What is the difference between the Portable Gas Diluter and the BASS-100™ Gas Diluter?

The Portable Gas Diluter uses ambient air as the dilution gas and was designed for field use, with dilution ranges of 200:1. The Portable Gas Diluter must be manually adjusted to a desired concentration. The BASS-100™ Gas Diluter has a seamless interface with the Ellvin™ software, so it can automatically generate data for a calibration.

By |2022-04-04T15:58:00+00:00January 25th, 2020|Comments Off on What is the difference between the Portable Gas Diluter and the BASS-100™ Gas Diluter?

What is the difference between the Portable Gas Diluter and the Inline Diluter?

The Portable Gas Diluter is used to calibrate the FROG or TOCAM™. The portable gas diluter enables the user to mix various known concentrations from a single calibration gas cylinder. An internal compressor supplies the dilution gas in the Portable Gas Diluter, or it can be connected to a supply tank of dilution gas. The

By |2022-04-04T15:55:18+00:00January 25th, 2020|Comments Off on What is the difference between the Portable Gas Diluter and the Inline Diluter?

What is the difference between the FROG and the VOCAM™?

The main difference is that the FROG™ may be used for soil, water or air sampling. The VOCAM™ may only be used for air sampling, and is primarily for distributed, fixed, or perimeter monitoring. The VOCAM™ has a heated PID to keep the PID lamp cleaner for longer periods of time. In addition, VOCAM™ has

By |2022-04-05T16:32:51+00:00January 24th, 2020||Comments Off on What is the difference between the FROG and the VOCAM™?

Can I use the FROG to analyze for a certain compound?

The FROG is capable of detecting many different volatile organic compounds (VOCs). The majority of the FROG applications are for BTEX (Benzene, Toluene, Ethylbenzene and Xylenes), Chlorinated Alkenes (cis-1,2-Dichloroethene, trans-1,2-Dichloroethene, Trichloroethene, and Tetrachloroethene), and Naphthalene. However, the FROG can be used for other applications. Please reference our Application Notes page to see other applications or

By |2022-04-04T15:41:29+00:00January 24th, 2020||Comments Off on Can I use the FROG to analyze for a certain compound?

Features

Chemical identification and concentration in under 10 minutes VOC Detection in Air, Water or Soil Included Software Highly Portable Micro-GC Technology makes a FROG smaller than a laptop computer No specialty gases required — never runs out of carrier gas in the field Easy to program GC temperature profile Simple calibration process Lithium Ion Battery

By |2020-03-30T22:52:59+00:00December 23rd, 2019||Comments Off on Features

Authentication of the FROG – Air, Water, and Soil Analyses

Analysis of Solids CERTIFIED REFERENCE SOIL BY METHANOL EXTRACTION Analyte FROG-4000 (ug/kg) Certified Concentration (ug/kg) % Rec MTBE 8900 9450 94% Benzene 20400 20200 101% Toluene 49300 51400 96% Ethylbenzene 43700 40100 109% p/m-Xylene 28900 30400 95% o-Xylene 36300 33600 108% Air Analysis SIDE

By |2020-03-21T14:13:39+00:00December 23rd, 2019||Comments Off on Authentication of the FROG – Air, Water, and Soil Analyses

Authentication of the FROG – Independent Third Party Evaluation

Independent 3rd Party Evaluation BTEX IN WATER Analyte Result (ug/L) Assigned Value (ug/L) Acceptance Window Z Evaluation Benzene 8.1 6.97 5.26 to 8.67 1.99 Acceptable Ethylbenzene 8.0 9.33 0 to 32.7 -0.17 Acceptable Methyl tert-butyl ether (MTBE) 26.3 21.9 13.1 to 30.7 1.51 Acceptable Toluene 21.5 20.3 15.7 to 24.8

By |2020-03-21T14:02:50+00:00December 23rd, 2019||Comments Off on Authentication of the FROG – Independent Third Party Evaluation

Applications

AIR The FROG portable gas chromatograph can detect volatile organic compounds (VOCs) in air, delivering lab-quality results in less than 10 minutes. Read More Details About Air Applications WATER The FROG can detect volatile organic compounds in water as well. Water samples can be run onsite to

By |2020-04-04T16:28:34+00:00December 16th, 2019||Comments Off on Applications
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