Parameters With Sampling Methodologies - PAMS_VOC

SORTED ON: Sample Analysis Disc Ascending

Last Updated on 11/6/2012 at 8:20:15

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<Parameter Code> <Parameter Desc> <Standard Unit> <Meth Code> <Duration Code> <Duration Desc> <Unit> <Unit Desc> <Collection Desc> <Sample Analysis Disc> <FED MDL> <Summary Scale> <Equivalent Method Desc> <Reference Method ID> <ABS Max Sample Value> <ABS Min Sample Value>
43226 trans-2-Pentene 078 177 B 3 HOURS 078 Parts per billion Carbon SS Canister Pressurized Preconcentrator GC/FID/MSD 0.1 1 None None None -0.1
45220 Styrene 078 204 I 10 MINUTE 008 Parts per billion Instrumental Process Analyzer GC FID 0.1 1 None None None -0.1
45220 Styrene 078 204 I 10 MINUTE 078 Parts per billion Carbon Instrumental Process Analyzer GC FID 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 300 1 1 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 1 1 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 1 1 HOUR 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 3 4 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 3 4 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 7 24 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 7 24 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 7 24 HOUR 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 B 3 HOURS 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 B 3 HOURS 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43000 Sum of PAMS target compounds 078 300 B 3 HOURS 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None None -0.1
43102 Total NMOC (non-methane organic compound) 078 300 1 1 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 1 1 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 1 1 HOUR 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 3 4 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 3 4 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 7 24 HOUR 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 7 24 HOUR 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 7 24 HOUR 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 B 3 HOURS 007 Parts per million MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 B 3 HOURS 078 Parts per billion Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 300 B 3 HOURS 101 Parts per million Carbon MISC COLLECTION METHODS WITH SEPARATION OTHER THAN BY GC/FID 0.1 2 None None 20000.0 -0.1
43000 Sum of PAMS target compounds 078 200 1 1 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 3 4 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 3 4 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 7 24 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 7 24 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 7 24 HOUR 101 Parts per million Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 B 3 HOURS 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 B 3 HOURS 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43000 Sum of PAMS target compounds 078 200 B 3 HOURS 101 Parts per million Carbon INSTRUMENTAL SUM OF PEAKS 0.1 1 None None None -0.1
43102 Total NMOC (non-methane organic compound) 078 200 1 1 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 1 1 HOUR 101 Parts per million Carbon INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 3 4 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 3 4 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 7 24 HOUR 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 7 24 HOUR 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 7 24 HOUR 101 Parts per million Carbon INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 B 3 HOURS 007 Parts per million INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 B 3 HOURS 078 Parts per billion Carbon INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 200 B 3 HOURS 101 Parts per million Carbon INSTRUMENTAL SUM OF PEAKS 0.1 2 None None 30000.0 -0.1
43503 Acetaldehyde 078 140 1 1 HOUR 007 Parts per million UV Spectrometer with URS methods Spectra reference matching via PLS 20.0 0 None None None -20.0
43503 Acetaldehyde 078 140 1 1 HOUR 008 Parts per billion UV Spectrometer with URS methods Spectra reference matching via PLS 20.0 0 None None None -20.0
