010,18:49:3704/27/2010,18:49:5204/27/2010,18:50:0704/27/2010,18:50:2204/27/2010,18:50:3704/27/2010,18:50:5304/27/2010,18:51:0804/27/2010,18:51:2304/27/2010,18:51:3804/27/2010,18:51:5404/27/2010,18:52:0904/27/2010,18:52:2404/27/2010,18:52:3904/27/2010,18:52:5404/27/2010,18:53:1004/27/2010,18:53:2504/27/2010,18:53:4004/27/2010,18:53:5504/27/2010,18:54:1004/27/2010,18:54:2604/27/2010,18:54:41

AuxTemp: Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF degF liters STP liters STP liters nominal liters nominalAuxTemp: Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF degF liters STP liters STP liters nominal liters nominal

75.51 78.375 0.45 0.362 0.467 0.384

75.499 78.374 0.714 0.664 0.741 0.70575.507 78.374 0.915 0.797 0.95 0.846

75.53 78.374 1.04 0.884 1.079 0.939

75.543 78.373 1.113 0.925 1.155 0.983

75.53 78.371 1.164 0.977 1.209 1.038

75.546 78.371 1.195 1.013 1.241 1.07675.546 78.371 1.206 1.031 1.252 1.095

75.55 78.371 1.206 1.04 1.252 1.104

75.541 78.371 1.206 1.047 1.252 1.11275.555 78.371 1.206 1.053 1.252 1.118

75.55 78.371 1.206 1.054 1.252 1.1275.53 78.37 1.206 1.056 1.252 1.12175.49 78.368 1.206 1.058 1.252 1.123

75.482 78.368 1.206 1.06 1.252 1.125

75.49 78.367 1.208 1.06 1.254 1.12575.51 78.367 1.208 1.061 1.254 1.12775.54 78.367 1.208 1.063 1.254 1.129

75.494 78.367 1.208 1.063 1.254 1.129

75.46 78.365 1.217 1.065 1.264 1.131

75.426 78.363 1.219 1.065 1.266 1.13175.434 78.364 1.219 1.067 1.266 1.133
Time: Pitot: Barometric: Flowmeter1: Vaccuum1: Flowmeter2: Vacuum2: Leak 1: 

date,hh:mm:ss in-H2O in-Hg l/min in-Hg l/min in-Hg cc per M 

04/27/2010,18:54:56 0 28.91 0.084 11.971 0.057 11.469 15.203 

04/27/2010,18:55:11 0 28.91 0.085 11.668 0.05 11.464 5.068 

04/27/2010,18:55:26 0 28.91 0.083 12.068 0.045 11.461 2.534 

04/27/2010,18:55:35 Sampling terminated by operator 6.239567 Minutes sampledC:Drive Code:0 Compact Flash Code:0 
Time:

date,hh:mm:ss04/27/2010,18:54:5604/27/2010,18:55:1104/27/2010,18:55:2604/27/2010,18:55:35C:Drive Code:0 Compact Flash Code:0 

Stack Temp: Sorbent Temp: Probe Temp: Box Internal Temp: DGM#1 Temp: Condenser#1 TdegF degF degF degF degF degF 

114.535 276.114 255.305 69.835 70.274 

114.53 276.052 255.788 69.835 70.274 

114.604 276.03 254.442 69.835 70.262 
Time:

date,hh:mm:ss04/27/2010,18:54:5604/27/2010,18:55:1104/27/2010,18:55:2604/27/2010,18:55:35C:Drive Code:0 Compact Flash Code:0 

AuxTemp: Cold Juntion Temp: DGM1*: DGM2*: DGM1: DGM2:degF degF liters STP liters STP liters nominal liters nominal

75.443 78.363 1.221 1.067 1.268 1.13375.469 78.363 1.221 1.067 1.268 1.13375.491 78.363 1.223 1.067 1.269 1.133
L2010-275 

APPENDIX A.6 

CEMS DATA 
Calibration Error Test at Run 1 . STRATA Version 3.2

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 9:09:16 0.076 0.019 0.028 0.86 9.957 11.823

4/28/2010 9:10:16 3.192 2.633 -0.153 -0.17 0.871 6.301

4/28/2010 9:11:14 22.014 17.799 -0.097 -0.17 0.756 0.003

4/28/2010 9:12:14 10.73 10.513 -0.047 -0.15 0.73 0.003

4/28/2010 9:13:14 3.607 3.469 41.837 -0.15 0.726 0.003

4/28/2010 9:14:14 0.09 0.068 74.619 -0.15 0.725 0.002

4/28/2010 9:15:14 0.049 0.026 44.775 -0.14 0.734 0.003

4/28/2010 9:16:14 12.48 0.051 25.45 66.89 0.749 0.003

4/28/2010 9:17:14 20.907 0.019 -0.038 198.49 0.695 0.002

4/28/2010 9:18:14 20.776 0.065 -0.05 173.23 0.723 0.003

4/28/2010 9:19:14 20.905 0.019 -0.184 95.62 0.726 0.002

4/28/2010 9:20:14 11.749 4.889 5.399 68.8 0.726 0.003

4/28/2010 9:21:14 0.172 0.109 3.434 10.32 0.581 0.003

4/28/2010 9:22:14 0.164 0.14 1.658 3.18 0.359 0.002

4/28/2010 9:23:14 18.833 0.088 1.449 3.06 1.151 0.004

4/28/2010 9:24:14 20.722 0.072 1.368 2.67 24.782 6.589

4/28/2010 9:25:14 20.737 0.068 1.273 2.65 24.86 24.706

4/28/2010 9:26:14 20.75 0.068 1.363 2.65 24.952 24.79

4/28/2010 9:27:14 20.748 0.068 1.269 2.66 24.977 24.844

4/28/2010 9:28:14 20.729 0.068 1.156 2.65 21.106 24.913

4/28/2010 9:29:14 20.733 0.073 1.203 2.43 12.1 17.986

4/28/2010 9:30:14 20.39 0.295 1.153 2.61 12.047 11.88

4/28/2010 9:31:14 20.748 0.084 1.089 2.61 7.423 11.007

Calibration Error Test at Run 1 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Low-range Mid-range High-range

O2 CC281576 SG9135786 CC285394

CO2 CC281576 SG9135786 CC285394

SO2 CC281576 CC308434 CC122146

CO CC281576 CC91533 CC41590

CH4 CC281576 CC178755 CC245119 CC155902

NMHC CC281576 CC178755 CC245119 CC155902

Date/Time 4/28/2010 9:31:30 PASSED

Analyte O2 CO2 SO2 CO CH4 NMHC

Units % % ppm ppm ppm ppm

Zero Ref Cyl 0 0 0000

Zero Avg 0.061 0.019 -0.194 -0.17 0.364 0.003

Zero Error% 0.3 0.1 0.2 0.1 1.4 0

Low Ref Cyl 7.049 7.001

Low Avg 7.093 6.836

Low Error% 0.2 0.7

Mid Ref Cyl 9.993 10 45.2 90.16 12.05 12.03

Mid Avg 9.959 10.206 44.566 92.41 12.108 11.901

Mid Error% 0.2 1.2 0.7 1.1 0.2 0.5

High Ref Cyl 22 17.76 91.01 201 25.37 24.86

High Avg 22.027 17.808 90.231 202.5 24.992 24.85

High Error% 0.1 0.3 0.9 0.7 1.5 0
Initial System Bias Check for Run 1 . STRATA Version 3.2

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 9:32:32 12.309 0.087 1.144 2.39 7.093 6.819

4/28/2010 9:33:32 0.196 0.086 1.1 2.64 1.653 6.157

4/28/2010 9:34:32 0.157 0.084 1.099 2.65 0.48 0.574

4/28/2010 9:35:32 0.145 0.079 1.154 2.66 0.336 0.042

4/28/2010 9:36:32 6.344 6.514 1.138 2.61 0.336 0.004

4/28/2010 9:37:32 9.873 10.135 1.255 2.14 0.336 0.003

4/28/2010 9:38:33 7.756 7.856 1.727 2.08 0.339 0.004

4/28/2010 9:39:33 0.17 0.158 28.144 2.37 0.336 0.004

4/28/2010 9:40:33 0.148 0.115 38.025 2.54 0.336 0.004

4/28/2010 9:41:33 0.141 0.112 40.37 2.38 0.336 0.003

4/28/2010 9:42:33 0.244 0.3 41.279 2.38 0.336 0.003

4/28/2010 9:43:33 17.748 0.928 26.649 117.09 0.336 0.007

4/28/2010 9:44:33 20.664 0.105 3.785 204.78 0.337 0.018

Initial System Bias Check for Run 1 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

CO CC281576 CC41590

CH4 CC281576 CC178755

NMHC CC281576 CC178755

Date/Time 4/28/2010 9:45:13 PASSED

Analyte O2 CO2 SO2 CO CH4 NMHC

Units % % ppm ppm ppm ppm

Zero Ref Cyl 000000

Zero Cal 0.061 0.019 -0.194 -0.17 0.364 0.003

Zero Avg 0.146 0.08 1.094 2.68 0.336 0.004

Zero Bias% 0.4 0.3 1.4 1.4 0.1 0

Zero Drift%

Span Ref Cyl 9.993 10 45.2 201 7.049 7.001

Span Cal 9.959 10.206 44.566 202.5 7.093 6.836

Span Avg 9.882 10.155 41.06 206.13 7.094 6.837

Span Bias% 0.4 0.3 3.9 1.8 0 0

Span Drift%
Test Run 1 Begin. STRATA Version 3.2

Operator: M. Martin

Plant NameDominion Southampton

Location: Common Stack

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 9:46:13 13.618 6.638 5.001 160.43 0.336 0.003

4/28/2010 9:47:13 6.663 12.641 14.208 38.39 0.432 0.003

Begin calculating run averages

4/28/2010 9:49:05 6.827 12.516 16.121 36.79 0.576 0.005

4/28/2010 9:50:05 6.854 12.509 12.531 31.71 0.576 0.003

4/28/2010 9:51:05 6.584 12.718 9.937 35.65 0.576 0.003

4/28/2010 9:52:06 6.498 12.775 11.247 41.67 0.576 0.003

4/28/2010 9:53:06 6.633 12.672 11.059 39.07 0.576 0.003

4/28/2010 9:54:06 6.632 12.694 10.679 33.38 0.576 0.003

4/28/2010 9:55:06 6.594 12.727 10.889 36.22 0.576 0.003

4/28/2010 9:56:06 6.589 12.741 11.049 35.45 0.576 0.003

4/28/2010 9:57:06 6.665 12.66 10.254 37.85 0.576 0.003

4/28/2010 9:58:06 6.675 12.643 13.9 36.56 0.576 0.003

4/28/2010 9:59:06 6.589 12.716 13.2 49.08 0.576 0.003

4/28/2010 10:00:06 6.677 12.66 12.085 54.34 0.576 0.003

4/28/2010 10:01:06 6.678 12.646 12.094 49.98 0.576 0.003

4/28/2010 10:02:06 6.465 12.825 12.609 61.17 0.576 0.003

4/28/2010 10:03:06 6.564 12.75 11.834 71.54 0.576 0.003

4/28/2010 10:04:06 6.824 12.543 12.691 45.11 0.576 0.003

4/28/2010 10:05:06 6.685 12.652 11.359 34.52 0.576 0.003

4/28/2010 10:06:06 6.569 12.739 11.599 35.03 0.576 0.003

4/28/2010 10:07:06 6.455 12.834 10.606 41.63 0.576 0.004

4/28/2010 10:08:06 6.508 12.787 10.752 48.04 0.576 0.003

4/28/2010 10:09:06 6.723 12.61 11.263 52.2 0.576 0.003

4/28/2010 10:10:06 6.664 12.656 11.348 43.77 0.576 0.003

4/28/2010 10:11:06 6.486 12.792 11.113 44.19 0.576 0.003

4/28/2010 10:12:06 6.57 12.722 9.63 43.89 0.576 0.003

4/28/2010 10:13:06 6.572 12.723 9.015 48.4 0.576 0.003

4/28/2010 10:14:06 6.568 12.712 8.358 67.37 0.586 0.003

4/28/2010 10:15:06 6.458 12.803 8.141 105.62 0.636 0.003

4/28/2010 10:16:07 6.492 12.785 7.608 86.19 0.756 0.003

4/28/2010 10:17:07 6.543 12.753 7.649 58.25 0.635 0.003

4/28/2010 10:18:07 6.494 12.78 7.684 68.62 0.587 0.003

4/28/2010 10:19:07 6.528 12.745 13.626 85.38 0.589 0.003

4/28/2010 10:20:07 6.548 12.75 11.979 69.91 0.597 0.003

4/28/2010 10:21:07 6.54 12.752 11.068 74.39 0.579 0.003

4/28/2010 10:22:07 6.496 12.78 10.657 106.01 0.605 0.003

4/28/2010 10:23:07 6.537 12.74 10.843 93.38 0.662 0.004

4/28/2010 10:24:07 6.64 12.659 11.958 88.67 0.622 0.003

4/28/2010 10:25:07 6.661 12.636 12.211 66.17 0.605 0.003

4/28/2010 10:26:07 6.585 12.701 11.32 58.44 0.594 0.003

4/28/2010 10:27:07 6.434 12.828 11.187 58.86 0.576 0.003

4/28/2010 10:28:07 6.405 12.849 11.012 55.02 0.576 0.003

4/28/2010 10:29:07 6.595 12.708 11.086 45.28 0.576 0.003

4/28/2010 10:30:07 6.55 12.736 10.825 39.14 0.575 0.004

4/28/2010 10:31:07 6.433 12.837 9.622 44.6 0.595 0.003
4/28/2010 10:32:07 6.574 12.703 13.839 46.15 0.59 0.004

4/28/2010 10:33:07 6.556 12.738 12.592 40.53 0.576 0.003

4/28/2010 10:34:07 6.443 12.829 12.503 41.03 0.576 0.003

4/28/2010 10:35:07 6.438 12.835 12.55 43.9 0.576 0.003

4/28/2010 10:36:07 6.479 12.802 12.126 43.49 0.576 0.004

4/28/2010 10:37:07 6.483 12.811 12.521 41.91 0.598 0.003

4/28/2010 10:38:07 6.308 12.965 12.6 46.19 0.588 0.003

4/28/2010 10:39:07 6.457 12.851 10.348 47.28 0.576 0.003

4/28/2010 10:40:07 6.619 12.712 11.682 35.48 0.576 0.003

4/28/2010 10:41:07 6.49 12.804 11.793 34.49 0.576 0.003

4/28/2010 10:42:07 6.499 12.806 11.093 32.64 0.576 0.003

4/28/2010 10:43:07 6.494 12.796 11.067 35.22 0.576 0.003

4/28/2010 10:44:07 6.454 12.821 9.918 41.74 0.576 0.003

4/28/2010 10:45:07 6.494 12.782 11.211 35.25 0.576 0.003

4/28/2010 10:46:07 6.371 12.899 11.607 31.66 0.576 0.004

4/28/2010 10:47:07 6.376 12.884 11.815 32.85 0.576 0.004

4/28/2010 10:48:07 6.515 12.763 11.621 30.29 0.576 0.003

4/28/2010 10:49:07 6.42 12.856 11.375 28.45 0.576 0.004

4/28/2010 10:50:07 6.487 12.778 11.274 29.61 0.576 0.004

4/28/2010 10:51:07 6.406 12.859 12.332 33.86 0.575 0.004

4/28/2010 10:52:07 6.448 12.847 10.803 32.44 0.576 0.004

4/28/2010 10:53:07 6.602 12.705 9.124 27.08 0.576 0.003

4/28/2010 10:54:07 6.404 12.874 9.29 26.41 0.576 0.003

4/28/2010 10:55:07 6.306 12.937 10.062 27.85 0.576 0.004

4/28/2010 10:56:07 6.514 12.797 9.79 27.85 0.575 0.004

4/28/2010 10:57:07 6.372 12.91 10.154 26.53 0.575 0.003

4/28/2010 10:58:07 6.313 12.948 12.327 28.99 0.575 0.004

4/28/2010 10:59:07 6.434 12.867 12.265 28.04 0.576 0.004

4/28/2010 11:00:07 6.548 12.771 10.561 26.3 0.582 0.004

4/28/2010 11:01:07 6.439 12.849 14.766 28.31 0.605 0.003

4/28/2010 11:02:07 6.487 12.825 14.101 29.35 0.605 0.004

4/28/2010 11:03:07 6.59 12.739 11.909 25.77 0.605 0.003

4/28/2010 11:04:07 6.402 12.881 11.117 26.31 0.586 0.003

4/28/2010 11:05:07 6.446 12.844 9.781 27.37 0.576 0.004

4/28/2010 11:06:05 6.365 12.903 9.357 28.41 0.576 0.003

4/28/2010 11:07:05 6.448 12.859 8.623 28.62 0.579 0.003

4/28/2010 11:08:05 6.532 12.779 8.255 26.54 0.605 0.003

4/28/2010 11:09:06 6.414 12.874 9.917 25.97 0.578 0.003

4/28/2010 11:10:06 6.315 12.962 10.684 27.34 0.576 0.004

4/28/2010 11:11:06 6.447 12.843 10.014 26.35 0.576 0.003

4/28/2010 11:12:06 6.614 12.721 11.828 28.19 0.576 0.003

4/28/2010 11:13:06 6.356 12.922 12.159 26.57 0.576 0.003

4/28/2010 11:14:06 6.348 12.919 13.389 28.75 0.576 0.003

4/28/2010 11:15:06 6.539 12.795 13.963 29.29 0.576 0.003

4/28/2010 11:16:06 6.55 12.766 12.76 26.64 0.576 0.003

4/28/2010 11:17:06 6.432 12.87 12.132 27.38 0.576 0.003

4/28/2010 11:18:06 6.495 12.817 11.718 26.91 0.576 0.003

4/28/2010 11:19:06 6.546 12.766 10.686 27.02 0.576 0.003

4/28/2010 11:20:06 6.453 12.843 9.897 26.54 0.576 0.003

4/28/2010 11:21:06 6.348 12.929 11.114 27.2 0.576 0.003

4/28/2010 11:22:06 6.539 12.785 14.046 27.87 0.576 0.003

4/28/2010 11:23:06 6.691 12.672 13.773 26.63 0.576 0.003
4/28/2010 11:24:06 6.441 12.863 13.284 25.87 0.576 0.003

4/28/2010 11:25:06 6.442 12.862 13.842 25.44 0.576 0.003

4/28/2010 11:26:06 6.495 12.832 14.39 25.23 0.583 0.003

4/28/2010 11:27:06 6.551 12.782 14.098 25.55 0.603 0.003

4/28/2010 11:28:06 6.621 12.698 18.256 25.61 0.576 0.003

4/28/2010 11:29:06 6.443 12.849 14.665 25.85 0.601 0.003

4/28/2010 11:30:06 6.576 12.734 14.234 25.9 0.585 0.004

4/28/2010 11:31:06 6.518 12.78 14.738 25.86 0.591 0.003

4/28/2010 11:32:06 6.533 12.771 15.194 26.09 0.605 0.003

4/28/2010 11:33:06 6.433 12.842 16.086 26.16 0.605 0.004

4/28/2010 11:34:06 6.401 12.864 15.504 26.74 0.605 0.003

4/28/2010 11:35:06 6.558 12.723 14.689 26.23 0.605 0.003

4/28/2010 11:36:06 6.543 12.722 15.349 25.43 0.582 0.003

4/28/2010 11:37:06 6.431 12.811 15.949 25.87 0.594 0.003

4/28/2010 11:38:06 6.507 12.76 15.047 26.51 0.605 0.003

4/28/2010 11:39:06 6.501 12.758 14.354 26.26 0.596 0.003

4/28/2010 11:40:06 6.546 12.711 15.201 26.61 0.579 0.003

4/28/2010 11:41:06 6.448 12.805 13.638 27 0.605 0.003

4/28/2010 11:42:06 6.493 12.766 12.83 27.29 0.605 0.003

4/28/2010 11:43:06 6.489 12.75 15.293 27.68 0.605 0.003

4/28/2010 11:44:06 6.582 12.685 15.614 29.57 0.605 0.003

4/28/2010 11:45:06 6.611 12.671 15.108 27.5 0.605 0.004

4/28/2010 11:46:06 6.522 12.728 15.982 27.39 0.606 0.003

4/28/2010 11:47:07 6.484 12.758 15.248 26.98 0.605 0.003

4/28/2010 11:48:07 6.451 12.784 15.59 26.82 0.605 0.004

Average of Test Run O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 11:48:07 6.515 12.777 12.052 38.77 0.586 0.003

Test Run 1 End
Final System Bias Check for Run 1 . STRATA Version 3.2

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 11:49:09 7.177 12.258 13.336 29.44 0.606 0.003

4/28/2010 11:50:09 19.136 0.745 5.633 68.87 0.627 0.003

4/28/2010 11:51:09 20.712 0.126 1.522 4.62 3.984 0.004

4/28/2010 11:52:09 20.731 0.112 0.83 3.06 6.933 5.035

4/28/2010 11:53:09 20.735 0.102 0.59 2.93 6.973 6.603

4/28/2010 11:54:09 3.741 0.094 0.558 3.09 6.973 6.627

4/28/2010 11:55:09 0.174 0.091 0.305 3.01 0.395 5.302

4/28/2010 11:56:09 4.467 4.492 0.317 2.92 0.371 0.003

4/28/2010 11:57:09 9.874 10.129 0.371 2.47 0.365 0.004

4/28/2010 11:58:09 7.369 7.45 1.073 2.36 0.352 0.003

4/28/2010 11:59:09 0.172 0.155 27.677 2.64 0.336 0.003

4/28/2010 12:00:09 0.151 0.108 36.819 2.74 0.336 0.004

4/28/2010 12:01:09 0.145 0.096 38.915 2.65 0.336 0.003

4/28/2010 12:02:09 0.144 0.088 39.66 2.66 0.336 0.003

4/28/2010 12:03:09 0.141 0.087 40.269 2.66 0.336 0.003

4/28/2010 12:04:09 17.455 0.094 20.977 119.13 0.336 0.003

Final System Bias Check for Run 1 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

CO CC281576 CC41590

CH4 CC281576 CC178755

NMHC CC281576 CC178755

Date/Time 4/28/2010 12:04:47 PASSED

Analyte O2 CO2 SO2 CO CH4 NMHC

Units % % ppm ppm ppm ppm

Zero Ref Cyl 000000

Zero Cal 0.061 0.019 -0.194 -0.17 0.364 0.003

Zero Avg 0.16 0.091 0.283 2.91 0.395 0.003

Zero Bias% 0.5 0.4 0.5 1.5 0.1 0

Zero Drift% 0.1 0.1 -0.9 0.1 0.2 0

Span Ref Cyl 9.993 10 45.2 201 7.049 7.001

Span Cal 9.959 10.206 44.566 202.5 7.093 6.836

Span Avg 9.88 10.153 40.38 207.21 6.973 6.626

Span Bias% 0.4 0.3 4.6 2.3 0.5 0.8

Span Drift% 0 0 -0.7 0.5 -0.5 -0.8

Ini Zero Avg 0.146 0.08 1.094 2.68 0.336 0.004

Ini Span Avg 9.882 10.155 41.06 206.13 7.094 6.837

Run Avg 6.515 12.777 12.052 38.77 0.586 0.003

Co 0.153 0.085 0.689 2.79 0.366 0.003

Cm 9.881 10.154 40.72 206.67 7.033 6.732

Correct Avg 6.535 12.605 12.83 35.47 0.234 0
Test Run 2 Begin. STRATA Version 3.2

Operator: M. Martin

Plant NameDominion Southampton

Location: Common Stack

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 12:05:48 13.737 6.475 9.504 162.24 0.336 0.003

4/28/2010 12:06:48 6.479 12.743 17.4 31.74 0.536 0.003

4/28/2010 12:07:48 6.476 12.759 14.363 25.5 0.576 0.003

4/28/2010 12:08:48 6.613 12.643 18.947 25.38 0.576 0.003

4/28/2010 12:09:48 6.554 12.706 18.242 25.4 0.576 0.003

4/28/2010 12:10:48 6.497 12.755 17.427 25.4 0.576 0.003

4/28/2010 12:11:48 6.535 12.735 17.762 25.89 0.576 0.004

4/28/2010 12:12:49 6.584 12.705 17.756 25.93 0.576 0.004

4/28/2010 12:13:49 6.553 12.726 17.535 26.26 0.576 0.003

4/28/2010 12:14:49 6.596 12.686 20.238 27.46 0.593 0.003

4/28/2010 12:15:49 6.63 12.665 20.969 30.26 0.592 0.003

4/28/2010 12:16:49 6.682 12.63 19.617 29.94 0.576 0.003

4/28/2010 12:17:49 6.609 12.682 17.08 27.55 0.576 0.003

4/28/2010 12:18:49 6.494 12.786 16.361 27.66 0.576 0.004

4/28/2010 12:19:49 6.576 12.729 16.55 28.27 0.576 0.003

4/28/2010 12:20:49 6.672 12.647 18.08 29.32 0.576 0.003

4/28/2010 12:21:49 6.553 12.74 17.43 31.14 0.576 0.003

4/28/2010 12:22:49 6.545 12.732 17.342 35.99 0.576 0.004

4/28/2010 12:23:49 6.436 12.831 18.352 35.49 0.576 0.004

4/28/2010 12:24:49 6.641 12.666 17.789 32.84 0.576 0.003

4/28/2010 12:25:49 6.597 12.7 20.099 32.68 0.576 0.004

4/28/2010 12:26:49 6.435 12.836 19.926 36.38 0.576 0.004

4/28/2010 12:27:49 6.51 12.759 19.092 46.73 0.576 0.004

4/28/2010 12:28:49 6.612 12.694 17.795 46.8 0.576 0.004

4/28/2010 12:29:49 6.567 12.72 16.546 41.13 0.576 0.004

4/28/2010 12:30:49 6.601 12.675 16.852 41.74 0.576 0.004

4/28/2010 12:31:49 6.499 12.769 15.922 74.33 0.576 0.004

4/28/2010 12:32:49 6.51 12.76 16.523 71.52 0.576 0.004

4/28/2010 12:33:50 6.588 12.712 16.72 51.78 0.576 0.004

4/28/2010 12:34:50 6.42 12.839 18.741 52.98 0.576 0.004

4/28/2010 12:35:50 6.499 12.774 20.591 52.09 0.576 0.004

4/28/2010 12:36:50 6.575 12.712 21.2 50.1 0.576 0.004

4/28/2010 12:37:50 6.569 12.705 20.759 66.09 0.576 0.004

4/28/2010 12:38:50 6.553 12.712 21.447 53.4 0.576 0.004

4/28/2010 12:39:50 6.565 12.697 21.955 49.27 0.576 0.004

4/28/2010 12:40:48 6.485 12.755 19.404 43.87 0.576 0.004

4/28/2010 12:41:48 6.449 12.784 18.135 42.48 0.576 0.004

4/28/2010 12:42:48 6.49 12.75 17.204 49.79 0.576 0.003

4/28/2010 12:43:48 6.512 12.739 18.546 44.97 0.576 0.004

4/28/2010 12:44:48 6.467 12.781 18.553 46.88 0.576 0.004

4/28/2010 12:45:48 6.514 12.727 16.391 61.6 0.576 0.004

4/28/2010 12:46:48 6.441 12.786 20.929 71.67 0.598 0.004

4/28/2010 12:47:48 6.394 12.831 20.758 95.77 0.606 0.004

4/28/2010 12:48:48 6.488 12.751 19.947 94.02 0.605 0.004

4/28/2010 12:49:48 6.509 12.733 23.184 100.9 0.605 0.004

4/28/2010 12:50:48 6.401 12.826 20.881 100.02 0.604 0.004
4/28/2010 12:51:48 6.403 12.82 21.265 132.47 0.576 0.007

