NIOSH Methods

Specifying your Air Sampling System


 

 

  1. Look up the specific airborne material you are sampling in the Air Sampling Guide and note the Configuration Code in the last column. 
  2. Compare the Configuration Code from the last column with the table below to find the recommended collection media, media holder and/or appropriate accessories.
  3. Select a Gilian air sampling pump and appropriate air flow calibrator.

Sampling Configurations

  Config. Code

  Collector Type

  Primary Use

  Collection Media

  Media Holder

  Gilian Pump Models

  Calibrator

Note:
Gilian 3500 and 5000 pumps require Kit No.811-9901-01 for bag sampling and are limited to area sampling only.
* Impingers and bubblers require a liquid medium specific to the test method.
** PFTE Methods 5010, 5021, 5506, & 5515 us PNP GCU37200T Other PTFE methods require filter assembly. All GFF and Silver Membrane filters require assembly.

A

Cassette Membrane Filter

Metals

37mm MCEF
GCU37080

Filter Holder 800143

Gilian 3500
Gilian 5000

GilAir-3
GilAir-5

Gilibrator-2 (standard flow)

Challenger

B

Cassette Membrane Filter

Total Dust

37mm PVC
GCU37500PVC
GCU37500PVCPW

C

Cassette Membrane Filter with Cyclone

Respirable Dust / Silica

37mm PVC
GCU37500PVC
GCU37500PVCPW

Cyclone 800061

Gilibrator-2 (standard flow) Cyclone Calibration Jar 7013376

D

Impinger*

Gases. Vapors & Aerosols

Impinger* 400165 (see also spill-proof models)

Single Impinger Holder 400165
GilAir Bracket 801146
Gilian 3500 Bracket 801983
Gilian 5000 Bracket 801983

Gilibrator-2 (standard flow)

Challenger

E

Bubbler*

Gases. Vapors & Aerosols

Bubbler* 400506 (see also spill-proof models)

F

Cassette Membrane Filter

Misc. PTFE**

37mm PFTE

Filter Holder 800143

G

Cassette Membrane Filter

Misc. GFF**

37mm GFF (glass fiber)

H

Cassette Membrane Filter

Misc. Silver

Silver Membrane

I

Cassette Membrane Filter

Asbestos

25mm MCEF (cellulose ester) GCS25080

J

Cassette Membrane Filter

Lead Abatement

37mm MCEF (cellulose ester) GCU37080

K

Sorbent Tube

Solvents by ACT (Single)

ACT (150 mg) 801935

ACT Single 800149

Gilian 3500*/ Gilian 5000*(w/Low Flow Adapter)
GilAir-3/ GilAir-5
(w/ Constant Flow Module) LFS-113

Gilibrator-2 (Low flow or Standard flow)

L

Gas Sampling Bag

Gas Sample Bag (various sizes & materials)

Not Applicable

M

Sorbent Tube

Solvents by ACT (Multi)

ACT (150 mg) 801935

Appropriate Tube Manifold

Gilian 3500 Gilian 5000 (w/Low Flow Adapter)
GilAir-3/ GilAir-5 (w/ Multi-flow Module)
LFS-113

N

Special Configuration using chemically treated filters & combination media. Please call 800-451-9444 / 727-530-3602 for further information.

P

Other special sampling media. Please call 800-451-9444 / 727-530-3602 for further information.

 

Air Sampling Guide

Airborne Material Sampled: Acenaphthene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acenaphthylene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acetaldehyde

Method: 2538 Acetaldehyde
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 12 (max)
Analytical Technique: GC-FID
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acetaldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acetaldehyde

Method: 3507 Acetaldehyde
Flow Rate (LPM): 0.1-0.5
Sample Volume (Liters): 6 (min) to 60 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Bubbler
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Acetic acid

Method: 1603 Acetic Acid
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 20 (min) to 300 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Acetic anhydride

Method: 3506 Acetic Anhydride
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 25 (min) to 100 (max)
Analytical Technique: VIS
Sampler: Bubbler
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Acetone

Method: 1300 Ketones I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Acetone cyanohydrin

Method: 2506 Acetone Cyanohydrin
Flow Rate (LPM): 0.2
Sample Volume (Liters): 0.3 (min) to 12 (max)
Analytical Technique: GC-Nitrogen phosphorus detector
Sampler: Poropak QS
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acetonitrile

Method: 1606 Acetonitrile
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Acetylene dichloride

Method: 1003 Hydrocarbons, Halogenated 0.01-0.2
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.2 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Acetylene tetrabromide

Method: 2003 1,1,2,2-Tetrabromoethane
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 50 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acetylene tetrachloride

Method: 1019 1,1,2,2-Tetrachloroethane
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3.0 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Petroleum Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acids, inorganic

Method: 7903 Acids, Inorganic
Flow Rate (LPM): 0.2-0.5
Sample Volume (Liters): 3.0 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel (washed)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acrolein

Method: 2501 Acrolein
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1.5 (min) to 48 (max)
Analytical Technique: GC-Nitrogen phosphorus detector
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acrolein

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Acrylonitrile

Method: 1604 Acrylonitrile
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3.5 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Aldehydes, screening

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Aldrin

Method: 5502 Aldrin & Lindane
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 18 (min) to 240 (max)
Analytical Technique: GC-Electrolytic conductivity detector
Sampler: Glass Fiber Filter & Bubbler
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Alkaline dusts

Method: 7401 Alkaline Dusts
Flow Rate (LPM): 1-4
Sample Volume (Liters): 70 (min) to 1000 (max)
Analytical Technique: Titration
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Allyl alcohol

Method: 1402 Alcohols Iii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Allyl chloride

Method: 1000 Allyl Chloride
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 16 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Allyl glycidyl ether

Method: 2545 Allyl Glycidyl Ether
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.5 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: Tenax
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Allyl trichloride

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 60 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Alumina

Method: 0500 Particulates N.O.R.
Flow Rate (LPM): 1-2
Sample Volume (Liters): 7 (min) to 133 (max)
Analytical Technique: Grav
Sampler: Polyvinyl Chloride Filter, tared
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Aluminum

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 100 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Aluminum

Method: 7013 Aluminum & Cpds, As Al
Flow Rate (LPM): 1-3
Sample Volume (Liters): 10 (min) to 400 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Amines, aliphatic

Method: 2010 Amines, Aliphatic
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 3 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Amines, aromatic

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 30 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Aminobenzene

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 30 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Aminoethanol

Method: 2007 Aminoethanol Compounds I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Aminoethanol

Method: 3509 Aminoethanol Compounds Ii
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 5 (min) to 300 (max)
Analytical Technique: Ion Chromatography
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: p-Aminophenylarsonic acid

Method: 5022 Arsenic, Organo-
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 1000 (max)
Analytical Technique: Ion Chromatography-HYAAS
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: 2-Aminotoluene

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.02-1.0
Sample Volume (Liters): 10 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ammonia

Method: 6015 Ammonia By Vis
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 0.1 (min) to 90 (max)
Analytical Technique: VIS-Auto
Sampler: Silica Gel + H2SO4
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: n- and sec-Amyl acetate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Aniline

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.02-0.2
Sample Volume (Liters): 5 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Anisidine

Method: 2514 Anisidine
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 24 (min) to 320 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Anthracene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: p-Arsanilic acid

Method: 5022 Arsenic, Organo-
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 1000 (max)
Analytical Technique: Ion Chromatography-HYAAS
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Arsenic

Method: 7900 Arsenic & Compounds, As As
Flow Rate (LPM): 1-3
Sample Volume (Liters): 30 (min) to 1000 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Arsenic

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Arsenic trioxide

Method: 7901 Arsenic Trioxide, As As
Flow Rate (LPM): 1-3
Sample Volume (Liters): 30 (min) to 1000 (max)
Analytical Technique: GFAAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Arsine

Method: 6001 Arsine
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.1 (min) to 10 (max)
Analytical Technique: GFAAS
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Asbestos

Method: 7400 Asbestos Fibers By Pcm
Flow Rate (LPM): 0.5-16
Sample Volume (Liters): 400 (min) to varies (max)
Analytical Technique: Phase contrast microscopy
Sampler: Mixed Cellulose Ester Filter
Configuration: I - Click to view recommended configuration.

