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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 |
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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. |
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ADVANTAGES AND ECONOMIES
Conceived specifically to meet the requirements of flows and purities of the analytical instruments
Increase in the analytical performances
Increase in the effectiveness of the laboratory
Reinforced safety
More important economies
Simple installation
Recommended and approved by the manufacturers of instrumentations LCMS
APPLICATION
Product of nitrogen high purity starting from compressed air.
Replace the nitrogen bottles for the following applications:
- LCMS/MS
- DETECTOR ELSD
- EVAPORATION Of SAMPLES
Principle of operation
Nitrogen is produced by using membrane technology, starting from a network of compressed air without oil or pre treaty of a mini pressure. of 110 psi.
The fall of pressure is only of 10 psi (0.5 bar), weakest of the market, making easier the connection of the generator to your own network of compressed air.
The diaphragm functions on the principle of the selective permeation, or the oxygen, the steam and the CO2 which are fast gases cross the diaphragm, while nitrogen, gas slow, continuous to circulate in the form of gas flow inside the diaphragm. |
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A complete range of membrane module sets offers you the possibility to integrate your own nitrogen source. Your requirements can always be met thanks to the different sizes and membrane performance available.
The smallest module only measures around 30 centimetres in length and the largest around 1.5 metres. Due to the different measurements there is surely a module that will fit the equipment you are designing. |
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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 %. |
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Dynetek Industries Ltd. designs and manufactures lightweight Mobile Fueling Stations for efficient transport of compressed gases such as hydrogen and natural gas.
These Mobile Stations allow cost effective development of gas markets, and provide an Instant Infrastructure(R) by making Hydrogen or CNG immediately accessible to end-users.
The unique storage advantage of the Mobile Fueling Stations lies in the use of Dynetek's Dynecell(R) cylinders, a seamless, thin wall aluminum liner covered with a full carbon fibre overwrap. The cylinders are non-permeable and exhibits limited expansion under pressure and temperature changes.
For more information visit www.dynetek.com |
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CNG Series
Twin Tower Natural Gas Dryers
CNG Series twin tower purification systems are completely self-contained, fully automatic, heat reactivated, closed-loop blower purge desiccant dryers. Located at the gas inlet of the booster compressor, they are designed to remove water vapor from Compressed Natural Gas. Using molecular sieve as the drying media, these systems will continuously dry CNG down to a pressure dew point as low as -100°F with residual moisture levels as low as 0.04 lbs. per mmscf.
Specifically engineered for large flow (>200 scfm) heavy-duty NGV fleet refueling applications.
Specially formulated molecular sieve desiccant for minimal odorant fading and low-pressure drop.
Full-ported, poppet type non-lubricated valves for reliable operation and long life.
Down-flow drying results in less fluidization & longer desiccant life.
Closed-loop convection regeneration-no gas lost to purge and prolonged desiccant life.
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P u r g a s complete purification series
In order to make natural gas suitable for utilisation as fuel in motor vehicles, it is essential to remove suspended solid particles and to ensure that the gas is dry (i.e. that it contains no water)! On the one hand this ensures reliable operation of the vehicles by preventing clogging and corrosion of vital vehicle components such as the fuel system and the fuel tank.
On the other hand, natural gas fuel filling stations are not subject to disturbances, for example at compressor intakes or due to freezing at the fuel pumps, so that availability is ensured around the clock.
Meet the reqirements of ISO 15403:2000(E). http://www.iso.org
ZANDER offers system solutions from 16 up to 350 bar. Capacity 35m³/h up to 2500 m³/h.
Manufactured by the specifications ISO 9001 and ISO 14000, the design of the delivered absorbers and filters is technically free from oil and grease, for applications involving technical gases of the fluid group 1 according to the pressurised equipment directive (DRG 97/23/EC). This ZANDER system solution dependably fulfils the standard for natural gas quality according to ISO 15403:2000(E) as well as compliance with the European directives for explosion protection according to ATEX (94/9/EG)
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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. |
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The domnick hunter MAXIGAS range of nitrogen generators has been developed to allow users to produce their own supply of nitrogen gas on-site, without the need for traditional high pressure cylinder or liquefied gas supply.
A domnick hunter Maxigas nitrogen generator can very easily form the basis of a complete central nitrogen supply, furnishing multiple analytical instruments with clean, dry nitrogen.
The MAXIGAS generators produce nitrogen gas from a virtually free resource %u2013 air. Designed to operate from compressed air, the generators deliver a continuous, uninterrupted supply of nitrogen gas at purity from 97%-99.999%.
The MAXIGAS systems offer the safest, most convenient and economic source of nitrogen available. The compact, modular design allows easy upgrading of the system as production capacity expands.
At 10 ppm oxygen content flow rates vary from 1.3 Nm3/hr to 6.5 Nm3/hr. At 1% the corresponding flow rates available are 11.8 Nm3/hr %u2013 59.1 Nm3/hr.
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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. |
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KOFLOC Nitrogen Gas Generator MNT SERIES (2.5NL/min-20NL/min)
KOFLOC Nitrogen Gas Generator MNT SERIES is a small, low-cost nitrogen generator with a small compressor, allowing it to be used anywhere with just a 100 VAC power supply. The adsorbent (molecular sieving carbon selectively adsorb a large amounts of oxygen under high-pressure condition, quickly removing oxygen carbon dioxide and moisture out of air, leaving only the high purity nitrogen gas as the final product. The adsorbent material releases oxygen when depressurized. High-purity nitrogen gas can be produced continuously by PSA (pressure swing absorption), which is a method of alternately pressurizing 2 adsorption vessels.
