Test Test Times Flowrate Temperature O2

ID (EST) (dscfm) (

o

F) (%)

1 (9/19/01) 17:05 - 18:05 2,155 803 6.41

2 (9/20/01) 09:28 - 10:28 2,164 803 6.58

3 (9/20/01) 11:18 - 12:18 2,179 803 6.57

Average 2,166 803 6.52

Test Test Times NOx NOx NOx 

ID (EST) (ppmv) (lb/hr) (TpY) (lb/hr) (TpY)

1 (9/19/01) 17:05 - 18:05 247.5 3.83 16.8

2 (9/20/01) 09:28 - 10:28 191.3 2.97 13.0

3 (9/20/01) 11:18 - 12:18 215.2 3.36 14.7

Average 218.0 3.39 14.8 5.04 22.1

Test Test Times CO CO CO 

ID (EST) (ppmv) (lb/hr) (TpY) (lb/hr) (TpY)

1 (9/19/01) 17:05 - 18:05 331.0 3.14 13.7

2 (9/20/01) 09:28 - 10:28 327.7 3.12 13.7

3 (9/20/01) 11:18 - 12:18 334.3 3.20 14.0

Average 331.0 3.15 13.8 5.24 23.0

Definitions:

(EST) = Eastern Standard Time (TpY) = tons per year

(dscfm) = dry standard cubic feet per minute O2 = oxygen

(

o

F) = degrees Fahrenheit CO2 = carbon dioxide

(%) = percent NOx = oxides of nitrogen

(ppmv) = parts per million by volume CO = carbon monoxide

(lb/hr) = pounds per hour

Note: Allowable emission limits are presented on a per engine basis in the table above.

11.54

Table 3

Nitrogen Oxides and Carbon Monoxide

Concentrations and Emission Rates

from the 

Allowable CO

Allowable NOx

Test Date(s): September 19 - 20, 2001

Derenzo Project No.: 0106011

CO2

11.40

(%)

11.28

11.38

No. 4 Caterpillar Internal Combustion Engine 

at the 

Sumpter Energy Associates, Inc., City Sand and Landfill, Inc. Facility

Sumpter, Michigan

 13
Test Test Times Flowrate Temperature O2

ID (EST) (dscfm) (

o

F) (%)

1 (9/19/01) 17:05 - 18:05 2,155 803 6.41

2 (9/20/01) 09:28 - 10:28 2,164 803 6.58

3 (9/20/01) 11:18 - 12:18 2,179 803 6.57

Average 2,166 803 6.52

Test Test Times CH4

1

ID (EST) (ppmv)

1 (9/19/01) 17:05 - 18:05 1,090

2 (9/20/01) 09:28 - 10:28 1,125

3 (9/20/01) 11:18 - 12:18 1,147

Average 1,121

Definitions:

(EST) = Eastern Standard Time O2 = oxygen

(dscfm) = dry standard cubic feet per minute CO2 = carbon dioxide

(

o

F) = degrees Fahrenheit CH4 = methane

(%) = percent

(ppmv) = parts per million by volume

NMOCcor = Nonmethane organic compounds, corrected to 3% O2

 as Hexane

Notes:

1 =Methane concentrations determined using a USEPA Method 18 evacuated chamber (lung) and 

 preconditioned Tedlar ® sampling bags.

2 =NMOC concentrations determined using Thermo Environmental Instruments, Inc. Model 51 

 flame ionization analyzer.

0.0

3.7

(%)

11.28

Test Date(s): September 19 - 20, 2001

Derenzo Project No.: 0106011

NMOCCOR

2

11.38

11.54

11.40

CO2

USEPA Method 25A and 18

Analyzer: Thermo Environmental Insruments, Inc. Model 51 Total Hydrocarbon Analyzer

No. 4 Caterpillar Internal Combustion Engine 

at the 

Sumpter Energy Associates, Inc., City Sand and Landfill, Inc. Facility

Sumpter, Michigan

Table 1

Nonmethane Organic Compound (NMOC)

Concentrations

from the 

0.0

1.2

Allowable NMOC

Conc. (ppmv)

20.0

(ppmv)