Airborne Material Sampled: Asbestos

Method: 7402 Asbestos Fibers By Tem
Flow Rate (LPM): 0.5-16
Sample Volume (Liters): 400 (min) to varies (max)
Analytical Technique: Transmission electron microscopy
Sampler: Mixed Cellulose Ester Filter
Configuration: I - Click to view recommended configuration.

Airborne Material Sampled: Asbestos

Method: 9000 Asbestos, Chrysotile Bulk By Xrd
Flow Rate (LPM): NA
Sample Volume (Liters): NA (min) to NA (max)
Analytical Technique: X-Ray Diffraction
Sampler: bulk
Configuration: I - Click to view recommended configuration.

Airborne Material Sampled: Asbestos

Method: 9002 Asbestos (Bulk) By Plm
Flow Rate (LPM): NA
Sample Volume (Liters): NA (min) to NA (max)
Analytical Technique: Polarized light microscopy
Sampler: bulk
Configuration: I - Click to view recommended configuration.

Airborne Material Sampled: Aspartame

Method: 5031 Aspartame
Flow Rate (LPM): 1-3
Sample Volume (Liters): 70 (min) to 1200 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Azelaic acid

Method: 5019 Azelaic Acid
Flow Rate (LPM): 1-3
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: GC-FID
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Azinphos methyl

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: B[a]P

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Barium

Method: 7056 Barium, Soluble Compounds
Flow Rate (LPM): 1-4
Sample Volume (Liters): 50 (min) to 2000 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Benz(a)anthracene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Benzene

Method: 3700 Benzene By Portable Gc
Flow Rate (LPM): > 0.02
Sample Volume (Liters): NA (min) to 80% capac (max)
Analytical Technique: GC
Sampler: air bag
Configuration: L - Click to view recommended configuration.

Airborne Material Sampled: Benzene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 5 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Benzene

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Benzidine Dyes

Method: 5013 Dyes
Flow Rate (LPM): 1-3
Sample Volume (Liters): 150 (min) to 500 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Benzidine

Method: 5509 Benzidine And 3,3'-Dichlorobenzidine
Flow Rate (LPM): 0.2
Sample Volume (Liters): 20 (min) to 100 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Benzo(a)pyrene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Benzo(b)fluoranthene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Benzo(e)pyrene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Benzo(k)fluoranthene

Method: 5506; Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Benzo(ghi)perylene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Benzoyl peroxide

Method: 5009 Benzoyl Peroxide
Flow Rate (LPM): 1-3
Sample Volume (Liters): 40 (min) to 400 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Benzyl chloride

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 6 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Beryllium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 1250 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Beryllium & compounds

Method: 7102 Beryllium And Cpds, As Be
Flow Rate (LPM): 1-4
Sample Volume (Liters): 25 (min) to 1000 (max)
Analytical Technique: HGAAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Biphenyl

Method: 2530 Diphenyl
Flow Rate (LPM): 0.01-0.5
Sample Volume (Liters): 15 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Tenax GC
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Boron carbide

Method: 7506 Boron Carbide
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 100 (min) to 1000 (max)
Analytical Technique: X-Ray Diffraction
Sampler: Cyclone & Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Boron oxide

Method: 0500 Particulates N.O.R.
Flow Rate (LPM): 1.5-2.0
Sample Volume (Liters): 25 (min) to 133 (max)
Analytical Technique: Grav
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Bromine

Method: 6011 Chlorine And Bromine
Flow Rate (LPM): 0.3-1.0
Sample Volume (Liters): 8 (min) to 360 (max)
Analytical Technique: Ion Chromatography
Sampler: Silver membrane filter
Configuration: H - Click to view recommended configuration.

Airborne Material Sampled: Bromoform

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 70 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Bromotrifluoromethane

Method: 1017 Trifluorobromomethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.3 (min) to 1.0 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Bromoxynil

Method: 5010 Bromoxynil And B'octanoate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 2 (min) to 400 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Bromoxynil octanoate

Method: 5010 Bromoxynil And B'octanoate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 90 (min) to 400 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: 1,3-Butadiene

Method: 1024 1,3-Butadiene
Flow Rate (LPM): 0.01-0.5
Sample Volume (Liters): 5 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2-Butanone

Method: 2500 Methyl Ethyl Ketone
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 12 (max)
Analytical Technique: GC-FID
Sampler: Amb; XE-347
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Butoxyethanol

Method: 1403 Alcohols Iv
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 2 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: n-, sec-, & t-Butyl acetate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: tert-Butyl alcohol

Method: 1400 Alcohols I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: n- & sec-Butyl alcohol

Method: 1401 Alcohols Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: n-Butylamine

Method: 2012 N-Butylamine
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 2 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel + H2SO4
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Butyl cellosolve

Method: 1403 Alcohols Iv
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Butyl glycidyl ether

Method: 1616 Butyl Glycidyl Ether
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 15 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: n-Butyl mercaptan

Method: 2542 Mercaptans
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 10 (min) to 150 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Glass Fiber Filter; HgAc
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: p-tert-Butyltoluene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 29 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Butyraldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Cadmium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 13 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Cadmium & compounds

Method: 7048 Cadmium And Cpds, As Cd
Flow Rate (LPM): 1-3
Sample Volume (Liters): 25 (min) to 1500 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Calcium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 200 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Calcium & compounds

Method: 7020 Calcium And Cpds As Ca
Flow Rate (LPM): 1-3
Sample Volume (Liters): 20 (min) to 400 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Camphor

Method: 1301 Ketones Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Carbaryl (Sevin)

Method: 5006 Carbaryl
Flow Rate (LPM): 1-3
Sample Volume (Liters): 20 (min) to 400 (max)
Analytical Technique: VIS
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Carbon black

Method: 5000 Carbon Black
Flow Rate (LPM): 1-2
Sample Volume (Liters): 30 (min) to 570 (max)
Analytical Technique: Grav
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Carbon dioxide

Method: 6603 Carbon Dioxide
Flow Rate (LPM): 0.02-0.1
Sample Volume (Liters): NA (min) to 80% capac (max)
Analytical Technique: GC-Thermal conductivity detector
Sampler: air bag
Configuration: L - Click to view recommended configuration.

Airborne Material Sampled: Carbon disulfide

Method: 1600 Carbon Disulfide
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 25 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Coconut Shell Charcoal Tube & drying tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Carbon tetrachloride

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Chlordane

Method: 5510 Chlordane
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 10 (min) to 200 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Mixed Cellulose Ester Filter & Chromosorb 102
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Chlorinated camphene

Method: 5039 Chlorinated Camphene
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 2 (min) to 30 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Chlorinated diphenyl oxide

Method: 5025 Chlorinated Diphenyl Oxide
Flow Rate (LPM): 0.5-1.5
Sample Volume (Liters): 8 (min) to 200 (max)
Analytical Technique: GC-Electrolytic conductivity detector
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Chlorinated terphenyl

Method: 5014 Chlorinated Terphenyl
Flow Rate (LPM): 1-3
Sample Volume (Liters): 100 (min) to 1500 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Chlorine

Method: 6011 Chlorine And Bromine
Flow Rate (LPM): 0.3-1.0
Sample Volume (Liters): 2 (min) to 90 (max)
Analytical Technique: Ion Chromatography
Sampler: Silver membrane filter
Configuration: H - Click to view recommended configuration.