Begin calculating run averages

4/28/2010 12:53:12 6.451 12.785 19.892 127.99 0.498 -0.002

4/28/2010 12:54:12 6.436 12.805 17.827 93.07 0.605 -0.014

4/28/2010 12:55:12 6.293 12.916 17.146 87.71 0.634 0.021

4/28/2010 12:56:12 6.293 12.913 16.018 73.43 0.592 0.007

4/28/2010 12:57:12 6.421 12.806 20.453 104.19 0.592 0.003

4/28/2010 12:58:12 6.558 12.73 20.044 70.39 0.593 0.004

4/28/2010 12:59:12 6.479 12.789 19.257 42.9 0.576 0.004

4/28/2010 13:00:12 6.352 12.891 20.414 45.32 0.576 0.003

4/28/2010 13:01:13 6.468 12.799 21.707 42.35 0.576 0.003

4/28/2010 13:02:13 6.446 12.833 22.262 35.47 0.601 0.003

4/28/2010 13:03:13 6.379 12.874 22.957 43.23 0.586 0.004

4/28/2010 13:04:13 6.453 12.811 26.56 51.29 0.589 0.004

4/28/2010 13:05:13 6.508 12.786 22.039 38.76 0.596 0.003

4/28/2010 13:06:13 6.396 12.876 20.804 35.66 0.576 0.003

4/28/2010 13:07:13 6.295 12.942 22.021 46.16 0.576 0.003

4/28/2010 13:08:13 6.417 12.856 24.51 58.83 0.603 0.01

4/28/2010 13:09:13 6.584 12.742 20.188 34.91 0.63 0.022

4/28/2010 13:10:13 6.281 12.96 19.974 30.18 0.637 0.024

4/28/2010 13:11:13 6.314 12.942 21.95 34.25 0.636 0.034

4/28/2010 13:12:13 6.569 12.752 21.155 29.33 0.622 0.014

4/28/2010 13:13:13 6.431 12.854 21.428 26.95 0.575 0.003

4/28/2010 13:14:13 6.253 12.99 23.726 29.27 0.576 0.003

4/28/2010 13:15:13 6.477 12.809 24.136 33.3 0.576 0.003

4/28/2010 13:16:13 6.45 12.848 23.866 31.45 0.575 0.003

4/28/2010 13:17:13 6.309 12.952 23.384 31.66 0.576 0.003

4/28/2010 13:18:13 6.316 12.937 27.645 34.34 0.575 0.003

4/28/2010 13:19:13 6.589 12.718 27.915 31.82 0.57 0.003

4/28/2010 13:20:13 6.487 12.809 28.286 29.53 0.545 0.003

4/28/2010 13:21:13 6.438 12.848 25.808 29.23 0.545 0.003

4/28/2010 13:22:13 6.318 12.946 26.18 29.54 0.545 0.003

4/28/2010 13:23:13 6.356 12.923 26.421 28.9 0.546 0.006

4/28/2010 13:24:13 6.384 12.902 25.996 28.89 0.532 0.003

4/28/2010 13:25:13 6.305 12.959 24.907 37.57 0.515 0.003

4/28/2010 13:26:13 6.442 12.858 23.064 36.17 0.515 0.003

4/28/2010 13:27:13 6.285 12.974 24.764 29.52 0.515 0.003

4/28/2010 13:28:13 6.331 12.921 24.832 30.71 0.488 0.003

4/28/2010 13:29:13 6.399 12.866 25.415 30.17 0.485 0.003

4/28/2010 13:30:13 6.548 12.741 28.442 27.9 0.485 0.003

4/28/2010 13:31:13 6.397 12.865 25.846 27.15 0.485 0.003

4/28/2010 13:32:13 6.406 12.856 25.568 28.07 0.485 0.003

4/28/2010 13:33:13 6.477 12.798 25.996 28.13 0.485 0.003

4/28/2010 13:34:13 6.388 12.861 26.053 27.13 0.485 0.003

4/28/2010 13:35:13 6.392 12.848 25.66 32.01 0.51 0.003

4/28/2010 13:36:13 6.499 12.774 24.25 31.27 0.495 0.003

4/28/2010 13:37:13 6.512 12.77 24.066 26.82 0.499 0.003

4/28/2010 13:38:13 6.444 12.809 22.608 26.26 0.506 0.003

4/28/2010 13:39:13 6.352 12.88 23.989 28.97 0.485 0.003

4/28/2010 13:40:13 6.398 12.838 22.091 30.46 0.485 0.003

4/28/2010 13:41:13 6.404 12.835 21.913 29.31 0.513 0.003

4/28/2010 13:42:13 6.301 12.921 22.141 30.51 0.515 0.003
4/28/2010 13:43:13 6.395 12.857 21.574 30.24 0.497 0.003

4/28/2010 13:44:13 6.506 12.772 20.747 27.21 0.485 0.003

4/28/2010 13:45:13 6.461 12.805 20.955 27.09 0.485 0.003

4/28/2010 13:46:13 6.403 12.852 20.232 29.5 0.485 0.003

4/28/2010 13:47:13 6.393 12.864 20.344 31.27 0.485 0.003

4/28/2010 13:48:13 6.455 12.823 19.558 30.87 0.485 0.003

4/28/2010 13:49:14 6.519 12.759 17.651 26.33 0.485 0.003

4/28/2010 13:50:14 6.385 12.86 20.434 30.5 0.485 0.003

4/28/2010 13:51:14 6.482 12.79 20.24 33.55 0.475 0.003

4/28/2010 13:52:14 6.605 12.707 20.169 26.69 0.46 0.003

4/28/2010 13:53:14 6.422 12.849 18.771 27.44 0.485 0.003

4/28/2010 13:54:14 6.434 12.842 21.254 27.17 0.485 0.003

4/28/2010 13:55:14 6.576 12.721 22.243 26.13 0.485 0.003

4/28/2010 13:56:14 6.396 12.869 23.692 26.68 0.485 0.003

4/28/2010 13:57:14 6.495 12.784 23.31 25.81 0.485 0.003

4/28/2010 13:58:14 6.418 12.847 23.191 25.48 0.485 0.003

4/28/2010 13:59:14 6.472 12.803 21.853 24.66 0.482 0.003

4/28/2010 14:00:14 6.614 12.697 22.821 24.12 0.456 0.003

4/28/2010 14:01:14 6.678 12.655 21.561 24.8 0.455 0.003

4/28/2010 14:02:14 6.459 12.819 18.651 24.29 0.456 0.003

4/28/2010 14:03:14 6.439 12.836 16.767 25.03 0.456 0.003

4/28/2010 14:04:14 6.518 12.784 15.149 24.6 0.456 0.003

4/28/2010 14:05:14 6.423 12.849 15.733 26.86 0.455 0.003

4/28/2010 14:06:14 6.505 12.777 15.145 27.39 0.456 0.003

4/28/2010 14:07:14 6.464 12.81 16.088 26.94 0.485 0.003

4/28/2010 14:08:14 6.627 12.681 15.636 26.94 0.485 0.003

4/28/2010 14:09:14 6.258 12.979 16.292 27.7 0.485 0.003

4/28/2010 14:10:14 6.375 12.873 16.829 28.01 0.485 0.003

4/28/2010 14:11:14 6.564 12.716 20.911 27.58 0.485 0.003

4/28/2010 14:12:14 6.615 12.665 17.726 27.2 0.485 0.003

4/28/2010 14:13:14 6.555 12.702 20.399 29.73 0.487 0.015

4/28/2010 14:14:14 6.43 12.8 19.316 29.76 0.432 0.013

4/28/2010 14:15:14 6.542 12.701 19.262 28 0.52 -0.011

4/28/2010 14:16:14 6.661 12.611 18.583 26.16 0.475 -0.017

4/28/2010 14:17:14 6.542 12.71 18.102 27 0.441 -0.012

4/28/2010 14:18:14 6.399 12.828 17.466 28.75 0.456 0.012

4/28/2010 14:19:12 6.368 12.863 18.246 33.12 0.456 0.021

4/28/2010 14:20:12 6.52 12.756 16.686 31.02 0.456 0.003

4/28/2010 14:21:12 6.601 12.697 17.267 27.89 0.456 0.003

4/28/2010 14:22:12 6.442 12.826 18.705 31.5 0.475 0.003

4/28/2010 14:23:12 6.477 12.775 21.515 32.21 0.471 0.003

4/28/2010 14:24:12 6.587 12.704 21.102 33.27 0.464 0.003

4/28/2010 14:25:12 6.607 12.707 17.594 29.62 0.481 0.003

4/28/2010 14:26:12 6.469 12.801 16.799 30.52 0.455 0.003

4/28/2010 14:27:12 6.534 12.755 15.637 34.23 0.483 0.003

4/28/2010 14:28:12 6.714 12.619 14.49 28.94 0.485 0.003

4/28/2010 14:29:13 6.623 12.68 13.513 26.93 0.485 0.003

4/28/2010 14:30:13 6.413 12.844 14.657 28.94 0.485 0.003

4/28/2010 14:31:13 6.528 12.757 14.762 31.11 0.485 0.003

4/28/2010 14:32:13 6.67 12.658 16.54 28.75 0.485 0.003

4/28/2010 14:33:13 6.401 12.873 16.216 30.27 0.485 0.003

4/28/2010 14:34:13 6.539 12.762 15.882 31.88 0.485 0.003
4/28/2010 14:35:13 6.542 12.763 15.008 33.83 0.506 0.003

4/28/2010 14:36:13 6.432 12.845 15.427 30.59 0.515 0.003

4/28/2010 14:37:13 6.516 12.787 15.891 30.07 0.515 0.003

4/28/2010 14:38:13 6.572 12.742 13.83 27.77 0.52 0.003

4/28/2010 14:39:13 6.51 12.791 7.367 27.28 0.545 0.003

4/28/2010 14:40:13 6.524 12.789 3.769 27.5 0.516 0.003

4/28/2010 14:41:13 6.56 12.743 2.735 27.76 0.515 0.003

4/28/2010 14:42:13 6.518 12.789 3.086 29.01 0.496 0.003

4/28/2010 14:43:13 6.417 12.873 3.604 33.44 0.485 0.003

4/28/2010 14:44:13 6.591 12.738 3.668 32.31 0.485 0.003

4/28/2010 14:45:13 6.76 12.607 3.772 29.96 0.482 0.003

4/28/2010 14:46:13 6.583 12.74 5.404 28.38 0.455 0.003

4/28/2010 14:47:13 6.522 12.775 5.612 31.54 0.456 0.003

4/28/2010 14:48:13 6.686 12.643 4.536 30.83 0.456 0.003

4/28/2010 14:49:13 6.567 12.729 4.195 35.03 0.456 0.003

4/28/2010 14:50:13 6.487 12.797 3.898 40.2 0.455 0.003

4/28/2010 14:51:13 6.346 12.918 3.593 46.81 0.456 0.003

4/28/2010 14:52:13 6.531 12.767 4.319 45.47 0.456 0.003

Average of Test Run O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 14:52:13 6.468 12.808 18.763 34.12 0.509 0.004

Test Run 2 End
Final System Bias Check for Run 2 . STRATA Version 3.2

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 14:55:08 14.348 5.797 4.713 88.91 0.502 0.004

4/28/2010 14:56:08 20.729 0.201 0.221 12.73 2.827 0.003

4/28/2010 14:57:08 20.749 0.175 -0.441 2.32 6.816 3.869

4/28/2010 14:58:08 10.039 0.164 -0.675 2.07 6.791 6.446

4/28/2010 14:59:08 0.187 0.153 -0.74 2.07 5.95 6.292

4/28/2010 15:00:08 0.155 0.147 -0.829 2.12 1.196 5.401

4/28/2010 15:01:08 3.242 3.365 -0.821 2.14 0.245 0.003

4/28/2010 15:02:08 9.873 10.148 -0.909 1.75 0.245 0.003

4/28/2010 15:03:08 2.23 2.185 13.633 1.69 0.245 0.003

4/28/2010 15:04:08 0.153 0.152 34.771 2.07 0.245 0.003

4/28/2010 15:05:08 0.147 0.132 37.771 2.07 0.245 0.003

4/28/2010 15:06:08 0.146 0.123 38.993 2.07 0.245 0.003

4/28/2010 15:07:08 0.144 0.118 39.471 2.07 0.268 0.003

4/28/2010 15:08:08 0.145 0.115 39.765 2.06 0.275 0.003

4/28/2010 15:09:08 0.144 0.11 40.002 2.07 0.275 0.003

4/28/2010 15:10:08 4.89 0.115 38.454 14.14 0.275 0.003

4/28/2010 15:11:08 20.621 0.116 6.584 182 0.276 0.003

Final System Bias Check for Run 2 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

CO CC281576 CC41590

CH4 CC281576 CC178755

NMHC CC281576 CC178755

Date/Time 4/28/2010 15:11:42 PASSED

Analyte O2 CO2 SO2 CO CH4 NMHC

Units % % ppm ppm ppm ppm

Zero Ref Cyl 000000

Zero Cal 0.061 0.019 -0.194 -0.17 0.364 0.003

Zero Avg 0.15 0.14 -0.901 2.05 0.245 0.003

Zero Bias% 0.4 0.7 0.8 1.1 0.5 0

Zero Drift% 0 0.3 -1.3 -0.4 -0.6 0

Span Ref Cyl 9.993 10 45.2 201 7.049 7.001

Span Cal 9.959 10.206 44.566 202.5 7.093 6.836

Span Avg 9.877 10.156 40.242 205.21 6.804 6.446

Span Bias% 0.4 0.3 4.8 1.3 1.1 1.6

Span Drift% 0 0 -0.2 -1 -0.7 -0.7

Ini Zero Avg 0.16 0.091 0.283 2.91 0.395 0.003

Ini Span Avg 9.88 10.153 40.38 207.21 6.973 6.626

Run Avg 6.468 12.808 18.763 34.12 0.509 0.004

Co 0.155 0.116 -0.309 2.48 0.32 0.003

Cm 9.878 10.154 40.311 206.21 6.889 6.536

Correct Avg 6.488 12.643 21.222 31.21 0.202 0.001
Calibration Error Test at Run 3 . STRATA Version 3.2

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 15:13:31 0.083 0.086 -1.746 6.95 0.297 0.003

4/28/2010 15:14:31 7.268 5.996 -0.194 0.02 0.605 0.003

4/28/2010 15:15:31 17.388 14.829 -0.151 -0.05 1.335 0.003

4/28/2010 15:16:31 4.945 5.409 24.212 10.29 1.329 0.003

4/28/2010 15:17:31 0.069 0.102 87.487 4.31 0.96 0.003

4/28/2010 15:18:31 0.063 0.098 89.207 0.05 0.654 0.003

4/28/2010 15:19:31 0.064 0.097 64.121 -0.06 0.636 0.003

4/28/2010 15:20:31 10.767 0.101 29.989 52.59 0.636 0.003

4/28/2010 15:21:31 20.921 0.099 -0.058 197.95 0.636 0.003

4/28/2010 15:22:31 20.815 0.105 0.157 126.67 0.61 0.003

4/28/2010 15:23:31 20.927 0.099 -0.159 93.57 0.625 0.003

4/28/2010 15:24:31 12.419 7.816 3.93 96.52 0.65 0.004

4/28/2010 15:25:31 15.147 4.435 6.256 63.39 0.612 0.003

4/28/2010 15:26:31 2.262 0.164 1.954 10.65 0.461 0.003

4/28/2010 15:27:31 3.136 0.143 1.438 2.32 0.305 0.003

4/28/2010 15:28:31 20.684 0.138 1.304 2.08 0.249 0.003

4/28/2010 15:29:32 20.749 0.134 1.22 1.86 18.594 0.003

4/28/2010 15:30:32 20.763 0.131 1.137 1.86 24.263 23.178

4/28/2010 15:31:32 20.775 0.128 1.101 1.85 24.389 24.025

4/28/2010 15:32:32 20.78 0.128 1.091 1.85 24.479 24.17

4/28/2010 15:33:32 20.782 0.125 1.138 1.86 24.749 24.247

4/28/2010 15:34:32 20.787 0.123 1.035 1.87 25.377 24.55

4/28/2010 15:35:32 20.742 0.122 1.116 1.87 25.319 24.848

4/28/2010 15:36:32 20.761 0.122 1.068 1.86 14.29 24.057

4/28/2010 15:37:32 20.754 0.122 0.934 1.87 12.087 11.75

4/28/2010 15:38:32 20.778 0.117 0.955 1.87 9.599 11.723

Calibration Error Test at Run 3 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Low-range Mid-range High-range

O2 CC281576 SG9135786 CC285394

CO2 CC281576 SG9135786 CC285394

SO2 CC281576 CC308434 CC122146

CO CC281576 CC91533 CC41590

CH4 CC281576 CC178755 CC245119 CC155902

NMHC CC281576 CC178755 CC245119 CC155902

Date/Time 4/28/2010 15:39:04 PASSED

Analyte O2 CO2 SO2 CO CH4 NMHC

Units % % ppm ppm ppm ppm

Zero Ref Cyl 0 0 0 0 0 0

Zero Avg 0.069 0.086 -0.133 -0.09 0.305 0.003

Zero Error% 0.3 0.5 0.1 0 1.2 0

Low Ref Cyl 7.049 7.001

Low Avg 7.122 6.717

Low Error% 0.3 1.1

Mid Ref Cyl 9.993 10 45.2 90.16 12.05 12.03

Mid Avg 9.981 10.291 45.239 93.32 12.106 11.75

Mid Error% 0.1 1.6 0 1.6 0.2 1.1

High Ref Cyl 22 17.76 91.01 201 25.37 24.86

High Avg 22.036 17.898 91.391 203.65 25.379 24.816

High Error% 0.2 0.8 0.4 1.3 0 0.2
Initial System Bias Check for Run 3 . STRATA Version 3.2

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 15:40:07 12.009 0.115 0.909 1.85 7.096 6.708

4/28/2010 15:41:08 0.193 0.11 0.891 1.98 2.32 6.656

4/28/2010 15:42:08 1.588 1.649 0.962 1.98 0.259 0.225

4/28/2010 15:43:08 9.876 10.117 0.899 1.63 0.246 0.004

4/28/2010 15:44:08 2.797 2.752 15.144 1.49 0.251 0.003

4/28/2010 15:45:08 0.151 0.139 37.85 2.01 0.275 0.003

4/28/2010 15:46:08 0.142 0.123 40.972 1.86 0.245 0.003

4/28/2010 15:47:08 0.718 0.124 42.3 1.87 0.245 0.003

4/28/2010 15:48:08 20.434 0.117 13.678 151.55 0.245 0.003

Initial System Bias Check for Run 3 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

CO CC281576 CC41590

CH4 CC281576 CC178755

NMHC CC281576 CC178755

Date/Time 4/28/2010 15:48:26 PASSED

Analyte O2 CO2 SO2 CO CH4 NMHC

Units % % ppm ppm ppm ppm

Zero Ref Cyl 000000

Zero Cal 0.069 0.086 -0.133 -0.09 0.305 0.003

Zero Avg 0.158 0.11 0.96 1.8 0.275 0.004

Zero Bias% 0.4 0.1 1.2 0.9 0.1 0

Zero Drift%

Span Ref Cyl 9.993 10 45.2 201 7.049 7.001

Span Cal 9.981 10.291 45.239 203.65 7.122 6.717

Span Avg 9.89 10.14 42.322 204.34 7.121 6.716

Span Bias% 0.4 0.9 3.2 0.3 0 0

Span Drift%
Test Run 3 Begin. STRATA Version 3.2

Operator: M. Martin

Plant NameDominion Southampton

Location: Common Stack

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 15:49:27 13.186 7.004 7.908 160.23 0.269 0.003

Begin calculating run averages

4/28/2010 15:51:03 6.378 12.871 6.705 38.42 0.515 0.003

4/28/2010 15:52:03 6.199 13.027 6.227 38.34 0.515 0.003

4/28/2010 15:53:01 6.418 12.852 5.653 33.75 0.515 0.003

4/28/2010 15:54:01 6.466 12.812 6.835 30.91 0.495 0.003

4/28/2010 15:55:01 6.178 13.052 6.628 34.98 0.485 0.003

4/28/2010 15:56:01 6.458 12.836 6.728 34.82 0.485 0.003

4/28/2010 15:57:01 6.529 12.786 6.498 31.89 0.481 0.003

4/28/2010 15:58:01 6.479 12.827 6.328 28.28 0.455 0.003

4/28/2010 15:59:01 6.445 12.838 6.569 31.7 0.455 0.003

4/28/2010 16:00:01 6.427 12.858 6.201 39.62 0.456 0.003

4/28/2010 16:01:01 6.429 12.863 6.329 36.17 0.472 0.003

4/28/2010 16:02:02 6.396 12.893 6.763 39.43 0.485 0.003

4/28/2010 16:03:02 6.286 12.985 7.116 44.43 0.478 0.003

4/28/2010 16:04:02 6.279 12.983 6.407 41.45 0.455 0.003

4/28/2010 16:05:02 6.416 12.869 10.587 46.8 0.455 0.003

4/28/2010 16:06:02 6.434 12.866 8.92 37.75 0.481 0.003

4/28/2010 16:07:02 6.522 12.783 8.603 41.71 0.485 0.003

4/28/2010 16:08:02 6.224 13.023 6.896 49.68 0.485 0.003

4/28/2010 16:09:02 6.332 12.942 5.958 44.25 0.485 0.003

4/28/2010 16:10:02 6.408 12.889 5.141 33.68 0.485 0.003

4/28/2010 16:11:02 6.382 12.905 5.362 30.58 0.485 0.003

4/28/2010 16:12:02 6.324 12.948 5.89 35.07 0.485 0.003

4/28/2010 16:13:02 6.359 12.918 6.902 39.2 0.485 0.003

4/28/2010 16:14:02 6.412 12.879 7.013 35.91 0.504 0.003

4/28/2010 16:15:02 6.446 12.865 7.391 33.73 0.502 0.003

4/28/2010 16:16:02 6.396 12.905 7.68 32.66 0.485 0.003

4/28/2010 16:17:02 6.488 12.812 9.034 36.96 0.485 0.003

4/28/2010 16:18:02 6.415 12.872 11.228 44.32 0.485 0.003

4/28/2010 16:19:02 6.519 12.813 10.631 40.78 0.458 0.003

4/28/2010 16:20:02 6.445 12.881 10.36 29.89 0.476 0.003

4/28/2010 16:21:02 6.394 12.896 10.107 29.97 0.469 0.003

4/28/2010 16:22:02 6.435 12.875 11.32 29.53 0.455 0.003

4/28/2010 16:23:02 6.479 12.845 9.692 25.76 0.461 0.003

4/28/2010 16:24:02 6.525 12.812 9.005 25.46 0.485 0.003

4/28/2010 16:25:02 6.537 12.8 8.849 25.7 0.485 0.003

4/28/2010 16:26:02 6.364 12.934 9.666 28.35 0.485 0.003

4/28/2010 16:27:02 6.298 12.984 9.469 27.55 0.485 0.003

4/28/2010 16:28:02 6.6 12.747 9.61 26.26 0.499 0.003

4/28/2010 16:29:02 6.616 12.739 9.663 24.88 0.515 0.003

4/28/2010 16:30:02 6.439 12.876 8.655 24.46 0.515 0.003

4/28/2010 16:31:02 6.34 12.953 7.67 25.35 0.515 0.003

4/28/2010 16:32:02 6.5 12.833 7.063 26.95 0.515 0.003

4/28/2010 16:33:02 6.505 12.835 6.679 26.29 0.515 0.003

4/28/2010 16:34:02 6.546 12.797 6.204 26.67 0.515 0.003
4/28/2010 16:35:02 6.567 12.769 5.743 28.84 0.515 0.003

4/28/2010 16:36:02 6.246 13.03 5.046 30.63 0.521 0.003

4/28/2010 16:37:02 6.383 12.91 6.59 33.73 0.544 0.003

4/28/2010 16:38:02 6.629 12.719 10.454 30.16 0.515 0.003

4/28/2010 16:39:02 6.431 12.885 9.35 29.08 0.541 0.003

4/28/2010 16:40:02 6.427 12.883 9.166 30.7 0.525 0.003

4/28/2010 16:41:02 6.403 12.899 9.039 32.12 0.515 0.003

4/28/2010 16:42:02 6.513 12.806 8.616 32.53 0.515 0.003

4/28/2010 16:43:02 6.571 12.761 7.977 29.6 0.515 0.003

4/28/2010 16:44:02 6.496 12.812 7.828 28.93 0.515 0.004

4/28/2010 16:45:02 6.426 12.861 7.634 29.74 0.516 0.004

4/28/2010 16:46:02 6.457 12.841 7.661 28.31 0.516 0.004

4/28/2010 16:47:02 6.427 12.874 6.175 26.71 0.515 0.004

4/28/2010 16:48:02 6.584 12.739 10.039 27.7 0.515 0.003

4/28/2010 16:49:03 6.459 12.849 10.594 27.44 0.522 0.004

4/28/2010 16:50:03 6.429 12.872 10.733 29.76 0.543 0.003

4/28/2010 16:51:03 6.598 12.743 9.756 27.98 0.515 0.003

4/28/2010 16:52:03 6.686 12.674 8.771 26.09 0.542 0.003

4/28/2010 16:53:03 6.518 12.804 8.867 28.98 0.545 0.003

4/28/2010 16:54:03 6.5 12.813 9.449 29.15 0.545 0.003

4/28/2010 16:55:03 6.623 12.726 9.083 27.33 0.545 0.003

4/28/2010 16:56:03 6.616 12.735 8.158 25.59 0.545 0.003

4/28/2010 16:57:03 6.446 12.867 7.197 28.16 0.545 0.003

4/28/2010 16:58:03 6.503 12.835 6.421 28.06 0.545 0.003

4/28/2010 16:59:03 6.542 12.797 5.907 28.77 0.545 0.003

4/28/2010 17:00:03 6.59 12.764 6.154 29.28 0.545 0.003

4/28/2010 17:01:03 6.497 12.842 6.549 28.71 0.545 0.003

4/28/2010 17:02:03 6.665 12.716 6.9 27.36 0.546 0.004

4/28/2010 17:03:03 6.628 12.735 6.254 26.84 0.546 0.003

4/28/2010 17:04:03 6.535 12.794 7.391 29.33 0.546 0.003

4/28/2010 17:05:03 6.514 12.806 7.878 28.71 0.545 0.003

4/28/2010 17:06:03 6.615 12.72 7.283 28.95 0.546 0.004

4/28/2010 17:07:03 6.655 12.68 7.1 27.83 0.546 0.004

4/28/2010 17:08:03 6.444 12.855 6.904 27.38 0.547 0.003

4/28/2010 17:09:03 6.449 12.847 6.513 27.06 0.547 0.003

4/28/2010 17:10:03 6.596 12.727 6.555 27.65 0.545 0.003

4/28/2010 17:11:03 6.643 12.711 6.535 28.54 0.545 0.003

4/28/2010 17:12:03 6.57 12.777 6.872 26.85 0.545 0.003

4/28/2010 17:13:03 6.557 12.787 6.194 26.05 0.545 0.003

4/28/2010 17:14:03 6.516 12.822 6.425 27.17 0.53 0.003

4/28/2010 17:15:03 6.552 12.798 6.853 27.71 0.525 0.003

4/28/2010 17:16:03 6.521 12.813 7.522 27.55 0.545 0.003

4/28/2010 17:17:03 6.614 12.743 7.217 28.45 0.545 0.003

4/28/2010 17:18:03 6.699 12.668 7.307 28.2 0.545 0.003

4/28/2010 17:19:03 6.526 12.813 6.777 28.57 0.545 0.003

4/28/2010 17:20:03 6.555 12.778 5.852 31.87 0.545 0.003

4/28/2010 17:21:01 6.712 12.645 6.237 33.89 0.545 0.003

4/28/2010 17:22:01 6.514 12.814 5.476 36.45 0.545 0.003

4/28/2010 17:23:01 6.412 12.903 4.457 40.47 0.543 0.003

4/28/2010 17:24:01 6.409 12.909 3.937 40.72 0.515 0.003

4/28/2010 17:25:01 6.487 12.835 3.8 40.83 0.541 0.003

4/28/2010 17:26:01 6.596 12.757 3.923 43.04 0.545 0.003
4/28/2010 17:27:01 6.458 12.864 4.605 45.46 0.545 0.003

4/28/2010 17:28:01 6.437 12.876 4.691 53.4 0.545 0.003

4/28/2010 17:29:01 6.471 12.863 5.341 56.31 0.545 0.003

4/28/2010 17:30:01 6.387 12.942 5.599 45.15 0.545 0.003

4/28/2010 17:31:01 6.493 12.84 5.36 46.15 0.545 0.003

4/28/2010 17:32:01 6.606 12.756 7.033 44.56 0.545 0.003

4/28/2010 17:33:01 6.512 12.844 6.096 35.78 0.545 0.003

4/28/2010 17:34:01 6.501 12.841 5.965 38.96 0.545 0.003

4/28/2010 17:35:01 6.637 12.732 5.796 41.21 0.545 0.003

4/28/2010 17:36:01 6.524 12.823 5.651 41.86 0.546 0.003

4/28/2010 17:37:01 6.43 12.891 5.228 71.13 0.545 0.003

4/28/2010 17:38:01 6.523 12.818 5.128 83.14 0.545 0.003

4/28/2010 17:39:01 6.525 12.818 5.298 77.46 0.545 0.003

4/28/2010 17:40:01 6.406 12.915 5.109 110.1 0.545 0.003

4/28/2010 17:41:01 6.28 13.019 4.912 120.1 0.545 0.003

4/28/2010 17:42:02 6.416 12.901 6.91 110.98 0.55 0.005

4/28/2010 17:43:02 6.598 12.774 8.557 74.3 0.576 0.01

4/28/2010 17:44:02 6.517 12.852 6.104 53.67 0.545 0.003

4/28/2010 17:45:02 6.337 12.973 5.351 80.03 0.546 0.004

4/28/2010 17:46:02 6.338 12.974 4.725 74.44 0.545 0.003

4/28/2010 17:47:02 6.445 12.896 4.122 63.37 0.545 0.003

4/28/2010 17:48:02 6.506 12.847 3.965 58.25 0.545 0.003

4/28/2010 17:49:02 6.343 12.974 4.192 72.09 0.544 0.016

4/28/2010 17:50:02 6.457 12.897 4.871 83.59 0.515 0.003

Average of Test Run O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 17:50:02 6.476 12.842 7.084 38.53 0.52 0.003

