|
|
As Gas Chromatograph users will probably confirm, little has changed in the past decades in the way hydrogen gas is used in the laboratory. Now that picture is set to change, thanks to a remarkable multi-disciplinary gas generator manufactured by Parker Balston. Their new paradigm solution for generating hydrogen in laboratories is so easy to use that it could potentially save thousands of Euros a year in expensive downtime and installation costs.
Four different models have been upgraded to the 100, 165, 260 and 510 ml/min units producing high purity hydrogen, 99.9999% at up to 6.89 bar. Special features include an advanced PEM electrochemical cell protection system with microprocessor controls, a unique water hydration circulation purification system. This is also complimented by USB capability with software options for remote monitoring and control, blue intensity back lighted display for simple operator use with touch screen visuals for system status checks, Automatic water fill options, and data logging performance controls for preventative maintenance with reporting tools for use in regulated environments where system validations are required.
These generators will allow GC (Gas Chromatograph) users to supply, control, and automate all hydrogen gas supplies. A single generator can support up to as many as 13 instruments with high purity hydrogen.
Other applications include fuel gases for total hydrocarbon analyzers, supply gases for hydrogenation reactors, hydrogen for pilot scale fuel cells assays and hydrogen for collision reaction gases.
Each generator is available as standard with a two-year warranty emphasizing the quality and reliability
Parker Balston is the worldwide leader in separation and filtration technologies, and offers a broad range of analytical gas generators to meet your specific analytical instrument requirements. All products are backed by a fully staffed field sales and service organization.
|
|
HGH-300 and HGH-500 Hydrogen Generator
HGH-300 and HGH-500 high purity hydrogen generators are based on the technology of astronautic fuel cells, in which hydrogen is produced by the electrolysis of water, and the produced oxygen is released to the atmosphere. The generator consists of electrolyzing/separating pool, power supply, pressure control, desiccation& purification, flow display, etc. The core part -- electrolyzing & separating pool, uses a tube shaped positive pole and a plate shaped negative pole. Both poles are made of stainless steel. The electrolyzing & separating pools can store electrolyte, produce hydrogen as well as release hydrogen at the same time.
The HGH series hydrogen generators have the advantages of large electrolyzing area, low temperature of the pool, better performance, high productability and high purity of hydrogen. The instrument has specially designed to prevent liquid from backflowing
|
|
|
The combination of these technologies produces a continuous on-demand supply of pure nitrogen. Typical applications include nebulizer gases, curtain gases, source gases, chemical and solvent evaporation, instrument purge and supply, evaporative light scattering detector use and sparging.
|
|
Dimensioning range from 26 Nm³/h up to 320 Nm³/h at purity
up to 99.5 %.
Due to the development of special fibres filtrating compressed
air very efficiently, this plant achieves unchanging purity grades.
The IMT-MN is a cost-saving alternative to the traditional supply
by gas-bundles or tank installations.
As an option these plants are available in stainless steel or ATEX
dessign.
|
|
Oxygen from the socket.
Oxygen supply without extensive logistics at purity range up to 40 %.
These membrane generators provide a continuous supply in the
capacity range of 150 ltrs./min. up to 2000 ltrs./min. at O2 purity
grades from 30 - 40 %.
|
|
Besides the standard plants, on request IGS Italia can design and build highly complex plants, with systems installed inside ISO containers, if so required with high-pressure cylinder filling, or else, plan and control the entire gas generation and distribution systems in the customer's facility.
Customized plants can be skid mounted, thus giving full system mobility.
|
|
Nitrogen generation up to 99,9999 / 6.0 purity with "Pressure Swing Adsorption".
The technology of Pressure Swing Adsorption provides for nitrogen provisioning at purity grades of up to 99,9999 % and capacities
ranging from 0,5 - 2.000 Nm³/h.
Following options are available amongst others:
- pressure booster up to 300 bar
- flow meter
- special voltage design
- pressure dew point indicator
- remote inquiry.
All units of the PN model range are equipped with touch panel
and USB port.
|
|
|
The Parker Balston NitroSource Lab nitrogen generator can produce up to 500 lpm of pure LC/MS grade nitrogen at pressures up to 10 bar. The generator is engineered to transform standard compressed air into a safe regulated supply of nitrogen with minimal operator attention. Pressure flow rates and purities are specifically designed to match the stringent requirements of all the latest LC/MS instruments. Typical applications include LC/MS, LC/MS/MS, nebuliser gases for APCI and ESI, ELSD, Turbo Vaps and chemical solvent evaporation. The Nitrosource Lab technology has been tried and tested by all the major LC/MS manufactures.
|
|
A-300/500 Combined Nitrogen and Air Generator
Model GTL-300 (500) combined with nitrogen, hydrogen and air generators is the latest generation product developed and designed for the requirements of the market. It is with the latest technology and offer the best working conditions for the users.