Airborne Material Sampled: Chloroacetaldehyde

Method: 2015 Chloroacetaldehyde
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 3 (min) to 16 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Chloroacetic acid

Method: 2008 Chloroacetic Acid
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 1 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Chlorobenzene

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.5 (min) to 40 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Chlorobromomethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Chlorodifluoromethane

Method: 1018 Dichlorodifluoromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: 2Coconut Shell Charcoal Tube (lg+sm)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Chlorodiphenyl

Method: 5503 Polychlorobiphenyls
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 1 (min) to 50 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Glass Fiber Filter & (42% & 54% CI) Florisil
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Chloroethanol

Method: 2513 Ethylene Chlorohydrin
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 35 (max)
Analytical Technique: GC-FID
Sampler: Petroleum Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Chloroform

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 4-Chloronitrobenzene

Method: 2005 Nitrobenzenes
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 1 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: p-Chlorophenol

Method: 2014 P-Chlorophenol
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 1.5 (min) to 40 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Chloroprene

Method: 1002 --
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1.5 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Chlorpyrifos

Method: 5600 Organophosphorus Pesticides 0.2-1.0
Flow Rate (LPM): 12
Sample Volume (Liters): 240 (min) to GC-FPD (max)
Analytical Technique: OVS-2
Sampler: --
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Chromic acid

Method: 7600 Chromium, Hexavalent
Flow Rate (LPM): 1-4
Sample Volume (Liters): 8 (min) to 400 (max)
Analytical Technique: VIS
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Chromic acid

Method: 7604 Chromium, Hexavalent
Flow Rate (LPM): 1-4
Sample Volume (Liters): 100 (min) to 1000 (max)
Analytical Technique: Ion Chromatography
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Chromium

Method: 7024 Chromium And Cpds, As Cr
Flow Rate (LPM): 1-3
Sample Volume (Liters): 10 (min) to 1000 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Chromium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 1000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Chromium, hexavalent

Method: 7600 Chromium, Hexavalent
Flow Rate (LPM): 1-4
Sample Volume (Liters): 8 (min) to 400 (max)
Analytical Technique: VIS
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Chromium, hexavalent

Method: 7604 Chromium, Hexavalent
Flow Rate (LPM): 1-4
Sample Volume (Liters): 100 (min) to 1000 (max)
Analytical Technique: Ion Chromatography
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Chrysene

Method: 5506/5515 Polynuclear Aromatic H/C
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Coal tar naphtha

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Coal tar pitch volatiles

Method: OSHA 58 Coal Tar Pitch Volatiles
Flow Rate (LPM): 1.5-2.0
Sample Volume (Liters): 480 (min) to 960 (max)
Analytical Technique: Grav & HPLC-UV
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Cobalt

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 25 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Cobalt & compounds

Method: 7027 Cobalt And Cpds, As Co
Flow Rate (LPM): 1-3
Sample Volume (Liters): 30 (min) to 1500 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Copper

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 1000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Copper (dust & fume)

Method: 7029 Copper (Dust & Fumes)
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 1500 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Cresol, all isomers

Method: 2546 Cresols And Phenol
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: XAD-7
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Crotonaldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Crotonaldehyde

Method: 3516 Crotonaldehyde
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 1 (min) to 49 (max)
Analytical Technique: Differential Pulse Polargraphy
Sampler: Bubbler
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Cryofluorane

Method: 1018 Dichlorodifluoromethane, 1,2-Dichlorotetrafluoroethane, & Chlorodifluoromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Cumene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Cyanides

Method: 7904 Cyanides, Aerosol And Gas
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 10 (min) to 180 (max)
Analytical Technique: Ion Specific Electrode
Sampler: Mixed Cellulose Ester Filter & Bubbler
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Cyanides

Method: 6010 Hydrogen Cyanide
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 0.6 (min) to 90 (max)
Analytical Technique: VIS
Sampler: soda lime
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Cyanuric acid

Method: 5030 Cyanuric Acid
Flow Rate (LPM): 1-3
Sample Volume (Liters): 10 (min) to 1000 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Cyclohexane

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2.5 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Cyclohexanol

Method: 1402 Alcohols Iii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: CG-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Cyclohexanone

Method: 1300 Ketones I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: CG-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Cyclohexene

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 5 (min) to 7 (max)
Analytical Technique: CG-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1,3-Cyclopentadiene

Method: 2523 1,3-Cyclopentadiene
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Chromosorb 104; maleic anh.
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2,4-D

Method: 5001 2,4-D And 2,4,5-T
Flow Rate (LPM): 1-3
Sample Volume (Liters): 15 (min) to 200 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Demeton

Method: 5514 Demeton
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 30 (min) to 500 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Mixed Cellulose Ester Filter & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Diacetone alcohol

Method: 1402 Alcohols Iii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: o-Dianisidine

Method: 5013 Dyes
Flow Rate (LPM): 1-3
Sample Volume (Liters): 150 (min) to 500 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Diatomaceous earth

Method: 7501 Silica, Amorphous
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 400 (max)
Analytical Technique: X-Ray Diffraction
Sampler: Polyvinyl Chloride Filter; Cyclone
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Diazinon

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Diazomethane

Method: 2515 Diazomethane
Flow Rate (LPM): 0.2
Sample Volume (Liters): 6 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: XAD-2 (coated)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dibenz(a,h) anthracene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID PTFE & XAD-2
Sampler: --
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Diborane

Method: 6006 Diborane
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 60 (min) to 260 (max)
Analytical Technique: Plasma emission spectrometry
Sampler: PTFE & Coconut Shell Charcoal Tube w/ oxidizer
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dibromodifluoromethane

Method: 1012 Difluorodibromomethane
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2.5 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2-Dibutylaminoethanol

Method: 2007 Aminoethanol Compounds
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dibutyl phosphate

Method: 5017 Dibutyl Phosphate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 250 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Dibutyl phthalate

Method: 5020 Dibutyl Phthalate & Di(2-Ethylhexyl) Phthalate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 6 (min) to 200 (max)
Analytical Technique: GC-FID
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Dibutyltin bis(isooctyl mercaptoacetate)

Method: 5504 Organotin Compounds
Flow Rate (LPM): 1-1.5
Sample Volume (Liters): 50 (min) to 500 (max)
Analytical Technique: HPLC; GFAAS
Sampler: Glass Fiber Filter + XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: o-Dichlorobenzene

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 60 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: p-Dichlorobenzene

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 3,3-Dichlorobenzidine

Method: 5509 Benzidine And 3,3'-Dichlorobenzidine
Flow Rate (LPM): 0.2
Sample Volume (Liters): 20 (min) to 100 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Dichlorodifluoromethane

Method: 1018 Dichlorodifluoromethane, 1,2-Dichlorotetrafluoroethane & Chlorodifluoromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube (lg + sm)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,1-Dichloroethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 15 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1,2-Dichloroethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Dichloroethyl ether

Method: 1004 Dichloroethyl Ether
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 2 (min) to 15 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1,2-Dichloroethylene

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.2 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Dichlorofluoromethane

Method: 2516 Dichlorofluoromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.25 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube (lg)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,1-Dichloro-1- nitroethane

Method: 1601 1,1-Dichloro-1-Nitroethane
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 1.5 (min) to 15 (max)
Analytical Technique: GC-FID
Sampler: Petroleum Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,2-Dichloropropane

Method: 1013 Propylene Dichloride
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.1 (min) to 3.5 (max)
Analytical Technique: GC-Electrolytic conductivity detector
Sampler: Petroleum Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,2-Dichlorotetra- fluoroethane

Method: 1018 Dichlorodifluoromethane, 1,2-Dichlorotetrafluoroethane (Lg + & Chlorodifluoromethane Sm)
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dicrotophos

Method: 5600 Organophosphorus Pesticides 0.2-1
Flow Rate (LPM): 12
Sample Volume (Liters): 240 (min) to GC-FPD (max)
Analytical Technique: OVS-2
Sampler: --
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Diethanolamine

Method: 3509 Aminoethanol Compounds Ii
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 5 (min) to 300 (max)
Analytical Technique: Ion Chromatography
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Diethylamine

Method: 2010 Amines, Aliphatic
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 3 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Diethylaminoethanol

Method: 2007 Aminoethanol Compounds I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Diethylenetriamine

Method: 2540 Ethylenediamine, Diethylenetriamine, & Triethylenetetramine
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1 (min) to 20 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: XAD-2 w/10% 1-naphthylisothiocyanate
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Di-(2-ethylhexyl)

Method: 5020 Dibutyl Phthalate And Di(2-Ethylhexyl) Phthalate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 10 (min) to 200 (max)
Analytical Technique: GC-FID
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Difluorodibromomethane

Method: 1012 Difluorodibromomethane
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2.5 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Difluorodichloromethane

Method: 1018 Dichlorodifluoromethane, 1,2-Dichlorotetrafluoroethane & Chlorodifluoromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Diisobutyl ketone

Method: 1300 Ketones I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Dimethylacetamide

Method: 2004 Dimethylacetamide And Dimethylformamide
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 15 (min) to 80 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dimethylamine