Test Run 3 End
Final System Bias Check for Run 3 . STRATA Version 3.2

O2 CO2 SO2 CO CH4 NMHC

% % ppm ppm ppm ppm

4/28/2010 17:51:08 6.454 12.904 4.972 67.87 0.546 0.003

4/28/2010 17:52:08 19.953 0.808 3.514 69.09 0.571 0.003

4/28/2010 17:53:08 20.725 0.228 1.592 3.84 5.116 0.003

4/28/2010 17:54:08 13.852 0.21 1.391 2.33 7.063 6.268

4/28/2010 17:55:08 0.196 0.199 1.278 2.21 4.81 6.738

4/28/2010 17:56:08 0.157 0.194 1.195 2.28 0.3 2.925

4/28/2010 17:57:09 8.251 8.602 1.136 2.1 0.275 0.003

4/28/2010 17:58:09 6.253 6.41 3.902 1.6 0.275 0.003

4/28/2010 17:59:09 0.161 0.234 33.362 1.96 0.275 0.003

4/28/2010 18:00:09 0.146 0.201 39.951 2.01 0.275 0.003

4/28/2010 18:01:09 0.142 0.195 41.735 2.01 0.274 0.002

4/28/2010 18:02:09 14.636 0.201 27.279 90.01 0.275 0.002

Final System Bias Check for Run 3 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

CO CC281576 CC41590

CH4 CC281576 CC178755

NMHC CC281576 CC178755

Date/Time 4/28/2010 18:03:07 PASSED

Analyte O2 CO2 SO2 CO CH4 NMHC

Units % % ppm ppm ppm ppm

Zero Ref Cyl 000000

Zero Cal 0.069 0.086 -0.133 -0.09 0.305 0.003

Zero Avg 0.148 0.194 1.231 2.28 0.304 0.003

Zero Bias% 0.4 0.6 1.5 1.2 0 0

Zero Drift% 0 0.5 0.3 0.2 0.1 0

Span Ref Cyl 9.993 10 45.2 201 7.049 7.001

Span Cal 9.981 10.291 45.239 203.65 7.122 6.717

Span Avg 9.871 10.251 42.05 205.11 7.063 6.716

Span Bias% 0.5 0.2 3.5 0.7 0.2 0

Span Drift% -0.1 0.6 -0.3 0.4 -0.2 0

Ini Zero Avg 0.158 0.11 0.96 1.8 0.275 0.004

Ini Span Avg 9.89 10.14 42.322 204.34 7.121 6.716

Run Avg 6.476 12.842 7.084 38.53 0.52 0.003

Co 0.153 0.152 1.095 2.04 0.29 0.003

Cm 9.88 10.196 42.186 204.73 7.092 6.716

Correct Avg 6.496 12.635 6.587 36.19 0.238 0
Calibration Error Test at Run 1 . STRATA Version 3.2

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 7:04:57 4.072 0.85 2.858 -0.2

4/29/2010 7:05:57 0.054 0.289 2.443 0.3

4/29/2010 7:06:57 0.049 0.043 0.237 -0.51

4/29/2010 7:07:57 18.489 15.398 -0.021 -0.71

4/29/2010 7:08:57 15.191 13.324 -0.162 -0.6

4/29/2010 7:09:57 5.925 5.649 16.559 -0.45

4/29/2010 7:10:57 0.051 0.049 91.827 -0.45

4/29/2010 7:11:57 4.758 0.077 63.762 -0.68

4/29/2010 7:12:57 0.046 0.042 43.959 -0.71

4/29/2010 7:13:57 0.074 9.783 14.756 120.63

4/29/2010 7:14:57 0.026 11.305 1.701 447.05

4/29/2010 7:15:57 0.069 11.019 2.631 340.2

Calibration Error Test at Run 1 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Low-range Mid-range High-range

O2 CC281576 SG9135786 CC285394

CO2 CC281576 SG9135786 CC285394

SO2 CC281576 CC308434 CC122146

NOx CC281576 CC287768 SG9154467

Date/Time 4/29/2010 7:16:25 PASSED

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref Cyl 0 0 0 0

Zero Avg 0.046 0.043 -0.205 -0.71

Zero Error% 0.2 0.2 0.2 0.2

Low Ref Cyl

Low Avg

Low Error%

Mid Ref Cyl 9.993 10 45.2 187.1

Mid Avg 9.945 10.273 45.253 189.18

Mid Error% 0.2 1.5 0.1 0.5

High Ref Cyl 22 17.76 91.01 449.2

High Avg 22.005 17.827 91.574 449.22

High Error% 0 0.4 0.6 0
Initial System Bias Check for Run 1 . STRATA Version 3.2

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 7:17:27 1.539 3.838 2.508 157.62

4/29/2010 7:18:27 0.143 0.083 3.151 50.17

4/29/2010 7:19:27 8.293 0.154 2.777 50.56

4/29/2010 7:20:27 5.285 0.287 0.808 11.84

4/29/2010 7:21:27 0.689 0.091 0.622 -0.14

4/29/2010 7:22:27 0.86 0.084 0.404 -0.32

4/29/2010 7:23:27 0.161 0.079 0.569 -0.44

4/29/2010 7:24:27 0.233 0.074 0.958 23.57

4/29/2010 7:25:27 8.691 8.924 0.52 24.3

4/29/2010 7:26:27 5.281 5.32 7.934 -0.08

4/29/2010 7:27:27 0.146 0.125 36.778 -0.13

4/29/2010 7:28:27 0.132 0.102 40.644 -0.43

4/29/2010 7:29:27 0.127 0.093 41.61 -0.44

4/29/2010 7:30:27 0.125 1.501 41.788 -0.68

4/29/2010 7:31:27 0.108 11.166 7.361 258.14

Initial System Bias Check for Run 1 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

NOx CC281576 SG9154467

Date/Time 4/29/2010 7:32:01 PASSED

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref Cyl 0000

Zero Cal 0.046 0.043 -0.205 -0.71

Zero Avg 0.14 0.076 0.419 -0.44

Zero Bias% 0.4 0.2 0.7 0.1

Zero Drift%

Span Ref Cyl 9.993 10 45.2 449.2

Span Cal 9.945 10.273 45.253 449.22

Span Avg 9.898 10.163 42.344 446.4

Span Bias% 0.2 0.6 3.2 0.6

Span Drift%
Test Run 1 Begin. STRATA Version 3.2

Operator: M. Martin

Plant NameDominion Southampton

Location: Common Stack

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 7:33:02 11.258 5.246 1.738 380.36

4/29/2010 7:34:02 18.612 2.042 1.675 66.33

4/29/2010 7:35:02 6.685 12.626 0.979 187.08

4/29/2010 7:36:02 6.79 12.556 1.212 232.83

4/29/2010 7:37:02 6.699 12.621 2.464 226.53

4/29/2010 7:38:02 6.618 12.684 3.944 224.71

4/29/2010 7:39:02 6.801 12.536 3.749 223.13

4/29/2010 7:40:02 6.796 12.552 3.74 222.15

4/29/2010 7:41:02 6.533 12.738 6.203 222.78

4/29/2010 7:42:02 6.582 12.695 8.896 222.56

4/29/2010 7:43:02 6.728 12.586 11.051 221.91

4/29/2010 7:44:02 6.683 12.613 10.882 221.82

4/29/2010 7:45:02 6.719 12.573 15.435 223.36

4/29/2010 7:46:02 6.602 12.682 12.956 225.7

4/29/2010 7:47:03 6.794 12.515 12.662 227.21

4/29/2010 7:48:03 6.794 12.519 11.381 225.54

4/29/2010 7:49:03 6.772 12.534 10.89 226.7

4/29/2010 7:50:03 6.684 12.596 11.06 227.19

Begin calculating run averages

4/29/2010 7:51:19 6.661 12.624 12.907 227.48

4/29/2010 7:52:17 6.738 12.57 11.758 226.88

4/29/2010 7:53:17 6.744 12.57 12.538 226.94

4/29/2010 7:54:17 6.599 12.694 13.878 227.93

4/29/2010 7:55:17 6.64 12.661 14.368 228.3

4/29/2010 7:56:17 6.608 12.709 15.427 227.37

4/29/2010 7:57:17 6.637 12.695 16.52 228.06

4/29/2010 7:58:17 6.778 12.602 17.84 226.13

4/29/2010 7:59:17 6.718 12.672 19.421 225.19

4/29/2010 8:00:17 6.627 12.761 18.458 226.46

4/29/2010 8:01:17 6.724 12.683 17.42 225.61

4/29/2010 8:02:17 6.759 12.622 17.413 223.21

4/29/2010 8:03:17 6.712 12.656 17.144 222.14

4/29/2010 8:04:17 6.555 12.782 16.3 221.54

4/29/2010 8:05:17 6.633 12.724 15.737 221.64

4/29/2010 8:06:17 6.705 12.68 15.387 221.31

4/29/2010 8:07:18 6.553 12.796 16.032 221.56

4/29/2010 8:08:18 6.51 12.816 16.982 221.63

4/29/2010 8:09:18 6.724 12.657 16.254 221.16

4/29/2010 8:10:18 6.806 12.613 13.495 219.47

4/29/2010 8:11:18 6.562 12.812 13.729 219.04

4/29/2010 8:12:18 6.377 12.96 12.991 220.61

4/29/2010 8:13:18 6.818 12.606 18.41 219.97

4/29/2010 8:14:18 6.721 12.702 17.999 218.03

4/29/2010 8:15:18 6.659 12.743 18.375 218.34

4/29/2010 8:16:18 6.558 12.82 18.94 218.71

4/29/2010 8:17:18 6.666 12.757 18.931 218.97
4/29/2010 8:18:18 6.792 12.666 19.235 219.23

4/29/2010 8:19:18 6.744 12.702 23.048 219.4

4/29/2010 8:20:18 6.876 12.61 23.673 220.61

4/29/2010 8:21:18 6.789 12.666 19.739 220.64

4/29/2010 8:22:18 6.713 12.707 23.261 221.17

4/29/2010 8:23:18 6.809 12.645 24.252 221.69

4/29/2010 8:24:18 6.814 12.676 22.707 220.77

4/29/2010 8:25:18 6.737 12.762 22.839 221.38

4/29/2010 8:26:18 6.87 12.679 21.72 221.08

4/29/2010 8:27:18 6.746 12.77 20.969 220.64

4/29/2010 8:28:18 6.724 12.771 22.133 222.3

4/29/2010 8:29:18 6.726 12.786 23.37 222.46

4/29/2010 8:30:18 6.715 12.793 22.437 220.97

4/29/2010 8:31:18 6.83 12.666 19.769 220.57

4/29/2010 8:32:18 6.786 12.714 18.051 220.78

4/29/2010 8:33:18 6.661 12.827 16.655 220.91

4/29/2010 8:34:18 6.853 12.677 15.891 220.69

4/29/2010 8:35:18 6.819 12.724 14.956 218.82

4/29/2010 8:36:18 6.697 12.852 14.073 219.39

4/29/2010 8:37:18 6.757 12.788 15.297 220.22

4/29/2010 8:38:18 6.669 12.851 15.242 219.86

4/29/2010 8:39:18 6.807 12.745 15.225 220.28

4/29/2010 8:40:18 6.867 12.711 16.482 219.19

4/29/2010 8:41:18 6.823 12.785 15.86 218.22

4/29/2010 8:42:18 6.828 12.829 15.121 218.53

4/29/2010 8:43:18 6.867 12.751 14.562 219.27

4/29/2010 8:44:18 6.813 12.818 13.578 219.61

4/29/2010 8:45:18 6.713 12.927 12.514 220.75

4/29/2010 8:46:18 6.692 13.066 13.006 222.3

4/29/2010 8:47:18 6.749 13.265 12.095 222.1

4/29/2010 8:48:18 6.706 13.434 11.501 221.51

4/29/2010 8:49:18 6.614 14.242 12.045 222.46

4/29/2010 8:50:18 6.776 13.222 12.12 222.16

4/29/2010 8:51:18 6.854 12.693 12.411 221.42

4/29/2010 8:52:19 6.886 11.939 11.315 222.72

4/29/2010 8:53:19 6.795 12.644 10.012 222.55

4/29/2010 8:54:19 6.708 11.745 8.648 222.98

4/29/2010 8:55:19 6.656 12.04 8.356 223.28

4/29/2010 8:56:19 6.72 12.18 8.369 223.75

4/29/2010 8:57:19 6.748 13.727* 8.598 224.08

4/29/2010 8:58:19 6.738 11.588 8.506 223.88

4/29/2010 8:59:19 6.573 11.784 9.692 224.45

4/29/2010 9:00:19 6.602 11.896 9.573 226.78

4/29/2010 9:01:19 6.82 12.721* 10.149 224.85

4/29/2010 9:02:19 6.816 12.286 13.69 224.16

4/29/2010 9:03:19 6.732 14.956* 11.009 226.04

4/29/2010 9:04:19 6.811 14.791 9.675 226.65

4/29/2010 9:05:19 6.71 14.259 9.456 227.31

4/29/2010 9:06:17 6.809 14.098 9.991 228.55

4/29/2010 9:07:17 6.784 14.095 9.628 227.73

4/29/2010 9:08:17 6.695 14.153 10.054 227.34

4/29/2010 9:09:17 6.787 14.068 10.459 227.51
4/29/2010 9:10:17 6.684 14.152 11.153 228.98

4/29/2010 9:11:18 6.694 14.083 11.946 230.37

4/29/2010 9:12:18 6.945 13.801 13.291 229.51

4/29/2010 9:13:18 6.957 13.792 14.705 227.5

4/29/2010 9:14:18 6.835 13.897 11.178 228.74

4/29/2010 9:15:18 6.719 13.988 9.955 229.77

4/29/2010 9:16:18 6.822 13.894 8.568 229.31

4/29/2010 9:17:18 6.808 13.911 8.491 227.88

4/29/2010 9:18:18 6.709 13.994 8.558 228.12

4/29/2010 9:19:18 6.737 13.97 9.008 229.31

4/29/2010 9:20:18 6.869 13.875 9.192 229

Pause

4/29/2010 9:21:18 3.814 7.495 7.652 205.93

4/29/2010 9:22:18 0.14 0.906 2.551 31.47

4/29/2010 9:23:18 0.133 0.87 1.362 1.23

4/29/2010 9:24:18 0.13 0.859 0.982 0.87

4/29/2010 9:25:18 0.128 0.854 0.841 0.47

4/29/2010 9:26:18 2.522 5.623 1.025 4.09

4/29/2010 9:27:18 8.193 12.307 4.904 201.92

4/29/2010 9:28:18 9.875 11.488 1.986 19.83

4/29/2010 9:29:19 9.885 11.5 0.992 0

4/29/2010 9:30:19 9.607 11.012 0.717 -0.13

4/29/2010 9:31:19 0.121 0.844 -0.652 -0.13

4/29/2010 9:32:19 0.059 0.333 -0.975 -0.38

4/29/2010 9:33:19 0.053 0.045 -1.037 -0.44

4/29/2010 9:34:19 0.048 0.047 -1.06 -0.44

4/29/2010 9:35:19 9.573 8.19 -1.099 -0.44

4/29/2010 9:36:19 22.013 17.849 -1.087 -0.44

4/29/2010 9:37:19 22.035 17.871 -1.179 -0.44

4/29/2010 9:38:19 22.047 17.88 -1.079 -0.44

4/29/2010 9:39:19 14.343 12.996 -1.118 -0.44

4/29/2010 9:40:19 9.966 10.433 -1.103 -0.44

4/29/2010 9:41:19 9.961 10.434 -1.191 -0.44

4/29/2010 9:42:19 8.264 8.496 -1.122 -0.44

4/29/2010 9:43:19 0.051 0.1 -1.162 -0.21

4/29/2010 9:44:19 3.962 3.409 -1.193 -0.44

4/29/2010 9:45:19 22.016 17.684 -1.294 -0.44

4/29/2010 9:46:19 22.039 17.477 -1.341 -0.44

4/29/2010 9:47:19 22.045 17.481 -1.221 -0.44

4/29/2010 9:48:19 20.468 16.404 -1.391 -0.45

4/29/2010 9:49:19 9.966 10.211 -1.28 -0.44

4/29/2010 9:50:19 9.956 10.206 -1.231 -0.44

4/29/2010 9:51:19 9.948 10.205 -1.367 -0.44

4/29/2010 9:52:19 9.948 10.207 -1.427 -0.44

4/29/2010 9:53:19 9.945 10.207 -1.303 -0.44

4/29/2010 9:54:19 5.78 6.631 1.996 28.52

4/29/2010 9:55:19 0.146 0.2 0.91 1.37

4/29/2010 9:56:19 0.126 0.146 0.633 -0.7

4/29/2010 9:57:19 0.123 0.12 0.401 -0.92

4/29/2010 9:58:19 4.229 4.348 0.235 -1.01

4/29/2010 9:59:19 9.854 10.062 0.148 -1.01

4/29/2010 10:00:19 9.87 10.092 0.266 -1.01
4/29/2010 10:01:18 9.875 10.101 0.222 -1.01

4/29/2010 10:02:18 7.878 11.603 1.55 53.03

4/29/2010 10:03:18 6.591 12.513 6.384 234.12

End Pause

4/29/2010 10:04:18 6.807 12.345 7.662 230.77

4/29/2010 10:05:18 6.885 12.297 7.912 226.1

4/29/2010 10:06:18 6.807 12.352 7.786 226.36

4/29/2010 10:07:18 6.685 12.448 7.604 226.79

4/29/2010 10:08:18 6.802 12.362 7.245 227.04

4/29/2010 10:09:18 6.736 12.422 7.534 226.55

4/29/2010 10:10:18 6.688 12.446 7.558 226.4

4/29/2010 10:11:18 6.671 12.465 7.317 225.32

4/29/2010 10:12:18 6.83 12.346 7.891 224.77

4/29/2010 10:13:18 6.611 12.528 8.481 225.75

4/29/2010 10:14:18 6.601 12.522 8.396 227.55

4/29/2010 10:15:18 6.685 12.455 9.599 227.45

4/29/2010 10:16:18 6.695 12.465 9.059 227.76

4/29/2010 10:17:18 6.753 12.418 8.071 229.36

4/29/2010 10:18:18 6.736 12.427 6.775 228.9

4/29/2010 10:19:18 6.711 12.428 6.001 229.03

4/29/2010 10:20:18 6.627 12.488 5.113 230.25

4/29/2010 10:21:18 6.68 12.431 5.152 230.65

4/29/2010 10:22:18 6.842 12.308 5.039 229.82

4/29/2010 10:23:18 6.72 12.409 4.819 229.45

4/29/2010 10:24:18 6.495 12.585 4.933 231.2

4/29/2010 10:25:18 6.507 12.554 5.595 230.42

4/29/2010 10:26:18 6.859 12.26 6.813 227.72

4/29/2010 10:27:18 6.693 12.411 6.724 226.03

4/29/2010 10:28:18 6.592 12.479 5.784 228.81

4/29/2010 10:29:18 6.642 12.445 5.634 228.07

4/29/2010 10:30:19 6.767 12.344 5.445 227.35

4/29/2010 10:31:19 6.824 12.301 4.816 225.27

4/29/2010 10:32:19 6.627 12.456 4.288 224.24

4/29/2010 10:33:19 6.647 12.441 4.033 224.34

4/29/2010 10:34:19 6.637 12.456 3.698 224.59

4/29/2010 10:35:19 6.582 12.497 3.71 225.02

4/29/2010 10:36:19 6.673 12.43 5.843 224.3

4/29/2010 10:37:19 6.653 12.448 6.059 223.65

4/29/2010 10:38:19 6.695 12.423 5.467 224.1

4/29/2010 10:39:19 6.684 12.434 4.949 223.94

4/29/2010 10:40:19 6.635 12.473 5.097 224.76

4/29/2010 10:41:19 6.566 12.535 5.56 225.64

4/29/2010 10:42:19 6.654 12.46 5.461 226.62

4/29/2010 10:43:19 6.619 12.488 6.968 226.9

4/29/2010 10:44:19 6.496 12.591 5.657 228.06

4/29/2010 10:45:19 6.62 12.506 5.395 227.78

4/29/2010 10:46:19 6.67 12.454 5.694 225.41

4/29/2010 10:47:19 6.532 12.554 6.895 224.43

4/29/2010 10:48:19 6.524 12.564 6.491 223.94

4/29/2010 10:49:19 6.723 12.423 6.097 222.66

4/29/2010 10:50:19 6.545 12.566 5.851 223.25

4/29/2010 10:51:19 6.612 12.513 6.182 224.32
4/29/2010 10:52:19 6.645 12.481 6.053 224.11

4/29/2010 10:53:19 6.617 12.508 6.37 222.76

4/29/2010 10:54:19 6.531 12.58 6.327 222.12

4/29/2010 10:55:19 6.574 12.554 6.72 222.45

4/29/2010 10:56:19 6.56 12.58 5.729 222.3

4/29/2010 10:57:19 6.694 12.464 6.096 221.78

4/29/2010 10:58:19 6.615 12.542 6.432 222.02

4/29/2010 10:59:19 6.513 12.622 6.062 223.37

4/29/2010 11:00:19 6.568 12.587 6.006 224.9

4/29/2010 11:01:19 6.612 12.557 5.937 225.21

4/29/2010 11:02:19 6.592 12.573 5.339 225.11

4/29/2010 11:03:19 6.504 12.639 4.732 224.91

4/29/2010 11:04:19 6.411 12.714 4.652 226.03

4/29/2010 11:05:19 6.561 12.61 4.397 224.54

4/29/2010 11:06:19 6.485 12.678 4.096 223.34

4/29/2010 11:07:17 6.521 12.654 4.01 224.03

4/29/2010 11:08:17 6.488 12.675 5.14 223.89

4/29/2010 11:09:17 2.422 4.611 1.828 81.8

4/29/2010 11:10:17 0000

4/29/2010 11:11:17 0000

Pause

4/29/2010 11:12:18 0000

4/29/2010 11:13:18 0000

4/29/2010 11:14:18 0000

4/29/2010 11:15:18 0000

4/29/2010 11:16:18 0000

4/29/2010 11:17:19 0000

4/29/2010 11:18:19 0000

4/29/2010 11:19:19 0000

4/29/2010 11:20:19 0000

4/29/2010 11:21:19 0000

4/29/2010 11:22:19 0000

4/29/2010 11:23:19 0000

4/29/2010 11:24:19 0000

4/29/2010 11:25:19 0000

4/29/2010 11:26:19 0000

4/29/2010 11:27:19 0000

4/29/2010 11:28:19 0000

4/29/2010 11:29:19 12.163 -0.275 -0.124 6.9

4/29/2010 11:30:19 20.257 -0.455 -0.594 -0.94

4/29/2010 11:31:19 20.244 -0.452 -0.647 -0.93

4/29/2010 11:32:19 20.224 -0.443 -0.66 -0.94

4/29/2010 11:33:17 20.25 -0.451 -0.739 -0.94

4/29/2010 11:34:17 20.195 -0.408 -0.751 -0.94

4/29/2010 11:35:17 20.188 -0.406 -0.732 -0.94

4/29/2010 11:36:17 20.171 -0.393 -0.837 -0.94

4/29/2010 11:37:17 20.175 -0.405 -0.836 -0.94

4/29/2010 11:38:17 20.161 -0.392 -0.799 -0.94

4/29/2010 11:39:17 20.19 -0.425 -0.848 -0.94

4/29/2010 11:40:18 20.21 -0.445 -0.905 -0.94

4/29/2010 11:41:18 20.189 -0.432 -0.972 -0.94

4/29/2010 11:42:18 20.209 -0.451 -0.853 -0.94
4/29/2010 11:43:18 20.206 -0.45 -0.902 -0.94

4/29/2010 11:44:18 20.202 -0.45 -0.968 -0.94

4/29/2010 11:45:18 20.222 -0.465 -1.156 -0.94

4/29/2010 11:46:18 20.229 -0.475 -1.224 -0.94

4/29/2010 11:47:18 20.225 -0.48 -1.244 -0.94

4/29/2010 11:48:18 20.238 -0.495 -1.272 -0.94

4/29/2010 11:49:18 11.953 6.43 1.72 22.42

4/29/2010 11:50:18 6.599 10.589 7.613 233.49

End Pause

4/29/2010 11:51:18 6.533 10.631 8.253 231.84

4/29/2010 11:52:18 6.533 10.639 8.104 230.53

4/29/2010 11:53:18 6.638 10.536 7.935 230.74

4/29/2010 11:54:18 6.564 10.594 9.708 231.58

4/29/2010 11:55:18 6.571 10.59 7.621 233.84

4/29/2010 11:56:18 6.559 10.601 7.735 234.51

4/29/2010 11:57:18 6.571 10.586 7.409 235.24

4/29/2010 11:58:18 6.661 10.513 6.58 235.3

4/29/2010 11:59:18 6.507 10.619 6.837 236.42

4/29/2010 12:00:18 6.507 10.607 7.568 236.74

4/29/2010 12:01:18 6.679 10.472 7.65 234.84

4/29/2010 12:02:18 6.643 10.504 7.588 234.09

4/29/2010 12:03:18 6.503 10.601 7.781 234.46

4/29/2010 12:04:18 6.439 10.642 8.176 235.81

4/29/2010 12:05:18 6.514 10.591 7.954 236.58

4/29/2010 12:06:18 6.599 10.506 9.168 235.02

4/29/2010 12:07:18 6.603 10.505 10.27 234.32

4/29/2010 12:08:18 6.586 10.549 8.77 234.11

4/29/2010 12:09:18 6.569 10.56 8.222 234.89

4/29/2010 12:10:18 6.542 10.573 7.585 234.63

4/29/2010 12:11:18 6.636 10.496 10.351 232.97

4/29/2010 12:12:18 6.583 10.549 9.821 232.26

4/29/2010 12:13:18 6.615 10.527 8.515 232.37

Average of Test Run O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 12:13:36 6.681 12.301* 10.717 225.635

Test Run 1 End CO2 invalid
Final System Bias Check for Run 1 . STRATA Version 3.2

O2 CO2 SO2 NOx O2

% % ppm ppm Volts

4/29/2010 12:14:43 4.149 4.697 7.161 196.8 1.6598

4/29/2010 12:15:43 0.128 -0.929 1.056 1.56 0.0514

4/29/2010 12:16:43 0.112 -0.959 0.045 0.36 0.0448

4/29/2010 12:17:43 9.336 7.777 -0.149 0.18 3.7345

4/29/2010 12:18:43 3.574 2.261 8.122 0.01 1.4295

4/29/2010 12:19:43 0.124 -0.874 34.175 -0.07 0.0496

4/29/2010 12:20:43 0.115 -0.894 38.508 -0.12 0.0462

4/29/2010 12:21:43 0.115 -0.899 39.679 -0.37 0.0459

4/29/2010 12:22:43 0.112 -0.905 40.476 -0.38 0.0448

4/29/2010 12:23:43 0.109 -0.905 40.663 -0.37 0.0435

4/29/2010 12:24:43 0.113 -0.906 40.608 -0.37 0.045

4/29/2010 12:25:43 0.111 1.332 39.938 -0.37 0.0445

4/29/2010 12:26:43 0.098 9.265 9.792 323.88 0.0392

Final System Bias Check for Run 1 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