Fast gas generation, High purity gas;
Compact, small in size, and portable;
Multi-stage protective devices are installed, ensuring safety and reliable operation and low noise;
|
|
‘Plug and Play’ Nitrogen Generator for LC/MS
The Parker Balston® NitroFlow Lab is a self contained generator that produces up to 32 lpm of pure LC/MS grade nitrogen at pressures up to 8 bar. It produces nitrogen by utilizing a combination of compressors, filtration, and membrane separation technologies. High and low pressure compressors carefully matched to hollow fibre membranes separate the clean air into a concentrated nitrogen stream.
The combination of these technologies produces a continuous on-demand supply of pure nitrogen. Typical applications include LC/MS/MS nebulizer gases for APCI and ESI, ELSD, Turbo Vaps and chemical solvent evaporation. The NitroFlow Lab has been tried and tested by all the major LC/MS manufactures.
The unique combination of the dual compressor generator ensures that the NitroFlow Lab has several unique technical advantages over all other existing LC/MS Nitrogen Generators.
Nitrogen is produced at low pressure and then compressed to 8 bar. This ensures minimal maintenance of the system with no compressed air filter replacements or condensate. The compressor life is guaranteed under the Parker Balston warranty for 8000 continuous running hours, the longest currently available on the market.
Parker Balston is the worldwide leader in separation and filtration technologies, and offers a broad range of analytical gas generators to meet your specific analytical instrument requirements. All products are backed by a fully staffed field sales and service organization.
|
|
Performance: max. 900 ltrs./h
Purity: max. 95 %
Supply pressure: 10 bar
Car tyres: max. 8 pces./h
Dimensions: 900x650x120cm (HxWxD)
Weight: 20 kg
- Industrial filters ensure adequate filtration of compressed air
- minimal compressed air consumption
- Installation operative after connection to compressed air!
|
|
Parker Balston® SOURCE LCMS-5000 Series is now available for Applied BioSystems MDS Sciex API-LC/MS users
The Parker Balston® SOURCE-LCMS-5000 is a visually integrated and functionally modular LC/MS gas generation system which produces high purity nitrogen, zero air and exhaust pump gases for all Applied Biosystems – MDS Sciex LC/MS/MS instruments.
It produces nitrogen, zero air and pump exhaust air by utilizing a combination of a compressor with filtration, catalysts and membrane separation technologies. An integrated low-maintenance compressed air supply is filtered by high efficiency coalescing filters removing all contaminants down to 0.01 micron. Hollow fiber membranes subsequently divide the clean air into a concentrated nitrogen stream. The zero air is produced by catalytic oxidation which converts the hydrocarbons. A passive hollow-fiber dehydration membrane is used to create the exhaust pump gas.
The integrated Scroll compressor is ‘whisper’ quite at only 48 dBA and is supplied as standard with a 10,000 hour / 3 year warranty. Low maintenance and reliable this offers the best compressor warranty currently available on the market.
Parker Balston is the worldwide leader in separation and filtration technologies, and offers a broad range of analytical gas generators to meet your specific analytical instrument requirements. All products are backed by a fully staffed field sales and service organization.
|
|
Nitrogen generation plants designed for multiple industrial applications.
These plants, both standard and industry design are manufactured for capacity ranging from 50 Nm³/h up to 5.000 Nm³/h and ensure large
and continuous volumetric flow rates.
Following options are available:
redundant design, back-up system, operation-hous counter, alert function, booster, stailess steel or ATEX design, container installation mounted.
|
|
Membrane technology in the range of nitrogen purity
of up to 99,9 %.
This generator type provides easy handling without specific
training resp. comprehensive operation manual.
When nitrogen consumption is stopped, the unit
automatically switches to stand-by mode.
Maintenance is indeed negligible, just the filter set
needs to be replaced.
Connection and start-up are actually very easy,
just by use of a standard 230V outlet, at rating of
1,5 kW up to 6 kW, depending on the production
capacity.
This model range HN provides N2 purity grades from
98,0 % up to 99,9 %, at capacity from 2,9 Nm³/h up to
103,0 Nm³/h, depending on the required purity grade.
|
|
Perfected nitrogen technology for permanent operation.
