Quantifying Uncontrolled Landfill Gas Emissions from Two Florida ...

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APPENDIX B Open Path Instrument Mirror Coordinates Table B-1. Distance, and Horizontal and Vertical Coordinates of Mirrors Used by the Boreal OP-TDLAS in the Control Cell VRPM Survey at Site #1. Mirror Number Distance (meters) Horizontal Angle from North (deg) Vertical Angle* (deg) 1 61.2 270° 41’ 0° 00’ 2 118.9 269° 14’ 0° 00’ 3 180.4 273° 19’ 0° 00’ 4 180.4 273° 05’ 1° 17’ 5 179.7 272° 53’ 2° 33’ 6 17.4 346° 56’ 0° 00’ 7 35.5 347° 15’ 0° 00’ 8 51.0 354° 22’ 0° 00’ 9 52.6 353° 24’ 7° 26’ 10 52.5 354° 26’ 12° 41’ *Vertical angle shown is the angle from horizontal (positive values indicate elevation from the horizontal, negative values indicate descent from the horizontal). Table B-2. Distance, and Horizontal and Vertical Coordinates of Mirrors Used by the IMACC OP-FTIR in the Control Cell VRPM Survey at Site #1. Mirror Number Distance (meters) Horizontal Angle from North (deg) Vertical Angle* (deg) 1 19.6 209° 28’ 0° 00’ 2 35.9 203° 35’ 0° 00’ 3 51.3 196° 35’ 0° 00’ 4 52.2 196° 35’ 3° 53’ 5 51.3 196° 29’ 6° 48’ 6 53.1 94° 27’ 0° 00’ 7 106.0 98° 19’ 0° 00’ 8 159.4 99° 15’ 0° 00’ 9 159.8 99° 18’ 2° 02’ 10 159.5 99° 08’ 3° 25’ *Vertical angle shown is the angle from horizontal (positive values indicate elevation from the horizontal, negative values indicate descent from the horizontal). B-1
Table B-3. Distance, and Horizontal and Vertical Coordinates of Mirrors Used by the Boreal OP-TDLAS in the bioreactor cell VRPM Survey at Site #1. Mirror Number Distance (meters) Horizontal Angle from North (deg) Vertical Angle* (deg) 1 30.7 3° 07’ 0° 00’ 2 58.9 4° 55’ 0° 00’ 3 82.4 6° 13’ 0° 00’ 4 84.0 5° 06’ 4° 14’ 5 83.7 5° 51’ 7° 28’ 6 40.1 278° 23’ 0° 00’ 7 79.6 281° 00’ 0° 00’ 8 119.4 282° 09’ 0° 00’ 9 119.7 281° 34’ 2° 26’ 10 118.8 281° 29’ 4° 43’ *Vertical angle shown is the angle from horizontal (positive values indicate elevation from the horizontal, negative values indicate descent from the horizontal). Table B-4 Distance, and Horizontal and Vertical Coordinates of Mirrors Used by the IMACC OP-FTIR in the Bioreactor cell VRPM Survey at Site #1. Mirror Number Distance (meters) Horizontal Angle from North (deg) Vertical Angle* (deg) 1 34.3 151° 14’ 0° 00’ 2 69.0 144° 19’ 0° 00’ 3 103.0 143° 19’ 0° 00’ 4 102.8 143° 21’ 2° 01’ 5 102.5 143° 47’ 4° 02’ 6 47.6 76° 43’ 0° 00’ 7 96.8 80° 37’ 0° 00’ 8 172.4 87° 50’ 0° 00’ 9 172.3 87° 55’ 1° 33’ 10 172.1 87° 40’ 2° 45’ *Vertical angle shown is the angle from horizontal (positive values indicate elevation from the horizontal, negative values indicate descent from the horizontal). B-2
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Quantifying Uncontrolled Landfill G
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Foreword The U.S. Environmental Pro
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3.1.3 Total Site Methane Emissions
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List of Tables Table 1-1. Target Co
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Table 3-28. Calculated Methane Flux
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Table C-6. Methane Concentrations (
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List of Figures Figure 1-1. Map of
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Executive Summary Waste decompositi
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instrument (IMACC, Inc.). Figures 1
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Figure 1-3. Scanning Boreal GasFind
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wind direction data are collected n
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adsorption spectrometer. The analyz
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Table 1-2. Schedule of Work Perform
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Figure 2-2. Detail of measurement c
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corners of the cell, respectively.
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2.2.3 Background Measurements Backg
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was aligned on the mirror targets i
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methane concentrations measured alo
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Figure 3-3 Summary of ORS measureme
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Table 3-5. Calculated methane flux
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Table 3-7. Calculated methane flux
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cell to the base. The following equ
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Table 3-9. Results of TO-15 analysi
Page 51 and 52: Table 3-10. Results of C1 to C6 and
Page 53 and 54: Table 3-14. Monomethyl Mercury Conc
Page 55 and 56: 3.2 Landfill Site #2 3.2.1 Control
Page 57 and 58: Table 3-17. Calculated Methane Flux
Page 63 and 64: 3.2.2 Bioreactor Cell 3.2.2.1 Febru
Page 69 and 70: Based on the calculations presented
Page 71 and 72: Table 3-34. Results for C1 to C6 an
Page 73 and 74: Table 3-38. Monomethyl Mercury Conc
Page 75 and 76: 3.3 Gas and Mercury Sampling Result
Page 77 and 78: Site #1 with a level of 83 ppmv. Th
Page 79 and 80: The surveys also found significant
Page 81 and 82: Monomethyl mercury concentrations i
Page 83 and 84: 5.1 Equipment Calibration Chapter 5
Page 85 and 86: The R 2 value was used to assess th
Page 87 and 88: the measured path-integrated methan
Page 89 and 90: 5.2.7 DQI Check of Total Mercury Sa
Page 91 and 92: Site #1 5.4 Site #2 77.9 Completene
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Page 95 and 96: U.S. Environmental Protection Agenc
Page 97 and 98: d f e c b PDCs Y X a 2 12( y)( z) (
Page 99 and 100: When the VRPM configuration consist
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Page 105 and 106: Table B-7. Distance, and Horizontal
Page 107 and 108: APPENDIX C Path-Averaged Methane Co
Page 109 and 110: Table C-3. Methane Concentrations (
Page 117 and 118: Table C-11. Methane Concentrations
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