NOx CC281576 SG9154467

Date/Time 4/29/2010 12:26:43 FAILED

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref Cyl 0000

Zero Cal 0.046 0.043 -0.205 -0.71

Zero Avg 0.108 -0.961 0.104 0.48

Zero Bias% 0.3 5.7 0.3 0.3

Zero Drift% -0.1 -5.8 -0.3 0.2

Span Ref Cyl 9.993 10 45.2 449.2

Span Cal 9.945 10.273 45.253 449.22

Span Avg 9.849 8.214 40.867 442.08

Span Bias% 0.4 11.6 4.8 1.6

Span Drift% -0.2 -11 -1.6 -1

Ini Zero Avg 0.14 0.076 0.419 -0.44

Ini Span Avg 9.898 10.163 42.344 446.4

Run Avg 6.579 12.301 10.562 222.16

Co 0.124 -0.443 0.262 0.02

Cm 9.874 9.189 41.606 444.24

Correct Avg 6.616 13.232 F 11.261 224.63

22 17.76 91.01 449.2
Date/Time

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref Cyl 0000

Zero Cal 0.046 0.043 -0.205 -0.71

Zero Avg 0.108 -0.961 0.104 0.48

Zero Bias% 0.3 -5.7 0.3 0.3

Zero Drift% -0.1 -5.8 -0.3 0.2

Span Ref Cyl 9.993 10 45.2 449.2

Span Cal 9.945 10.273 45.253 449.22

Span Avg 9.849 8.214 40.867 442.08

Span Bias% -0.4 -11.6 -4.8 -1.6

Span Drift% -0.2 -11.0 -1.6 -1.0

Ini Zero Avg 0.14 0.076 0.419 -0.44

Ini Span Avg 9.898 10.163 42.344 446.4

Run Avg 6.681 12.301* 10.717 225.635

Co 0.124 -0.443 0.262 0.020

Cm 9.8735 9.1885 41.6055 444.24

Correct Avg 6.721 #VALUE! 11.430 228.144
Calibration Error Test at Run 2 . STRATA Version 3.2

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 12:28:10 0.106 0.428 -0.24 292.5

4/29/2010 12:29:08 0.045 -0.328 -0.667 0.24

4/29/2010 12:30:08 20.645 15.472 -0.143 0.15

4/29/2010 12:31:08 16.093 13.652 -0.188 -0.07

4/29/2010 12:32:09 4.38 4.189 34.516 0.08

4/29/2010 12:33:09 0.044 -0.005 89.529 0.18

4/29/2010 12:34:09 0.043 0.427 66.598 1.42

4/29/2010 12:35:09 0.03 6.277 28.252 103.36

4/29/2010 12:36:09 0.025 10.913 1.603 446.81

Calibration Error Test at Run 2 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Low-range Mid-range High-range

O2 CC281576 SG9135786 CC285394

CO2 CC281576 SG9135786 CC285394

SO2 CC281576 CC308434 CC122146

NOx CC281576 CC287768 SG9154467

Date/Time 4/29/2010 12:37:03 PASSED

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref Cyl 0 0 0 0

Zero Avg 0.044 0.034 -0.14 0.18

Zero Error% 0.2 0.2 0.2 0

Low Ref Cyl

Low Avg

Low Error%

Mid Ref Cyl 9.993 10 45.2 187.1

Mid Avg 9.955 9.996 45.473 189.29

Mid Error% 0.2 0 0.3 0.5

High Ref Cyl 22 17.76 91.01 449.2

High Avg 22.025 17.447 91.47 452.08

High Error% 0.1 1.8 0.5 0.6
Initial System Bias Check for Run 2 . STRATA Version 3.2

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 12:38:04 2.768 7.636 7.305 193.36

4/29/2010 12:39:04 0.109 0.119 3.333 47.71

4/29/2010 12:40:04 0.105 0.075 1.991 1.09

4/29/2010 12:41:04 1.476 1.505 1.517 0.66

4/29/2010 12:42:04 9.836 9.887 1.479 0.42

4/29/2010 12:43:04 2.752 2.701 14.552 0.7

4/29/2010 12:44:04 0.12 0.074 38.572 0.18

4/29/2010 12:45:04 0.107 0.054 41.572 0

4/29/2010 12:46:05 0.108 0.044 42.906 -0.07

4/29/2010 12:47:05 0.098 10.364 19.186 234.66

Initial System Bias Check for Run 2 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

NOx CC281576 SG9154467

Date/Time 4/29/2010 12:47:35 PASSED

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref Cyl 0000

Zero Cal 0.044 0.034 -0.14 0.18

Zero Avg 0.099 0.062 1.417 0.77

Zero Bias% 0.3 0.2 1.7 0.1

Zero Drift%

Span Ref Cyl 9.993 10 45.2 449.2

Span Cal 9.955 9.996 45.473 452.08

Span Avg 9.844 9.908 42.965 442.6

Span Bias% 0.5 0.5 2.8 2.1

Span Drift%
Test Run 2 Begin. STRATA Version 3.2

Operator: M. Martin

Plant NameDominion Southampton

Location: Common Stack

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 12:48:35 3.219 11.612 8.551 432.7

4/29/2010 12:49:35 6.486 12.346 15.695 254.79

Begin calculating run averages

4/29/2010 12:51:03 6.468 12.378 14.492 237.16

4/29/2010 12:52:03 6.557 12.301 14.456 235.86

4/29/2010 12:53:03 6.465 12.372 16.012 234.87

4/29/2010 12:54:03 6.433 12.385 16.92 235.48

4/29/2010 12:55:03 6.588 12.256 14.961 235.8

4/29/2010 12:56:03 6.546 12.272 15.279 234.33

4/29/2010 12:57:03 6.388 12.352 14.695 232.58

4/29/2010 12:58:03 6.529 12.236 13.623 231.56

4/29/2010 12:59:04 6.643 12.183 12.95 230.35

4/29/2010 13:00:04 6.583 12.239 13.54 228.19

4/29/2010 13:01:04 6.681 12.17 13.764 226.68

4/29/2010 13:02:04 6.581 12.258 12.338 225.61

4/29/2010 13:03:04 6.556 12.266 10.508 225.4

4/29/2010 13:04:04 6.669 12.169 12.815 225.4

4/29/2010 13:05:04 6.739 12.125 12.522 226.36

4/29/2010 13:06:04 6.634 12.205 11.723 225.88

4/29/2010 13:07:04 6.577 12.246 12.828 225.85

4/29/2010 13:08:04 6.627 12.213 12.667 225.39

4/29/2010 13:09:04 6.686 12.148 12.365 224.88

4/29/2010 13:10:04 6.601 12.209 12.821 225.73

4/29/2010 13:11:04 6.509 12.286 12.673 226.74

4/29/2010 13:12:04 6.592 12.217 11.786 226.56

4/29/2010 13:13:04 6.533 12.257 10.228 225.32

4/29/2010 13:14:04 6.485 12.285 10.336 223.8

4/29/2010 13:15:04 6.656 12.145 11.846 222.68

4/29/2010 13:16:04 6.735 12.109 11.469 221.28

4/29/2010 13:17:04 6.472 12.315 11.065 221.09

4/29/2010 13:18:04 6.548 12.257 11.141 223.12

4/29/2010 13:19:04 6.625 12.205 11.028 221.51

4/29/2010 13:20:04 6.478 12.312 10.135 220.21

4/29/2010 13:21:04 6.422 12.301 10.647 220.23

4/29/2010 13:22:04 6.601 12.194 12.44 220.57

4/29/2010 13:23:04 6.599 12.216 11.178 220.13

4/29/2010 13:24:04 6.492 12.286 10.376 220.66

4/29/2010 13:25:04 6.449 12.307 14.106 221.89

4/29/2010 13:26:04 6.677 12.135 11.943 222.18

4/29/2010 13:27:04 6.676 12.15 9.396 221.32

4/29/2010 13:28:04 6.375 12.361 9.261 224.2

4/29/2010 13:29:04 6.423 12.325 8.947 226.12

4/29/2010 13:30:04 6.748 12.074 9.384 224.8

4/29/2010 13:31:04 6.644 12.153 9.62 223.86

4/29/2010 13:32:04 6.487 12.264 10.079 225.26
4/29/2010 13:33:04 6.622 12.176 10.761 224.96

4/29/2010 13:34:04 6.503 12.278 10.604 224.45

4/29/2010 13:35:04 6.506 12.26 11.174 224.44

4/29/2010 13:36:04 6.668 12.137 12.027 224.47

4/29/2010 13:37:04 6.744 12.08 14.894 222.61

4/29/2010 13:38:04 6.684 12.147 13.19 222.95

4/29/2010 13:39:04 6.571 12.223 11.654 222.35

4/29/2010 13:40:04 6.484 12.277 11.282 222.91

4/29/2010 13:41:05 6.624 12.18 10.311 223.56

4/29/2010 13:42:05 6.608 12.19 10.061 222.71

4/29/2010 13:43:05 6.43 12.322 9.524 222.17

4/29/2010 13:44:05 6.394 12.355 9.018 222.39

4/29/2010 13:45:05 6.715 12.111 9.125 222.78

4/29/2010 13:46:05 6.606 12.197 11.813 221.24

4/29/2010 13:47:05 6.544 12.239 11.814 222.63

4/29/2010 13:48:05 6.66 12.159 10.884 222.44

4/29/2010 13:49:05 6.534 12.247 10.609 223.09

4/29/2010 13:50:05 6.461 12.313 10.827 225.25

4/29/2010 13:51:05 6.542 12.259 11.717 225.88

4/29/2010 13:52:05 6.613 12.206 11.376 224.57

4/29/2010 13:53:05 6.66 12.173 12.387 223.7

4/29/2010 13:54:05 6.47 12.33 13.31 224.17

4/29/2010 13:55:05 6.69 12.159 12.818 225.84

4/29/2010 13:56:05 6.678 12.169 12.455 224.61

4/29/2010 13:57:05 6.419 12.355 14.168 225.84

4/29/2010 13:58:05 6.66 12.174 13.785 227.07

4/29/2010 13:59:05 6.746 12.118 13.878 225.97

4/29/2010 14:00:05 6.496 12.307 15.267 226.79

4/29/2010 14:01:05 6.591 12.231 14.503 227.49

4/29/2010 14:02:05 6.62 12.227 13.785 227.3

4/29/2010 14:03:05 6.553 12.271 13.924 229.92

4/29/2010 14:04:05 6.739 12.116 17.598 232.2

4/29/2010 14:05:05 6.642 12.203 14.993 231.81

4/29/2010 14:06:05 6.562 12.263 14.253 232.97

4/29/2010 14:07:05 6.593 12.222 15.81 232.38

4/29/2010 14:08:05 6.839 12.039 15.632 231.38

4/29/2010 14:09:05 6.747 12.114 14.472 229.9

4/29/2010 14:10:05 6.673 12.165 13.182 229.6

4/29/2010 14:11:05 6.566 12.239 12.451 229.01

4/29/2010 14:12:05 6.599 12.213 11.41 227.93

4/29/2010 14:13:05 6.603 12.216 11.169 226.93

4/29/2010 14:14:05 6.616 12.21 11.154 227.19

4/29/2010 14:15:05 6.549 12.266 10.796 227.69

4/29/2010 14:16:05 6.498 12.313 11.584 227.49

4/29/2010 14:17:05 6.888 11.995 11.844 226.28

4/29/2010 14:18:05 6.831 12.029 12.677 224.14

4/29/2010 14:19:05 6.563 12.231 13.987 225.48

4/29/2010 14:20:05 6.619 12.189 13.816 227.5

4/29/2010 14:21:05 6.806 12.036 12.206 227.59

4/29/2010 14:22:05 6.643 12.15 12.079 227.36

4/29/2010 14:23:05 6.489 12.266 12.951 228.32
4/29/2010 14:24:05 6.697 12.107 13.271 228.57

4/29/2010 14:25:05 6.971 11.9 12.11 227.06

4/29/2010 14:26:05 6.62 12.158 13.494 226.89

4/29/2010 14:27:03 6.379 12.334 13.858 228.76

4/29/2010 14:28:03 6.846 11.963 17.876 228

4/29/2010 14:29:03 7.006 11.847 17.869 226.44

4/29/2010 14:30:03 6.491 12.247 16.88 226.87

4/29/2010 14:31:03 6.453 12.273 17.456 229.29

4/29/2010 14:32:03 6.782 12.022 15.994 228.38

4/29/2010 14:33:03 6.768 12.025 15.147 227.09

4/29/2010 14:34:03 6.608 12.144 14.439 226.9

4/29/2010 14:35:03 6.612 12.147 13.317 227.46

4/29/2010 14:36:04 6.73 12.061 12.696 227.31

4/29/2010 14:37:04 6.618 12.154 11.417 227.25

4/29/2010 14:38:04 6.603 12.156 11.257 229.1

4/29/2010 14:39:04 6.828 11.988 12.877 227.12

4/29/2010 14:40:04 6.877 11.945 11.801 225.39

4/29/2010 14:41:04 6.574 12.168 11.824 225.52

4/29/2010 14:42:04 6.464 12.256 11.779 225.93

4/29/2010 14:43:04 6.821 11.974 11.648 223.98

4/29/2010 14:44:04 6.718 12.059 15.175 222.7

4/29/2010 14:45:04 6.64 12.123 13.513 224.05

4/29/2010 14:46:04 6.724 12.058 12.693 224.09

4/29/2010 14:47:04 6.646 12.123 11.54 223.73

4/29/2010 14:48:04 6.703 12.088 10.87 224.43

4/29/2010 14:49:04 6.668 12.132 11.606 223.98

4/29/2010 14:50:04 6.789 12.036 11.26 224.06

4/29/2010 14:51:04 6.549 12.215 10.806 224.74

4/29/2010 14:52:04 6.733 12.085 11.51 226.62

4/29/2010 14:53:04 6.83 12.03 10.667 225.17

4/29/2010 14:54:04 6.726 12.102 10.283 226.08

4/29/2010 14:55:04 6.559 12.223 10.803 227.7

4/29/2010 14:56:04 6.773 12.058 10.451 229.41

4/29/2010 14:57:04 6.677 12.141 9.883 228.33

4/29/2010 14:58:04 6.575 12.205 10.244 228.26

4/29/2010 14:59:04 6.65 12.132 14.673 227.22

4/29/2010 15:00:04 6.675 12.13 12.815 225.85

4/29/2010 15:01:04 6.817 12.025 11.165 226.05

4/29/2010 15:02:04 6.612 12.182 10.161 225.87

4/29/2010 15:03:04 6.735 12.079 9.229 225.27

4/29/2010 15:04:04 6.758 12.062 9.634 223.64

4/29/2010 15:05:04 6.501 12.26 9.452 224.82

4/29/2010 15:06:04 6.585 12.202 9.068 226.03

4/29/2010 15:07:04 6.729 12.106 8.598 225.32

4/29/2010 15:08:04 6.671 12.143 8.406 224.44

4/29/2010 15:09:05 6.684 12.125 7.857 224.41

4/29/2010 15:10:05 6.499 12.258 8.939 222.82

4/29/2010 15:11:05 6.597 12.198 10.447 222.21

4/29/2010 15:12:05 6.844 12.014 9.503 221.24

4/29/2010 15:13:05 6.712 12.12 10.948 221.55

4/29/2010 15:14:05 6.664 12.163 9.625 222.3
4/29/2010 15:15:05 6.734 12.113 8.857 223.16

4/29/2010 15:16:05 6.783 12.161 8.521 223.76

4/29/2010 15:17:05 6.802 12.161 7.791 223.26

4/29/2010 15:18:05 6.619 12.292 7.949 222.71

4/29/2010 15:19:05 6.476 12.403 8.601 223.95

4/29/2010 15:20:05 6.562 12.325 7.643 223.6

4/29/2010 15:21:05 6.822 12.12 9.082 221.49

4/29/2010 15:22:05 6.644 12.269 9.108 221.69

4/29/2010 15:23:05 6.529 12.354 7.906 222.42

4/29/2010 15:24:05 6.544 12.355 7.095 223.25

4/29/2010 15:25:05 6.711 12.228 6.594 224.17

4/29/2010 15:26:05 6.673 12.252 6.061 223.92

4/29/2010 15:27:05 6.391 12.457 6.27 224.6

4/29/2010 15:28:05 6.727 12.178 9.737 224.84

4/29/2010 15:29:05 6.698 12.214 9.868 222.52

4/29/2010 15:30:05 6.511 12.356 9.261 222.89

4/29/2010 15:31:05 6.656 12.231 10.831 223.69

4/29/2010 15:32:05 6.767 12.13 12.478 221.55

4/29/2010 15:33:05 6.81 12.105 10.412 220.64

4/29/2010 15:34:05 6.601 12.268 9.7 222.09

4/29/2010 15:35:05 6.505 12.332 8.884 223.73

4/29/2010 15:36:05 6.637 12.238 8.62 222.95

4/29/2010 15:37:05 6.517 12.333 8.183 222.26

4/29/2010 15:38:05 6.442 12.402 7.761 222.1

4/29/2010 15:39:05 6.562 12.297 8.675 222.04

4/29/2010 15:40:05 6.595 12.283 12.376 221.72

4/29/2010 15:41:05 6.447 12.395 9.56 222.66

4/29/2010 15:42:05 6.36 12.452 10.448 222.04

4/29/2010 15:43:05 6.638 12.264 11.178 220.71

4/29/2010 15:44:05 6.638 12.272 10.029 219.48

4/29/2010 15:45:05 6.474 12.387 10.187 220.02

4/29/2010 15:46:05 6.587 12.302 10.056 219.3

4/29/2010 15:47:05 6.618 12.276 9.488 217.53

4/29/2010 15:48:05 6.593 12.286 9.052 216.7

4/29/2010 15:49:05 6.469 12.373 9.032 216.97

4/29/2010 15:50:05 6.448 12.396 8.241 217.74

Average of Test Run O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 15:50:05 6.618 12.203 11.565 225.17

Test Run 2 End
Final System Bias Check for Run 2 . STRATA Version 3.2

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 15:51:32 4.606 4.987 7.069 191.73

4/29/2010 15:52:32 0.13 0.035 2.29 0.44

4/29/2010 15:53:32 7.19 7.162 1.736 -0.4

4/29/2010 15:54:32 9.586 9.475 1.244 -0.64

4/29/2010 15:55:32 0.209 0.106 23.579 -0.64

4/29/2010 15:56:32 0.122 0.008 39.256 -0.64

4/29/2010 15:57:32 0.114 -0.008 41.653 -0.64

4/29/2010 15:58:32 0.118 0.886 42.377 -0.76

4/29/2010 15:59:32 0.101 10.765 14.359 285.22

4/29/2010 16:00:32 0.099 10.836 3.325 440.84

Final System Bias Check for Run 2 

Operator: M. Martin

Plant NameDominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

NOx CC281576 SG9154467

Date/Time 4/29/2010 16:00:40 PASSED

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref C 0000

Zero Cal 0.044 0.034 -0.14 0.18

Zero Avg 0.128 0.028 2.039 0.07

Zero Bias% 0.4 0 2.4 0

Zero Drift% 0.1 -0.2 0.7 -0.2

Span Ref C 9.993 10 45.2 449.2

Span Cal 9.955 9.996 45.473 452.08

Span Avg 9.865 9.837 42.29 440.02

Span Bias% 0.4 0.9 3.5 2.7

Span Drift% 0.1 -0.4 -0.7 -0.6

Ini Zero Av 0.099 0.062 1.417 0.77

Ini Span Av 9.844 9.908 42.965 442.6

Run Avg 6.618 12.203 11.565 225.17

Co 0.114 0.045 1.728 0.42

Cm 9.855 9.872 42.628 441.31

Correct Avg 6.673 12.371 10.871 228.98
Test Run 3 Begin. STRATA Version 3.2

Operator: M. Martin

Plant NameDominion Southampton

Location: Common Stack

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 16:01:40 3.246 11.694 6.139 421.26

4/29/2010 16:02:40 6.264 12.516 12.537 230.54

4/29/2010 16:03:40 6.251 12.541 13.376 224.56

4/29/2010 16:04:41 6.55 12.337 12.752 220.32

4/29/2010 16:05:41 6.308 12.524 11.877 219.32

Begin calculating run averages

4/29/2010 16:07:05 6.388 12.462 12.081 220.52

4/29/2010 16:08:03 6.513 12.362 11.429 218.94

4/29/2010 16:09:03 6.379 12.47 11.286 218.81

4/29/2010 16:10:03 6.284 12.546 11.056 220.46

4/29/2010 16:11:03 6.295 12.536 11.474 221.87

4/29/2010 16:12:03 6.331 12.517 10.728 222.45

4/29/2010 16:13:03 6.371 12.474 9.888 222.35

4/29/2010 16:14:03 6.408 12.439 13.194 222.52

4/29/2010 16:15:03 6.265 12.585 13.588 222.42

4/29/2010 16:16:03 6.429 12.465 12.551 223.53

4/29/2010 16:17:03 6.539 12.373 14.02 223.61

4/29/2010 16:18:03 6.459 12.439 11.268 224.24

4/29/2010 16:19:03 6.364 12.501 10.72 223.86

4/29/2010 16:20:03 6.34 12.512 10.923 225.11

4/29/2010 16:21:03 6.421 12.448 9.833 225.01

4/29/2010 16:22:03 6.282 12.565 9.751 224.74

4/29/2010 16:23:03 6.322 12.534 9.254 226.59

4/29/2010 16:24:03 6.529 12.355 9.851 225.39

4/29/2010 16:25:03 6.423 12.448 11.274 225.29

4/29/2010 16:26:03 6.32 12.532 11.3 227.19

4/29/2010 16:27:03 6.367 12.499 10.449 227.62

4/29/2010 16:28:03 6.485 12.412 10.55 227.39

4/29/2010 16:29:03 6.349 12.525 10.838 226.71

4/29/2010 16:30:03 6.256 12.592 11.709 228.33

4/29/2010 16:31:03 6.338 12.539 11.584 230.05

4/29/2010 16:32:03 6.579 12.344 11.892 228.99

4/29/2010 16:33:03 6.335 12.546 13.826 228.12

4/29/2010 16:34:04 6.383 12.499 11.733 231.25

4/29/2010 16:35:04 6.612 12.315 15.465 231.17

4/29/2010 16:36:04 6.503 12.406 13.358 230.16

4/29/2010 16:37:04 6.527 12.384 12.507 230.87

4/29/2010 16:38:04 6.442 12.447 12.103 229.63

4/29/2010 16:39:04 6.464 12.432 11.489 229.17

4/29/2010 16:40:04 6.497 12.41 11.414 228.59

4/29/2010 16:41:04 6.446 12.448 11.348 227.98

4/29/2010 16:42:04 6.371 12.504 12.663 227.57

4/29/2010 16:43:04 6.393 12.503 13.757 226.51

4/29/2010 16:44:04 6.405 12.502 11.9 226.63

4/29/2010 16:45:04 6.562 12.36 13.58 224.93
4/29/2010 16:46:04 6.371 12.513 15.303 225.08

4/29/2010 16:47:04 6.455 12.459 14.147 226

4/29/2010 16:48:04 6.425 12.477 13.606 227.51

4/29/2010 16:49:04 6.514 12.401 13.147 228.71

4/29/2010 16:50:04 6.347 12.532 13.735 229.23

4/29/2010 16:51:04 6.597 12.335 13.417 230.57

4/29/2010 16:52:04 6.513 12.401 13.46 229.48

4/29/2010 16:53:04 6.389 12.48 14.317 231.59

4/29/2010 16:54:04 6.559 12.359 13.201 230.97

4/29/2010 16:55:04 6.444 12.432 12.057 231.04

4/29/2010 16:56:04 6.403 12.469 13.875 231.1

4/29/2010 16:57:04 6.469 12.412 12.773 231.59

4/29/2010 16:58:04 6.517 12.373 11.382 231.01

4/29/2010 16:59:04 6.392 12.472 10.641 231.38

4/29/2010 17:00:04 6.44 12.415 14.92 231.85

4/29/2010 17:01:04 6.55 12.344 15.305 229.62

4/29/2010 17:02:04 6.385 12.466 14.29 229.01

4/29/2010 17:03:04 6.487 12.381 14.197 228.45

4/29/2010 17:04:04 6.526 12.34 14.004 226.51

4/29/2010 17:05:04 6.585 12.279 14.127 226.04

4/29/2010 17:06:04 6.38 12.433 15.883 226.05

4/29/2010 17:07:04 6.372 12.434 16.136 226.31

4/29/2010 17:08:04 6.411 12.427 13.826 223.96

4/29/2010 17:09:04 6.634 12.242 15.385 223.78

4/29/2010 17:10:04 6.484 12.352 17.88 223.45

4/29/2010 17:11:04 6.371 12.439 15.585 224.07

4/29/2010 17:12:04 6.498 12.348 15.257 223.93

4/29/2010 17:13:04 6.543 12.319 15.155 223.19

4/29/2010 17:14:04 6.469 12.359 16.372 223.44

4/29/2010 17:15:04 6.374 12.437 15.909 223.39

4/29/2010 17:16:04 6.589 12.27 14.149 224.33

4/29/2010 17:17:04 6.602 12.25 14.979 223.88

4/29/2010 17:18:04 6.48 12.339 14.211 224.12

4/29/2010 17:19:04 6.368 12.424 13.765 224.44

4/29/2010 17:20:04 6.544 12.29 13.821 225.05

4/29/2010 17:21:05 6.603 12.255 13.229 224.83

4/29/2010 17:22:05 6.502 12.321 12.409 225.74

4/29/2010 17:23:05 6.453 12.36 14.39 226.29

4/29/2010 17:24:03 6.591 12.255 13.75 226.35

4/29/2010 17:25:03 6.42 12.393 13.151 225.37

4/29/2010 17:26:03 6.367 12.443 13.247 226.36

4/29/2010 17:27:03 6.534 12.305 13.696 226.03

4/29/2010 17:28:03 6.621 12.236 15.047 224.9

4/29/2010 17:29:03 6.542 12.305 12.259 224.53

4/29/2010 17:30:03 6.553 12.298 10.163 225.29

4/29/2010 17:31:03 6.423 12.398 9.823 226.67

4/29/2010 17:32:03 6.506 12.336 10.589 227.54

4/29/2010 17:33:03 6.53 12.32 10.902 227.11

4/29/2010 17:34:03 6.428 12.398 10.988 225.53

4/29/2010 17:35:03 6.383 12.436 12.314 225.16

4/29/2010 17:36:03 6.479 12.372 13.127 224.19
4/29/2010 17:37:03 6.526 12.34 11.388 222.71

4/29/2010 17:38:03 6.538 12.306 15.425 221.42

4/29/2010 17:39:03 6.509 12.339 14.7 221.34

4/29/2010 17:40:03 6.522 12.334 12.714 221.45

4/29/2010 17:41:03 6.431 12.408 12.65 222.63

4/29/2010 17:42:03 6.485 12.371 13.107 223.51

4/29/2010 17:43:03 6.463 12.382 12.661 224.3

4/29/2010 17:44:03 6.526 12.336 12.28 223.71

4/29/2010 17:45:03 6.336 12.489 12.564 223.62

4/29/2010 17:46:03 6.328 12.487 13.306 225.33

4/29/2010 17:47:03 6.457 12.403 15.614 225.14

4/29/2010 17:48:03 6.461 12.389 13.761 224.49

4/29/2010 17:49:03 6.411 12.418 15.81 224.2

4/29/2010 17:50:03 6.473 12.377 15.763 223.9

4/29/2010 17:51:03 6.393 12.453 14.143 224.24

4/29/2010 17:52:03 6.55 12.336 12.574 224.51

4/29/2010 17:53:03 6.655 12.25 11.049 223.64

4/29/2010 17:54:03 6.234 12.568 11.658 223.76

4/29/2010 17:55:04 6.494 12.371 14.068 225.98

4/29/2010 17:56:04 6.683 12.229 13.656 225.19

4/29/2010 17:57:04 6.512 12.355 13.906 223.66

4/29/2010 17:58:04 6.345 12.478 14.001 224.34

4/29/2010 17:59:04 6.311 12.51 17.985 224.45

4/29/2010 18:00:04 6.372 12.47 18.865 223.11

4/29/2010 18:01:04 6.531 12.356 15.635 221.94

4/29/2010 18:02:04 6.385 12.452 20.149 221.08

4/29/2010 18:03:04 6.314 12.52 16.86 221.46

4/29/2010 18:04:04 6.519 12.379 14.628 221.01

4/29/2010 18:05:04 6.404 12.449 13.812 219.61

4/29/2010 18:06:04 6.329 12.511 12.996 220.47

4/29/2010 18:07:04 6.218 12.597 13.985 220.98

4/29/2010 18:08:04 6.393 12.473 14.045 221.96

4/29/2010 18:09:04 6.457 12.414 14.351 220.67

4/29/2010 18:10:04 6.364 12.46 15.146 220.42

4/29/2010 18:11:04 6.282 12.528 17.072 220.49

4/29/2010 18:12:04 6.376 12.493 17.64 219.68

4/29/2010 18:13:05 6.215 12.617 17.779 218.69

4/29/2010 18:14:05 6.293 12.547 15.285 219.18

4/29/2010 18:15:05 6.442 12.439 14.015 217.07

4/29/2010 18:16:05 6.353 12.525 14.248 217.31

4/29/2010 18:17:05 6.417 12.465 14.111 217.79

4/29/2010 18:18:05 6.208 12.622 13.971 218.54

4/29/2010 18:19:05 6.283 12.564 13.015 220.66

4/29/2010 18:20:05 6.438 12.43 14.88 219.75

4/29/2010 18:21:05 6.331 12.523 15.787 220.2

4/29/2010 18:22:05 6.503 12.395 16.47 222.31

4/29/2010 18:23:05 6.606 12.31 17.391 221.93

4/29/2010 18:24:05 6.379 12.471 16.278 221.66

4/29/2010 18:25:03 6.444 12.426 15.25 223.24

4/29/2010 18:26:03 6.523 12.364 20.613 224.39

4/29/2010 18:27:03 6.503 12.38 17.937 223.67
4/29/2010 18:28:03 6.469 12.409 16.106 223.87