N2 purity up to 99,5 % using the reliable membrane technology.
Dimensioning range of this generator model line is from
0,10 Nm³/h up to 15,00 Nm³/h.
Advantages for the user:
- constant high quality of N2
- continous nitrogen availability at anytime
- low installation costs
- negligible running costs
- safe and easy operation
- no handling costs as for cylinders or gas bundles
- no handling safety hazard as for cylinders.
Following options are available:
ATEX, stainless steel version, analyser unit.
|
|
The modular design of the OXYSWING® Medical Oxygen Concentrators allows an unlimited flexibility in the selection and lay-out of a medical oxygen supply system. After installation the end user has even the possibility to adapt his generator to changed oxygen supply conditions by simply varying the number of PSA modules of the unit.
Certified Quality.
Also in terms of quality the OXYSWING® Medical Oxygen Concentrators offer a new dimension: besides the manufacturing to the quality standards of both ISO 9001:2000 and ISO 13485:2003, OXYSWING® Medical Oxygen Concentrators are also certified to the 93/42/CE directive for medical devices, which makes them fully suitable for any healthcare application.
Reliable, Convenient & Simple.
· Process piping, valves and air treatment of each supplied concentrator already sized for the maximum possible number of PSA modules;
· Standard process piping and valve bodies made of stainless steel;
· Components from first-class international suppliers with proven durability even under harsh operating conditions and available throughout the world;
· Standard oxygen analyzer with zirconium-oxide measuring cell:
maximum measuring reliability
no annual measuring cell renewal required
no yearly calibration required
· Optional electronic flow meter installed inside the metal cabinet;
· Optional CO2 analyzer;
· Optional telemetry for remote monitoring and control of the oxygen generator
· Robust and simple design for minimum maintenance requirements;
· No skilled personnel needed for system modification at the installation site in case of changed oxygen supply conditions
|
|
Oxygen PSA range
Oxygen production by use of "Pressure Swing Adsorption"
technology with purity rates up to 99,5 % and capacities
ranging from 0,5 - 2.000 Nm³/h.
Following options are available:
- alert function
- analyser units
- operation-hour counter
- pressure booster up to 300 bar
- touch panel
- SMS message system
- flow meter
- special voltage design.
|
|
The NITROSWING® Line of nitrogen generators provides the most simple and economic solution for producing nitrogen according to your needs and with desired purity:
- Inexpensiveness
You are no longer subject to supplier price increases
- Savings
No rental, filling, delivery or order management costs
- Unlimited supply
Nitrogen always available, without any risk of running out of stock
- Personalized purity
You can choose between 3% and 10 ppm of residual oxygen
- Constant and safe purity
The residual oxygen is constantly checked through a high accuracy analyzer
- Compact design and reduced dimensions
Small overall dimensions, easy transport and simple handling
- Safety
No more high-pressure cylinders storage, handling and changeover risks
- Expandability
You can increase the supply of nitrogen whenever you want by simply varying modules or banks
The features of the NITROSWING® Line:
- Components made by prestigious world manufacturers available throughout the world
- No adsorption dryer upstream of the generator to prevent wasting compressed air
- Minimum maintenance
- Zirconium cell based analyzer:
maximum reading reliability
inexhaustible
no yearly calibration required
- Electronic flow meter fitted inside cabinet
- Complete expandability without making any substantial changes to the system
- Pipes, valves and air treatment already sized for utmost extension
|
|
There are three hydrogen generator models in the HG2000 Series, offering outputs of 200 to 600 Nml/min and gas purity ratings in excess of 99.9995%. Thanks to their compact dimensions, these units can easily be positioned near the analysers they feed.
These generators are equipped with a microprocessor control system, a liquid crystal display to inform the operator of generator status in real time, and a membrane keyboard for setting main gas delivery parameters. HG2000 Series hydrogen generators are also equipped with an effective alarm system to warn the operator of any system malfunctions.
|
|
Proton Exchange Membrane Compact
Hydrogen Generators
- High purity (99.999+ %)
- Process pressure
- Minimizes hydrogen inventory
- No caustic electrolytes, asbestos free
- Reliable, compact, automatic control
Production rates: .5 - 1 Nm3/h (19 to 38 scf/h)
Distributed Energy Systems makes Proton Exchange Membrane (PEM) hydrogen generators the new standard for on-site hydrogen production. Related PEM products are already recognized as the technology of choice for automotive fuel cells. HOGEN® hydrogen generators are available for broad commercial use.
|
|
Trusted technology that has been proven successful in our CFH Range of Hydrogen Generators has now been incorporated into the design for our new Peak Hydrogen Generators.