 13
Test Test Times Flowrate Temperature O2

ID (EST) (dscfm) (

o

F) (%)

1 (9/19/01) 17:05 - 18:05 2,155 803 6.41

2 (9/20/01) 09:28 - 10:28 2,164 803 6.58

3 (9/20/01) 11:18 - 12:18 2,179 803 6.57

Average 2,166 803 6.52

Test Test Times CH4

1

ID (EST) (ppmv)

1 (9/19/01) 17:05 - 18:05 925.4

2 (9/20/01) 09:28 - 10:28 1,039.0

3 (9/20/01) 11:18 - 12:18 1,038.0

Average 1,000.8

Definitions:

(EST) = Eastern Standard Time O2 = oxygen

(dscfm) = dry standard cubic feet per minute CO2 = carbon dioxide

(

o

F) = degrees Fahrenheit CH4 = methane

(%) = percent

(ppmv) = parts per million by volume

NMOCcor = Nonmethane organic compounds, corrected to 3% O2

 as Hexane

Notes:

1 =Methane concentrations determined using Thermo Environmental Instruments, Inc. Model 55C

 Nonmethane Hydrocarbon Analyzer.

2 =NMOC concentrations determined using Thermo Environmental Instruments, Inc. Model 51 

 flame ionization analyzer.

20.3

23.2

Allowable NMOC

Conc. (ppmv)

20.0

(ppmv)

CO2

USEPA Method 25A and 18

Analyzers: Thermo Environmental Insruments, Inc. Model 51 Total Hydrocarbon Analyzer, and

Thermo Environmental Insruments, Inc. Model 55C Nonmethane Hydrocarbon Analyzer

No. 4 Caterpillar Internal Combustion Engine 

at the 

Sumpter Energy Associates, Inc., City Sand and Landfill, Inc. Facility

Sumpter, Michigan

Table 1

Nonmethane Organic Compound (NMOC)

Concentrations

from the 

Test Date(s): September 19 - 20, 2001

Derenzo Project No.: 0106011

11.6

37.8

(%)

11.28

11.54

11.40

NMOCCOR

2

11.38

 13
Test Test Times Flowrate Temperature O2

ID (EST) (dscfm) (

o

F) (%)

1 (9/19/01) 17:05 - 18:05 2,155 803 6.41

2 (9/20/01) 09:28 - 10:28 2,164 803 6.58

3 (9/20/01) 11:18 - 12:18 2,179 803 6.57

Average 2,166 803 6.52

Test Test Times CH4

1

ID (EST) (ppmv)

1 (9/19/01) 17:05 - 18:05 925.4

2 (9/20/01) 09:28 - 10:28 1,039.0

3 (9/20/01) 11:18 - 12:18 1,038.0

Average 1,000.8

Definitions:

(EST) = Eastern Standard Time O2 = oxygen

(dscfm) = dry standard cubic feet per minute CO2 = carbon dioxide

(

o

F) = degrees Fahrenheit CH4 = methane

(%) = percent

(ppmv) = parts per million by volume

NMOCcor = Nonmethane organic compounds, corrected to 3% O2

 as Hexane

Notes:

1 =Methane concentrations determined using Thermo Environmental Instruments, Inc. Model 55C

 Nonmethane Hydrocarbon Analyzer.

2 =NMOC concentrations determined using Thermo Environmental Instruments, Inc. Model 55C

 Nonmethane Hydrocarbon Analyzer.

Table 1

Nonmethane Organic Compound (NMOC)

Sumpter Energy Associates, Inc., City Sand and Landfill, Inc. Facility

Sumpter, Michigan

Concentrations

from the 

No. 4 Caterpillar Internal Combustion Engine 

at the 

20.0

NMOCCOR

2

(ppmv)

7.4

8.5

7.9

7.9

Allowable NMOC

Conc. (ppmv)

CO2

(%)

11.28

Analyzer: Thermo Environmental Insruments, Inc. Model 55C Nonmethane Hydrocarbon Analyzer

USEPA Method 25A and 18

Test Date(s): September 19 - 20, 2001

Derenzo Project No.: 0106011

11.38

11.54

11.40

 13