• • The Parker domnick hunter H high purity hydrogen gas generators offer the optimum combination of safe operation, reliability and performance.
  • Utilising field proven PEM cell technology, hydrogen is produced on demand from deionised water and electricity, at low pressure and with minimal stored volume. Innovative control software allows unrivalled operational safety and reliability.
  • The H generators ideally supply fuel gas to all known GC combustion detectors used in today’s laboratory workflows. Three models operate at flow rates; 160 ml/min, 250 ml/min and 500 ml/min.
  • Hydrogen generators are available with Remote Networking software. Remote Networking software allows up to 27 hydrogen generators to be actively controlled from one central PC, and facilitates true cascading capabilities.
  • Features / Benefits:
  • • Eliminate dangerous hydrogen cylinders from the work place
  • • Simple to install and operate
  • • Compact, reliable with minimal maintenance
  • • Produces a continuous supply of 99.9995% pure hydrogen at up to 6.9 bar
  • • 2 year standard cell warranty
  • • Optional automatic water fill and remote networking capability

   

Literature and Reference Materials

Catalogue – Parker domnick hunter Analytical Gas Systems – (English)

Catalogue – Parker domnick hunter Gas Chromatography Products – (English)

Product Information Sheet – Hydrogen Generators for GC Fuel Gas Applications – (English)

White Paper – An evaluation of hydrogen as a carrier gas in the analysis of the halogenated pesticide-herbicide mixture listed in US EPA Method 551.1

White Paper – An evaluation of the analysis of polyaromatic hydrocarbons (PAHs) using a gas chromatograph-flame ionisation detector (GC-FID) with generated & cylinder/compressor gases.

Parker–AGS Supplies Catalog | AGS-SUPCAT-M

Parker–AGS-Chromatography-E

White Paper – How to convert from Helium to Hydrogen gas for Chromatography applications – (English)

Product Demos & Tutorials

Interactive Presentation – Parker domnick hunter Analytical Gas Systems – English (Requires Adobe Flash)

• • • • The Parker domnick hunter H-MD ultra high purity hydrogen gas generators offer the optimum combination of safe operation, reliability, performance and low cost of ownership.
    • • Utilising field proven PEM cell technology, hydrogen is produced on demand from deionised water and electricity, at low pressure and with minimal stored volume. Innovative control software allows unrivalled operational safety and reliability.
    • • The H-MD generators ideally supply GC and GC/MS carrier gas, in addition to all known combustion detectors that are routinely used in today’s laboratory workflows. Four models operate at flow rates; 160 ml/min, 250 ml/min, 500 ml/min and 1100 ml/min.
    • • Hydrogen generators are available with Remote Networking software. Remote Networking software allows up to 27 hydrogen generators to be actively controlled from one central PC, and facilitates true cascading capabilities.
    • • Features / Benefits:
    • • • Eliminate dangerous hydrogen cylinders from the work place
    • • • Simple to install and operate
    • • • Compact, reliable with minimal maintenance
    • • • Produces a continuous supply of 99.99995% pure hydrogen up to 1,100 ml/min and 6.9 bar
    • • • 2 year standard cell warranty
    • • • Optional automatic water fill and remote networking capability

Literature and Reference Materials

FOCUSED ON Continuous Generation – Nitrogen gas generation solutions for liquid chromatography mass spectrometry – (English)

FOCUSED ON Exceptional Accuracy – Gas generation solutions for gas chromatography – (English)

Catalogue – Parker domnick hunter Analytical Gas Systems – (English)

Catalogue – Parker domnick hunter Gas Chromatography Products – (English)

Product Information Sheet – Hydrogen Generators for GC Fuel Gas Applications – (English)

White Paper – An evaluation of hydrogen as a carrier gas in the analysis of the halogenated pesticide-herbicide mixture listed in US EPA Method 551.1

White Paper – An evaluation of the analysis of polyaromatic hydrocarbons (PAHs) using a gas chromatograph-flame ionisation detector (GC-FID) with generated & cylinder/compressor gases.

