Analytical Gas Generation
Parker’s analytical gas systems enable consistent accuracy through a constant, on-demand supply of nitrogen, hydrogen, zero air, and clean dry air. Save time and money with an analytical gas system that integrates seamlessly with your workplace. Many sizes and models are available, allowing you to take control of your gas supply without the hassle of costly, inconvenient cylinders.
Tired of Changing Cylinders?
Features and Benefits:
• Eliminate the inconvenience of changing out gas cylinders.
• Improve lab safety.
• Free up valuable laboratory floor space.
• Compact and reliable.
• Continuous gas supply.






Nitrogen Generators
Parker’s nitrogen generators are engineered to affordably transform standard compressed air into a safe supply of pure nitrogen.
- Complete ‘plug-and-play’ generator producing up to 99.5% purity hydrocarbon and phthalate-free LC/MS grade nitrogen gas.
- Free sanding N2-Series generators convert compressed air into Nitrogen.
- Ultra clean Nitrogen – up to 99.9999%.
- Eliminate the costly and potentially risky use of nitrogen cylinders.
- Save time and money by generating your own nitrogen on-site.

Hydrogen Generators
Generate hydrogen for weeks of continuous operation using only deionized water and electricity.
Add an optional automatic water-feed for remote installations, or for installations with minimal operator attention.
- Purities for both fuel and carrier gasses.
- Ultra clean hydrogen – up to 99.99999%
- Runs on deionized water and electricity.
- Designed to run 24 hours a day with minimal attention required.

Zero Air Generators
Generate zero-grade air from standard compressed air.
- Ultra-high purity for GC and FID applications.
- Free of total hydrocarbons to 0.05ppm.
- Increases accuracy and repeatability analysis.

Air Dryers
Remove water vapor from your air supply to prevent corrosion, condensation, and microbial growth.
- Produces a continuous supply of purge gas for FTIRs
- Continuous supply of gas for TOCs.
- Dry air down to -73 C for NMR applications.
Supplemental Materials
Learn more about Parker’s analytical gas generation technology with the videos and documents provided below.

