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Parker Gas Separation and Filtration Division EMEA
Analytical Gas Systems

Analytical Gas Systems

Product catalog summary

Overview: Parker domnick hunter is a leading provider of gas systems for the analytical instrument market, offering solutions that meet the stringent gas requirements of major manufacturers like Agilent and Thermo Fisher. Their systems are known for ultra-high purity gas, silent operation, and minimal maintenance.

Key Benefits:

Improved Performance: Consistent gas quality enhances instrument stability and result reproducibility.
Convenience: On-demand gas supply eliminates the need for gas cylinders or liquid dewars.
Safety: Reduces health risks by eliminating high-pressure cylinders and manual handling.
Cost Efficiency: Offers a payback period of less than 18 months with minimal ongoing costs.

Safety Concerns with High-Pressure Cylinders: High-pressure gas cylinders pose significant safety risks, including potential asphyxiation and explosive hazards. Analytical gas generators mitigate these risks by operating at lower pressures and storing minimal gas volumes.

Advantages of Analytical Gas Generators:

Safety: Reduced pressure and volume eliminate missile scenarios and explosive risks.
Convenience: Continuous operation with minimal maintenance prevents unplanned downtime.
Purity: Consistent gas purity improves analytical accuracy.
Cost: Eliminates hidden costs associated with cylinder rental and delivery.

Innovative Technology: Parker domnick hunter employs advanced technologies like carbon molecular sieves and robust hydrogen membranes to ensure reliability and long life of their gas generators.

Product Information: The hydrogen generators for GC and GC/MS applications offer high purity hydrogen production with features like remote networking and automatic water fill. They are compact, reliable, and require minimal maintenance.

Technical Specifications: Models vary in flow rates from 160 ml/min to 1100 ml/min, with a continuous supply of 99.99995% pure hydrogen. They are designed for easy installation and operation, with optional features for enhanced functionality.

Introduction: The document discusses the use of hydrogen as a carrier gas in gas chromatography-mass spectrometry (GC/MS) for analyzing Polynuclear Aromatic Hydrocarbons (PAHs). Hydrogen offers faster analysis times and improved resolution compared to helium, with additional safety and cost benefits.

Product Specifications: The document provides detailed specifications for various hydrogen generator models (20H-MD, 40H-MD, 60H-MD, 110H-MD) including flow rate, purity, water consumption, delivery pressure, and dimensions. All models offer ultra-high purity hydrogen (>99.99995%) and optional auto water fill.

Technical Data: Key technical data includes ambient temperature range (5 - 40°C), water supply pressure (0.1 bar g), and supply voltage range (90V - 264V). Port connections for hydrogen outlet and water fill are specified.

Preventative Maintenance: Maintenance kits are available with change frequencies of 6 and 24 months. Optional extras include RemoteNet software for controlling multiple generators.

Analytical Considerations: The analysis of 16 EPA PAHs is typically performed using GC-FID or GC/MS. Hydrogen as a carrier gas improves analytical performance, reduces run times, and minimizes laboratory hazards associated with high-pressure cylinders.

Experimental Setup: The experimental setup includes a Shimdazu QP2010s with hydrogen supplied by a Parker domnick hunter 110H-MD generator. The method involves specific temperature settings and a total run time of 48.33 minutes.

Results: Detection limits of 1ppb were achieved with excellent baseline resolution. Hydrogen carrier gas reduced peak tailing and improved sensitivity and resolution compared to helium.

Conclusion: Hydrogen carrier gas provides superior analytical performance and safety benefits over helium. It reduces peak tailing, lowers detection limits, and offers better baseline resolution.

Product Information Sheets: The document includes information on hydrogen generators for ICP-MS instruments and zero air generators for GC combustion detector applications. These products eliminate the need for dangerous gas cylinders and offer compact, reliable solutions with minimal maintenance.

Overview: The document provides detailed information on various nitrogen and dry air generators designed by Parker domnick hunter for different analytical applications, including GC makeup and carrier gas, LC/MS, and Agilent instruments. These generators are designed to produce ultra-high purity nitrogen and dry air, ensuring maximum instrument uptime and eliminating the need for nitrogen cylinders.

Specifications: The generators are available in different models with varying flow rates and purities. They are equipped with integral oil-free compressors and noise reduction technology. The purity levels are typically greater than 99.999% for nitrogen, with specific models tailored for different applications.

Product Features: Key features include a continuous supply of high-purity nitrogen, compact design, minimal maintenance, and phthalate-free components. The generators are designed to be quiet and reliable, with options for models with or without compressors.

Technical Data: The document provides detailed technical specifications, including dimensions, weight, ambient temperature range, and supply voltage range. It also includes information on port connections and preventative maintenance kits.

Applications: The generators are suitable for various applications, including GC makeup and carrier gas, LC/MS, and specific Agilent instruments. They are designed to meet the drying, sheath, nebulisation, and collision gas requirements of modern instrumentation.