4/29/2010 18:29:03 6.368 12.489 15.907 224.65

4/29/2010 18:30:03 6.524 12.356 15.675 223.93

4/29/2010 18:31:03 6.778 12.148 18.092 221.61

4/29/2010 18:32:03 6.505 12.364 17.498 220.55

4/29/2010 18:33:03 6.362 12.474 16.373 221.29

4/29/2010 18:34:03 6.595 12.314 16.002 221.08

4/29/2010 18:35:03 6.502 12.384 15.559 219.71

4/29/2010 18:36:03 6.563 12.33 14.191 219.29

4/29/2010 18:37:03 6.385 12.468 14.684 219.88

4/29/2010 18:38:03 6.459 12.41 14.125 220.22

4/29/2010 18:39:03 6.471 12.419 14.241 218.84

4/29/2010 18:40:03 6.188 12.633 14.807 220.58

4/29/2010 18:41:03 6.386 12.469 18.93 221.96

4/29/2010 18:42:03 6.65 12.296 17.311 221.3

4/29/2010 18:43:03 6.364 12.519 16.801 222.63

4/29/2010 18:44:03 6.453 12.447 17.982 225.35

4/29/2010 18:45:03 6.547 12.378 16.918 224.78

4/29/2010 18:46:03 6.512 12.395 17.412 224.2

4/29/2010 18:47:03 6.456 12.435 17.825 223.52

4/29/2010 18:48:03 6.366 12.51 18.669 223.55

4/29/2010 18:49:03 6.419 12.472 19.419 224.53

4/29/2010 18:50:03 6.611 12.34 18.883 224.21

4/29/2010 18:51:03 6.499 12.414 17.719 223.57

4/29/2010 18:52:03 6.483 12.415 21.142 224.51

4/29/2010 18:53:03 6.542 12.382 20.487 225.51

4/29/2010 18:54:03 6.436 12.47 18.006 226.44

4/29/2010 18:55:03 6.507 12.414 17.887 228.06

4/29/2010 18:56:03 6.344 12.546 17.663 228.66

4/29/2010 18:57:03 6.403 12.498 16.12 231.07

4/29/2010 18:58:03 6.712 12.254 19.768 230.52

4/29/2010 18:59:03 6.596 12.356 18.135 230.3

4/29/2010 19:00:03 6.476 12.443 16.808 231.19

4/29/2010 19:01:03 6.393 12.492 17.472 231.3

4/29/2010 19:02:04 6.492 12.428 17.564 230.2

4/29/2010 19:03:04 6.71 12.268 16.063 230.12

4/29/2010 19:04:04 6.454 12.474 16.359 228.84

4/29/2010 19:05:04 6.309 12.588 17.531 230.7

4/29/2010 19:06:04 6.79 12.213 17.668 230.37

Average of Test Run O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 19:06:04 6.45 12.42 14.354 224.82

Test Run 3 End
Final System Bias Check for Run 3 . STRATA Version 3.2

O2 CO2 SO2 NOx

% % ppm ppm

4/29/2010 19:07:38 3.409 6.004 13.257 217.78

4/29/2010 19:08:38 0.123 0.11 3.375 14.54

4/29/2010 19:09:38 0.113 0.079 2.118 1.77

4/29/2010 19:10:38 0.107 0.069 1.72 1.37

4/29/2010 19:11:38 4.108 4.129 1.574 1.07

4/29/2010 19:12:38 9.843 9.893 1.532 0.8

4/29/2010 19:13:38 9.861 9.926 1.435 0.56

4/29/2010 19:14:38 9.868 9.937 1.431 0.47

4/29/2010 19:15:37 7.722 7.789 1.821 0.43

4/29/2010 19:16:37 0.15 0.151 30.037 0.94

4/29/2010 19:17:37 0.121 0.093 40.622 0.61

4/29/2010 19:18:37 0.115 0.077 42.47 0.17

4/29/2010 19:19:37 0.109 7.407 29.396 92.29

Final System Bias Check for Run 3 

Operator: M. Martin

Plant Name: Dominion Southampton

Location: Common Stack

Reference Cylinder Numbers

Zero Span

O2 CC281576 SG9135786

CO2 CC281576 SG9135786

SO2 CC281576 CC308434

NOx CC281576 SG9154467

Date/Time 4/29/2010 19:20:31 PASSED

Analyte O2 CO2 SO2 NOx

Units % % ppm ppm

Zero Ref Cyl 0000

Zero Cal 0.044 0.034 -0.14 0.18

Zero Avg 0.112 0.065 1.709 1.07

Zero Bias% 0.3 0.2 2 0.2

Zero Drift% -0.1 0.2 -0.4 0.2

Span Ref Cyl 9.993 10 45.2 449.2

Span Cal 9.955 9.996 45.473 452.08

Span Avg 9.872 9.943 42.769 435.01

Span Bias% 0.4 0.3 3 3.8

Span Drift% 0 0.6 0.5 -1.1

Ini Zero Avg 0.128 0.028 2.039 0.07

Ini Span Avg 9.865 9.837 42.29 440.02

Run Avg 6.45 12.42 14.354 224.82

Co 0.12 0.046 1.874 0.57

Cm 9.868 9.89 42.529 437.52

Correct Avg 6.489 12.57 13.876 230.54
L2010-275 

APPENDIX A.7 

VOLATILE ORGANIC FIELD SAMPLING DATA 












L2010-275 

APPENDIX A.8 

SEMI-VOLATILE ORGANICS FIELD DATA 
TEST DATA SUMMARY

Client: Dominion

Location: Southampton

Unit: Common Stack

Load/Condition: Normal

M0010 Dates: 4/28/2010

Prelim. Run 1 Run 2 Run 3

Dates: 4/28/2010 4/28/2010 4/28/2010

Barometric Pressures: 29.85 29.85 29.85

TABLE OF CONTENTS:

K-Factor Sheet - Run 1

K-Factor Sheet - Run 2

K-Factor Sheet - Run 3

Nozzles

Data Sheet

Run Sheet - Preliminaries

Run Sheet - Run 1

Run Sheet - Run 2

Run Sheet - Run 3

Calculation Sheet

Parameter Run 1 Run 2 Run 3 3-RUN AVG.

Total Sampling Time, Min. 120 120 120 120

Stack Gas Oxygen Content, O2% 6.535 6.488 6.496 6.506

Stack Gas Carbon Dioxide Content, CO2% 12.605 12.643 12.635 12.628

Gas Sample Volume at Standard Conditions, cu. ft. 114.876 116.556 116.785 116.072

 cu. m. 3.252 3.300 3.306 3.286

Dry Stack Gas Flow Rate (Dry, STP), dscf/min 194,969.5 192,598.1 190,870.2 192,812.6

 dscm/min 5,519.6 5,452.5 5,403.5 5,458.5

TRC Environmental Corporation

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

Project Number 170096-0030

Sampling Data Summary

M0010-South-U2 Runs 1-3.xlsTOC
ORIFICE FLOW RATE CALCULATION-K Factors M0010

Common Stack

Normal

Run No: Run 1

Date: 4/28/2010

METER BOX ID: 90596 Orifice Delta H@: 1.830 Y FACTOR: 0.9965

DATA INPUTS:

O2 Assumed Oxygen Concentration 5.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.25 in. Hg

% H20 Assumed Moisture Content 13.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter DCIR-7/32"-3 0.218 inches

Delta H@ Orifice Calibration Factor 1.830 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -0.4 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 29.00 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 28.97 in. Hg

Md Dry Molecular Weight 30.12 lb/lb*mole

Ms Wet Molecular Weight 28.54 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 70 80 90 100

200 1.58 1.61 1.64 1.67

205 1.57 1.60 1.63 1.66

210 1.56 1.59 1.62 1.65

215 1.55 1.58 1.61 1.63

220 1.54 1.56 1.59 1.62

225 1.52 1.55 1.58 1.61

230 1.51 1.54 1.57 1.60

235 1.50 1.53 1.56 1.59

240 1.49 1.52 1.55 1.58

245 1.48 1.51 1.54 1.56

250 1.47 1.50 1.53 1.55

255 1.46 1.49 1.52 1.54

260 1.45 1.48 1.51 1.53

265 1.44 1.47 1.49 1.52

270 1.43 1.46 1.48 1.51

275 1.42 1.45 1.47 1.50

280 1.41 1.44 1.46 1.49

285 1.40 1.43 1.45 1.48

290 1.39 1.42 1.44 1.47

295 1.38 1.41 1.44 1.46

300 1.37 1.40 1.43 1.45

305 1.36 1.39 1.42 1.44

310 1.36 1.38 1.41 1.43

315 1.35 1.37 1.40 1.42

320 1.34 1.36 1.39 1.41

321 1.34 1.36 1.39 1.41

Delta H = K factor * Delta P

M0010

M0010-South-U2 Runs 1-3.xls K-Fs R1 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M0010

Common Stack

Normal

Run No: Run 2

Date: 4/28/2010

METER BOX ID: 90596 Orifice Delta H@: 1.830 Y FACTOR: 0.997

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.85 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.830 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 29.60 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 29.45 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 60 70 80 90

250 1.57 1.60 1.63 1.66

255 1.56 1.59 1.62 1.65

260 1.55 1.58 1.61 1.64

265 1.54 1.57 1.60 1.63

270 1.53 1.56 1.59 1.62

275 1.52 1.55 1.58 1.61

280 1.51 1.54 1.57 1.60

285 1.50 1.53 1.56 1.59

290 1.49 1.52 1.55 1.58

295 1.48 1.51 1.54 1.57

300 1.47 1.50 1.53 1.56

305 1.46 1.49 1.52 1.55

310 1.45 1.48 1.51 1.54

315 1.44 1.47 1.50 1.53

320 1.43 1.46 1.49 1.52

325 1.42 1.45 1.48 1.51

330 1.41 1.44 1.47 1.50

335 1.41 1.43 1.46 1.49

340 1.40 1.42 1.45 1.48

345 1.39 1.41 1.44 1.47

350 1.38 1.41 1.43 1.46

355 1.37 1.40 1.42 1.45

360 1.36 1.39 1.42 1.44

365 1.35 1.38 1.41 1.43

370 1.35 1.37 1.40 1.42

375 1.34 1.36 1.39 1.42

Delta H = K factor * Delta P

M0010

M0010-South-U2 Runs 1-3.xls K-Fs R2 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M0010

Common Stack

Normal

Run No: Run 3

Date: 4/28/2010

METER BOX ID: 90596 Orifice Delta H@: 1.830 Y FACTOR: 0.997

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.85 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.830 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 29.60 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 29.45 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 55 65 75 85

270 1.52 1.55 1.58 1.60

275 1.51 1.54 1.56 1.59

280 1.50 1.52 1.55 1.58

285 1.49 1.51 1.54 1.57

290 1.48 1.50 1.53 1.56

295 1.47 1.49 1.52 1.55

300 1.46 1.48 1.51 1.54

305 1.45 1.47 1.50 1.53

310 1.44 1.47 1.49 1.52

315 1.43 1.46 1.48 1.51

320 1.42 1.45 1.47 1.50

325 1.41 1.44 1.46 1.49

330 1.40 1.43 1.46 1.48

335 1.39 1.42 1.45 1.47

340 1.38 1.41 1.44 1.46

345 1.37 1.40 1.43 1.45

350 1.37 1.39 1.42 1.45

355 1.36 1.38 1.41 1.44

360 1.35 1.38 1.40 1.43

365 1.34 1.37 1.39 1.42

370 1.33 1.36 1.39 1.41

375 1.33 1.35 1.38 1.40

380 1.32 1.34 1.37 1.39

385 1.31 1.34 1.36 1.39

390 1.30 1.33 1.35 1.38

395 1.29 1.32 1.34 1.37

Delta H = K factor * Delta P

M0010

M0010-South-U2 Runs 1-3.xls K-Fs R3 TRC Environmental Corporation
NOZZLE SELECTION CALCULATIONS M0010

Common Stack

Normal

CHECK ALL INPUTS

Hand Input or Check Links

Input By:

Run 1 Run 2 Run 3

Date: 4/28/2010 4/28/2010 4/28/2010

Bar. Pressure, Pbar, in. Hg 29.85 29.85 29.85

Stack Temp.(F), ts (from prev. run) 125.0 191.9 191.9

Stack Temp. (R), Ts 585 652 652

Meter Temp. (F), tm 70.0 74.4 90.0

Meter Temp. (R), Tm 530 534 550

Pitot Number 0.0 0.0 0.0

Pitot Coefficient, cp 0.84 0.84 0.84

delta P avg. (from prev. run), dP, in. H2O 0.94 2.01 2.09

O2 avg. (from prev. run), % 5.50 6.54 6.49

CO2 avg. (from prev. run), % 12.00 12.61 12.64

Static Pressure (from prev. run), in. H2O -0.40 -0.96 -0.89

Ps, in. Hg 29.821 29.779 29.785

Mwd, lb/lb mole, dry 30.14 30.28 30.28

% Moisture (from prev. run) 13.0 8.9 12.5

MD 0.870 0.911 0.875

Mws, lb/lb mole, wet 28.562 29.185 28.751

delta H, (for sampling rate), in. H2O 1.830 1.830 1.830

delta H@, in. H2O 1.830 1.830 1.830

Qm, dscfm 0.750 0.750 0.750

Desired Nozzle , inches 0.224 0.187 0.185

For Standard Test: dH = dH@, and therefore, Qm will be 0.75 dscfm.

For Different Sampling Rate: Input selected dH to yield desired sampling rate.

Desired Nozzle:

SQRT(SQRT((Ts*Mws)/(Ps*dP))*(0.0357*Qm*Pbar)/(Tm*cp*MD))

M0010

M0010-South-U2 Runs 1-3.xlsNozzles TRC Environmental Corporation
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: #REF!

LOCATION: Southampton PROJECT NO.: 170096-0030

UNIT: Common Stack PERSONNEL: TRC

CONDITION: Normal

Data Input Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

M0010

Parameter SYMBOL UNITS DATA Data

Test Number Prelim. Run 1 Run 2 Run 3

Test Date 1/0/1900 4/28/2010 4/28/2010 4/28/2010

Start Time 09:45 12:45 15:40

Stop Time 11:51 14:55 17:53 3-RUN AVG.

Stack Diameter ds inches 318.00 96.00 96.00 96.00

Nozzle Diameter dn inches 0.218 0.218 0.218

Barometric Pressure Pbar in. Hg 29.85 29.85 29.85 29.85

Stack Static Pressure Pg in. H2O -0.96 -0.89 -1.00 -0.95

Pitot Coefficient cp none 0.84 0.84 0.84 0.84

Meter Calibration Factor Y none 0.9965 0.9965 0.9965

DH@ none 1.8300 1.8300 1.8300

Stack Gas Oxygen Content O2 % 6.535 6.488 6.496 6.506

Stack Gas Carbon Dioxide Content CO2 % 12.605 12.643 12.635 12.628

Net Moisture Gain (Impingers w/SiGel) Ww grams 238.1 352.0 350.9 313.7

Average Stack Temperature ts deg F 191.9 191.9 190.3 191.4

Average Meter Temperature tm deg F 58.4 64.9 66.8 63.4

Avg Delta H dH in. H2O 3.24 3.33 3.25 3.28

Average Square Root Delta H ASR dH in. H2O 1.799 1.825 1.801 1.808

Avg Velocity Head dP in. H2O 2.01 2.09 2.05 2.05

Average Square Root Delta P ASR dP in H2O 1.415 1.444 1.429 1.429

Gas Sample Volume Vm cu. ft. 112.558 115.610 116.261 114.810

Total Sampling Time min minutes 120 120 120

M0010-South-U2 Runs 1-3.xls/Data 6/18/2010 8:58 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 28-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Common Stack

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 1 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

1 0 580.475 2.00 1.414 3.2 1.789 193 54 54

2 5 2.10 1.449 3.4 1.844 193 55 54

3 10 2.20 1.483 3.5 1.871 193 56 54

4 15 2.10 1.449 3.4 1.844 193 57 55

5 20 2.15 1.466 3.4 1.844 193 58 55

6 25 2.15 1.466 3.4 1.844 192 58 55

7 30 1.25 1.118 2.5 1.581 192 58 55

8 35 2.15 1.466 3.4 1.844 192 58 56

9 40 2.15 1.466 3.4 1.844 192 58 56

10 45 2.00 1.414 3.2 1.789 192 58 56

11 50 1.85 1.360 3.0 1.732 192 58 57

12 55 1.70 1.304 2.7 1.643 191 59 57

13 60 635.299

635.299 1.83 1.353 3.0 1.732 187 57 57

14 65 2.05 1.432 3.3 1.817 191 60 57

15 70 2.05 1.432 3.3 1.817 191 60 58

16 75 2.10 1.449 3.4 1.844 191 63 58

17 80 2.10 1.449 3.4 1.844 192 62 58

18 85 2.10 1.449 3.4 1.844 192 63 58

19 90 2.15 1.466 3.4 1.844 192 63 59

20 95 2.30 1.517 3.7 1.924 192 63 59

21 100 2.05 1.432 3.3 1.817 193 65 59

22 105 1.95 1.396 3.1 1.761 193 65 60

23 110 1.90 1.378 3.0 1.732 192 65 60

24 115 1.85 1.360 3.0 1.732 192 65 60

Stop 120 693.033

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

120.0 112.558 2.010 1.415 3.24 1.799 191.9 58.4

Impinger Gain

impinger 1: 769.0 569.0 200.0 O2: 6.535 Start Time: 09:45

impinger 1a: 541.7 540.0 1.7 CO2: 12.605 Stop Time: 11:51

impinger 2: 720.5 723.0 -2.5

impinger 3: 697.5 701.0 -3.5 Static Pressure (Port A): -0.96

impinger 4: 613.0 610.5 2.5 Static Pressure (Port B):

Si gel 1,028.5 992.0 36.5 Static Pressure (Avg.): -0.96

Trap 353.0 349.6 3.4

238.1

DIFF

PRESS.

M0010

Field Data Run Sheets

M0010-South-U2 Runs 1-3.xls/Run 1 6/18/2010 8:58 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 28-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Common Stack

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 2 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

1 0 693.306 1.70 1.304 2.7 1.643 190 61 60

2 5 1.75 1.323 2.8 1.673 191 62 61

3 10 2.00 1.414 3.2 1.789 191 64 61

4 15 2.05 1.432 3.3 1.817 191 64 61

5 20 2.15 1.466 3.4 1.844 191 65 61

6 25 2.10 1.449 3.4 1.844 191 65 61

7 30 2.05 1.432 3.3 1.817 191 65 61

8 35 2.10 1.449 3.4 1.844 191 65 61

9 40 2.15 1.466 3.4 1.844 191 66 62

10 45 2.15 1.466 3.4 1.844 191 67 62

11 50 2.15 1.466 3.4 1.844 192 68 63

12 55 2.00 1.414 3.2 1.789 193 67 63

13 60 750.175

750.861 2.15 1.466 3.4 1.844 193 64 63

14 65 2.25 1.500 3.6 1.897 193 67 64

15 70 2.15 1.466 3.4 1.844 193 67 64

16 75 2.20 1.483 3.5 1.871 193 66 64

17 80 2.25 1.500 3.6 1.897 193 68 64

18 85 2.20 1.483 3.5 1.871 193 71 65

19 90 2.10 1.449 3.4 1.844 193 71 65

20 95 2.15 1.466 3.4 1.844 194 70 66

21 100 2.15 1.466 3.4 1.844 194 68 66

22 105 2.05 1.432 3.3 1.817 193 69 65

23 110 2.05 1.432 3.3 1.817 189 71 65

24 115 2.05 1.432 3.3 1.817 190 72 66

Stop 120 809.602

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

120.0 115.610 2.088 1.444 3.33 1.825 191.9 64.9

Impinger Gain

impinger 1: 889.0 569.0 320.0 O2: 6.488 Start Time: 12:45

impinger 1a: 599.5 598.0 1.5 CO2: 12.643 Stop Time: 14:55

impinger 2: 722.0 724.5 -2.5

impinger 3: 736.5 737.5 -1.0 Static Pressure (Port A): -0.89

impinger 4: 636.5 634.5 2.0 Static Pressure (Port B): -0.89

Si gel 1024.0 995.0 29.0 Static Pressure (Avg.): -0.89

Trap 344.5 341.5 3.0

352.0

DIFF

PRESS.

M0010

Field Data Run Sheets

M0010-South-U2 Runs 1-3.xls/Run 2 6/18/2010 8:58 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 28-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Common Stack

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 3 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

1 0 809.853 1.5 1.225 2.4 1.549 190 63 65

2 5 2.2 1.466 3.4 1.844 190 66 65

3 10 2.2 1.483 3.5 1.871 190 68 65

4 15 2.2 1.483 3.5 1.871 190 69 65

5 20 2.2 1.483 3.5 1.871 190 70 66

6 25 2.2 1.483 3.5 1.871 190 69 66

7 30 2.2 1.466 3.4 1.844 190 70 6

8 35 2.2 1.466 3.4 1.844 190 72 67

9 40 2.2 1.466 3.4 1.844 190 72 67

10 45 2.0 1.414 3.2 1.789 190 72 67

11 50 2.0 1.396 3.1 1.761 191 71 68

12 55 2.0 1.396 3.1 1.761 191 71 67

13 60 867.961

868.134 2.0 1.396 3.0 1.732 190 66 66

14 65 2.0 1.414 3.2 1.789 191 69 66

15 70 2.1 1.449 3.4 1.844 191 69 66

16 75 2.2 1.466 3.4 1.844 191 70 66

17 80 2.3 1.500 3.5 1.871 191 70 66

18 85 2.2 1.466 3.4 1.844 190 72 66

19 90 2.2 1.466 3.4 1.844 190 72 66

20 95 2.1 1.449 3.4 1.844 191 71 66

21 100 2.1 1.432 3.3 1.817 191 70 67

22 105 2.0 1.396 3.1 1.761 190 71 67

23 110 1.8 1.342 2.9 1.703 190 71 67

24 115 1.7 1.285 2.6 1.612 189 70 67

Stop 120 926.287

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

120.0 116.261 2.046 1.429 3.25 1.801 190.3 66.8

Impinger Gain

impinger 1: 887.0 571.0 316.0 O2: 6.496 Start Time: 15:40

impinger 1a: 542.0 540.5 1.5 CO2: 12.635 Stop Time: 17:53

impinger 2: 718.5 721.8 -3.3

impinger 3: 699.0 701.5 -2.5 Static Pressure (Port A): -1.00

impinger 4: 612.5 611.0 1.5 Static Pressure (Port B): -1.00

Si gel 1037.0 1002.0 35.0 Static Pressure (Avg.): -1.00

Trap 347.2 344.5 2.7

350.9

DIFF

PRESS.

M0010

Field Data Run Sheets

M0010-South-U2 Runs 1-3.xls/Run 3 6/18/2010 8:58 PM










L2010-275 

APPENDIX A.9 

FORMALDEHYDE FIELD SAMPLING DATA 
TEST DATA SUMMARY

Client: Dominion

Location: Southampton

Unit: Common Stack

Load/Condition: Normal

M0011 Dates:

Prelim. Run 1 Run 2 Run 3

Dates: 4/28/2010 4/28/2010 4/28/2010

Barometric Pressures: 29.85 29.85 29.85

TABLE OF CONTENTS:

K-Factor Sheet - Run 1

K-Factor Sheet - Run 2

K-Factor Sheet - Run 3

Nozzles

Data Sheet

Run Sheet - Preliminaries

Run Sheet - Run 1

Run Sheet - Run 2

Run Sheet - Run 3

Calculation Sheet

Parameter Run 1 Run 2 Run 3 3-RUN AVG.