Parker–AGS Supplies Catalog | AGS-SUPCAT-M

Parker–AGS-Chromatography-E

White Paper – How to convert from Helium to Hydrogen gas for Chromatography applications – (English)

White Paper – Analysis of 16 EPA PAH’s by GC/MS using Hydrogen Carrier Gas

Product Demos & Tutorials

Interactive Presentation – Parker domnick hunter Analytical Gas Systems – English (Requires Adobe Flash)

• Parker Balston’s FID-1000NA, FID-2500NA, and FID-3500NA Gas Stations provide both hydrogen gas and zero grade air to FID detectors on Gas Chromatographs. These systems are specifically designed to provide fuel gas and support air to 10-11 Flame Ionization Detectors, Flame Photometric Detectors or Total Hydrocarbon Analyzers.

• Hydrogen gas is produced from deionized water using a Proton Exchange Membrane Cell. The hydrogen generator compartment utilizes the principle of electrolytic dissociation of water and hydrogen proton conduction through the membrane. The hydrogen supply produces up to 500 cc/min of 99.9995% pure hydrogen with pressures to 60 psig.

• Zero air is produced by purifying on-site compressed air to a total hydrocarbon concentration of < 0.1 ppm (measured as methane). The zero air compartment produces up to 3500 cc/min of zero grade air.

• The FID Gas Stations are state-of-the-art systems with highly reliable components engineered for easy installation, operation, and long term performance. The  FID-1000NA, FID-2500NA, FID-3500NA eliminate all the inconveniences and cost of zero air and hydrogen cylinder gas supplies and dependence on outside vendors. Uncontrollable price increases, contract negotiations, long term commitments, and tank rentals are no longer a concern. With an FID Gas Station, you control your gas supply.

• All Parker Balston gas generators exceed NFPA 50A and OSHA 1910.103 regulations which outline the storage of hydrogen. Produced and supported by an ISO 9001 registered organization, Parker Balston’s hydrogen generators are the first built to meet the toughest laboratory standards in the world: CSA, UL, CE and IEC 1010.

• • Ideal for up to 10-11 FIDs

• • Produces UHP zero air from house compressed air (<0.1 ppm THC) and 99.9995% pure hydrogen in one enclosure

• • Eliminates inconvenient and dangerous zero air and hydrogen cylinders from the laboratory

• • Increases the accuracy of analysis

• • Reduces the cleaning requirement for the detector

• • Recommended and used by many GC and column manufacturers

• • Typical payback period of less than one year

• • Automatic water fill

• Silent operation and minimal operator attention required

Literature and Reference Materials

Balston Analytical Gas Systems Catalog, Gas Stations Section

Balston Analytical Gas Systems Catalog, Accessories Section

Fuel Air Purity FID Sensitivity Study

Gas Generators for Chromatography

Hydrogen Fuel Gas for FID in Gas Chromatography

Parker–AGS-Chromatography-E

Parker–Bulletin LFAGS-K FOCUSED ON ANALYTICAL GAS SYSTEMS

White Paper – Noise Pollution in the Laboratory

• The Parker Balston H2PEMPD ultra high purity hydrogen generators offer the optimum combination of safe operation, reliability, performance and low cost of ownership.H2PEMPD hydrogen generators utilise field proven PEM cell technology, hydrogen is produced on demand from deionized water and electricity. It then passes through a palladium purifier module to remove oxygen down to <0.01ppm. Innovative control software allows remote monitoring and the connection of several generators together (cascading) to supply applications with a large hydrogen demand.

  With an output capacity of up to 1,300 ml/min at a purity of 99.99999+% and pressures up to 11.9 bar, the generator is ideal for all GC & GC/MS carrier gas (including fast GC) and combustion detector applications, and a more cost effective alternative to helium. To ensure continuous operation all generators include automatic water feed as standard.