Preventative Maintenance: The document outlines the availability of preventative maintenance kits for different models, with recommended change frequencies to ensure optimal performance.

Contact Information: Parker Hannifin Manufacturing Limited provides contact details for further inquiries and support.

Overview: The document provides detailed information on various nitrogen and dry air generators designed by Parker domnick hunter for laboratory applications, specifically for LC/MS instruments, multiple LC/MS installations, and other analytical applications. These generators are engineered to provide high purity nitrogen and dry air, ensuring maximum instrument uptime and eliminating the need for traditional supply methods like cylinders.

LCMS20/3 Generators: These generators offer dual flow nitrogen and dry air streams, suitable for both positive and negative ionisation modes in LC/MS instruments. They are available with or without an integral oil-free compressor, are quiet, and approved by major manufacturers. Key features include a plug-and-play system, continuous nitrogen supply, and noise reduction technology.

MIDIGAS LAB Generators: Designed for medium flow, high demand applications, these generators provide nitrogen with purities from >95% to >99.999%. They feature a modular design, automatic economy mode, and continuous purity monitoring, offering a reliable alternative to cylinders or liquid nitrogen.

MAXIGAS LAB Generators: Suitable for high flow applications, these generators offer flow rates from 30 L/min to 2500 L/min with high purity levels. They are modular, reliable, and designed to maximize instrument uptime while providing a cost-effective solution.

G3 and G4 Generators: These models are tailored for analytical and general laboratory applications, providing ultra-high purity nitrogen. They are compact, quiet, and available with or without an integral compressor, ensuring minimal maintenance and high analytical performance.

CD10 Generators: Specifically for Circular Dichroism and ICP applications, the CD10 provides ultra-high purity nitrogen, enhancing spectroscopic resolution and productivity. It is easy to install and operate, with minimal maintenance required.

Technical Specifications: The document includes detailed technical data for each model, including flow rates, purity levels, dimensions, weight, and operational requirements such as ambient temperature range and supply voltage. Preventative maintenance kits and their change frequencies are also specified for each generator type.

Overview: The document provides detailed technical information on various gas generators and purifiers designed by Parker Hannifin Manufacturing Limited for use in medical, analytical, and industrial applications. It includes specifications, features, maintenance guidelines, and application areas for nitrogen, dry air, and CO2-free air generators.

1. Nitrogen Generators:

Model: G1-LN-800
Features: Produces ultra-high purity nitrogen (99.999%) continuously, includes an integral oil-free compressor, and is designed for Edge Medical devices.
Specifications: Flow rate of 800 ml/min, outlet pressure of 17 mbar, and operates within an ambient temperature range of 5 - 45°C.
Maintenance: Requires a filter and compressor kit change every 12 months.

2. Dry Air Generators:

Models: G8 and G9
Features: Provide high purity dry air for spectroscopy applications, equipped with noise reduction technology.
Specifications: G8010 and G9010 models offer flow rates of 3 and 6 L/min respectively, with a delivery pressure of 5 bar.
Maintenance: Filter and compressor kits need replacement every 12 months.

3. CO2 Free Air Generators:

Model: K-MT-LAB
Features: Produces ultra-high purity CO2-free air for FT-IR and TOC applications, with flow rates from 1.5 to 100 L/min.
Specifications: CO2 outlet concentration is less than 1 ppm, with a pressure dew point up to -70°C.
Maintenance: Filter cartridges and other components require replacement every 18 to 36 months depending on the model.

4. Applications:

Gas Chromatography (GC) and Liquid Chromatography/Mass Spectrometry (LC/MS) instruments benefit from these generators for various gas requirements like carrier, purge, and nebulization gases.
Other applications include spectroscopy, analyzers, and general laboratory uses.

5. Contact Information: Parker Hannifin Manufacturing Limited, domnick hunter Filtration and Separation Division, Gateshead, England. Contact via phone or email for further inquiries.

Technical Specifications and Applications:

Nitrogen Usage: Utilized in various applications such as Condensation Nucleation Light Scattering Detector (CNLSD), CO2 Incubators for IVF and regenerative medicine, and Chemical Vapour Deposition (CVD) instrumentation. Nitrogen is used to create oxygen-deficient atmospheres and aid deposition processes with flow rates up to 12 L/min.
Hydrogen Usage: Employed in Chemical Vapour Deposition and Plasma Cleaning Instrumentation as a high-efficiency process gas, with flow rates up to 1000 ml/min. Also used in hydrogenation processes in organic chemistry.

Contact Information:

Global Presence: Parker Hannifin Corporation has a wide network across Europe, Middle East, Africa, North America, Asia Pacific, and South America, with specific contact details provided for each region.
Headquarters: Located in Gateshead, England, with contact details for inquiries.