Total Sampling Time, Min. 120 120 120 120

Stack Gas Oxygen Content, O2% 6.535 6.488 6.496 6.506

Stack Gas Carbon Dioxide Content, CO2% 12.605 12.643 12.635 12.628

Gas Sample Volume at Standard Conditions, cu. ft. 115.172 112.663 114.636 114.157

 cu. m. 3.261 3.189 3.245 3.232

Dry Stack Gas Flow Rate (Dry, STP), dscf/min 188,160.1 185,885.0 189,620.6 187,888.6

 dscm/min 5,326.8 5,262.4 5,368.2 5,319.1

TRC Environmental Corporation

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

Project Number 170096-0030

Sampling Data Summary

M0011-South-U2 Runs 1-3.xlsTOC
ORIFICE FLOW RATE CALCULATION-K Factors M0011

Common Stack

Normal

Run No: Run 1

Date: 4/28/2010

METER BOX ID: 90801 Orifice Delta H@: 1.730 Y FACTOR: 0.9873

DATA INPUTS:

O2 Assumed Oxygen Concentration 5.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.25 in. Hg

% H20 Assumed Moisture Content 13.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter DCIR-7/32"-4 0.218 inches

Delta H@ Orifice Calibration Factor 1.730 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -0.4 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 29.00 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 28.97 in. Hg

Md Dry Molecular Weight 30.12 lb/lb*mole

Ms Wet Molecular Weight 28.54 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 70 80 90 100

200 1.50 1.52 1.55 1.58

205 1.48 1.51 1.54 1.57

210 1.47 1.50 1.53 1.56

215 1.46 1.49 1.52 1.55

220 1.45 1.48 1.51 1.53

225 1.44 1.47 1.50 1.52

230 1.43 1.46 1.48 1.51

235 1.42 1.45 1.47 1.50

240 1.41 1.44 1.46 1.49

245 1.40 1.43 1.45 1.48

250 1.39 1.42 1.44 1.47

255 1.38 1.41 1.43 1.46

260 1.37 1.40 1.42 1.45

265 1.36 1.39 1.41 1.44

270 1.35 1.38 1.40 1.43

275 1.34 1.37 1.39 1.42

280 1.33 1.36 1.38 1.41

285 1.33 1.35 1.38 1.40

290 1.32 1.34 1.37 1.39

295 1.31 1.33 1.36 1.38

300 1.30 1.32 1.35 1.37

305 1.29 1.31 1.34 1.36

310 1.28 1.31 1.33 1.35

315 1.27 1.30 1.32 1.35

320 1.27 1.29 1.31 1.34

321 1.26 1.29 1.31 1.34

Delta H = K factor * Delta P

M0011

M0011-South-U2 Runs 1-3.xls K-Fs R1 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M0011

Common Stack

Normal

Run No: Run 2

Date: 4/28/2010

METER BOX ID: 90801 Orifice Delta H@: 1.730 Y FACTOR: 0.987

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.85 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.730 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 29.60 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 29.45 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 60 70 80 90

250 1.49 1.52 1.55 1.57

255 1.48 1.51 1.53 1.56

260 1.47 1.50 1.52 1.55

265 1.46 1.49 1.51 1.54

270 1.45 1.48 1.50 1.53

275 1.44 1.47 1.49 1.52

280 1.43 1.46 1.48 1.51

285 1.42 1.45 1.47 1.50

290 1.41 1.44 1.46 1.49

295 1.40 1.43 1.45 1.48

300 1.39 1.42 1.44 1.47

305 1.38 1.41 1.43 1.46

310 1.37 1.40 1.42 1.45

315 1.36 1.39 1.42 1.44

320 1.35 1.38 1.41 1.43

325 1.35 1.37 1.40 1.42

330 1.34 1.36 1.39 1.41

335 1.33 1.35 1.38 1.41

340 1.32 1.35 1.37 1.40

345 1.31 1.34 1.36 1.39

350 1.30 1.33 1.35 1.38

355 1.30 1.32 1.35 1.37

360 1.29 1.31 1.34 1.36

365 1.28 1.31 1.33 1.35

370 1.27 1.30 1.32 1.35

375 1.27 1.29 1.31 1.34

Delta H = K factor * Delta P

M0011

M0011-South-U2 Runs 1-3.xls K-Fs R2 TRC Environmental Corporation
ORIFICE FLOW RATE CALCULATION-K Factors M0011

Common Stack

Normal

Run No: Run 3

Date: 4/28/2010

METER BOX ID: 90801 Orifice Delta H@: 1.730 Y FACTOR: 0.987

DATA INPUTS:

O2 Assumed Oxygen Concentration 7.0 % by volume

CO2 Assumed Carbon Dioxide Concentration 12.0 % by volume

Pbaro Bar. Pressure at Base of Stack 29.85 in. Hg

% H20 Assumed Moisture Content 8.0 % 

Tstd Temperature (standard) 68 o

F

Cp Type S Pitot No. and Coeff. 0.84

Dn Nozzle # and Diameter 0.218 inches

Delta H@ Orifice Calibration Factor 1.730 in. H20

Elevation Elevation of Sampling Location 250 feet above grade

CALCULATIONS:

Ps (gauge) Assumed Static Pressure -2.0 in. H2O

Pbaro (corrected) Bar. Pressure at Sampling Location 29.60 in. Hg

Ps (abs) Stack Pressure at Sampling Elevation 29.45 in. Hg

Md Dry Molecular Weight 30.20 lb/lb*mole

Ms Wet Molecular Weight 29.22 lb/lb*mole

K factor

Tstack (o

F) Tm (oF)= 55 65 75 85

270 1.43 1.46 1.49 1.52

275 1.42 1.45 1.48 1.51

280 1.41 1.44 1.47 1.50

285 1.40 1.43 1.46 1.49

290 1.40 1.42 1.45 1.48

295 1.39 1.41 1.44 1.47

300 1.38 1.40 1.43 1.46

305 1.37 1.39 1.42 1.45

310 1.36 1.39 1.41 1.44

315 1.35 1.38 1.40 1.43

320 1.34 1.37 1.39 1.42

325 1.33 1.36 1.38 1.41

330 1.32 1.35 1.38 1.40

335 1.32 1.34 1.37 1.39

340 1.31 1.33 1.36 1.38

345 1.30 1.32 1.35 1.38

350 1.29 1.32 1.34 1.37

355 1.28 1.31 1.33 1.36

360 1.28 1.30 1.33 1.35

365 1.27 1.29 1.32 1.34

370 1.26 1.29 1.31 1.33

375 1.25 1.28 1.30 1.33

380 1.25 1.27 1.29 1.32

385 1.24 1.26 1.29 1.31

390 1.23 1.25 1.28 1.30

395 1.22 1.25 1.27 1.30

Delta H = K factor * Delta P

M0011

M0011-South-U2 Runs 1-3.xls K-Fs R3 TRC Environmental Corporation
NOZZLE SELECTION CALCULATIONS M0011

Common Stack

Normal

CHECK ALL INPUTS

Hand Input or Check Links

Input By:

Run 1 Run 2 Run 3

Date: 4/28/2010 4/28/2010 4/28/2010

Bar. Pressure, Pbar, in. Hg 29.85 29.85 29.85

Stack Temp.(F), ts (from prev. run) 125.0 192.0 191.8

Stack Temp. (R), Ts 585 652 652

Meter Temp. (F), tm 70.0 74.4 90.0

Meter Temp. (R), Tm 530 534 550

Pitot Number 0.0 0.0 0.0

Pitot Coefficient, cp 0.84 0.84 0.84

delta P avg. (from prev. run), dP, in. H2O 0.94 2.00 1.95

O2 avg. (from prev. run), % 5.50 6.54 6.49

CO2 avg. (from prev. run), % 12.00 12.61 12.64

Static Pressure (from prev. run), in. H2O -0.40 -0.92 -0.92

Ps, in. Hg 29.821 29.782 29.782

Mwd, lb/lb mole, dry 30.14 30.28 30.28

% Moisture (from prev. run) 13.0 12.5 12.3

MD 0.870 0.875 0.877

Mws, lb/lb mole, wet 28.562 28.739 28.772

delta H, (for sampling rate), in. H2O 1.730 1.730 1.730

delta H@, in. H2O 1.730 1.730 1.730

Qm, dscfm 0.750 0.750 0.750

Desired Nozzle , inches 0.224 0.190 0.188

For Standard Test: dH = dH@, and therefore, Qm will be 0.75 dscfm.

For Different Sampling Rate: Input selected dH to yield desired sampling rate.

Desired Nozzle:

SQRT(SQRT((Ts*Mws)/(Ps*dP))*(0.0357*Qm*Pbar)/(Tm*cp*MD))

M0011

M0011-South-U2 Runs 1-3.xlsNozzles TRC Environmental Corporation
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: 00-Jan-00

LOCATION: Southampton PROJECT NO.: 170096-0030

UNIT: Common Stack PERSONNEL: TRC

CONDITION: Normal

Data Input Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

M0011

Parameter SYMBOL UNITS DATA Data

Test Number Prelim. Run 1 Run 2 Run 3

Test Date 1/0/1900 4/28/2010 4/28/2010 4/28/2010

Start Time 09:45 12:45 15:40

Stop Time 11:51 14:55 17:50 3-RUN AVG.

Stack Diameter ds inches 318.00 96.00 96.00 96.00

Nozzle Diameter dn inches 0.218 0.218 0.218

Barometric Pressure Pbar in. Hg 29.85 29.85 29.85 29.85

Stack Static Pressure Pg in. H2O -0.92 -0.92 -0.92 -0.92

Pitot Coefficient cp none 0.84 0.84 0.84 0.84

Meter Calibration Factor Y none 0.9873 0.9873 0.9873

DH@ none 1.7300 1.7300 1.7300

Stack Gas Oxygen Content O2 % 6.535 6.488 6.496 6.506

Stack Gas Carbon Dioxide Content CO2 % 12.605 12.643 12.635 12.628

Net Moisture Gain (Impingers w/SiGel) Ww grams 350.2 335.1 327.0 337.4

Average Stack Temperature ts deg F 192.0 191.8 189.8 191.2

Average Meter Temperature tm deg F 74.6 78.0 82.2 78.3

Avg Delta H dH in. H2O 3.10 3.02 3.11 3.08

Average Square Root Delta H ASR dH in. H2O 1.758 1.734 1.760 1.750

Avg Velocity Head dP in. H2O 2.00 1.95 2.00 1.98

Average Square Root Delta P ASR dP in H2O 1.412 1.392 1.412 1.405

Gas Sample Volume Vm cu. ft. 117.488 115.681 118.602 117.257

Total Sampling Time min minutes 120 120 120

M0011-South-U2 Runs 1-3.xls/Data 6/18/2010 8:53 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 28-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Common Stack

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 1 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

a1 0 260.735 1.5 1.225 2.3 1.517 190 64 63

2 5 1.7 1.304 2.6 1.612 190 66 63

3 10 1.9 1.378 2.9 1.703 193 72 65

4 15 2.0 1.414 3.1 1.761 193 74 64

5 20 2.1 1.449 3.3 1.817 193 75 65

6 25 2.2 1.483 3.4 1.844 193 78 66

7 30 2.1 1.449 3.3 1.817 193 80 66

8 35 2.2 1.483 3.4 1.844 192 82 68

9 40 2.2 1.483 3.4 1.844 192 83 68

10 45 2.1 1.449 3.3 1.817 192 84 69

11 50 2.1 1.449 3.3 1.817 192 82 69

12 55 1.9 1.378 2.9 1.703 192 85 69

60 319.422

b1 60 319.513 1.4 1.183 2.2 1.483 187 77 71

2 65 1.7 1.304 2.6 1.612 190 81 70

3 70 1.9 1.378 2.9 1.703 191 83 69

4 75 2.0 1.414 3.1 1.761 192 80 68

5 80 2.1 1.449 3.3 1.817 192 83 69

6 85 2.2 1.483 3.4 1.844 193 86 70

7 90 2.2 1.483 3.4 1.844 193 86 71

8 95 2.2 1.483 3.4 1.844 192 88 71

9 100 2.1 1.449 3.3 1.817 193 86 71

10 105 2.1 1.449 3.3 1.817 193 87 72

11 110 2.2 1.483 3.4 1.844 193 89 73

12 115 1.9 1.378 2.9 1.703 193 87 72

Stop 120 378.314

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

120.0 117.488 2.000 1.412 3.10 1.758 192.0 74.6

Impinger Gain

impinger 1: 922.5 829.9 92.6 O2: 6.535 Start Time: 09:45

impinger 2: 914.9 704.7 210.2 CO2: 12.605 Stop Time: 11:51

impinger 3: 742.0 726.0 16.0

impinger 4: 631.1 625.9 5.2 Static Pressure (Port A): -0.92

si gel 894.2 868.0 26.2 Static Pressure (Port B): -0.92

Static Pressure (Avg.): -0.92

350.2

DIFF

PRESS.

M0011

Field Data Run Sheets

M0011-South-U2 Runs 1-3.xls/Run 1 6/18/2010 8:53 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 28-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Common Stack

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 2 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

a1 0 378.507 2.0 1.414 3.1 1.761 191 67 66

2 5 2.1 1.449 3.3 1.817 191 73 67

3 10 2.1 1.449 3.3 1.817 191 77 67

4 15 2.2 1.483 3.4 1.844 191 81 69

5 20 2.2 1.483 3.4 1.844 191 82 69

6 25 2.2 1.483 3.4 1.844 191 83 69

7 30 2.2 1.483 3.4 1.844 191 84 70

8 35 2.2 1.483 3.4 1.844 191 87 71

9 40 2.1 1.449 3.3 1.817 192 87 72

10 45 2.2 1.483 3.4 1.844 192 89 74

11 50 2.0 1.414 3.1 1.761 192 87 73

12 55 2.0 1.414 3.1 1.761 193 87 74

60 439.210

b1 60 439.315 1.5 1.225 2.3 1.517 190 74 72

2 65 1.6 1.265 2.5 1.581 190 79 72

3 70 1.8 1.342 2.8 1.673 192 84 73

4 75 1.9 1.378 2.9 1.703 193 85 72

5 80 2.0 1.414 3.1 1.761 193 83 73

6 85 2.0 1.414 3.1 1.761 193 87 72

7 90 2.0 1.414 3.1 1.761 193 90 75

8 95 1.8 1.342 2.8 1.673 194 90 75

9 100 2.2 1.483 3.4 1.844 194 89 75

10 105 1.6 1.265 2.5 1.581 194 92 76

11 110 1.4 1.183 2.2 1.483 190 90 75

12 115 1.4 1.183 2.2 1.483 190 90 75

Stop 120 494.293

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

120.0 115.681 1.946 1.392 3.02 1.734 191.8 78.0

Impinger Gain

impinger 1: 965.7 830.3 135.4 O2: 6.488 Start Time: 12:45

impinger 2: 865.7 720.7 145.0 CO2: 12.643 Stop Time: 14:55

impinger 3: 721.9 700.0 21.9

impinger 4: 638.4 632.6 5.8 Static Pressure (Port A): -0.92

si gel 1016.8 989.8 27.0 Static Pressure (Port B): -0.92

Static Pressure (Avg.): -0.92

335.1

DIFF

PRESS.

M0011

Field Data Run Sheets

M0011-South-U2 Runs 1-3.xls/Run 2 6/18/2010 8:53 PM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion DATE: 28-Apr-10

LOCATION: Southampton PROJECT NO.: 170096-0030

LOAD: Normal PERSONNEL: TRC

UNIT: Common Stack

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

RUN NO: Run 3 PAGE ONE OF ONE

Minutes per reading: 5 OPERATOR: 

number of readings: 24

DGM STACK DRY GAS METER

POINT TIME READING VEL. Sqrt TEMP. TEMP (o

F)

NUMBER INITIAL Dp (in. H2O) Dp DH Sqrt. (

o

F) INLET OUTLET

a1 0 494.446 1.5 1.225 2.3 1.517 187 77 71

2 5 1.6 1.265 2.5 1.581 187 81 71

3 10 1.8 1.342 2.8 1.673 188 86 72

4 15 1.9 1.378 2.9 1.703 189 87 72

5 20 2.0 1.414 3.1 1.761 189 90 74

6 25 2.0 1.414 3.1 1.761 190 90 75

7 30 2.2 1.483 3.4 1.844 190 90 76

8 35 2.3 1.517 3.6 1.897 190 92 76

9 40 2.0 1.414 3.1 1.761 190 93 77

10 45 2.0 1.414 3.1 1.761 191 92 78

11 50 1.8 1.342 2.8 1.673 191 92 78

12 55 1.8 1.342 2.8 1.673 191 91 77

60 552.453

b1 552.539 1.5 1.225 2.3 1.517 188 77 76

2 65 1.8 1.342 2.8 1.673 188 83 76

3 70 2.0 1.414 3.1 1.761 191 86 75

4 75 2.1 1.449 3.3 1.817 191 89 75

5 80 2.2 1.483 3.4 1.844 191 90 75

6 85 2.3 1.517 3.6 1.897 191 91 76

7 90 2.3 1.517 3.6 1.897 191 90 76

8 95 2.3 1.517 3.6 1.897 191 92 77

9 100 2.2 1.483 3.4 1.844 190 93 77

10 105 2.2 1.483 3.4 1.844 190 93 77

11 110 2.1 1.449 3.3 1.817 190 93 78

12 115 2.1 1.449 3.3 1.817 190 94 78

Stop 120 613.134

Total Total Avg. Avg. Avg. Avg. Avg. Avg.

120.0 118.602 2.000 1.412 3.11 1.760 189.8 82.2

Impinger Gain

impinger 1: 943.7 828.1 115.6 O2: 6.496 Start Time: 15:40

impinger 2: 877.5 706.5 171.0 CO2: 12.635 Stop Time: 17:50

impinger 3: 740.7 725.4 15.3

impinger 4: 629.7 626.2 3.5 Static Pressure (Port A): -0.92

si gel 915.8 894.2 21.6 Static Pressure (Port B): -0.92

Static Pressure (Avg.): -0.92

327.0

DIFF

PRESS.

M0011

Field Data Run Sheets

M0011-South-U2 Runs 1-3.xls/Run 3 6/18/2010 8:53 PM









L2010-275 

APPENDIX B 

FIELD REDUCED DATA 
L2010-275 

APPENDIX B.1 

HCL, HF, AND HCN CALCULATION SHEETS 
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: 29-Apr-10

LOCATION: Southhampton PROJECT NO.: 170096-0030

UNIT: Unit Common PERSONNEL: TRC

CONDITION: Normal

M26A/CTM033

Parameter SYMBOL UNITS

Test Number Run 1 Run 2 Run 3

Test Date 29-Apr-10 29-Apr-10 29-Apr-10

Start Time 750 1127 1459

Stop Time 1107 1432 1812

Calculated Data 3-RUN AVG.

Nozzle Area, An=3.14159*(dn/2)^2 An sq. in. 0.0373 0.0373 0.0373 0.0373

Stack Area,As As sq.ft. 50.27 50.27 50.27 50.27

Avg Stack Temperature, Ts=ts+460 Ts deg R 652.3 653.3 653.1 652.9

Meter Pressure, Pm=Pb+Dh/13.6 Pm in. Hg 30.48 30.48 30.48 30.48

Avg Meter Temperature, Tm=tm+460 Tm deg R 541.4 541.3 546.3 543.0

Gas Sample Volume at Standard Conditions, Vm(std) cu. ft. 174.593 176.261 170.685 173.846

Vm(std)= 528/29.92*Y*Vm*Pm/Tm cu. m. 4.943 4.990 4.832 4.922

Net Moisture Gain (Impingers w/SiGel) Ww grams 627.8 602.0 709.5 646.4

Volume of Water Vapor, Vw(std)= 0.04715*Wlc Vw(std) cu. ft. 29.601 28.384 33.453 30.479

Moisture Fraction, Bws = Vw(Std)/(Vm(Std)+Vw(Std))*100 Bws % 14.50% 13.87% 16.39% 14.92%

Dry Stack Gas Molecular Weight, Mwd g/g-mole 30.25 30.25 30.27 30.26

 Md = (0.32*O2)+(0.44*CO2)+(0.28*(100-(O2+CO2)))

Wet Stack Gas Molecular Weight Mws g/g-mole 28.47 28.55 28.26 28.43

Mw = Md* (1-Bws)+(18*(Bws))

Absolute Stack Pressure, Ps = Pbar + Pg/13.6 Ps in. Hg. 30.18 30.18 30.18 30.18

Stack Gas Velocity

 Vs= 85.49*Cp*ASRdP*((Ts)/((Ps)*(Mw)))^0.5 Vs ft/sec 88.89 88.84 88.32 88.68

 Vsm = 0.3048* Vs Vsm m/sec 27.09 27.08 26.92 27.03

Actual Stack Gas Flow Rate, Qa = 60*Vs*As Qa acf/min 268,092 267,923 266,357 267,457

Stack Gas Flow Rate (STP), Qsw scf/min 218,893 218,420 217,185 218,166

 Qsw = 528/29.92 * Qa * (Ps/Ts)

Dry Stack Gas Flow Rate (Dry, STP), Qsd dscf/min 187,161 188,125 181,594 185,627

 Qsd = 528/29.92 * Qa * (1-Bws)* (Ps/Ts) dscm/min 5298.5 5325.8 5140.9 5255.1

Isokinetic Rate, I % 100.50 100.94 101.26 100.90

I=100*As*Vm(std)/min*(An/144)*Qsd

Meter Calibration (Alternate Method) Yqa none 1.0031 0.9943 1.0104 1.0026

Meter Quality Assurance/Quality Check % Diff -1.6% -0.7% -2.3% -1.6%

=100*(Y-Yqa)/Y PASS

Parameter SYMBOL UNITS Run 1 Run 2 Run 3 3-RUN AVG.

Total Sampling Time min minutes 180 180 180 180

Stack Gas Oxygen Content O2 % 6.72 6.67 6.49 6.63

Stack Gas Carbon Dioxide Content CO2 % 12.37 12.37 12.57 12.44

Gas Sample Volume at Standard Conditions, Vm(std) cu. ft. 174.593 176.261 170.685 173.846

cu. m. 4.943 4.990 4.832 4.922

Dry Stack Gas Flow Rate (Dry, STP), Qsd dscf/min 187,161.3 188,125.1 181,593.9 185,626.8

dscm/min 5,298.5 5,325.8 5,140.9 5,255.1

Emissions Summary

Parameter UNITS Run 1 Run 2 Run 3 AVG

F-Factor 9780 9780 9780 9780

Emissions Summary - HCL

 Total catch mg <0.401 <0.434 <0.450 <0.428

 Concentration mg/dscf <0.002 <0.002 <0.003 <0.002

 Concentration mg/dscm <0.081 <0.087 <0.093 <0.087

 Emission Rate lb/hr <0.057 <0.061 <0.063 <0.060

 Emission Rate lb/MMbtu <7.30E-05 <7.80E-05 <8.24E-05 <7.78E-05

Emissions Summary - HF

 Total catch mg <0.387 <0.419 <0.435 <0.414

 Concentration mg/dscf <0.002 <0.002 <0.003 <0.002

 Concentration mg/dscm <0.078 <0.084 <0.090 <0.084

 Emission Rate lb/hr <0.055 <0.059 <0.061 <0.058

 Emission Rate lb/MMbtu <7.04E-05 <7.53E-05 <7.97E-05 <7.51E-05

Emissions Summary - HCN

 Total catch ug 2199 1870 2457 2175.333

 Concentration ug/dscf 12.595 10.609 14.395 12.533

 Concentration ug/dscm 444.897 374.754 508.474 442.708

 Emission Rate lb/hr 3.118 2.640 3.458 3.072

 Emission Rate lb/MMbtu 4.00E-03 3.36E-03 4.50E-03 3.95E-03

Sampling Data Summary

Yqa=Min/Vm*((0.0319*Tm*29)/(DH@*(Pbar+dH/13.6)*Md))^0.5 *ASRdH

Calculation Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

DATA

M26A-ctm033-South-U-common Runs 1-3.xls/Calculations 6/18/2010 8:27 PM
L2010-275 

APPENDIX B.2 

PARTICULATE MATTER CALCULATION SHEETS 
Summary of Results - High Load

Southampton

Common Stack

Franklin,VA

Run 1 Run 2 Run 3

Run ID PM2.5-10/OTM028-R1 PM2.5-10/OTM028-R2 PM2.5-10/OTM028-R3Test Date 4/26/2010 4/27/2010 4/27/2010Run Start Time 11:00 7:50 14:11

Run Finish Time 17:24 13:47 19:49

Net Traverse Points 12 12 12

Theta Net Run Time, Minutes 369.50 320.50 332.5Dia Nozzle Diameter, Inches 0.138 0.126 0.126

Cp Pitot tube Coeffecient 0.84 0.84 0.84

Y Dry Gas Meter Calibration Factor 0.9965 0.9965 0.9965

Pbar Barometric Pressure, "Hg 30.05 30 29.25

Delta H Average Differential Pressure of Orifice, ft 3 0.44 0.43 0.44 0.44

Vm Volume of Metered Gas Sample, ft 3 141.857 118.9 122.339 127.699

tm Average Temp. of Dry Gas Meter, oF 78.3 64.3 65.9 69.5

Vmstd Volume of Stack Gas Metered At Standard Conditions, ft 3 139.343 119.710 119.737 126.263

vl Volume of Liquid Collected in Impingers, g 432.5 365 392 396.5

Vwstd Volume of Water Standard 20.36 17.18 18.45 18.66

% H20 Percent Moisture by Volume 12.75 12.55 13.35 12.88

Mfd Dry Mole Fraction 0.873 0.874 0.866 0.871

%CO2 Percent Carbon Dioxide 12.683 13.101 13.178 13.0

%O2 Percent Oxygen 6.545 6.067 5.995 6.20

%CO-N2 Percent Carbon Monoxide and Nitrogen 80.8 80.8 80.827 80.8

Fo Fuel Factor 1.13 1.13 1.13 1.13

Md Gas Molecular Weight, Dry 30.29 30.34 30.35 30.33

Mw Gas Molecular Weight, Wet 28.72 28.79 28.70 28.74

Pg Static Pressure, "H2O -0.85 -0.85 -0.85 -0.85

Ps Absolute Flue Gas Pressure, "Hg 29.99 29.94 29.19 29.70

ts Average Flue Gas Temp., oF 188.8 187.8 185.1 187.2

Delta-p Average Velocity Head, "H2O 2.110 1.981 2.019 2.037

vs Flue Gas Velocity, ft/sec 90.52 87.62 89.55 89.23

A Stack/Duct Area, in2 7,238.2 7,238.2 7,238.2 7,238.2

Qsd Volumetric Flow, DSCFM 194,220 188,374 186,786 189,793

Qmsd Volumetric Flow, DSCMM 5,500.3 5,334.8 5,289.8 5,374.9

Qaw Volumetric Flow, ACFM 272,995 264,249 270,089 269,111

%I Percent IsoKinetics 93.9 115.1 111.9 107.0

Fd Fuel Factor 9780 9780 9780 9780

MMBtu/hr Aproximate Heat input 818.39 820.19 817.22 818.60

Vs Stack Gas Viscosity 194.21 193.92 192.52 193.55Qs PM10 Flow, @ Cyclone Conditions, ACFM 0.530 0.524 0.521 0.525

D50 Dia of Particles in Cyclone I, Microns 9.69 9.75 9.80 9.75Nre Reynolds Number Actual 3129.7 3104.5 3033.4 3089.2

Cact Cunningham Correction Factor @ Stack Conditions 1.07 1.07 1.07 1.07D50 (Nre<3162) Particulate Cut Diameter for Nre<3162 for Cyclone IV 2.04 2.07 2.10 2.07

D50 (Nre≥3162) Particulate Cut Diameter for Nre≥3162 for Cyclone IV 2.04 2.05 2.06 2.05Cr Re-estimated Cunningham Correction Factor 1.09 1.09 1.09 1.09

D50-1 Re-calculate Particle Cut Diameter for Nre<3162 2.03 2.05 2.08 2.05

D50-1 Re-calculate Particle Cut Diameter for Nre≥3162 2.02 2.04 2.05 2.04Z (Nre≥3162) Ratio (Z) Between D50 and D50-1 Values 0.993 0.993 0.993 0.993

Z (Nre<3162) Ratio (Z) Between D50 and D50-1 Values 0.993 0.993 0.993 0.993

Acceptance Criteria for Z Values (Nre≥3162) PASS PASS PASS

Acceptance Criteria for Z Values (Nre<3163) PASS PASS PASS

Average
Summary of Results - High Load

Southampton

Common Stack

Franklin,VA

Run 1 Run 2 Run 3

Run ID PM2.5-10/OTM028-R1 PM2.5-10/OTM028-R2 PM2.5-10/OTM028-R3Test Date 4/26/2010 4/27/2010 4/27/2010Run Start Time 11:00 7:50 14:11

Run Finish Time 17:24 13:47 19:49

Average

mg<D50 Less than 2.5 Microns, mg 4.4 5.3 4.9 4.87

mg<D50 greater than 2.5 Microns, mg 36.1 35.1 29.3 33.50

%<D50 Percent less than 2.5 Microns 11 13 14 13

%<D50 Percent greater than 2.5 Microns 89 87 86 87

mg Organic CPM Organic Condensible PM, mg 9.3 2.8 1.5 4.53

mg Inorganic CPM Inorganic Condensible PM, mg 16.6 7.2 7.6 10.47

mg CPM Total CPM* 23.9 8.0 7.1 13.00lb/MMBtu Emission Rate, lb/MMBtu 0.0054 0.0020 0.0018 3.07E-03PM2.5 including CPM Total Milligrams Collected After Cyclone Separator ("IDEM PM2.5") 28.3 13.3 12.0 17.9gr/DSCF Concentration, grains/DSCF 0.00313 0.00171 0.00155 0.00213

mg/DSCM Concentration, mg/DSCM 7.17 3.92 3.54 4.88

lb/hr PM2.5 Emission Rate, lb/hr 5.218 2.768 2.476 3.487

lb/MMBtu Emission Rate, lb/MMBtu 0.0064 0.0034 0.0030 0.0043

PM2.5 excluding CPM Total Milligrams Collected After Cyclone Separator w/o CPM 4.4 5.3 4.9 4.9

gr/DSCF Concentration, grains/DSCF 0.00049 0.00068 0.00063 0.00060mg/DSCM Concentration, mg/DSCM 1.12 1.56 1.45 1.37

lb/hr PM2.5 Emission Rate, lb/hr 0.811 1.103 1.011 0.975

lb/MMBtu Emission Rate, lb/MMBtu 0.0010 0.0013 0.0012 1.19E-03* Total CPM reported is adjusted for maximum allowable field blank correction of 2.0 mg.
TEST DATA:

Run number PM2.5-10/OTM028-R1 PM2.5-10/OTM028-R2 PM2.5-10/OTM028-R3

Date 4/26/2010 4/27/2010 4/27/2010

Start Time 11:00 7:50 14:11

Finish Time 17:24 13:47 19:49

Laboratory Resolution Resolution Resolution

GRAVIMETRIC RESULTS (grams)

Filterable Particulate Matter < PM 2.5 (OTM 027)

Filter weight gain, milligrams 3.5000 80% 4.4000 83% 3.3000 67%

Acetone rinse weight gain, milligrams 0.9000 20% 0.9000 17% 1.6000 33%

Total filterable PM < 2.5 Microns 4.4000 5.3000 4.9000

Filterable Particulate Matter > PM 2.5(OTM 027)

Filter weight gain, milligrams N/A 0% 0% 0%

Acetone rinse weight gain, milligrams 36.1000 100% 35.1000 100% 29.3000 100%

Total filterable PM < 10 & > 2.5 Microns 36.1000 35.1000 29.3000

Condensible Particulate Matter (OTM 028)

Organic condensible PM weight gain, milligrams 9.3000 36% 2.8000 28% 1.5000 16%

Inorganic condensible PM weight gain, milligram 16.6000 64% 7.2000 72% 7.6000 84%

Total condensible PM 25.9000 10.0000 9.1000

Total PM 10/PM2.5 (C\OTM 027 and 028)

Total filterable PM, milligrams 40.5000 61% 40.4000 80% 34.2000 79%

Total condensible PM, milligrams 25.9000 39% 10.0000 20% 9.1000 21%

Total filterable and condensible PM, mg 66.4000 50.4000 43.3000

ND - Compound was not detected

Southampton

Franklin,VA

Common Stack

OTM027/OTM028
L2010-275 

APPENDIX B.3 

METALS CALCULATION SHEETS 
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: 00-Jan-00

LOCATION: Southampton PROJECT NO.: 170096-0030

UNIT: Unit 1 and 2 PERSONNEL: TRC

CONDITION: Normal

M29

Parameter SYMBOL UNITS

Test Number Run 1 Run 2 Run 3

Test Date 26-Apr-10 27-Apr-10 27-Apr-10

Start Time 12:00 09:00 14:45

Stop Time 16:07 13:05 19:05

Calculated Data 3-RUN AVG.

