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ASTM F2013 - STANDARD TEST METHOD FOR DETERMINATION OF RESIDUAL ACETALDEHYDE IN POLYETHYLENE TEREPHTHALATE BOTTLE POLYMER USING AN AUTOMATED STATIC HEAD-SPACE SAMPLING DEVICE AND A CAPILLARY GC WITH A FLAME IONIZATION DETECTOR Organization: ASTM
Date: 2010-10-01
Description: This test method covers a gas chromatographic procedure for the determination of the ppm residual acetaldehyde (AA) present in poly(ethylene terephthalate) (PET) homopolymers and co-polymers which are used in the manufacture of beverage bottles.
VDI 2459 BLATT 1 - GASEOUS EMISSION MEASUREMENT - DETERMINATION OF CARBON MONOXIDE CONCENTRATION USING FLAME IONISATION DETECTION AFTER REDUCTION TO METHANE Organization: VDI
Date: 2000-12-01
Description: If the measurement method is to be performed using another detector (for example atomic emission detector (AED)) in order to determine CO directly, the user is responsible for verifying the comparability of the results with the method described in this guideline.
ASTM D5441 - STANDARD TEST METHOD FOR ANALYSIS OF METHYL TERT-BUTYL ETHER (MTBE) BY GAS CHROMATOGRAPHY Organization: ASTM
Date: 1998-04-10
Description: This test method is inappropriate for impurities that boil at temperatures higher than 180°C or for impurities that cause poor or no response in a flame ionization detector, such as water. The values stated in SI (metric) units of measurement are preferred and used throughout the standard.
ASTM D7796 - STANDARD TEST METHOD FOR ANALYSIS OF ETHYL TERT-BUTYL ETHER (ETBE) BY GAS CHROMATOGRAPHY Organization: ASTM
Date: 2012-05-15
Description:   This test method is inappropriate for impurities that boil at temperatures higher than 180°C or for impurities that cause poor or no response in a flame ionization detector, such as water.  The values stated in SI units of measurement are preferred and used throughout the standard.
ASTM D7833 - STANDARD TEST METHOD FOR DETERMINATION OF HYDROCARBONS AND NON-HYDROCARBON GASES IN GASEOUS MIXTURES BY GAS CHROMATOGRAPHY Organization: ASTM
Date: 2014-06-01
Description: Non-hydrocarbon gases have a lower detection limit in the concentration range of 0.03 to 100 mole percent using a thermal conductivity detector (TCD) and C1 to C6 hydrocarbons have a lower detection limit in the range of 0.005 to 100 mole percent using a flame ionization detector (FID); using a TCD may increase the lower detection limit to approximately 0.03 mole percent.

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