Catalog excerpts

climate control process control sealing & shielding ENGINEERING YOUR SUCCESS.

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Parker domnick hunter Parker domnick hunter is the leading provider of Gas Systems for the Analytical Instrument market. Generators are specifically designed to meet the stringent gas requirements for all the leading Analytical Instrument manufacturers including Agilent, Thermo Fisher, Waters, Shimadzu, AB Sciex, Perkin Elmer and many others. Utilising Parker's range of patented proprietary technologies, there are 1,000's of systems installed worldwide. These technologies offersome unique performance benefits, including guaranteed ultra high purity gas, silent operation, minimal moving parts...

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common sight in many laboratories: a default for supplying analytical instruments with their gas requirements, high-pressure gas cylinders are familiar and provide the gas that's required, so it could be said that the old adage, 'if it isn't broke, don't fix it,' could well apply. Despite this, increasing numbers of analytical instrument users are choosing to supply their GC FID, LC/MS and other types of instrument with gas via an analytical gas generator. Driving this decision will be a combination of factors broadly grouped into four areas; safety, cost, convenience and purity. Safety Concerns......

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re-calibration, are required before samples can be run. Life is more convenient with a gas generator as there's no unplanned downtime. Analytical gas generators only require simple quick maintenance which can be planned for - they don't unexpectedly run-out of gas halfway through analysis. Increased Purity... Analytical gas generators provide a constant source of gas. This removes the variations in purity between cylinders, helping to improve sensitive analyses. Purity is also preserved because there is no chance for impurities to enter the gas pipes, which may happen as cylinders are switched...

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Product Information Sheet Hydrogen Generators for GC combustion detector applications 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...

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Product Selection 'With respect to oxygen Note: For auto water fill option add suffix AWF ie 20H-AWF Technical Data Preventative Maintenance * 20H Continuous operation approx 6 to 7 months * 40H Continuous operation approx 4 to 5 months * 60H Continuous operation approx 2 to 3 months Optional Extra's ©2011 Parker Hannifin Corporation. All rights reserved. Catalogue: 174004749J)1_EN 03/11 ENGINEERING YOUR SUCCESS.

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Product Information Sheet Hydrogen Generators for GC and GC/MS carrier gas applications 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...

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Product Selection 'With respect to oxygen Note: For auto water fill option add suffix AWF ie 20H-MD-AWF Technical Data Preventative Maintenance Optional Extra's ©2011 Parker Hannifin Corporation. All rights reserved. Catalogue: 174004750_01_EN 03/11

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ENGINEERING YOUR SUCCESS. The Analysis of 16 EPA PAHs by GC/MS using Mark Wilkinson ([email protected]), James Heseltine ([email protected]) The aim of this technical paper is to optimize and produce a robust and repeatable method for the analysis of 16 EPA PAHs by GC/MS using generated hydrogen carrier gas, over helium. This yields vastly improved analytical performance with shortened run times, whilst eliminating laboratory hazards associated with high pressure vessel usage, storage and handling. Hydrogen is the choice of carrier gas for many applications, due to faster analysis...

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Detection limits of lppb were easily achieved, with excellent baseline resolution. 10 replicates were ran at this level, with typical RSD's of <0.1, and signal/noise (s/n) ratios varying between 5 and 20 (typically <10). Standards were prepared in Dichloromethane over a range of 5 to lOOppb. Calibration over this range showed excellent linearity with all compounds Late compound tailing - Helium Elimination of peak tailing ■ Typically, late eluting PAHs tend to tail, sometimes quite badly, making integration difficult, and peak asymmetry poor. In the above example, you can see clearly that the...

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Product Information Sheet Hydrogen Generators The Parker domnick hunter 40H-ICP hydrogen gas generator, developed in collaboration with major instrument vendors, meets the initial purge and reaction gas requirements of the Collision Reaction Interface, providing simple routine removal of troublesome spectroscopic indifferences. 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 40H-ICP hydrogen generator...

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PrOdllCt Selection Note: For auto water fill option add suffix AWF ie 20H-AWF 'With respect to oxygen Note: For auto water fill option add suffix AWF ie 40H-ICP-AWF Technical Data Preventative Maintenance ©2011 Parker Hannifin Corporation. All rights reserved. Catalogue: 174004751_01_EN 03/11 ENGINEERING YOUR SUCCESS.

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Product Information Sheet for GC combustion detector applications The Parker domnick hunter UHP-ZA zero air generators produce a continuous stream of organic impurity free air from an external dry compressed air source and offer superior limits of detection over and above other modes of supply. Flow rates range from 1 LVmin to 30 LVmin. The UHP-ZA generators feature an interchangeable top panel facilitating the direct mounting of any Parker domnick hunter hydrogen generator. The stackable system forms an innovative, modular FID gas station suitable for all known GC combustion UHP-ZA generators...

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Analytical Gas Systems

Analytical Gas Systems

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