Method: 2010 Amines, Aliphatic
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 3 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: N,N-Dimethylaniline

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.02-1.0
Sample Volume (Liters): 3 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dimethylarsinic acid

Method: 5022 Arsenic, Organo-
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 1000 (max)
Analytical Technique: Ion Chromatography-HYAAS
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Dimethylformamide

Method: 2004 Dimethylacetamide & Dimethylformamide
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 15 (min) to 80 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,1-Dimethylhydrazine

Method: 3515 1,1-Dimethylhydrazine
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 2 (min) to 100 (max)
Analytical Technique: VIS
Sampler: Bubbler (.1 M HCl)
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: N,N-Dimethyl-p-toluidine

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.02-1.0
Sample Volume (Liters): 20 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dimethyl sulfate

Method: 2524 Dimethyl Sulfate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.25 (min) to 12 (max)
Analytical Technique: GC-Electrolytic conductivity detector
Sampler: Poropak P
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dioxane

Method: 1602 Dioxane
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 15 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Diphenyl

Method: 2530 Diphenyl
Flow Rate (LPM): 0.01-0.5
Sample Volume (Liters): 15 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Tenax, GC
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Disulfoton

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Dyes- benzidine-,

Method: 5013 Dyes, Benzidine-, O-Dianisidine O-Tolidine-,
Flow Rate (LPM): 1-3
Sample Volume (Liters): 150 (min) to 500 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Elements

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): varies (min) to varies (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Endrin

Method: 5519 Endrin
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 12 (min) to 400 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Mixed Cellulose Ester Filter & Chromosorb 102
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Epichlorohydrin

Method: 1010 Epichlorohydrin
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: EPN

Method: 5012 Epn
Flow Rate (LPM): 1-2
Sample Volume (Liters): 15 (min) to 700 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: 1,2-Epoxypropane

Method: 1612 Propylene Oxide
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethanol

Method: 1400 Alcohols I
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.1 (min) to 1 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethanolamine

Method: 2007 Aminoethanol Compounds I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ethion; Ethoprop

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Ethoxyethanol

Method: 1403 Alcohols Iv
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 6 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2-Ethoxyethyl acetate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl acetate

Method: 1457 Ethyl Acetate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl acrylate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl amyl ketone

Method: 1301 Ketones Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethylbenzene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl bromide

Method: 1011 Ethyl Bromide
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl butyl ketone

Method: 1301 Ketones Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl chloride

Method: 2519 Ethyl Chloride
Flow Rate (LPM): 0.02-0.05
Sample Volume (Liters): 0.3 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube (lg)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ethylene chlorohydrin

Method: 2513 Ethylene Chlorohydrin
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 35 (max)
Analytical Technique: GC-FID
Sampler: Petroleum Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ethylenediamine

Method: 2540 Ethylenediamine, Diethylenetriamine, & Triethylenetetramine
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1 (min) to 20 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: XAD-2 w/10% 1-naphthylisothiocyanate
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ethylene dibromide

Method: 1008 Ethylene Dibromide
Flow Rate (LPM): 0.02-0.2
Sample Volume (Liters): 0.1 (min) to 25 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethylene dichloride

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethylene glycol dinitrate

Method: 2507 Nitroglycerin & Ethylene Glycol Dinitrate
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Tenax, GC
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ethylene oxide

Method: 1614 Ethylene Oxide
Flow Rate (LPM): 0.05-0.15
Sample Volume (Liters): 1 (min) to 24 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Petroleum Charcoal Tube w/ HBr
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ethylene oxide

Method: 3702 Ethylene Oxide By Portable Gc
Flow Rate (LPM): > 0.02
Sample Volume (Liters): NA (min) to 80% capac (max)
Analytical Technique: GC-Photoionization detector
Sampler: air bag
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Ethylene thiourea

Method: 5011 Ethylene Thiourea
Flow Rate (LPM): 1-3
Sample Volume (Liters): 200 (min) to 800 (max)
Analytical Technique: VIS
Sampler: Polyvinyl Chloride Filter or Mixed Cellulose Ester Filter
Configuration: C/A - Click to view recommended configuration.

Airborne Material Sampled: Ethylenimine

Method: 3514 Ethylenimine
Flow Rate (LPM): 0.2
Sample Volume (Liters): 1 (min) to 48 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Bubbler
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Ethyl ether

Method: 1610 Ethyl Ether
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.25 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl formate

Method: 1452 Ethyl Formate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.3 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ethyl mercaptan

Method: 2542 Mercaptans
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 10 (min) to 150 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Glass Fiber Filter; HgAc
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Fenamiphos

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Fibrous glass

Method: 7400 Asbestos & Other Fibers By Pcm
Flow Rate (LPM): 0.5-16
Sample Volume (Liters): 400 (min) to varies (max)
Analytical Technique: Phase contrast microscopy
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Fluoranthene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons 2.0
Flow Rate (LPM): 200
Sample Volume (Liters): 1000 (min) to HPLC-FL/UV; GC-FID (max)
Analytical Technique: PTFE & XAD-2
Sampler: --
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Fluorene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Fluorides

Method: 7902 Fluorides, Aerosol & Gas
Flow Rate (LPM): 1-2
Sample Volume (Liters): 12 (min) to 800 (max)
Analytical Technique: Ion Specific Electrode
Sampler: Mixed Cellulose Ester Filter & pad w/ Na2CO3
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Fluorides

Method: 7906 Fluorides By Ic
Flow Rate (LPM): 1-2
Sample Volume (Liters): 1 (sol), 120 (insol) 800 (min) to IC (max)
Analytical Technique: MCEF & pad w; Na2CO3
Sampler: --
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Fluorotrichloromethane

Method: 1006 Fluorotrichloromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.3 (min) to 7 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube (lg)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Fonofos

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Formaldehyde

Method: 2541 Formaldehyde
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1 (min) to 36 (max)
Analytical Technique: GC-FID
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Formaldehyde

Method: 3500 Formaldehyde
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 1 (min) to 100 (max)
Analytical Technique: VIS
Sampler: PTFE & 2 Impinger
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Formaldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Formaldehyde

Method: 5700 Formaldehyde On Dust
Flow Rate (LPM): 2
Sample Volume (Liters): 240 (min) to 1050 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Inspirable Dust Sampler; Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Formic acid

Method: 2011 Formic Acid
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 1 (min) to 24 (max)
Analytical Technique: Ion Chromatography
Sampler: PTFE & Silica Gel (washed)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Furfural

Method: 2529 Furfural
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 12 (max)
Analytical Technique: GC-FID
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Furfural

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Furfuryl alcohol

Method: 2505 Furfuryl Alcohol
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 3 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Poropak Q
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Glutaraldehyde

Method: 2532 Glutaraldehyde
Flow Rate (LPM): 0.01-0.08
Sample Volume (Liters): 4 (min) to 39 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Silica Gel; DNPH
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Glycerin mist

Method: 0500 Particulates N.O.R.
Flow Rate (LPM): 1-2
Sample Volume (Liters): 7 (min) to 133 (max)
Analytical Technique: Grav
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Glycidol

Method: 1608 Glycidol
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 5 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Heptanal

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: n-Heptane

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Hexachlorobutadiene

Method: 2543 Hexachlorobutadiene
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 1 (min) to 100 (max)
Analytical Technique: GC-Electron capture detector
Sampler: XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Hexachloro-1,3- cyclopentadiene

Method: 2518 Hexachloro-1,3- Cyclopentadiene
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.25 (min) to 90 (max)
Analytical Technique: GC-Electron capture detector
Sampler: 2 Poropak T
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Hexachloroethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 70 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Hexamethylene- diisocyanate

Method: 5521 Isocyanates, Monomeric
Flow Rate (LPM): 1.0
Sample Volume (Liters): 5 (min) to 500 (max)
Analytical Technique: HPLC-Electrochemical detector
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Hexanal

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: n-Hexane

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2-Hexanone

Method: 1300 Ketones I
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Hydrazine

Method: 3503 Hydrazine
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 7 (min) to 100 (max)
Analytical Technique: VIS
Sampler: Bubbler
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen bromide

