Derivitizations for Improved Detection of Alcohols by Gas Chromatography and Photoionization Detection

Derivatizations for Improved Detection of Alcohols by Gas Chromatography and Photo Ionization Detection #PI...

NESACS Monthly Meeting is on Feb. 9, 2012

Note that the February Meeting of NESACS is on February 9, 2012 at the Holiday Inn in Brookline.

Application of the Photo Ionization Detector for the Single Determination of Hydride Forming Elements #hydrides#As_Sb_Sn_Se#ppb#photoionization#PID

An HNU photoionization detector PI52-02 was used to determine the detection limits of the following elements by hydride generation: arsenic, antimony, selenium, tin, sulfide, tellurium, bismuth, and ammonia. Detection limits were in the low ppb levels for arsenic to tin and sulfide compounds. Low ppm detection limits were obtained for tellurium through ammonia.


Application of the Photo Ionization Detector for the Single Determination of Hydride Forming Elements

Review of PID Apps in Industrial Hygiene #PID#GC_PID#photoionization#AIHA

This is an oldie but goodie paper on GC/PID applications in industrial hygiene.

Review of PID Apps in Industrial Hygiene

Derivitization of Drugs and Bio Organics by GC PID#PID#photoionization#GC_PID #Drugs#Bioorganics

This paper describes a method of improving the sensitivity of drugs and bioorganics by GC/PID.


Derivitization of Drugs and Bio Organics by GC PID

EPA Superfund Program Groundwater and Sediment Monitoring Guidance#EPA#Superfund#PID#Photoionization#GC/PID#water_sediment#VOC's

This program was developed for monitoring the cleanup of superfund sites.


EPA Sperfunnd Program Groundwater and Sediment Monitoring Guidande

Analysis of Charcoal Tube Samples for Carbon Disulfide Using a Photo Ionization Detector,#Carbon_Disulfide_(CS2),#photoionization_PID,PID_analyzers,#AIHA

Carbon disulfide is detected @ 0.1 ppm with a 10L air sample (well below the OSHA PEL of 20 ppm) by charcoal tube collection follower by analysis by GC/PID.


Analysis of Charcoal Tube Samples for Carbon Disulfide Using a Photo Ionization Detector