Safety Features such as a Self- Check for internal leaks on Power- Up, Dual Safety in the form of pressure control and a mechanical pressure switch as well as forced air ventilation eradicate the risk of Hydrogen escaping into atmosphere.
The Hydrogen Generators also benefit of an automatic water loading pump, which loads water automatically from an external tank, allowing for easier and less frequent re-fills of de- ionised water.
The new smaller design of this generator range safes valuable space in your laboratory.
|
|
TELEDYNE ENERGY SYSTEMS, INC. manufactures hydrogen generation systems designed for on-site, automatically controlled, ultra-pure hydrogen product gas generation. Delivery flows range from 1.1 nm3/hr (20 SLM) up to 56 nm3/hr (1,000 SLM) with 99.9998% purity. The generators also produce oxygen as a byproduct of the water electrolysis process.
The hydrogen generators are fully assembled, skid mounted and operationally tested prior to shipment to facilitate ease of installation and commissioning. System design can also be provided to include compression and storage solutions specific to your application.
TELEDYNE ENERGY SYSTEMS, INC. hydrogen generators are currently used in power plant, chemical plant, semiconductor, argon purification, metals processing, float glass, fiber optic, research laboratory, fuel cell testing, and hydrogen fueling applications throughout the world.
|
|
|
Andritz VA TECH HYDRO has been producing generators and other electrical equipment since 1892. Well known under the repudated brand name "ELIN", VA TECH HYDRO generators are in operation all over the world. Generators with a capacity of more than 40,000 MVA are in service. Our own welding and machining facilities secure high quality and short delivery time.
|
|
BENEFITS AND SAVINGS
- H2 production only on demand
- Ultra compact design
- Improved productivity and chromatography results
- Improved safety in the lab
- Extended column life
- Increased efficiency in the laboratory
- No caustic solutions required
- Recommanded by the major analytical instruments company
APPLICATION
Eliminate the high pressure H2 gas cylinders of the laboratory by generating a continuous source of pure H2 gas for the following applications:
- GC-FID, NPD, TCD, ELCD, HALL
- GC-Carrier gas
- THA
OPERATING MODE
These generators use the newest membrane technology for the electrolytic production of pure H2 gas. This technology was preferred over alternative hydrogen generating techniques because it is clean, requires less maintenance and there is no need to store chemicals to maintain operation. Hydrogen is produced by electrolysis of water through a polymer membrane. Only pure water, either distilled or deionised, is required to provide trouble free long term operation. A dessican t cartridge purifies the hydrogen.
Safety features :
The small contained volume(< 50 ml )makes the generator safe for operation in spaces where cylinder hydrogen is restricted. An auto shutt off procedure places the unit in standby in the event of an internal error, and selectable alarms allow the user to be informed whenever operating conditions vary from the set point.
|
|
Claind’s nitrogen generators satisfy all laboratory analysis and industrial process needs with very few exceptions.
The range includes compact generators with built-in oil-free compressors, medium and high pressure generators for industrial applications, and special generators for OEM applications.
Claind’s nitrogen generators are based on PSA (Pressure Swing Adsorption) technology for maximum reliability and gas quality. Claind has also patented the Fast Purity system, the most significant innovation in the world of PSA technology in recent years.
|
|
Hydrogen generator HG2000
There are three hydrogen generator models in the HG2000 Series, offering outputs of 200 to 600 Nl/min and gas purity ratings in excess of 99.9995%. Thanks to their compact dimensions, these units can easily be positioned near the analysers they feed.
These generators are equipped with a microprocessor control system, a liquid crystal display to inform the operator of generator status in real time, and a membrane keyboard for setting main gas delivery parameters. HG2000 Series hydrogen generators are also equipped with an effective alarm system to warn the operator of any system malfunctions.
|
|
|
A full range of laboratory gas generators are available including UHP Hydrogen, Nitrogen, Zero Air and CO2 Free Air.
|
|
HOGEN GC hydrogen generators provide ultra-pure (99.9999%) pure hydrogen for a wide variety of laboratory and small scale industrial applications such as:
- Carrier gas for Gas Chromatographs (GCs)
- Fuel gas for flame ionization detectors (FID¹s) used with GCs
- Fuel gas for Trace Hydrocarbon Analyzers
- Hall detector reaction gas
- Plus hydrogen for other precision instruments and chemical research
|
|
|
Claind’s nitrogen generators satisfy all laboratory analysis and industrial process needs with ver | | |