Method: 7903 Acids, Inorganic
Flow Rate (LPM): 0.2-0.5
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen chloride

Method: 7903 Acids, Inorganic
Flow Rate (LPM): 0.2-0.5
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen cyanide

Method: 6010 Hydrogen Cyanide
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 2 (min) to 90 (max)
Analytical Technique: VIS
Sampler: soda lime
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen cyanide

Method: 7904 Cyanides, Aerosol & Gas
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 7 (min) to 100 (max)
Analytical Technique: Ion Specific Electrode
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen flouride

Method: 7903 Acids, Inorganic
Flow Rate (LPM): 0.2-0.5
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen flouride

Method: 7902 Fluorides, Aerosol & Gas
Flow Rate (LPM): 1-2
Sample Volume (Liters): 12 (min) to 800 (max)
Analytical Technique: Ion Specific Electrode
Sampler: Mixed Cellulose Ester Filter & pad w/ Na2CO3
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen flouride

Method: 7906 Fluorides By Ic
Flow Rate (LPM): 1-2
Sample Volume (Liters): 1 (min) to 800 (max)
Analytical Technique: Ion Chromatography
Sampler: Mixed Cellulose Ester Filter & pad w/ Na2CO3
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Hydrogen sulfide

Method: 6013 Hydrogen Sulfide
Flow Rate (LPM): 0.1-1.5
Sample Volume (Liters): 1.2 (min) to 40 (max)
Analytical Technique: Ion Chromatography
Sampler: PTFE & Coconut Shell Charcoal Tube (lg)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Hydroquinone

Method: 5004 Hydroquinone
Flow Rate (LPM): 1-4
Sample Volume (Liters): 30 (min) to 180 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Indeno [1,2,3-cd] pyrene

Method: 5506/5515 Polynuclear Aromatic Hydrocarbons
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Iodine

Method: 6005 Iodine
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 15 (min) to 225 (max)
Analytical Technique: Ion Chromatography
Sampler: Coconut Shell Charcoal Tube w/ alkali
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Iron

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 100 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Isoamyl acetate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isoamyl alcohol

Method: 1402 Alcohols Iii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isobutyl acetate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isobutyl alcohol

Method: 1401 Alcohols Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isobutyraldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Isocyanates

Method: 5521 Isocyanates, Monomeric
Flow Rate (LPM): 1.0
Sample Volume (Liters): 5 (min) to 500 (max)
Analytical Technique: HPLC-Electrochemical detector
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Isophorone

Method: 2508 Isophorone
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 2 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Petroleum Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Isopropyl acetate

Method: 1454 Isopropyl Acetate
Flow Rate (LPM): 0.02-0.2
Sample Volume (Liters): 0.1 (min) to 9 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isopropyl alcohol

Method: 1400 Alcohols I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.2 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isopropyl ether

Method: 1618 Isopropyl Ether
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.1 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isopropyl glycidyl ether

Method: 1620 Isopropyl Glycidyl Ether
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Isovaleraldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Kepone

Method: 5508 Kepone
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 50 (min) to 600 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Mixed Cellulose Ester Filter & Impinger
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Kerosene

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Lead

Method: 7082 Lead By Faas
Flow Rate (LPM): 1-4
Sample Volume (Liters): 200 (min) to 1500 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A/J - Click to view recommended configuration.

Airborne Material Sampled: Lead

Method: 7105 Lead By Hgaas
Flow Rate (LPM): 1-4
Sample Volume (Liters): 1 (min) to 1500 (max)
Analytical Technique: HGAAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A/J - Click to view recommended configuration.

Airborne Material Sampled: Lead

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 1250 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A/J - Click to view recommended configuration.

Airborne Material Sampled: Lead sulfide

Method: 7505 Lead Sulfide
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 600 (min) to 1000 (max)
Analytical Technique: X-Ray Diffraction
Sampler: Cyclone & Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Lindane

Method: 5502 Aldrin And Lindane
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 18 (min) to 240 (max)
Analytical Technique: GC-Electrolytic conductivity detector
Sampler: Glass Fiber Filter & Bubbler
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Lithium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 100 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Lithium hydroxide

Method: 7401 Alkaline Dusts
Flow Rate (LPM): 1-4
Sample Volume (Liters): 70 (min) to 1000 (max)
Analytical Technique: Titration
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Magnesium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 67 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Malathion

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 60 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Maleic Anhydride

Method: 3512 Maleic Anhydride
Flow Rate (LPM): 0.2-1.5
Sample Volume (Liters): 40 (min) to 500 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Bubbler
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Manganese

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 200 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: MBK

Method: 1300 Ketones I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: MDI (4,4'-methylene- bisphenyl isocyanate)

Method: 5521 Isocyanates, Monomeric
Flow Rate (LPM): 1.0
Sample Volume (Liters): 5 (min) to 500 (max)
Analytical Technique: HPLC-Electrochemical detector
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Mercury

Method: 6009 Mercury
Flow Rate (LPM): 0.15-0.25
Sample Volume (Liters): 2 (min) to 100 (max)
Analytical Technique: AAS-cold
Sampler: Hopcalite vap
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Mercaptans

Method: 2542 Mercaptans
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 10 (min) to 150 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Glass Fiber Filter; HgAc
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Mesityl oxide

Method: 1301 Ketones Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Metals in air

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): varies (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Methamidophos

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Methanol

Method: 2000 Methanol
Flow Rate (LPM): 0.02-0.2
Sample Volume (Liters): 1 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Methoxyethyl acetate

Method: 1451 Methyl Cellosolve Acetate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.2 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2-Methoxyethanol

Method: 1403 Alcohols Iv
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 6 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl acetate

Method: 1458 Methyl Acetate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.2 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl acrylate

Method: 1459 Methyl Acrylate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methylal

Method: 1611 Methylal
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl-(n-amyl)-ketone

Method: 1301 Ketones Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methylarsonic acid

Method: 5022 Arsenic, Organo-
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 1000 (max)
Analytical Technique: Ion Chromatography-HYAAS
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Methyl cellosolve

Method: 1403 Alcohols Iv
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 6 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl cellosolve acetate

Method: 1451 Methyl Cellosolve Acetate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.2 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl chloride

Method: 1001 Methyl Chloride
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 0.4 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube (lg + sm)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Methyl chloroform

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.1 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl cyanide

Method: 1606 Acetonitrile
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl cyclohexane

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methylcyclohexanol

Method: 1404 Methylcyclohexanol
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 15 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methylcyclohexanone

Method: 2521 Methylcyclohexanone
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 6 (max)
Analytical Technique: GC-FID
Sampler: Poropak Q
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Methylene chloride

Method: 1005 Methylene Chloride
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 2.5 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 4,4'-Methylenedianiline

Method: 5029 4,4'-Methylenedianiline
Flow Rate (LPM): 1-2
Sample Volume (Liters): 10 (min) to 1000 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter; H2SO4
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Methyl ethyl ketone

Method: 2500 Methyl Ethyl Ketone
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.25 (min) to 12 (max)
Analytical Technique: GC-FID
Sampler: Molecular Sieve (carbon)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Methyl ethyl ketone peroxide

Method: 3508 Methyl Ethyl Ketone Peroxide
Flow Rate (LPM): 0.5-0.2
Sample Volume (Liters): 52 (min) to 520 (max)
Analytical Technique: VIS
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: 5-Methyl-3-heptanone

Method: 1301 Ketones Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 25 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl iodide

Method: 1014 Methyl Iodide
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 15 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl isoamyl acetate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl isobutyl carbinol

Method: 1402 Alcohols Iii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl isobutyl ketone

Method: 1300 Ketones I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl mercaptan

Method: 2542 Mercaptans
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 10 (min) to 150 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Glass Fiber Filter; HgAc
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Methyl methacrylate

Method: 2537 Methyl Methacrylate
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Methyl parathion

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: alpha-Methyl styrene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Methyl tert-butyl ether

Method: 1615 Methyl Tert-Butyl Ether
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 2 (min) to 96 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube (lg)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Mevinphos

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Mineral spirits

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Molybdenum

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 67 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Monocrotophos

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Monomethylaniline

Method: 3511 Monomethylaniline
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 11 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Bubbler; H2SO4
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Monomethylhydrazine

