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Resources for Lab Gas Generators
Simply click any of the resources for lab gas generators below to download PDF copies. Of course, if you are just looking for answers to your questions, feel free to peruse our Parker FAQ section under Support. And if you still can’t find the information you need, simply contact us for more information.
White Papers
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Generation of Laboratory Gases in the Age of Coronavirus
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A Guide to Safe Handling of Compressed Gases in the Laboratory
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How to Convert from Helium to Hydrogen Carrier Gas
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Nitrogen: The Most Cost-Effective Makeup Gas for Gas Chromatography
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Noise Pollution in the Lab
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A Sustainable Approach to the Supply of Nitrogen
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Effect of Purging a Sealed and Desiccated FTIR Spectrometer Sample Compartment
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Selecting a Gas Generator for Your Lab
Application Notes
Helium is commonly used as GC carrier gas, but it is a non-renewable resource and there is a global shortage that has caused prices to increase significantly causing users to switch to hydrogen (H2).
FT-IR spectrometers provide spectra in less time than scanning systems, but water vapor and/or CO2 in the sample chamber leads to additional peaks that may obscure important information. Learn how these interferences can be eliminated.
While Helium has been traditionally used as a make-up gas, its availability has decreased and its cost has increased causing many chromatographers to instead use nitrogen.
Explore recommended purification methods to obtain air for a FID, which enable the best signal to noise ratio for the best analysis available.
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