  Features / Benefits:

  • Flow capacities up to 1,300 ml/min and pressures up to 11.9 bar

  • Ultra high purity, 99.99999+%, an ideal alternative to helium for GC & GC/MS carrier gas applications

  • 3 year standard cell warranty

  • Designed to run continuously with automatic water feed as standard

  • Automatic shut-down in case of a hydrogen leak

  • Minimal maintenance and operator attention

Literature and Reference Materials

Parker–AGS Supplies Catalog | AGS-SUPCAT-M

White Paper – An evaluation of the analysis of polyaromatic hydrocarbons (PAHs) using a gas chromatograph-flame ionisation detector (GC-FID) with generated & cylinder/compressor gases.

Product Information Sheet – Hydrogen Generators for GC and GC/MS Fuel and Carrier Gas Applications – (English)

White Paper – An evaluation of hydrogen as a carrier gas in the analysis of the halogenated pesticide-herbicide mixture listed in US EPA Method 551.1

White Paper – How to convert from Helium to Hydrogen gas for Chromatography applications – (English)

• • A Parker Hydrogen Generator is an excellent source of ultra-pure, dry hydrogen for a wide range of laboratory uses. These generators are used extensively with gas chromatographs to provide a fuel gas for Flame Ionization Detectors (FID), a reaction gas for hall detectors, and a carrier gas to ensure absolute repeatability of retention times. High sensitivity trace hydrocarbon analyzers and air pollution monitors also use hydrogen to ensure the lowest possible background noise.

   

  • Other applications include using hydrogen for hydrogenation reactions and for FID’s used in the analysis of engine gas emissions in the automobile industry. In all applications the Parker Hydrogen Generator sets the standard for safety, operational performance, and dependability. Parker Hydrogen Generators eliminate the need for expensive, dangerous, high pressure cylinders of hydrogen in the laboratory. It is no longer necessary to interrupt important analysis to change cylinders.

   

  • Generator flow capacities of up to 300 cc/min. of ultra-high purity hydrogen are available. Parker Hydrogen Generators are compact benchtop units designed for use in the laboratory or in the field.

   

  • Hydrogen gas is produced by electrolytic dissociation of water. The resultant hydrogen stream then passes through a palladium membrane to assure carrier grade purity.

   

  • Only hydrogen and its isotopes can penetrate the palladium membrane; therefore, the purity of the output gas is guaranteed to be 99.99999+% consistently. This technology produces hydrogen at a guaranteed purity two orders of magnitude greater than desiccant or silica gel technologies. Parker Hydrogen Generators offer many special features to ensure safe and convenient operation. These features include smart-display technology system status at a glance and automatic water fill for endless operation.

   

  • Features/Benefits

   

  • • Eliminates dangerous and expensive hydrogen gas cylinders from the laboratory

   

  • • Exceeds OSHA 1910.103 and NFPA 50A safety guidelines

   

  • • Safe, produces only as much gas as you need

   

  • • Produces a continuous supply of 99.99999+% pure hydrogen gas without snap on downstream purifiers

   

  • • Compact and reliable, only one square foot of bench space required, and designed to run continuously 24 hours/day

   

  • • Unique (NM) no maintenance palladium membrane prevents baseline drift unlike auto-drying technologies

   

  • Certified for laboratory use by CSA, UL, IEC 1010, and CE Mark

Literature and Reference Materials

Article – In House Generation of Hydrogen for Head Space Chromatography

Balston Analytical Gas Systems Catalog, Accessories Section

Gas Generators for Chromatography

Guide – How to Convert from Helium to Hydrogen for Gas Chromatography

Market Application – Hydrogen Fuel Gas for FID in Gas Chromatography

Market Application – Hydrogen for Head Space Chromatography

Parker–AGS Supplies Catalog | AGS-SUPCAT-M

Parker–AGS-Chromatography-E

Parker–Bulletin LFAGS-K FOCUSED ON ANALYTICAL GAS SYSTEMS