Method: 3510 Monomethylhydrazine
Flow Rate (LPM): 0.5-1.5
Sample Volume (Liters): 3 (min) to 20 (max)
Analytical Technique: VIS
Sampler: Bubbler; HCl
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Naphtha (coal tar)

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Naphthalene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 100 (min) to 200 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Naphthalene

Method: 5506 Polynuclear Aromatic H/C
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Naphthylamines

Method: 5518 Naphthylamines
Flow Rate (LPM): 0.2-0.8
Sample Volume (Liters): 30 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Glass Fiber Filter & Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nickel

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 25 (min) to 1000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Nickel carbonyl

Method: 6007 Nickel Carbonyl
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 7 (min) to 80 (max)
Analytical Technique: HGAAS
Sampler: Coconut Shell Charcoal Tube (low Ni)
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Nicotine

Method: 2544 Nicotine
Flow Rate (LPM): 1.0
Sample Volume (Liters): 60 (min) to 400 (max)
Analytical Technique: GC-Nitrogen phosphorus detector
Sampler: XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitric acid

Method: 7903 Acids, Inorganic
Flow Rate (LPM): 0.2-0.5
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel (washed)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitric oxide

Method: 6014 Nitric Oxide & Nitrogen Dioxide
Flow Rate (LPM): 0.025
Sample Volume (Liters): 1.5 (min) to 6 (max)
Analytical Technique: VIS
Sampler: Molecular Sieve w/ Triethanolamine & oxidizer
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: p-Nitroaniline

Method: 5033 P-Nitroaniline
Flow Rate (LPM): 1-3
Sample Volume (Liters): 16 (min) to 350 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Nitrobenzene

Method: 2005 Nitrobenzenes
Flow Rate (LPM): 0.01-1
Sample Volume (Liters): 10 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: p-Nitrochlorobenzene

Method: 2005 Nitrobenzenes
Flow Rate (LPM): 0.01-1
Sample Volume (Liters): 1 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitroethane

Method: 2526 Nitroethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1.5 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: 2XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitrogen dioxide

Method: 6014 Nitric Oxide & Nitrogen Dioxide
Flow Rate (LPM): 0.025-0.2
Sample Volume (Liters): 1.5 (min) to 6 (max)
Analytical Technique: VIS
Sampler: Molecular Sieve w/ Triethanolamine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitroglycerin

Method: 2507 Nitroglycerin & Ethylene Glycol Dinitrate
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Tenax-GC
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitromethane

Method: 2527 Nitromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 1.2 (min) to 3 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Chromosorb 106
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 2-Nitropropane

Method: 2528 2-Nitropropane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.1 (min) to 2 (max)
Analytical Technique: GC-FID
Sampler: Chromosorb 106
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitrosamines

Method: 2522 Nitrosamines
Flow Rate (LPM): 0.2-2.0
Sample Volume (Liters): 15 (min) to 1000 (max)
Analytical Technique: GC-TEA
Sampler: Thermosorb; N
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitrotoluene

Method: 2005 Nitrobenzenes
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Nitrous oxide

Method: 6600 Nitrous Oxide
Flow Rate (LPM): NA
Sample Volume (Liters): NA (min) to 80% capac (max)
Analytical Technique: Infrared Spectrophotometry
Sampler: air bag
Configuration: L - Click to view recommended configuration.

Airborne Material Sampled: Nuisance dusts

Method: 0500 Particulates N.O.R.
Flow Rate (LPM): 1-2
Sample Volume (Liters): 7 (min) to 133 (max)
Analytical Technique: GRAV
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: n-Octane

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 4 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1-Octanethiol

Method: 2510 1-Octanethiol
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 15 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Tenax GC
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Oil mist (mineral)

Method: 5026 Oil Mist, Mineral
Flow Rate (LPM): 1-3
Sample Volume (Liters): 20 (min) to 500 (max)
Analytical Technique: Infrared Spectrophotometry
Sampler: Polyvinyl Chloride Filter or MCE
Configuration: A/B - Click to view recommended configuration.

Airborne Material Sampled: Organophosphorus Pesticides

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Oxygen

Method: 6601 Oxygen
Flow Rate (LPM): NA
Sample Volume (Liters): 1 (min) to NA (max)
Analytical Technique: Sensor
Sampler: portable
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Paraquat

Method: 5003 Paraquat
Flow Rate (LPM): 1-4
Sample Volume (Liters): 40 (min) to 1000 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Parathion

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Particulates N.O.R.

Method: 0600 Particulates, N.O.R, Resp.
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 20 (min) to 400 (max)
Analytical Technique: Grav.
Sampler: Cyclone & Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Pentachlorobenzene

Method: 5517 Polychlorobenzenes
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 12 (max)
Analytical Technique: GC-Electron capture detector
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Pentachloroethane

Method: 2517 Pentachloroethane
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Poropak R
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Pentachlorophenol

Method: 5512 Pentachlorophenol
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 48 (min) to 480 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Mixed Cellulose Ester Filter & Bubbler
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Pentamidine

Method: 5032 Pentamidine Isethionate
Flow Rate (LPM): 1-2
Sample Volume (Liters): 50 (min) to 1500 (max)
Analytical Technique: HPLC; FL
Sampler: Polyvinyl Chloride Filter; opaque
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: n-Pentane

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 2 (min) to 2 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2-Pentanone

Method: 1300 Ketones I
Flow Rate (LPM): 0.01-2.0
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Petroleum ether/naphtha

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Phenol

Method: 2546 Cresols And Phenol
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: XAD-7
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Phenyl ether

Method: 1617 Phenyl Ether
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Phenyl ether-diphenyl mixture

Method: 2013 Phenyl Ether-Diphenyl Mixture
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 40 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Phenyl glycidyl ether

Method: 1619 Phenyl Glycidyl Ether
Flow Rate (LPM): 0.01-1
Sample Volume (Liters): 80 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Phenylhydrazine

Method: 3518 Phenylhydrazine
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 25 (min) to 120 (max)
Analytical Technique: VIS
Sampler: Bubbler; HCl
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Phorate

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Phosdrin (mevinphos)

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 480 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Phosphine

Method: 6002 Phosphine
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 16 (max)
Analytical Technique: VIS
Sampler: Silica Gel; Hg(CN)2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Phosphoric acid

Method: 7903 Acids, Inorganic
Flow Rate (LPM): 0.2-0.5
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel (washed)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Phosphorus

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 50 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Phosphorus

Method: 7905 Phosphorus
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 5 (min) to 100 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Tenax GC
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Phosphorus trichloride

Method: 6402 Phosphorus Trichloride
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 11 (min) to 100 (max)
Analytical Technique: VIS
Sampler: Bubbler; H2O
Configuration: E - Click to view recommended configuration.

Airborne Material Sampled: Platinum

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 13 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: PAH

Method: 5506 Polynuclear Aromatic H/C
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Polyacrylate

Method: 5035 Super Absorbent Polymer
Flow Rate (LPM): 1-2
Sample Volume (Liters): 50 (min) to 1500 (max)
Analytical Technique: Ion ChromatographyP or AAS
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Polychlorobiphenyl (42% & 54% Cl)

Method: 5503 Polychlorobiphenyls
Flow Rate (LPM): 0.05-0.2
Sample Volume (Liters): 1 (min) to 50 (max)
Analytical Technique: GC-Electron capture detector
Sampler: Glass Fiber Filter & Florisil
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Potassium hydroxide

Method: 7401 Alkaline Dusts
Flow Rate (LPM): 1-4
Sample Volume (Liters): 70 (min) to 1000 (max)
Analytical Technique: titration
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Propionaldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: n-Propyl acetate

Method: 1450 Esters I
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: n-Propyl alcohol

Method: 1401 Alcohols Ii
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Propylene dichloride

Method: 1013 Propylene Dichloride
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.1 (min) to 3.5 (max)
Analytical Technique: GC-Electrolytic conductivity detector
Sampler: Petroleum Charcoal Tube
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Propylene oxide

Method: 1612 Propylene Oxide
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.5 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Pyrene

Method: 5506 Polynuclear Aromatic Hydrocarbons
Flow Rate (LPM): 2.0
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-FL; Ultraviolet; GC-FID
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Pyrethrum

Method: 5008 Pyrethum
Flow Rate (LPM): 1-4
Sample Volume (Liters): 20 (min) to 400 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Pyridine

Method: 1613 Pyridine
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 18 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Ribavirin

Method: 5027 Ribavirin
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 1000 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Ronnel

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 60 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Rotenone

Method: 5007 Rotenone
Flow Rate (LPM): 1-4
Sample Volume (Liters): 8 (min) to 400 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Rubber solvent

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Selenium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Silica, amorphous

Method: 7501 Silica, Amorphous
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 50 (min) to 400 (max)
Analytical Technique: X-Ray Diffraction
Sampler: Polyvinyl Chloride Filter (total) or Polyvinyl Chloride Filter & Cyclone
Configuration: B/C - Click to view recommended configuration.