Nozzle Area, An=3.14159*(dn/2)^2 An sq. in. 0.0373 0.0373 0.0373 0.0373

Stack Area,As As sq.ft. 50.27 50.27 50.27 50.27

Avg Stack Temperature, Ts=ts+460 Ts deg R 649.5 647.3 646.2 647.7

Meter Pressure, Pm=Pb+Dh/13.6 Pm in. Hg 29.32 29.35 29.36 29.34

Avg Meter Temperature, Tm=tm+460 Tm deg R 553.1 544.5 541.3 546.3

Gas Sample Volume at Standard Conditions, Vm(std) cu. ft. 232.253 220.990 224.365 225.869

Vm(std)= 528/29.92*Y*Vm*Pm/Tm cu. m. 6.575 6.256 6.352 6.394

Net Moisture Gain (Impingers w/SiGel) Ww grams 781.3 726.3 755.0 754.2

Volume of Water Vapor, Vw(std)= 0.04715*Wlc Vw(std) cu. ft. 36.838 34.245 35.598 35.561

Moisture Fraction, Bws = Vw(Std)/(Vm(Std)+Vw(Std))*100 Bws % 13.69% 13.42% 13.69% 13.60%

Dry Stack Gas Molecular Weight, Mwd g/g-mole 30.29 30.34 30.35 30.33

 Md = (0.32*O2)+(0.44*CO2)+(0.28*(100-(O2+CO2)))

Wet Stack Gas Molecular Weight Mws g/g-mole 28.61 28.68 28.66 28.65

Mw = Md* (1-Bws)+(18*(Bws))

Absolute Stack Pressure, Ps = Pbar + Pg/13.6 Ps in. Hg. 29.01 29.06 29.06 29.04

Stack Gas Velocity

 Vs= 85.49*Cp*ASRdP*((Ts)/((Ps)*(Mw)))^0.5 Vs ft/sec 93.88 88.26 89.29 90.48

 Vsm = 0.3048* Vs Vsm m/sec 28.61 26.90 27.22 27.58

Actual Stack Gas Flow Rate, Qa = 60*Vs*As Qa acf/min 283,130 266,178 269,296 272,868

Stack Gas Flow Rate (STP), Qsw scf/min 223,139 210,918 213,733 215,930

 Qsw = 528/29.92 * Qa * (Ps/Ts)

Dry Stack Gas Flow Rate (Dry, STP), Qsd dscf/min 192,592 182,619 184,465 186,559

 Qsd = 528/29.92 * Qa * (1-Bws)* (Ps/Ts) dscm/min 5452.3 5170.0 5222.2 5281.5

Isokinetic Rate, I % 97.44 97.78 98.28 97.83

I=100*As*Vm(std)/min*(An/144)*Qsd

Meter Calibration (Alternate Method) Yqa none 1.0131 1.0138 1.0141 1.0136

Meter Quality Assurance/Quality Check % Diff -2.6% -2.7% -2.7% -2.7%

=100*(Y-Yqa)/Y PASS

Parameter SYMBOL UNITS Run 1 Run 2 Run 3 3-RUN AVG.

Total Sampling Time min minutes 240 240 240 240

Stack Gas Oxygen Content O2 % 6.545 6.067 5.995 6.202

Stack Gas Carbon Dioxide Content CO2 % 12.683 13.101 13.178 12.987

Gas Sample Volume at Standard Conditions, Vm(std) cu. ft. 232.253 220.990 224.365 225.869

cu. m. 6.575 6.256 6.352 6.394

Dry Stack Gas Flow Rate (Dry, STP), Qsd dscf/min 192,591.7 182,619.3 184,465.2 186,558.7

dscm/min 5,452.3 5,170.0 5,222.2 5,281.5

Sampling Data Summary

Yqa=Min/Vm*((0.0319*Tm*29)/(DH@*(Pbar+dH/13.6)*Md))^0.5 *ASRdH

Calculation Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

DATA

M29-South - U Common Runs 1-3.xls/Calculations 6/22/2010 11:39 AM
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: 00-Jan-00

LOCATION: Southampton PROJECT NO.: 170096-0030

UNIT: Unit 1 and 2 PERSONNEL: TRC

CONDITION: Normal

M29

Parameter SYMBOL UNITS

Test Number Run 1 Run 2 Run 3

Test Date 26-Apr-10 27-Apr-10 27-Apr-10

Start Time 12:00 09:00 14:45

Stop Time 16:07 13:05 19:05

Calculated Data 3-RUN AVG.

Calculation Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

DATA

Metal Emissions Summary

Parameter UNITS Run 1 Run 2 Run 3 AVG

F-Factor mg 9780 9780 9780 9780

Emissions Summary - Antimony

 Total catch ug <0.808 <0.621 <0.530 <0.530

 Concentration ug/dscf <0.0035 <0.0028 <0.0024 <0.0029

 Concentration ug/dscm <0.123 <0.099 <0.083 <0.102

 Emission Rate lb/hr <0.0001 <0.0001 <0.0001 <0.0001

 Emission Rate lb/MMbtu <1.09E-07 <8.54E-08 <7.14E-08 <8.87E-08

Emissions Summary - Arsenic

 Total catch ug <0.248 <0.202 <0.171 <0.207

 Concentration ug/dscf <0.0011 <0.0009 <0.0008 <0.0009

 Concentration ug/dscm <0.038 <0.032 <0.027 <0.032

 Emission Rate lb/hr <0.0000 <0.0000 <0.0000 <0.0000

 Emission Rate lb/MMbtu <3.35E-08 <2.78E-08 <2.30E-08 <2.81E-08

Emissions Summary - Beryllium

 Total catch ug <0.476 <0.366 <0.344 <0.395

 Concentration ug/dscf <0.0020 <0.0017 <0.0015 <0.0017

 Concentration ug/dscm <0.072 <0.059 <0.054 <0.062

 Emission Rate lb/hr <0.0001 <0.0000 <0.0000 <0.0000

 Emission Rate lb/MMbtu <6.43E-08 <5.03E-08 <4.64E-08 <5.37E-08

Emissions Summary - Cadmium

 Total catch ug <0.327 <0.152 <0.150 <0.210

 Concentration ug/dscf <0.0014 <0.0007 <0.0007 <0.0009

 Concentration ug/dscm <0.050 <0.024 <0.024 <0.033

 Emission Rate lb/hr <0.0000 <0.0000 <0.0000 <0.0000

 Emission Rate lb/MMbtu <4.42E-08 <2.09E-08 <2.02E-08 <2.84E-08

Emissions Summary - Chromium

 Total catch ug 12.870 5.870 6.550 8.430

 Concentration ug/dscf 0.0554 0.0266 0.0292 0.04

 Concentration ug/dscm 1.96 0.94 1.03 1.31

 Emission Rate lb/hr 0.0014 0.0006 0.0007 0.0009

 Emission Rate lb/MMbtu 1.74E-06 8.07E-07 8.83E-07 1.14E-06

Emissions Summary - Cobalt

 Total catch ug <2.410 <1.780 <1.780 <1.990

 Concentration ug/dscf <0.0104 <0.0081 <0.0079 <0.0088

 Concentration ug/dscm <0.367 <0.285 <0.280 <0.310

 Emission Rate lb/hr <0.0003 <0.0002 <0.0002 <0.0002

 Emission Rate lb/MMbtu <3.26E-07 <2.45E-07 <2.40E-07 <2.70E-07

Emissions Summary - Lead

 Total catch ug 6.150 4.810 4.294 5.085

 Concentration ug/dscf 0.03 0.02 0.02 0.02

 Concentration ug/dscm 0.94 0.77 0.68 0.79

 Emission Rate lb/hr 0.0007 0.0005 0.0005 0.0006

 Emission Rate lb/MMbtu 8.31E-07 6.61E-07 5.79E-07 6.90E-07

Emissions Summary - Manganese

 Total catch ug 13.920 5.440 5.000 8.120

 Concentration ug/dscf 0.06 0.02 0.02 0.04

 Concentration ug/dscm 2.12 0.87 0.79 1.26

 Emission Rate lb/hr 0.0015 0.0006 0.0005 0.0009

 Emission Rate lb/MMbtu 1.88E-06 7.48E-07 6.74E-07 1.10E-06

Emissions Summary - Nickel

 Total catch ug 15.530 11.780 12.390 13.233

 Concentration ug/dscf 0.07 0.05 0.06 0.06

 Concentration ug/dscm 2.36 1.88 1.95 2.07

 Emission Rate lb/hr 0.0017 0.0013 0.0013 0.0014

 Emission Rate lb/MMbtu 2.10E-06 1.62E-06 1.67E-06 1.80E-06

Emissions Summary - Selenium

 Total catch ug <3.590 <3.470 <3.030 <3.363

 Concentration ug/dscf <0.0155 <0.0157 <0.0135 <0.0149

 Concentration ug/dscm <0.546 <0.555 <0.477 <0.526

 Emission Rate lb/hr <0.0004 <0.0004 <0.0003 <0.0004

 Emission Rate lb/MMbtu <4.85E-07 <4.77E-07 <4.08E-07 <4.57E-07

M29-South - U Common Runs 1-3.xls/Calculations 6/22/2010 11:39 AM
L2010-275 

APPENDIX B.4 

MERCURY CALCULATION SHEETS 
Method 30-B Sample Data

Source Southampton Date:

Instrument #REF!

Calibration Data Estimated Hg Stack Concentration (for Recovery Study) 

1/Mean RF #REF! 0.07

Low Standard Response Factor

#REF! ng/area count

Pair # 1

Trap Sample Volume Spike 50%-150% Section-1 Section-2 % Crec Spike % Spike

ID (dsL) Level (ng) of Sample? ng ng Breakthrough Conc, ug/m3 Recovery

57290 738.286 50 OK 417 0.4 0.1 0.079 117.3%

57291 702.545 341 0.3 0.1

Pair # 2

Trap Sample Volume Spike 50%-150% Section-1 Section-2 % Crec Spike % Spike

ID (dsL) Level (ng) of Sample? ng ng Breakthrough Conc, ug/m3 Recovery

57342 760.339 30 OK 269 0.3 0.1 0.060 151.9%

57343 704.442 207 0.1 0.0

Pair # 3

Trap Sample Volume Spike 50%-150% Section-1 Section-2 % Crec Spike % Spike

ID (dsL) Level (ng) of Sample? ng ng Breakthrough Conc, ug/m3 Recovery

57340 750.878 30 OK 153 0.7 0.5 0.036 90.0%

57306 703.280 118 0.5 0.4

Average Field Recovery Volume, dsL 726.63

Average Percent Recovery for Runs 1,2,3 119.8%

Average Percent Recovery for Runs 1 and 2 103.7%

Prepared By: ____________________________ (sign) ______________________________ (sign)

 ( Analyst)

#REF!
Method 30-B Sample Data

Source Southampton Date:

Instrument #REF!

Calibration Data 

1/Mean RF #REF!

Low Standard Response Factor

#REF! ng/area count

Instrument Analytical Range Low (ng) High (ng) Is Source < 1.0 ug/dscm ? x

 Initial Calbration #REF! #REF! Is Source > 1.0 ug/dscm ?

 Bias Test 20 2000 If so, place an "X" in the box

Maximum % Breakthrough 20

Maximum % Relative Deviation 20

Pair # 1

Trap Volume Sam- Section-1 Section-1 Section-2 Section-2 % Hg Conc. % % of Recovery Average CO2

ID pled (dsL) Area ng Area ng Breakthrough ug/dscm Relative Deviation Study Volume ug/dscm % Lb/MMBtu

57290 738.286 367.0 0.4 0.1 0.498 1.2 102% 0.492 12.683 4.357E-07

57291 702.545 341.0 0.3 0.1 0.486 97%

Pair # 2

Trap Volume Sam- Section-1 Section-1 Section-2 Section-2 % Hg Conc. % % of Recovery Average

ID pled (dsL) Area ng Area ng Breakthrough ug/dscm Relative Deviation Study Volume ug/dscm

57342 760.339 239.0 0.3 0.1 0.315 3.4 105% 0.304 13.101 2.611E-07

57343 704.442 207.0 0.1 0.0 0.294 97%

Pair # 3

Trap Volume Sam- Section-1 Section-1 Section-2 Section-2 % Hg Conc. % % of Recovery Average

ID pled (dsL) Area ng Area ng Breakthrough ug/dscm Relative Deviation Study Volume ug/dscm

57340 750.878 123.0 0.7 0.6 0.165 1.1 103% 0.167 13.178 1.421E-07

57306 703.28 118.0 0.5 0.4 0.168 97%

2.796E-07

Prepared By: ____________________________ (sign) ______________________________ (sign)

 ( Analyst) (Project Manager or QA Manager )

#REF!
L2010-275 

APPENDIX B.5 

SO2, NOX AND CO CALCULATIONS 
Run averages corrected for bias

Operator: M. MartinPlant NameDominion Southampton 

Location: Common Stack

CEM Start End Sample Duration O2 CO2 SO2 NOx SO2 NOx F-F

Run file # Date Time Date Time Minutes % % ppm ppm ppm @ 7% ppm @ 7% 

1 4/29/2010 7:50 4/29/2010 12:13 180 6.721 13.232 F 11.43 228.144 11.205 223.655 2 4/29/2010 12:50 4/29/2010 15:50 180 6.673 12.371 10.871 228.98 10.621 223.717 3 4/29/2010 16:06 4/29/2010 19:06 180 6.489 12.57 13.876 230.54 13.384 222.365 

Avg 11.737 223.246 
Run averages corrected for bias

Operator: M. MartinPlant NameDominion Southampton

Location: Common Stack

CEM Start End Sample Durat O2 CO2 SO2 CO CH4 NMHC

Run file # Date Time Date Time Minutes % % ppm ppm ppm ppm

1 4/28/2010 9:48 4/28/2010 11:48 120 6.535 12.605 12.83 35.47 0.234 02 4/28/2010 12:52 4/28/2010 14:52 120 6.488 12.643 21.222 31.21 0.202 0.0013 4/28/2010 15:50 4/28/2010 17:50 120 6.496 12.635 6.587 36.19 0.238 0
Run averages corrected for bias

Operator: M. MartinPlant NameDominion Southampton

Location: Common Stack

CEM Start End Sa

Run file # Date Time Date Time

1 4/28/2010 9:48 4/28/2010 11:482 4/28/2010 12:52 4/28/2010 14:523 4/28/2010 15:50 4/28/2010 17:50

1.661E-07 7.267E-08 4.153E-08 1.142E

SO2 CO CH4 NMHC F-Factor SO2 CO CH4 NM

ppm @ 7% ppm @ 7%ppm @ 7%ppm @ 7% Lb/MMBtu Lb/MMBtu Lb/MMBtu Lb/MM

12.415 34.322 0.226 0.000 9780 0.030 0.037 1.38E-04 020.468 30.101 0.195 0.001 9780 0.050 0.032 1.19E-04 0

6.357 34.924 0.230 0.000 9780 0.016 0.037 1.40E-04 0

13.080 33.116 0.032 0.035
L2010-275 

APPENDIX B.6 

THC AND METHANE CALCULATIONS 
Firm: Dominion Analyzer: 55C-73015-372

Location: Southhampton Span Value (S):

Operator MPM Analyzer Range : 30

Sample Location: Common Stack

Date: 28-Apr-10

TOTAL HYDROCARBONS

PRE-TEST Calibration Error Check:

Cylinder Cylinder Analyzer Predicted Calibration

ID Gas Conc. Response Slope Response Error (<5%)

-- (Ca) (C) (m) (pr) (ce)

Zero, CO -- 0.000 0.003

C3H8low (25-35% span) CC245111 7.001 6.836 0.9995 7.000 -2.35%

C3H8mid (45-55% span) CC155902 12.030 11.901 0.9995 12.027 -1.04%

C3H8high (80-90% span) CC178755 24.860 24.850 0.9995

Calibration Drift Check:

Run No: 1 2 3

Time Avg

Non-Methane

Initial Zero COI 0.004 0.003 0.003

Initial Span CMI 6.837 6.626 6.446

Final Zero COF 0.003 0.003 0.003

Final Span CMF 6.626 6.446 6.716

Calibration Drift (< 3%) CDO 0.0% 0.0% 0.0%

Calibration Drift (< 3%) CDM 0.8% 0.7% -1.1%

C3H8 Conc. (ppm, wet) Cavg 0.003 0.004 0.003 0.003

C3H8 Conc. (ppm, wet, corrected) Cavg 0.003 0.004 0.003 0.003

Moisture content (%) 10.72% 12.38% 12.14% 11.75%

C3H8 Conc. (ppm, Dry, corrected) 0.003 0.005 0.003 0.004

Oxygen Concentration (%) 6.535 6.488 6.496 6.506

C3H8 Conc. (ppm, Dry, @ 7%O2) 0.003 0.004 0.003 0.004

C3H8 (lb/MMBtu) 5.46E-06 7.42E-06 5.55E-06 6.14E-06

Nomenclature

Chigh Span gas analyzer response

CO Zero gas analyzer response

Ca Cylinder gas value

COI Initial calibration zero response

COF Final calibration zero response

CMI Initial calibration upscale response

CMF Final calibration upscale response

CDo Zero calibration drift

CDm Upscale calibration drift

m Slope

pr Predicted response

ce Calibration error

C Analyzer response

S Span

CTHC Total hydrocarbon concentration

CEM CALIBRATION DATA

EPA Method 25A

24.860
Firm: Dominion Analyzer: 55C-73015-372

Location: Southhampton Span Value (S):

Operator MPM Analyzer Range : 30

Sample Location: Common Stack

Date: 28-Apr-10

TOTAL HYDROCARBONS

PRE-TEST Calibration Error Check:

Cylinder Cylinder Analyzer Predicted Calibration

ID Gas Conc. Response Slope Response Error (<5%)

-- (Ca) (C) (m) (pr) (ce)

Zero, CO -- 0.000 0.36

CH4low (25-35% span) CC245111 7.049 7.093 0.9708 7.207 -1.6%

CH4mid (45-55% span) CC155902 12.050 12.108 0.9708 12.062 0.4%

CH4high (80-90% span) CC178755 25.370 24.992 0.9708

Calibration Drift Check:

Run No: 1 2 3 4 5

Time Avg

Non-Methane

Initial Zero COI 0.336 0.395 0.245

Initial Span CMI 7.094 6.973 6.804

Final Zero COF 0.395 0.245 0.304

Final Span CMF 6.973 6.804 7.063

Calibration Drift (< 3%) CDO -0.2% 0.6% -0.2%

Calibration Drift (< 3%) CDM 0.5% 0.7% -1.0%

CH4 Conc. (ppm, wet) Cavg 0.586 0.507 0.520 0.538

CH4 Conc. (ppm, wet, corrected) Cavg 0.569 0.505 0.518 0.530

Moisture content (%) 12.54% 12.38% 12.14% 12.35%

CH4 Conc. (ppm, Dry, corrected) 0.650 0.576 0.589 0.605

Oxygen Concentration (%) 6.535 6.488 6.496 6.506

CH4 Conc. (ppm, Dry, @ 7%O2) 0.63 0.56 0.57 0.585

CH4 (lb/MMBtu) 3.84E-04 3.39E-04 3.47E-04 3.57E-04

Nomenclature

Chigh Span gas analyzer response

CO Zero gas analyzer response

Ca Cylinder gas value

COI Initial calibration zero response

COF Final calibration zero response

CMI Initial calibration upscale response

CMF Final calibration upscale response

CDo Zero calibration drift

CDm Upscale calibration drift

m Slope

pr Predicted response

ce Calibration error

C Analyzer response

S Span

CTHC Total hydrocarbon concentration

CEM CALIBRATION DATA

EPA Method 25A

25.370
L2010-275 

APPENDIX B.7 

FORMALDEHYDE CALCULATION SHEET 
TRC Environmental Corp. EMISSION MEASUREMENTS DEPARTMENT

Wannalancit Mills, 650 Suffolk Street

Lowell, MA 01854

Phone: (978) 970-5600

Fax: (978) 453-4215

CLIENT: Dominion Dates: 00-Jan-00

LOCATION: Southampton PROJECT NO.: 170096-0030

UNIT: Common Stack PERSONNEL: TRC

CONDITION:Normal

M0011

Parameter SYMBOL UNITS

Test Number Run 1 Run 2 Run 3

Test Date 28-Apr-10 28-Apr-10 28-Apr-10

Start Time 09:45 12:45 15:40

Stop Time 11:51 14:55 17:50

Calculated Data 3-RUN AVG.

Nozzle Area, An=3.14159*(dn/2)^2 An sq. in. 0.0373 0.0373 0.0373 0.0373

Stack Area,As As sq.ft. 50.27 50.27 50.27 50.27

Avg Stack Temperature, Ts=ts+460 Ts deg R 652.0 651.8 649.8 651.2

Meter Pressure, Pm=Pb+Dh/13.6 Pm in. Hg 30.08 30.07 30.08 30.08

Avg Meter Temperature, Tm=tm+460 Tm deg R 534.6 538.0 542.2 538.3

Gas Sample Volume at Standard Conditions, Vm(std) cu. ft. 115.172 112.663 114.636 114.157

Vm(std)= 528/29.92*Y*Vm*Pm/Tm cu. m. 3.261 3.189 3.245 3.232

Net Moisture Gain (Impingers w/SiGel) Ww grams 350.2 335.1 327.0 337.4

Volume of Water Vapor, Vw(std)= 0.04715*Wlc Vw(std) cu. ft. 16.512 15.800 15.418 15.910

Moisture Fraction, Bws = Vw(Std)/(Vm(Std)+Vw(Std))*100 Bws % 12.54% 12.30% 11.86% 12.23%

Dry Stack Gas Molecular Weight, Mwd g/g-mole 30.28 30.28 30.28 30.28

 Md = (0.32*O2)+(0.44*CO2)+(0.28*(100-(O2+CO2)))

Wet Stack Gas Molecular Weight Mws g/g-mole 28.74 28.77 28.83 28.78

Mw = Md* (1-Bws)+(18*(Bws))

Absolute Stack Pressure, Ps = Pbar + Pg/13.6 Ps in. Hg. 29.78 29.78 29.78 29.78

Stack Gas Velocity

 Vs= 85.49*Cp*ASRdP*((Ts)/((Ps)*(Mw)))^0.5 Vs ft/sec 88.49 87.16 88.19 87.94

 Vsm = 0.3048* Vs Vsm m/sec 26.97 26.57 26.88 26.81

Actual Stack Gas Flow Rate, Qa = 60*Vs*As Qa acf/min 266,871 262,856 265,969 265,232

Stack Gas Flow Rate (STP), Qsw scf/min 215,136 211,954 215,124 214,071

 Qsw = 528/29.92 * Qa * (Ps/Ts)

Dry Stack Gas Flow Rate (Dry, STP), Qsd dscf/min 188,160 185,885 189,621 187,889

 Qsd = 528/29.92 * Qa * (1-Bws)* (Ps/Ts) dscm/min 5326.8 5262.4 5368.2 5319.1

Isokinetic Rate, I % 98.92 97.95 97.70 98.19

I=100*As*Vm(std)/min*(An/144)*Qsd

Meter Calibration (Alternate Method) Yqa none 1.0057 1.0110 1.0044 1.0071

Meter Quality Assurance/Quality Check % Diff -1.9% -2.4% -1.7% -2.0%

=100*(Y-Yqa)/Y PASS

Parameter SYMBOL UNITS Run 1 Run 2 Run 3 3-RUN AVG.

Total Sampling Time min minutes 120 120 120 120

Stack Gas Oxygen Content O2 % 6.535 6.488 6.496 6.506

Stack Gas Carbon Dioxide Content CO2 % 12.605 12.643 12.635 12.628

Gas Sample Volume at Standard Conditions, Vm(std) cu. ft. 115.172 112.663 114.636 114.157

cu. m. 3.261 3.189 3.245 3.232

Dry Stack Gas Flow Rate (Dry, STP), Qsd dscf/min 188,160.1 185,885.0 189,620.6 187,888.6

dscm/min 5,326.8 5,262.4 5,368.2 5,319.1

Emissions Summary

Parameter UNITS Run 1 Run 2 Run 3 AVG

F-Factor 9780 9780 9780 9780

Emissions Summary - HCOH

 Total catch ug 68.2 51.8 93.0 71.0

 Concentration ug/dscf 0.592 0.460 0.811 0.621

 Concentration ug/dscm 20.917 16.241 28.656 21.938

 Concentration ppm 1.70E-02 1.32E-02 2.33E-02 1.79E-02

 Concentration ppm @ 7%O2 1.65E-02 1.28E-02 2.25E-02 1.72E-02

 Emission Rate lb/hr 0.147 0.113 0.203 0.155

 Emission Rate lb/MMbtu 1.86E-05 1.44E-05 2.54E-05 1.94E-05

Sampling Data Summary

Yqa=Min/Vm*((0.0319*Tm*29)/(DH@*(Pbar+dH/13.6)*Md))^0.5 

*ASRdH

Calculation Sheet

The table below contains the results of testing and calculations performed by TRC on the date(s) listed. 

DATA

M0011-South-U2 Runs 1-3.xls/Calculations 6/18/2010 8:53 PM
L2010-275 

APPENDIX B.8 

VOLATILE ORGANIC HAPS 

 CALCULATION SHEET 
EIA Facility Code Facility Name Boiler ID s:

10774 Southampton Pow1_2 * Front half fraction contains first Tenax tube results

** Back half fraction contains second Tenax and Anasorb tube results

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total for each pollutant.