43503 Acetaldehyde 078 140 1 1 HOUR 078 Parts per billion Carbon UV Spectrometer with URS methods Spectra reference matching via PLS 20.0 0 None None None -20.0
45201 Benzene 078 140 1 1 HOUR 007 Parts per million UV Spectrometer with URS methods Spectra reference matching via PLS 1.8 2 None None None -1.8
45201 Benzene 078 140 1 1 HOUR 008 Parts per billion UV Spectrometer with URS methods Spectra reference matching via PLS 1.8 2 None None None -1.8
45201 Benzene 078 140 1 1 HOUR 078 Parts per billion Carbon UV Spectrometer with URS methods Spectra reference matching via PLS 1.8 2 None None None -1.8
43502 Formaldehyde 078 140 1 1 HOUR 007 Parts per million UV Spectrometer with URS methods Spectra reference matching via PLS 3.4 2 None None None -3.4
43502 Formaldehyde 078 140 1 1 HOUR 008 Parts per billion UV Spectrometer with URS methods Spectra reference matching via PLS 3.4 2 None None None -3.4
43502 Formaldehyde 078 140 1 1 HOUR 078 Parts per billion Carbon UV Spectrometer with URS methods Spectra reference matching via PLS 3.4 2 None None None -3.4
43503 Acetaldehyde 078 141 1 1 HOUR 007 Parts per million IR Spectrometer Spectra reference matching with PLS 11.2 1 None None None -11.2
43503 Acetaldehyde 078 141 1 1 HOUR 008 Parts per billion IR Spectrometer Spectra reference matching with PLS 11.2 1 None None None -11.2
43503 Acetaldehyde 078 141 1 1 HOUR 078 Parts per billion Carbon IR Spectrometer Spectra reference matching with PLS 11.2 1 None None None -11.2
45201 Benzene 078 141 1 1 HOUR 007 Parts per million IR Spectrometer Spectra reference matching with PLS 48.0 1 None None None -48.0
45201 Benzene 078 141 1 1 HOUR 008 Parts per billion IR Spectrometer Spectra reference matching with PLS 48.0 1 None None None -48.0
45201 Benzene 078 141 1 1 HOUR 078 Parts per billion Carbon IR Spectrometer Spectra reference matching with PLS 48.0 1 None None None -48.0
43203 Ethylene 078 141 1 1 HOUR 007 Parts per million IR Spectrometer Spectra reference matching with PLS 1.2 1 None None None -1.2
43203 Ethylene 078 141 1 1 HOUR 008 Parts per billion IR Spectrometer Spectra reference matching with PLS 1.2 1 None None None -1.2
43203 Ethylene 078 141 1 1 HOUR 078 Parts per billion Carbon IR Spectrometer Spectra reference matching with PLS 1.2 1 None None None -1.2
43502 Formaldehyde 078 141 1 1 HOUR 007 Parts per million IR Spectrometer Spectra reference matching with PLS 1.6 1 None None None -1.6
43502 Formaldehyde 078 141 1 1 HOUR 008 Parts per billion IR Spectrometer Spectra reference matching with PLS 1.6 1 None None None -1.6
43502 Formaldehyde 078 141 1 1 HOUR 078 Parts per billion Carbon IR Spectrometer Spectra reference matching with PLS 1.6 1 None None None -1.6
43205 Propylene 078 141 1 1 HOUR 007 Parts per million IR Spectrometer Spectra reference matching with PLS 5.7 1 None None None -5.7
43205 Propylene 078 141 1 1 HOUR 008 Parts per billion IR Spectrometer Spectra reference matching with PLS 5.7 1 None None None -5.7
43205 Propylene 078 141 1 1 HOUR 078 Parts per billion Carbon IR Spectrometer Spectra reference matching with PLS 5.7 1 None None None -5.7
43217 cis-2-Butene 078 141 1 1 HOUR 007 Parts per million IR Spectrometer Spectra reference matching with PLS 6.0 1 None None None -6.0
43217 cis-2-Butene 078 141 1 1 HOUR 008 Parts per billion IR Spectrometer Spectra reference matching with PLS 6.0 1 None None None -6.0
43217 cis-2-Butene 078 141 1 1 HOUR 078 Parts per billion Carbon IR Spectrometer Spectra reference matching with PLS 6.0 1 None None None -6.0
43216 trans-2-Butene 078 141 1 1 HOUR 007 Parts per million IR Spectrometer Spectra reference matching with PLS 6.0 1 None None None -6.0
43216 trans-2-Butene 078 141 1 1 HOUR 008 Parts per billion IR Spectrometer Spectra reference matching with PLS 6.0 1 None None None -6.0
43216 trans-2-Butene 078 141 1 1 HOUR 078 Parts per billion Carbon IR Spectrometer Spectra reference matching with PLS 6.0 1 None None None -6.0
43000 Sum of PAMS target compounds 078 164 1 1 HOUR 007 Parts per million INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 100.0 0 None None None -100.0
43000 Sum of PAMS target compounds 078 164 1 1 HOUR 008 Parts per billion INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 100.0 0 None None None -100.0
43000 Sum of PAMS target compounds 078 164 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 100.0 0 None None None -100.0