Airborne Material Sampled: Silica in coal mine dust

Method: 7603 Silica In Coal Mine Dust
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 300 (min) to 1000 (max)
Analytical Technique: Infrared Spectrophotometry
Sampler: Cyclone & Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Silica, crystalline

Method: 7601 Silica, Crystalline
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 400 (min) to 800 (max)
Analytical Technique: VIS
Sampler: Cyclone & MCE or Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Silica, crystalline

Method: 7602 Silica, Crystalline (Ir)
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 400 (min) to 800 (max)
Analytical Technique: Infrared Spectrophotometry
Sampler: Cyclone, & MCE or Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Silica, crystalline,

Method: 7500 Silica, Crystalline, Resp.
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 400 (min) to 1000 (max)
Analytical Technique: X-Ray Diffraction
Sampler: Cyclone & Polyvinyl Chloride Filter respirable
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Silver

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 250 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Sodium hexafluoro aluminate -

Method: 7902 Fluorides, Aerosol & Gas
Flow Rate (LPM): 1-2
Sample Volume (Liters): 12 (min) to 800 (max)
Analytical Technique: Ion Specific Electrode
Sampler: Mixed Cellulose Ester Filter & pad w/ Na2CO3
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Sodium hexafluoro- aluminate

Method: 7906 Fluorides By Ic
Flow Rate (LPM): 1-2
Sample Volume (Liters): 120 (min) to 800 (max)
Analytical Technique: Ion Chromatography
Sampler: Mixed Cellulose Ester Filter & pad w/ Na2CO3
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Sodium hydroxide

Method: 7401 Alkaline Dusts
Flow Rate (LPM): 1-4
Sample Volume (Liters): 70 (min) to 1000 (max)
Analytical Technique: Titration
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Stibine

Method: 6008 Stibine
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 50 (max)
Analytical Technique: VIS
Sampler: Silica Gel w/ HgCl2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Stoddard solvent

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Strychnine

Method: 5016 Strychnine
Flow Rate (LPM): 1-3
Sample Volume (Liters): 70 (min) to 1000 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Styrene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 1 (min) to 14 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Sulfur dioxide

Method: 6004 Sulfur Dioxide
Flow Rate (LPM): 0.5-1.5
Sample Volume (Liters): 4 (min) to 200 (max)
Analytical Technique: Ion Chromatography
Sampler: Mixed Cellulose Ester Filter & Cellulose w/ Na2CO3
Configuration: N - Click to view recommended configuration.

Airborne Material Sampled: Sulfur hexafluoride

Method: 6602 Sulfur Hexafluoride
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): NA (min) to 80% capac (max)
Analytical Technique: GC-Electron capture detector
Sampler: air bag
Configuration: L - Click to view recommended configuration.

Airborne Material Sampled: Sulfuric acid

Method: 7903 Acids, Inorganic
Flow Rate (LPM): 0.2-0.5
Sample Volume (Liters): 3 (min) to 100 (max)
Analytical Technique: Ion Chromatography
Sampler: Silica Gel (washed)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Sulfuryl fluoride

Method: 6012 Sulfuryl Fluoride
Flow Rate (LPM): 0.05-0.1
Sample Volume (Liters): 1.3 (min) to 10 (max)
Analytical Technique: Ion Chromatography
Sampler: Coconut Shell Charcoal Tube (lg)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Sulprofos

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Super absorbent polymer

Method: 5035 Super Absorbent Polymer
Flow Rate (LPM): 1-3
Sample Volume (Liters): 50 (min) to 1500 (max)
Analytical Technique: Ion ChromatographyP or AAS
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: 2,4,5-T

Method: 5001 2,4-D And 2,4,5-T
Flow Rate (LPM): 1-3
Sample Volume (Liters): 15 (min) to 200 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Fiber Filter
Configuration: G - Click to view recommended configuration.

Airborne Material Sampled: Tellurium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 25 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Terbufos

Method: 5600 Organophosphorus Pesticides
Flow Rate (LPM): 0.2-1
Sample Volume (Liters): 12 (min) to 240 (max)
Analytical Technique: GC-FID
Sampler: OVS-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: o-Terphenyl

Method: 5021 O-Terphenyl
Flow Rate (LPM): 1-3
Sample Volume (Liters): 2 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: 1,1,2,2-Tetrabromoethane

Method: 2003 1,1,2,2-Tetrabromoethane
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 50 (min) to 100 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Tetrabutyltin

Method: 5504 Organotin Compounds
Flow Rate (LPM): 1-1.5
Sample Volume (Liters): 50 (min) to 500 (max)
Analytical Technique: HPLC; HGAAS
Sampler: Glass Fiber Filter & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,2,4,5- Tetrachlorobenzene

Method: 5517 Polychlorobenzenes
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 12 (max)
Analytical Technique: GC-Electron capture detector
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,1,2,2-Tetrachloro-2,2-difluoroethane

Method: 1016 1,1,2,2-Tetrachloro-2,2-Difluoroethane & 1,1,2,2-Tetrachloro-1,2-Difluoroethane
Flow Rate (LPM): 0.01-0.035
Sample Volume (Liters): 0.5 (min) to 2 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1,1,1,2-Tetrachloro-1,2-difluoroethane

Method: 1016 1,1,2,2-Tetrachloro-2,2-Difluoroethane & 1,1,2,2-Tetrachloro-1,2-Difluoroethane
Flow Rate (LPM): 0.01-0.035
Sample Volume (Liters): 0.5 (min) to 2 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1,1,2,2-Tetrachloroethane

Method: 1019 1,1,2,2-Tetrachloroethane
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: PCT
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Tetrachloroethylene

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.2 (min) to 40 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Tetraethyl lead

Method: 2533 Tetraethyl Lead (As Pb)
Flow Rate (LPM): 0.01-1.0
Sample Volume (Liters): 30 (min) to 200 (max)
Analytical Technique: GC-Photoionization detector
Sampler: XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Tetraethyl pyrophosphate

Method: 2504 Tetraethyl Pyrophosphate
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 20 (min) to 48 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: 2 Chromosorb 102
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Tetrahydrofuran

Method: 1609 Tetrahydrofuran
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 9 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Tetramethyl lead

Method: 2534 Tetramethyl Lead (As Pb)
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 15 (min) to 100 (max)
Analytical Technique: GC-Photoionization detector
Sampler: XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Tetramethyl thiourea

Method: 3505 Tetramethyl Thiourea
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 50 (min) to 250 (max)
Analytical Technique: VIS
Sampler: Impinger; H2O
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Tetranitromethane

Method: 3513 Tetranitromethane
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 20 (min) to 250 (max)
Analytical Technique: GC-FID
Sampler: Impinger; EtAc
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Thallium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 25 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Thiram

Method: 5005 Thiram
Flow Rate (LPM): 1-4
Sample Volume (Liters): 10 (min) to 400 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Tin, organic compounds as Sn

Method: 5504 Organotin Cpds. (As Sn)
Flow Rate (LPM): 1-1.5
Sample Volume (Liters): 50 (min) to 500 (max)
Analytical Technique: HPLC; HGAAS
Sampler: Glass Fiber Filter & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Titanium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 100 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: o-Tolidine

Method: 5013 Dyes
Flow Rate (LPM): 1-3
Sample Volume (Liters): 150 (min) to 500 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Toluene

Method: 4000 Toluene
Flow Rate (LPM): NA
Sample Volume (Liters): (15 min) (8 h) (min) to GC-FID (max)
Analytical Technique: passive
Sampler: --
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Toluene