Fraction

Measured 

Value 

(μg/m3)

Basis Test Method Used Data Flag (ADL, BDL, DDL) Test Method Comments lb/m

Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<1.43] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<1.63] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<3.05] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.98] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<1.72] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<2.70] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<1.48] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<2.47] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<1.72] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.98] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<2.21] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<2.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<2.04] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.83] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<2.87] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.98] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<4.79] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<5.78] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<2.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<1.47] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<2.71] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<1.41] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<1.54] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<2.95] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<1.46] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<1.48] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<2.94] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* 2.88 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.96] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F 

Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<3.84] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* 2.79 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<1.44] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<4.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* 1.60 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.93] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<2.52] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.42] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.91] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* 19.89 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** 39.42 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL incomplete tube analyses -F Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total 59.31 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* 11.08 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<26.60] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<37.68] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<6.59] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<3.80] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<10.39] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.42] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.91] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<1.50] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<2.00] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<10.33] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<10.82] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date

Volatile Organic HAP Emission Test Results

Test End Time

Ca
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time Fuel Input 

Rate Fuel Type Units o

Measu

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous

Total Heat 

Input 

(mmBtu/hr)

Flue Gas 

CO2 (%)

Flue Gas 

Moisture (%)

Flue Gas 

Temperature (F)

Flue Gas 

O2 (%)

Flue Gas Flow 

Rate (dscfm)

Fuel #1 
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time Units of 

Measure

Measurement 

Method

Fuel Input 

Rate Fuel Type Units of Measure Measurement Method Fuel Input Rate Fuel Type Units of Measure Me

el #2 Fuel #3 Fuel #4
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Set a Set 

Run No. μg 

Methyl chloride 1 T1 0.035 0.0

Methyl chloride 1 T2/ANA < 0.020 Methyl chloride 1 TOTAL < 0.055 0.0Methyl chloride 2 T1 < 0.020 < 0.0Methyl chloride 2 T2/ANA 0.040 < 0.0Methyl chloride 2 TOTAL < 0.060 < 0.0Methyl chloride 3 T1 < 0.020 < 0.0Methyl chloride 3 T2/ANA < 0.020 < 0.0Methyl chloride 3 TOTAL < 0.040 < 0.0Vinyl chloride (chloroethene) 1 T1 < 0.020 < 0.0Vinyl chloride (chloroethene) 1 T2/ANA < 0.020 Vinyl chloride (chloroethene) 1 TOTAL < 0.040 < 0.0Vinyl chloride (chloroethene) 2 T1 < 0.020 < 0.0Vinyl chloride (chloroethene) 2 T2/ANA < 0.020 < 0.0Vinyl chloride (chloroethene) 2 TOTAL < 0.040 < 0.0Vinyl chloride (chloroethene) 3 T1 < 0.020 < 0.0Vinyl chloride (chloroethene) 3 T2/ANA < 0.020 < 0.0Vinyl chloride (chloroethene) 3 TOTAL < 0.040 < 0.0Methyl bromide 1 T1 0.069 0.0Methyl bromide 1 T2/ANA < 0.020 Methyl bromide 1 TOTAL < 0.089 0.0Methyl bromide 2 T1 < 0.020 < 0.0Methyl bromide 2 T2/ANA 0.037 0.2Methyl bromide 2 TOTAL < 0.057 < 0.2Methyl bromide 3 T1 < 0.020 < 0.0Methyl bromide 3 T2/ANA < 0.020 < 0.0Methyl bromide 3 TOTAL < 0.040 < 0.0Ethyl chloride 1 T1 < 0.020 < 0.0Ethyl chloride 1 T2/ANA < 0.020 Ethyl chloride 1 TOTAL < 0.040 < 0.0Ethyl chloride 2 T1 0.035 0.0Ethyl chloride 2 T2/ANA < 0.020 < 0.0Ethyl chloride 2 TOTAL < 0.055 < 0.0Ethyl chloride 3 T1 0.058 < 0.0Ethyl chloride 3 T2/ANA < 0.020 < 0.0Ethyl chloride 3 TOTAL < 0.078 < 0.0Carbon disulfide 1 T1 0.043 0.0Carbon disulfide 1 T2/ANA 0.023 Carbon disulfide 1 TOTAL 0.066 0.0Carbon disulfide 2 T1 0.052 0.0Carbon disulfide 2 T2/ANA 0.025 < 0.0Carbon disulfide 2 TOTAL 0.077 < 0.0Carbon disulfide 3 T1 0.044 0.0Carbon disulfide 3 T2/ANA 0.018 < 0.0Carbon disulfide 3 TOTAL 0.062 < 0.0Vinylidene chloride 1 T1 < 0.010 < 0.0Vinylidene chloride 1 T2/ANA 0.014 Vinylidene chloride 1 TOTAL < 0.024 < 0.0Vinylidene chloride 2 T1 < 0.010 < 0.0Vinylidene chloride 2 T2/ANA < 0.010 < 0.0Vinylidene chloride 2 TOTAL < 0.020 < 0.0Vinylidene chloride 3 T1 < 0.010 < 0.0Vinylidene chloride 3 T2/ANA < 0.010 < 0.0Vinylidene chloride 3 TOTAL < 0.020 < 0.0Methylene chloride 1 T1 0.144 0.4Methylene chloride 1 T2/ANA 0.102 Methylene chloride 1 TOTAL 0.246 0.4Methylene chloride 2 T1 0.218 0.2Methylene chloride 2 T2/ANA 0.090 1.2Methylene chloride 2 TOTAL 0.308 1.4Methylene chloride 3 T1 0.317 0.1Methylene chloride 3 T2/ANA 0.209 0.0Methylene chloride 3 TOTAL 0.526 0.1Ethylidene dichloride (1,1-dichloroetha 1 T1 < 0.010 < 0.0Ethylidene dichloride (1,1-dichloroetha 1 T2/ANA 0.014 Ethylidene dichloride (1,1-dichloroetha 1 TOTAL < 0.024 < 0.0Ethylidene dichloride (1,1-dichloroetha 2 T1 < 0.010 < 0.0Ethylidene dichloride (1,1-dichloroetha 2 T2/ANA < 0.010 < 0.0Ethylidene dichloride (1,1-dichloroetha 2 TOTAL < 0.020 < 0.0Ethylidene dichloride (1,1-dichloroetha 3 T1 < 0.010 < 0.0Ethylidene dichloride (1,1-dichloroetha 3 T2/ANA < 0.010 < 0.0Ethylidene dichloride (1,1-dichloroetha 3 TOTAL < 0.020 < 0.0Methyl ethyl ketone (2-butanone) 1 T1 < 0.010 < 0.0Methyl ethyl ketone (2-butanone) 1 T2/ANA 0.102 Methyl ethyl ketone (2-butanone) 1 TOTAL < 0.112 < 0.0Methyl ethyl ketone (2-butanone) 2 T1 < 0.010 < 0.0Methyl ethyl ketone (2-butanone) 2 T2/ANA < 0.010 < 0.0Methyl ethyl ketone (2-butanone) 2 TOTAL < 0.020 < 0.0Methyl ethyl ketone (2-butanone) 3 T1 < 0.010 < 0.0

Other Supporting Information
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinyl chloride (chloroethene) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinyl chloride (chloroethene) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinyl chloride (chloroethene) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl bromide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl bromide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl bromide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethyl chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethyl chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethyl chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon disulfide 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon disulfide 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon disulfide 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalVinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Vinylidene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalVinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Vinylidene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalVinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Vinylidene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methylene chloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methylene chloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methylene chloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylidene dichloride (1,1-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl ethyl ketone (2-butanone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl ethyl ketone (2-butanone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Cond Total Total

μg μg Run No. Set a Set b Set c Set d dsL

------ < 0.116 1 19.54 20.57 20.56 20.54 81.20 

< 0.132 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.248 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.080 ND 2 20.47 20.32 20.34 20.22 81.35 

0.040 < 0.140 2 20.47 20.32 20.34 20.22 81.35 0.040 < 0.220 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.080 ND 3 20.34 20.23 20.16 20.11 80.83 

0.040 < 0.120 ND 3 20.34 20.23 20.16 20.11 80.83 0.040 < 0.200 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.080 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.060 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.140 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.080 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.180 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.080 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.180 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.166 1 19.54 20.57 20.56 20.54 81.20 

< 0.067 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.233 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.080 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.390 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.470 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.080 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.180 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.101 1 19.54 20.57 20.56 20.54 81.20 

< 0.119 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.220 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.115 2 20.47 20.32 20.34 20.22 81.35 

0.040 < 0.125 2 20.47 20.32 20.34 20.22 81.35 0.040 < 0.240 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.118 3 20.34 20.23 20.16 20.11 80.83 

0.040 < 0.120 ND 3 20.34 20.23 20.16 20.11 80.83 0.040 < 0.238 3 20.34 20.23 20.16 20.11 80.83 

------ 0.234 1 19.54 20.57 20.56 20.54 81.20 

< 0.078 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.312 1 19.54 20.57 20.56 20.54 81.20 

------ 0.227 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.117 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.344 2 20.47 20.32 20.34 20.22 81.35 

------ 0.129 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.075 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.204 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.034 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.074 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ 1.615 1 19.54 20.57 20.56 20.54 81.20 

3.201 1 19.54 20.57 20.56 20.54 81.20 

0.000 4.816 1 19.54 20.57 20.56 20.54 81.20 

------ 0.901 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 2.164 2 20.47 20.32 20.34 20.22 81.35 0.020 < 3.065 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.533 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.307 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.840 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.034 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.074 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.122 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.162 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.800 < 0.840 ND 2 20.47 20.32 20.34 20.22 81.35 0.800 < 0.880 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

Sample Volume (dsL)
EIA Facility Code Facility Name Boiler ID s:

10774 Southampton Pow1_2 * Front half fraction contains first Tenax tube results

** Back half fraction contains second Tenax and Anasorb tube results

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total for each pollutant.

Fraction

Measured 

Value 

(μg/m3)

Basis Test Method Used Data Flag (ADL, BDL, DDL) Test Method Comments lb/m

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date

Volatile Organic HAP Emission Test Results

Test End Time

Ca

Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<10.39] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<10.89] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.37] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.86] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.37] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.86] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<6.28] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<6.77] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.96] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<3.92] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<4.88] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.95] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.90] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.84] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.66] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.40] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* 0.94 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<3.65] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F 

Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<4.58] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* 0.68 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.93] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.61] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* 0.74 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<1.15] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.89] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.37] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.86] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.60] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<1.10] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.39] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F 1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.89] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.37] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL incomplete tube analyses -F Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.86] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<10.33] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalBenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalBenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalBenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTrichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTrichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTrichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalPropylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalPropylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalPropylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**

Fuel Input 

Rate Fuel Type Units o

Measu

Total Heat 

Input 

(mmBtu/hr)

Flue Gas 

CO2 (%)

Flue Gas 

Moisture (%)

Flue Gas 

Temperature (F)

Flue Gas 

O2 (%)

Flue Gas Flow 

Rate (dscfm)

Fuel #1 

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalBenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalBenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalBenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTrichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTrichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTrichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalPropylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalPropylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalPropylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**

Units of 

Measure

Measurement 

Method

Fuel Input 

Rate Fuel Type Units of Measure Measurement Method Fuel Input Rate Fuel Type Units of Measure Me

el #2 Fuel #3 Fuel #4
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalBenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalBenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalBenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTrichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTrichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTrichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalPropylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalPropylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalPropylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**

Set a Set 

Run No. μg 

Other Supporting Information

Methyl ethyl ketone (2-butanone) 3 T2/ANA < 0.010 < 0.0Methyl ethyl ketone (2-butanone) 3 TOTAL < 0.020 < 0.0Chloroform 1 T1 < 0.010 < 0.0Chloroform 1 T2/ANA < 0.010 Chloroform 1 TOTAL < 0.020 < 0.0Chloroform 2 T1 < 0.010 < 0.0Chloroform 2 T2/ANA < 0.010 < 0.0Chloroform 2 TOTAL < 0.020 < 0.0Chloroform 3 T1 < 0.010 < 0.0Chloroform 3 T2/ANA < 0.010 < 0.0Chloroform 3 TOTAL < 0.020 < 0.0Methyl chloroform (1,1,1-trichloroetha 1 T1 < 0.010 < 0.0Methyl chloroform (1,1,1-trichloroetha 1 T2/ANA < 0.010 Methyl chloroform (1,1,1-trichloroetha 1 TOTAL < 0.020 < 0.0Methyl chloroform (1,1,1-trichloroetha 2 T1 < 0.010 < 0.0Methyl chloroform (1,1,1-trichloroetha 2 T2/ANA < 0.010 < 0.0Methyl chloroform (1,1,1-trichloroetha 2 TOTAL < 0.020 < 0.0Methyl chloroform (1,1,1-trichloroetha 3 T1 < 0.010 < 0.0Methyl chloroform (1,1,1-trichloroetha 3 T2/ANA < 0.010 < 0.0Methyl chloroform (1,1,1-trichloroetha 3 TOTAL < 0.020 < 0.0Carbon tetrachloride 1 T1 < 0.010 < 0.0Carbon tetrachloride 1 T2/ANA 0.250 Carbon tetrachloride 1 TOTAL < 0.260 < 0.0Carbon tetrachloride 2 T1 < 0.010 < 0.0Carbon tetrachloride 2 T2/ANA < 0.010 < 0.0Carbon tetrachloride 2 TOTAL < 0.020 < 0.0Carbon tetrachloride 3 T1 < 0.010 < 0.0Carbon tetrachloride 3 T2/ANA < 0.010 < 0.0Carbon tetrachloride 3 TOTAL < 0.020 < 0.0Ethylene dichloride (1,2-dichloroethan 1 T1 < 0.010 0.0Ethylene dichloride (1,2-dichloroethan 1 T2/ANA 0.287 Ethylene dichloride (1,2-dichloroethan 1 TOTAL < 0.297 0.0Ethylene dichloride (1,2-dichloroethan 2 T1 0.022 < 0.0Ethylene dichloride (1,2-dichloroethan 2 T2/ANA < 0.010 < 0.0Ethylene dichloride (1,2-dichloroethan 2 TOTAL < 0.032 < 0.0Ethylene dichloride (1,2-dichloroethan 3 T1 0.023 < 0.0Ethylene dichloride (1,2-dichloroethan 3 T2/ANA < 0.010 < 0.0Ethylene dichloride (1,2-dichloroethan 3 TOTAL < 0.033 < 0.0Benzene 1 T1 0.021 0.0Benzene 1 T2/ANA < 0.010 Benzene 1 TOTAL < 0.031 0.0Benzene 2 T1 0.012 0.0Benzene 2 T2/ANA < 0.010 0.0Benzene 2 TOTAL < 0.022 0.0Benzene 3 T1 0.015 0.0Benzene 3 T2/ANA 0.011 0.0Benzene 3 TOTAL 0.026 0.0Trichloroethylene 1 T1 < 0.010 < 0.0Trichloroethylene 1 T2/ANA < 0.010 Trichloroethylene 1 TOTAL < 0.020 < 0.0Trichloroethylene 2 T1 < 0.010 < 0.0Trichloroethylene 2 T2/ANA < 0.010 < 0.0Trichloroethylene 2 TOTAL < 0.020 < 0.0Trichloroethylene 3 T1 < 0.010 < 0.0Trichloroethylene 3 T2/ANA < 0.010 < 0.0Trichloroethylene 3 TOTAL < 0.020 < 0.0Propylene dichloride (1,2-dichloroprop 1 T1 < 0.010 < 0.0Propylene dichloride (1,2-dichloroprop 1 T2/ANA 0.029 Propylene dichloride (1,2-dichloroprop 1 TOTAL < 0.039 < 0.0Propylene dichloride (1,2-dichloroprop 2 T1 < 0.010 < 0.0Propylene dichloride (1,2-dichloroprop 2 T2/ANA < 0.010 < 0.0Propylene dichloride (1,2-dichloroprop 2 TOTAL < 0.020 < 0.0Propylene dichloride (1,2-dichloroprop 3 T1 < 0.010 < 0.0Propylene dichloride (1,2-dichloroprop 3 T2/ANA < 0.010 < 0.0Propylene dichloride (1,2-dichloroprop 3 TOTAL < 0.020 < 0.01,3-Dichloropropene 1 T1 < 0.010 < 0.01,3-Dichloropropene 1 T2/ANA < 0.010 1,3-Dichloropropene 1 TOTAL < 0.020 < 0.01,3-Dichloropropene 2 T1 < 0.010 < 0.01,3-Dichloropropene 2 T2/ANA < 0.010 < 0.01,3-Dichloropropene 2 TOTAL < 0.020 < 0.01,3-Dichloropropene 3 T1 < 0.010 < 0.01,3-Dichloropropene 3 T2/ANA < 0.010 < 0.01,3-Dichloropropene 3 TOTAL < 0.020 < 0.0Methyl isobutyl ketone (hexone) 1 T1 < 0.010 < 0.0Methyl isobutyl ketone (hexone) 1 T2/ANA < 0.010 Methyl isobutyl ketone (hexone) 1 TOTAL < 0.020 < 0.0Methyl isobutyl ketone (hexone) 2 T1 < 0.010 < 0.0Methyl isobutyl ketone (hexone) 2 T2/ANA < 0.010 < 0.0
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl ethyl ketone (2-butanone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chloroform 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chloroform 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chloroform 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl chloroform (1,1,1-trichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalCarbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Carbon tetrachloride 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalCarbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Carbon tetrachloride 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalCarbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Carbon tetrachloride 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dichloride (1,2-dichloroethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalBenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Benzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalBenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Benzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalBenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Benzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTrichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Trichloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTrichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Trichloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTrichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Trichloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalPropylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Propylene dichloride (1,2-dichloropropane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalPropylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Propylene dichloride (1,2-dichloropropane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalPropylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Propylene dichloride (1,2-dichloropropane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,3-Dichloropropene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,3-Dichloropropene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,3-Dichloropropene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalMethyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Methyl isobutyl ketone (hexone) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalMethyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**

Cond Total Total

μg μg Run No. Set a Set b Set c Set d dsL

Sample Volume (dsL)

0.800 < 0.840 ND 3 20.34 20.23 20.16 20.11 80.83 

0.800 < 0.880 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.030 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.070 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.030 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.070 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.510 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.550 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.078 1 19.54 20.57 20.56 20.54 81.20 

< 0.318 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.396 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.077 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.073 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.150 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.053 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.113 3 20.34 20.23 20.16 20.11 80.83 

------ 0.076 1 19.54 20.57 20.56 20.54 81.20 

< 0.296 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.372 1 19.54 20.57 20.56 20.54 81.20 

------ 0.055 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.076 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.131 2 20.47 20.32 20.34 20.22 81.35 

------ 0.060 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.093 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.153 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.030 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.070 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.049 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.089 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.032 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.072 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.030 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.070 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.800 < 0.840 ND 2 20.47 20.32 20.34 20.22 81.35 
EIA Facility Code Facility Name Boiler ID s:

10774 Southampton Pow1_2 * Front half fraction contains first Tenax tube results

** Back half fraction contains second Tenax and Anasorb tube results

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total for each pollutant.

Fraction

Measured 

Value 

(μg/m3)

Basis Test Method Used Data Flag (ADL, BDL, DDL) Test Method Comments lb/m

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date

Volatile Organic HAP Emission Test Results

Test End Time

Ca

Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<10.82] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<10.39] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<10.89] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* 2.19 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.87] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<3.07] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* 1.84 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<2.64] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<4.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.95] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.82] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.77] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.81] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<14.41] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<15.22] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* 1.06 Dry U.S. EPA Method 0031 with SW-846 Method 8260B ADL For M0031 we are report 

Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.79] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.56] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 

Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.30] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<1.48] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<1.48] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<2.96] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<1.48] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<1.97] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<3.44] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<1.48] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<1.98] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<3.46] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.57] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<1.06] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalToluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalToluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalToluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalXylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalXylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalXylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Totalo-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Totalo-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Totalo-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalStyrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total

Fuel Input 

Rate Fuel Type Units o

Measu

Total Heat 

Input 

(mmBtu/hr)

Flue Gas 

CO2 (%)

Flue Gas 

Moisture (%)

Flue Gas 

Temperature (F)

Flue Gas 

O2 (%)

Flue Gas Flow 

Rate (dscfm)

Fuel #1 

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous800.05 12.5 12.6 6.5 192,598 191.9 27.76 bituminous

796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous796.6 12.4 12.6 6.5 190,870 190.3 27.76 bituminous802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous

802.5 8.9 12.6 6.5 194,970 191.9 27.76 bituminous
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalToluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalToluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalToluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalXylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalXylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalXylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Totalo-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Totalo-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Totalo-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalStyrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total

Units of 

Measure

Measurement 

Method

Fuel Input 

Rate Fuel Type Units of Measure Measurement Method Fuel Input Rate Fuel Type Units of Measure Me

el #2 Fuel #3 Fuel #4
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalToluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalToluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalToluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalXylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalXylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalXylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Totalo-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Totalo-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Totalo-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalStyrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total

Set a Set 

Run No. μg 

Other Supporting Information

Methyl isobutyl ketone (hexone) 2 TOTAL < 0.020 < 0.0Methyl isobutyl ketone (hexone) 3 T1 < 0.010 < 0.0Methyl isobutyl ketone (hexone) 3 T2/ANA < 0.010 < 0.0Methyl isobutyl ketone (hexone) 3 TOTAL < 0.020 < 0.01,1,2-Trichloroethane 1 T1 < 0.010 < 0.01,1,2-Trichloroethane 1 T2/ANA < 0.010 < 0.01,1,2-Trichloroethane 1 TOTAL < 0.020 < 0.01,1,2-Trichloroethane 2 T1 < 0.010 < 0.01,1,2-Trichloroethane 2 T2/ANA < 0.010 < 0.01,1,2-Trichloroethane 2 TOTAL < 0.020 < 0.01,1,2-Trichloroethane 3 T1 < 0.010 < 0.01,1,2-Trichloroethane 3 T2/ANA < 0.010 < 0.01,1,2-Trichloroethane 3 TOTAL < 0.020 < 0.0Toluene 1 T1 0.035 0.0Toluene 1 T2/ANA 0.024 0.0Toluene 1 TOTAL 0.059 0.0Toluene 2 T1 0.029 0.0Toluene 2 T2/ANA 0.014 0.1Toluene 2 TOTAL 0.043 0.1Toluene 3 T1 0.039 0.0Toluene 3 T2/ANA 0.016 < 0.0Toluene 3 TOTAL 0.055 < 0.0Tetrachloroethylene 1 T1 < 0.010 < 0.0Tetrachloroethylene 1 T2/ANA < 0.010 < 0.0Tetrachloroethylene 1 TOTAL < 0.020 < 0.0Tetrachloroethylene 2 T1 0.024 0.0Tetrachloroethylene 2 T2/ANA < 0.010 < 0.0Tetrachloroethylene 2 TOTAL < 0.034 < 0.0Tetrachloroethylene 3 T1 0.014 < 0.0Tetrachloroethylene 3 T2/ANA < 0.010 < 0.0Tetrachloroethylene 3 TOTAL < 0.024 < 0.0Ethylene dibromide (1,2-dibromoethan 1 T1 < 0.010 < 0.0Ethylene dibromide (1,2-dibromoethan 1 T2/ANA < 0.010 < 0.0Ethylene dibromide (1,2-dibromoethan 1 TOTAL < 0.020 < 0.0Ethylene dibromide (1,2-dibromoethan 2 T1 < 0.010 < 0.0Ethylene dibromide (1,2-dibromoethan 2 T2/ANA < 0.010 < 0.0Ethylene dibromide (1,2-dibromoethan 2 TOTAL < 0.020 < 0.0Ethylene dibromide (1,2-dibromoethan 3 T1 < 0.010 < 0.0Ethylene dibromide (1,2-dibromoethan 3 T2/ANA < 0.010 < 0.0Ethylene dibromide (1,2-dibromoethan 3 TOTAL < 0.020 < 0.0Chlorobenzene 1 T1 < 0.010 < 0.0Chlorobenzene 1 T2/ANA < 0.010 < 0.0Chlorobenzene 1 TOTAL < 0.020 < 0.0Chlorobenzene 2 T1 < 0.010 < 0.0Chlorobenzene 2 T2/ANA < 0.010 < 0.0Chlorobenzene 2 TOTAL < 0.020 < 0.0Chlorobenzene 3 T1 < 0.010 < 0.0Chlorobenzene 3 T2/ANA < 0.010 < 0.0Chlorobenzene 3 TOTAL < 0.020 < 0.0Ethylbenzene 1 T1 < 0.010 < 0.0Ethylbenzene 1 T2/ANA < 0.010 < 0.0Ethylbenzene 1 TOTAL < 0.020 < 0.0Ethylbenzene 2 T1 < 0.010 < 0.0Ethylbenzene 2 T2/ANA < 0.010 < 0.0Ethylbenzene 2 TOTAL < 0.020 < 0.0Ethylbenzene 3 T1 < 0.010 < 0.0Ethylbenzene 3 T2/ANA < 0.010 < 0.0Ethylbenzene 3 TOTAL < 0.020 < 0.0Xylenes (isomer & mixtures) 1 T1 < 0.030 < 0.0Xylenes (isomer & mixtures) 1 T2/ANA < 0.030 < 0.0Xylenes (isomer & mixtures) 1 TOTAL < 0.060 < 0.0Xylenes (isomer & mixtures) 2 T1 < 0.030 < 0.0Xylenes (isomer & mixtures) 2 T2/ANA < 0.030 < 0.0Xylenes (isomer & mixtures) 2 TOTAL < 0.060 < 0.0Xylenes (isomer & mixtures) 3 T1 < 0.030 < 0.0Xylenes (isomer & mixtures) 3 T2/ANA < 0.030 < 0.0Xylenes (isomer & mixtures) 3 TOTAL < 0.060 < 0.0o-Xylene 1 T1 < 0.010 < 0.0o-Xylene 1 T2/ANA < 0.010 < 0.0o-Xylene 1 TOTAL < 0.020 < 0.0o-Xylene 2 T1 < 0.010 < 0.0o-Xylene 2 T2/ANA < 0.010 < 0.0o-Xylene 2 TOTAL < 0.020 < 0.0o-Xylene 3 T1 < 0.010 < 0.0o-Xylene 3 T2/ANA < 0.010 < 0.0o-Xylene 3 TOTAL < 0.020 < 0.0Styrene 1 T1 < 0.010 < 0.0Styrene 1 T2/ANA < 0.010 < 0.0Styrene 1 TOTAL < 0.020 < 0.0
EIA Facility Code Facility Name Boiler ID

10774 Southampton Pow1_2

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total

Fraction

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date Test End Time

Methyl isobutyl ketone (hexone) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalMethyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Methyl isobutyl ketone (hexone) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**1,1,2-Trichloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**1,1,2-Trichloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**1,1,2-Trichloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalToluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Toluene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalToluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Toluene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalToluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Toluene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalTetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Tetrachloroethylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalTetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Tetrachloroethylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalTetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Tetrachloroethylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylene dibromide (1,2-dibromoethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalChlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Chlorobenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalChlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Chlorobenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalChlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Chlorobenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalEthylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Ethylbenzene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalEthylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Ethylbenzene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalEthylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Ethylbenzene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalXylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*

Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Xylenes (isomer & mixtures) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM TotalXylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*

Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**Xylenes (isomer & mixtures) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM TotalXylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*

Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**Xylenes (isomer & mixtures) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Totalo-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**o-Xylene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Totalo-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half*o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half**o-Xylene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Totalo-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half*o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half**o-Xylene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM TotalStyrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half*Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half**Styrene 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total

Cond Total Total

μg μg Run No. Set a Set b Set c Set d dsL

Sample Volume (dsL)

0.800 < 0.880 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.800 < 0.840 ND 3 20.34 20.23 20.16 20.11 80.83 0.800 < 0.880 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.040 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.080 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ 0.178 1 19.54 20.57 20.56 20.54 81.20 

< 0.071 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.249 1 19.54 20.57 20.56 20.54 81.20 

------ 0.150 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.215 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.365 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.077 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.066 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.143 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.066 1 19.54 20.57 20.56 20.54 81.20 

< 1.170 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 1.236 1 19.54 20.57 20.56 20.54 81.20 

------ 0.086 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.146 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.045 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.105 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.040 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.080 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.040 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.080 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.040 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.080 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.120 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.120 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.240 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.120 ND 2 20.47 20.32 20.34 20.22 81.35 

0.040 < 0.160 ND 2 20.47 20.32 20.34 20.22 81.35 0.040 < 0.280 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.120 ND 3 20.34 20.23 20.16 20.11 80.83 

0.040 < 0.160 ND 3 20.34 20.23 20.16 20.11 80.83 0.040 < 0.280 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.040 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.080 1 19.54 20.57 20.56 20.54 81.20 

------ < 0.040 ND 2 20.47 20.32 20.34 20.22 81.35 

0.020 < 0.060 ND 2 20.47 20.32 20.34 20.22 81.35 0.020 < 0.100 ND 2 20.47 20.32 20.34 20.22 81.35 

------ < 0.040 ND 3 20.34 20.23 20.16 20.11 80.83 

0.020 < 0.060 ND 3 20.34 20.23 20.16 20.11 80.83 0.020 < 0.100 ND 3 20.34 20.23 20.16 20.11 80.83 

------ < 0.040 ND 1 19.54 20.57 20.56 20.54 81.20 

< 0.046 1 19.54 20.57 20.56 20.54 81.20 

0.000 < 0.086 1 19.54 20.57 20.56 20.54 81.20 
EIA Facility Code Facility Name Boiler ID s:

10774 Southampton Pow1_2 * Front half fraction contains first Tenax tube results

** Back half fraction contains second Tenax and Anasorb tube results

Speciated Volatile Organic HAP Emission Data Note: Each run should include a value for each fraction and the total for each pollutant.

Fraction

Measured 

Value 

(μg/m3)

Basis Test Method Used Data Flag (ADL, BDL, DDL) Test Method Comments lb/m

Compound 

(use drop down to define for as many 

rows as needed)

Run Number Test Start Date Test Start Time Test End Date

Volatile Organic HAP Emission Test Results

Test End Time

Ca

Styrene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Styrene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Styrene 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Styrene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Styrene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Styrene 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Bromoform (tribromomethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Bromoform (tribromomethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Bromoform (tribromomethane) 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report Bromoform (tribromomethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Bromoform (tribromomethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Bromoform (tribromomethane) 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Bromoform (tribromomethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

Bromoform (tribromomethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report Bromoform (tribromomethane) 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1, 1, 2, 2-Tetrachloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

1, 1, 2, 2-Tetrachloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Back Half** [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 1, 1, 2, 2-Tetrachloroethane 1 4/28/2010 9:48 AM 4/28/2010 12:07 PM Total [<0.99] Dry U.S. EPA Method 0031 with SW-846 Method 8260B DLL For M0031 we are report 1, 1, 2, 2-Tetrachloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1, 1, 2, 2-Tetrachloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1, 1, 2, 2-Tetrachloroethane 2 4/28/2010 12:45 PM 4/28/2010 3:08 PM Total [<1.23] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1, 1, 2, 2-Tetrachloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Front Half* [<0.49] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 

1, 1, 2, 2-Tetrachloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Back Half** [<0.74] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report 1, 1, 2, 2-Tetrachloroethane 3 4/28/2010 3:40 PM 4/28/2010 5:51 PM Total [<1.24] Dry U.S. EPA Method 0031 with SW-846 Method 8260B BDL For M0031 we are report