43102 Total NMOC (non-methane organic compound) 078 164 1 1 HOUR 007 Parts per million INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 164 1 1 HOUR 008 Parts per billion INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 164 1 1 HOUR 078 Parts per billion Carbon INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 164 1 1 HOUR 101 Parts per million Carbon INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 164 1 1 HOUR 103 Parts per ten million Carbon INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 0.1 2 None None 20000.0 -0.1
43102 Total NMOC (non-methane organic compound) 078 164 1 1 HOUR 104 Parts per 100 million Carbon INSTRUMENTAL TEI 55:NMOC CAL GAS = PROPANE 0.1 2 None None 20000.0 -0.1
45201 Benzene 078 051 7 24 HOUR 005 Milligrams/cubic meter (25 C) PERSONAL-PUMPS TENAX DESORPTION GC/MS 36.0 0 None None None -36.0
45201 Benzene 078 051 7 24 HOUR 007 Parts per million PERSONAL-PUMPS TENAX DESORPTION GC/MS 36.0 0 None None None -36.0
45201 Benzene 078 051 7 24 HOUR 078 Parts per billion Carbon PERSONAL-PUMPS TENAX DESORPTION GC/MS 36.0 0 None None None -36.0
45203 Ethylbenzene 078 051 7 24 HOUR 005 Milligrams/cubic meter (25 C) PERSONAL-PUMPS TENAX DESORPTION GC/MS 16.0 0 None None None -16.0
45203 Ethylbenzene 078 051 7 24 HOUR 007 Parts per million PERSONAL-PUMPS TENAX DESORPTION GC/MS 16.0 0 None None None -16.0
45203 Ethylbenzene 078 051 7 24 HOUR 078 Parts per billion Carbon PERSONAL-PUMPS TENAX DESORPTION GC/MS 16.0 0 None None None -16.0
45202 Toluene 078 051 7 24 HOUR 005 Milligrams/cubic meter (25 C) PERSONAL-PUMPS TENAX DESORPTION GC/MS 133.0 0 None None None -133.0
45202 Toluene 078 051 7 24 HOUR 007 Parts per million PERSONAL-PUMPS TENAX DESORPTION GC/MS 133.0 0 None None None -133.0
45202 Toluene 078 051 7 24 HOUR 078 Parts per billion Carbon PERSONAL-PUMPS TENAX DESORPTION GC/MS 133.0 0 None None None -133.0
43503 Acetaldehyde 078 166 1 1 HOUR 008 Parts per billion ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43503 Acetaldehyde 078 166 1 1 HOUR 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43503 Acetaldehyde 078 166 7 24 HOUR 008 Parts per billion ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43503 Acetaldehyde 078 166 7 24 HOUR 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43503 Acetaldehyde 078 166 B 3 HOURS 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43551 Acetone 078 166 1 1 HOUR 008 Parts per billion ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43551 Acetone 078 166 1 1 HOUR 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43551 Acetone 078 166 7 24 HOUR 008 Parts per billion ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43551 Acetone 078 166 7 24 HOUR 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43551 Acetone 078 166 B 3 HOURS 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43502 Formaldehyde 078 166 1 1 HOUR 008 Parts per billion ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43502 Formaldehyde 078 166 1 1 HOUR 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43502 Formaldehyde 078 166 7 24 HOUR 008 Parts per billion ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43502 Formaldehyde 078 166 7 24 HOUR 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
43502 Formaldehyde 078 166 B 3 HOURS 078 Parts per billion Carbon ATEC 2400 W/WATERS SILICA DNPH TO-11 DIONEX DX-300 ION CHRMTGRAPH 0.03 2 None None None -0.03
45201 Benzene 078 132 1 1 HOUR 008 Parts per billion GC SRI Model #8610 Thermal Desorber GC/FID/PID 0.3 2 None None None -0.3
45201 Benzene 078 132 1 1 HOUR 078 Parts per billion Carbon GC SRI Model #8610 Thermal Desorber GC/FID/PID 0.3 2 None None None -0.3
43503 Acetaldehyde 078 157 1 1 HOUR 008 Parts per billion Instrumental Open Path UV OPSIS Model AR 500 2.0 1 None None None -2.0
43503 Acetaldehyde 078 157 1 1 HOUR 078 Parts per billion Carbon Instrumental Open Path UV OPSIS Model AR 500 2.0 1 None None None -2.0
43503 Acetaldehyde 078 157 7 24 HOUR 008 Parts per billion Instrumental Open Path UV OPSIS Model AR 500 2.0 1 None None None -2.0
43503 Acetaldehyde 078 157 7 24 HOUR 078 Parts per billion Carbon Instrumental Open Path UV OPSIS Model AR 500 2.0 1 None None None -2.0
43503 Acetaldehyde 078 157 B 3 HOURS 008 Parts per billion Instrumental Open Path UV OPSIS Model AR 500 2.0 1 None None None -2.0
43503 Acetaldehyde 078