Method: 1500 Hydrocarbons, Bp 36-126
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Toluene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2,4 & 2,6-Toluenediamine

Method: 5516 2,4- & 2,6-Toluenediamine
Flow Rate (LPM): 1.0
Sample Volume (Liters): 30 (min) to 500 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Toluene-2,4-diisocyanate

Method: 2535 Toluene-2,4-Diisocyanate
Flow Rate (LPM): 0.2-1.0
Sample Volume (Liters): 2 (min) to 170 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: Glass Wool (coated)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Toluene-2,4-diisocyanate

Method: 5521 Isocyanates, Monomeric
Flow Rate (LPM): 1.0
Sample Volume (Liters): 5 (min) to 500 (max)
Analytical Technique: HPLC-Electrochemical detector
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Toluene-2,6-diisocyanate

Method: 5521 Isocyanates, Monomeric
Flow Rate (LPM): 1.0
Sample Volume (Liters): 5 (min) to 500 (max)
Analytical Technique: HPLC-Electrochemical detector
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: o-Toluidine

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.02-1.0
Sample Volume (Liters): 10 (min) to 150 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Tribromomethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 4 (min) to 70 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Tributyl phosphate

Method: 5034 Tributyl Phosphate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 2 (min) to 100 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Tributyltin chloride

Method: 5504 Organotin Compounds
Flow Rate (LPM): 1-1.5
Sample Volume (Liters): 50 (min) to 500 (max)
Analytical Technique: HPLC; HGAAS
Sampler: Glass Fiber Filter & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,2,4-Trichlorobenzene

Method: 5517 Polychlorobenzenes
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 3 (min) to 12 (max)
Analytical Technique: GC-Electron capture detector
Sampler: PTFE & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,1,2-Trichloroethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 60 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1,1,1-Trichloroethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.1 (min) to 8 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Trichloroethylene

Method: 1022 Trichloroethylene
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 30 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Trichloroethylene

Method: 3701 Trichloroethylene By Portable Gc
Flow Rate (LPM): > 0.02
Sample Volume (Liters): NA (min) to 80% capac (max)
Analytical Technique: GC
Sampler: air bag
Configuration: L - Click to view recommended configuration.

Airborne Material Sampled: Trichlorofluoromethane

Method: 1006 Fluorotrichloromethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.3 (min) to 7 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Trichloromethane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 50 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 1,2,3-Trichloropropane

Method: 1003 Hydrocarbons, Halogenated
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 0.6 (min) to 60 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Trichcylohexyltin hydroxide

Method: 5504 Organotin Compounds
Flow Rate (LPM): 1-1.5
Sample Volume (Liters): 50 (min) to 500 (max)
Analytical Technique: HPLC-HGAAS
Sampler: Glass Fiber Filter & XAD-2
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: 1,1,2-Trichloro-1,2,2-trifluoroethane

Method: 1020 1,1,2-Trichloro-1,2,2- Trifluoroethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.1 (min) to 3 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Triethanolamine

Method: 3509 Aminoethanol Compounds Ii
Flow Rate (LPM): 0.5-1.0
Sample Volume (Liters): 5 (min) to 300 (max)
Analytical Technique: Ion Chromatography
Sampler: Impinger
Configuration: D - Click to view recommended configuration.

Airborne Material Sampled: Triethylenetetramine

Method: 2540 Ethylenediamine, Diethylenetriamine, & Triethylenetetramine
Flow Rate (LPM): 0.01-0.1
Sample Volume (Liters): 1 (min) to 20 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: XAD-2 w/10% 1-naphthylisothiocyanate
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Trifluorobromomethane

Method: 1017 Trifluorobromomethane
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 0.1 (min) to 1 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube (lg+sm)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Trimellitic anhydride

Method: 5036 Trimellitic Anhydride
Flow Rate (LPM): 1.5-2
Sample Volume (Liters): 400 (min) to 1000 (max)
Analytical Technique: GC-FID
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: 2,4,7-Trinitrofluoren-9-one

Method: 5018 2,4,7-Trinitro-Fluoren-9-One
Flow Rate (LPM): 1-3
Sample Volume (Liters): 100 (min) to 500 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Triorthocresyl phosphate

Method: 5037 Triorthocresyl Phosphate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 2 (min) to 100 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Triphenyl phosphate

Method: 5038 Triphenyl Phosphate
Flow Rate (LPM): 1-3
Sample Volume (Liters): 10 (min) to 400 (max)
Analytical Technique: GC-Flame photometric detector
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Tungsten, soluble/ insoluble

Method: 7074 Tungsten (Soluble/Insoluble)
Flow Rate (LPM): 1-4
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Turpentine

Method: 1551 Turpentine
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Valeraldehyde

Method: 2536 Valeraldehyde
Flow Rate (LPM): 0.01-0.04
Sample Volume (Liters): 0.5 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Valeraldehyde

Method: 2539 Aldehydes, Screening
Flow Rate (LPM): 0.01-0.05
Sample Volume (Liters): 5 (min) to 5 (max)
Analytical Technique: GC-FID; Mass Spectrometry
Sampler: XAD-2; 2-(Hydroxymethyl) piperidine
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Vanadium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 2000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Vanadium oxides

Method: 7504 Vanadium Oxides
Flow Rate (LPM): 1.7 or 2.2
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: X-Ray Diffraction
Sampler: Cyclone & Polyvinyl Chloride Filter
Configuration: C - Click to view recommended configuration.

Airborne Material Sampled: Vinyl acetate

Method: 1453 Vinyl Acetate
Flow Rate (LPM): 0.1-0.2
Sample Volume (Liters): 0.75 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: Molecular Sieve (carbon)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Vinyl benzene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): .01-1
Sample Volume (Liters): 1 (min) to 14 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Vinyl bromide

Method: 1009 Vinyl Bromide
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 10 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube (lg)
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Vinyl chloride

Method: 1007 Vinyl Chloride
Flow Rate (LPM): 0.05
Sample Volume (Liters): 0.7 (min) to 5 (max)
Analytical Technique: GC-FID
Sampler: 2 Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Vinylidene chloride

Method: 1015 Vinylidene Chloride
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2.5 (min) to 7 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Vinyl toluene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1 (min) to 24 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: VM&P naphtha

Method: 1550 Naphthas
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 1.3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: Warfarin

Method: 5002 Warfarin
Flow Rate (LPM): 1-4
Sample Volume (Liters): 200 (min) to 1000 (max)
Analytical Technique: HPLC-Ultraviolet
Sampler: PTFE
Configuration: F - Click to view recommended configuration.

Airborne Material Sampled: Xylene

Method: 1501 Hydrocarbons, Aromatic
Flow Rate (LPM): 0.01-0.2
Sample Volume (Liters): 2 (min) to 23 (max)
Analytical Technique: GC-FID
Sampler: Coconut Shell Charcoal Tube
Configuration: K/M - Click to view recommended configuration.

Airborne Material Sampled: 2,4-Xylidine

Method: 2002 Amines, Aromatic
Flow Rate (LPM): 0.02-0.2
Sample Volume (Liters): 3 (min) to 20 (max)
Analytical Technique: GC-FID
Sampler: Silica Gel
Configuration: P - Click to view recommended configuration.

Airborne Material Sampled: Yttrium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 1000 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Zinc and compounds

Method: 7030 Zinc And Compounds, As Zn
Flow Rate (LPM): 1-3
Sample Volume (Liters): 2 (min) to 400 (max)
Analytical Technique: Flame AAS
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Zinc

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 200 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.

Airborne Material Sampled: Zinc oxide

Method: 7502 Zinc Oxide
Flow Rate (LPM): 1-3
Sample Volume (Liters): 10 (min) to 400 (max)
Analytical Technique: X-Ray Diffraction
Sampler: Polyvinyl Chloride Filter
Configuration: B - Click to view recommended configuration.

Airborne Material Sampled: Zirconium

Method: 7300 Elements By Icp
Flow Rate (LPM): 1-4
Sample Volume (Liters): 5 (min) to 200 (max)
Analytical Technique: ICP-AES
Sampler: Mixed Cellulose Ester Filter
Configuration: A - Click to view recommended configuration.