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ChromGasᵀᴹ Stackable Gas Generator
This new gas generator series boasts a stackable design and compact size that ensures effortless integration, while freeing up valuable laboratory space. Its new state-of-the-art controls feature a user interface panel that elevates both user-friendliness, performance monitoring and convenience.
- Compact design with stackable configuration
- Eliminates dangerous high-pressure cylinders
- Requires little operator attention
- Remote networking capability
- Typical payback of 24 months
- Exceeds NFPA 504 and OSHA 1910.103
- Meets CSA, UL, CE and UKCA
White Papers
Making the Switch to Gas Generators
Generation of Laboratory Gases in the Age of Coronavirus
A Guide to Safe Handling of Compressed Gases in the Laboratory
How to Convert from Using Helium to Hydrogen as a Carrier Gas
Nitrogen: The Most Cost-Effective Makeup Gas for Gas Chromatography
Noise Pollution in the Laboratory
Aftermarket Services for Your Laboratory Gas Generators
Eliminate stress. Our protection plans and 100% certified team will handle it.
- Service Options: free phone support, repairs, warranties, and more.
- Installations Services. Invariably, equipment installed incorrectly has proven unreliable and inefficient, increasing ownership costs over its lifetime. Our factory-trained technicians ensure your equipment is installed and commissioned to meet your requirements, giving you maximum energy efficiency, reduced downtime, and lower operational costs.
- Preventative Maintenance Programs.
- Complete Protection Programs. Take a 15% discount when you bundle preventative maintenance with an extended warranty and ensure your equipment and lab will perform at their best for many years.
Featured Literature
Recommended Gas Generators for Analytical Instrumentation
ChromGas H2F Hydrogen Generators for Gas Chromatography
ChromGas ZAG Zero Air Generators for Gas Chromatography
Aftermarket Services Brochure
Chromatography Product Brochure
Spectroscopy Product Brochure
ALIGN™ Series Gas Generators
We designed the new energy saving ALIGN™ Multi-Gas Generator to support both SCIEX and PerkinElmer mass spectrometers. Compact and quiet, this generator offers maximum instrument uptime and saves up to 30% in utility costs over other models. View our interative eBrochure to learn more about the breakthrough design, applications, gas generation process, technical specs and more.
Case Studies
Analytical Lab & Training Institute
Today the analytical lab and training institute has three Parker laboratory generators in continuous operation and recommends them as the gold standard of onsite laboratory gas generating solutions.
Environmental Conservation Agency
The customer ultimately purchased several Parker hydrogen generators, zero air generators, and TOC gas generators that not only streamlined their mobile operations but also to eliminated the risk of potential safety incidents.
Grain Manufacturer
The cutomer worked with a local Parker distributor to find the best solution for its facility. Installing a hydrogen generator reduced the company’s dependence on high-pressure cylinder and improve its production efficiencies.
Industrial Chemical Supplier
The customer ultimately purchased Parker’s H2PEMD and H-MD hydrogen generators, along with HPZA zero air generator.
Aerosol and Liquid Product Manufacturing & Blending
Parker installed two zero air generators to supply GC’s in both of their manufacturing sites. In addition, we cleaned up their on-site compressed air source that was lacking proper drying technology by installing two membrane air dryers ahead of the zero air generators.
Synthetic Biology
The customer purchased two Parker hydrogen gas generators known for their esteemed reputation for performance and reliability.
Market Applications
Converting from Helium to Hydrogen for GC Carrier Gas
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.
Generating Purge Gas for FT/IR Spectroscopy
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 to eliminate these interferences.
Optimum Generation of Make-up Gas for GC-FID
Helium has traditionally been used as a make-up gas, but because its availability has dramatically decreased and its cost continues to increase, today's chromatographers are using nitrogen instead.
Removal of Methane from Air for Stable FID
Explore recommended purification methods to obtain air for an FID, which enable the best signal to noise ratio for the best analysis available.