FEATURES
♦ Fully automatic
♦ Compact
♦ 100 VAC power supply
♦ High-purity and dry (–55˚C or less) nitrogen gas can be obtained
♦ Aluminum pressure vessels
♦ Quiet operation
♦ Quick startup
♦ High purity (99.999%) is also available
APPLICATIONS
* Substitution for nitrogen gas cylinders
* For heat treatment processes
* Semiconductor processes
* CA storage gas for fruits and vegetables
* Non-oxidization seal gas
* Explosion-proof or rust-prevention gas
* Seal gas for shipping
* Blanket gas for synthetic fibers and melted spinning |
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The NM20Z is a self contained Gas Station designed specifically for the API Analyser Range. It is a plug and play system, fully tried and tested. You will be operational in minutes and running analysis without interruption.
Features & Benefits
Three gas lines from one system
No more cylinders, regulators, re-ordering or safety issues
Quiet operation
Simple to install to any analyzer
No electrical requirements
Wall mountable
24 hour operation |
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The LASERGAS nitrogen generator is a truly high range generator thanks to sophisticated technology and exceptional performance.
This unique gas generator is capable of producing nitrogen at very high pressure. It is available in various versions with different outputs, purity and pressure ratings.
The LASERGAS nitrogen generator can be used in any area of industry requiring a medium or high pressure nitrogen supply, or whenever intermittent demand requires large reserves of nitrogen to be kept ready for rapid consumption. |
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‘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.
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The N110DR has been designed specifically to supply Nitrogen to all LC/MS, offering Nitrogen Gas in flow rates and purities suitable for these applications and comes set at recommended pressures.
This highly sophisticated NitroGen features dual redundant air compressors, resulting in uninterrupted supply of gas and therefore 100% LC/MS uptime even if one of the compressors failed. New robust design and the use of quality components further lengthen the lifetime of the compressors with even less maintenance requirements.
The intelligent PLC offers integrated self diagnostics which will alert the user if a fault or leak has been detected, service is required and aid remote fault finding resulting in further minimizing downtime.
The high design standards make this not only the most sophisticated gas generator on the market, but also the most reliable and intelligent solution for your LC/MS gas requirements. |
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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! |
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Parker has developed a nitrogen generation tyre compression unit, which have been specially designed for delivering high quality compressed nitrogen into tyres. Called TyreSaver and Truck TyreSaver the new range offers unsurpassed levels of service life and potential savings of $100'000 on tyre maintenance and downtime in a one year period. This means, a truck tyre inflated with nitrogen could easily go an extra 50'000 miles before the tyres need servicing.
The units are designed for filling tyres with nitrogen supplying the purity required to keep the tyres at constant pressure. Equipped for connection to an external nitrogen storage vessel or directly to the airline, the generator will automatically switch on and off depending on the nitrogen demand.
The compressed air can be sourced either from a central system, or from a dedicated compressor. High quality compressed air filtration, coarse, fine and carbon filters protect the membranes ensuring long membrane life.
Nitrogen in tyres is a concept which has been adopted by road haulage firms in the United States and Canada, who have been using Truck TyreSaver for the last three years. Moreover the concept is widely used in the Motorsport industry and NASA for a number of years, one factor behind this is Nitrogen's low risk of combustion. |
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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.
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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. |
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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. |
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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. |
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CENTRALE DE REMPLISSAGE DE BOUTEILLES EN CONTAINER
ATELIERS CLEF SUR PORTE
CENTRALE DE PRODUCTION D’OXYGENE ET D’AZOTE- CRAFT®
Les centrales de la gamme CNO sont identiques à celles de la gamme CPO à la différence près qu’elles disposent d’un générateur d’oxygène et d’un générateur d’azote permettant la production alternée des deux gaz et le remplissage de cylindres via deux rampes situées de part et d’autre du container atelier.
Rappelons que l’azote est utilisé aussi bien dans le secteur médical qu’industriel (conservation des aliments, contrôle de qualité en milieu industriel et hospitalier, conservation des cellules et tissus vivants, inertage du bain de plomb sur les lignes de fabrication du verre, gonflage de pneumatiques, etc).
Container avec toiture de protection, éclairage, mesure paramagnétique de qualité de l'oxygène et de l’azote.
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N2 FLO, N2 PICO and N2 MAXI Series nitrogen generators are based on PSA (Pressure Swing Adsorption) technology for superbly high quality gas production. Thanks to a sophisticated microprocessor control system, these gas generators can function autonomously for 24 hours a day without having to be shut down at all. An oxygen analyser is installed as standard equipment to ensure a top quality nitrogen supply and to sound a warning buzzer in the unlikely event of a drop in purity. Claind’s high efficiency molecular sieves and the absence of maintenance give greatly reduced nitrogen generation costs compared to alternative supplies.
BENEFITS
High system efficiency
Low running and nitrogen generation costs
Continuous 24 hours/day, 365 days/year unattended operation
Easy to use thanks to single button startup and clear instructions on front panel display
Nitrogen production matches consumption thanks to stand-by mode
Minimal annual maintenance
APPLICATIONS
Food processing
Chemical industry
Thermal treatment
Electronics industry
Lab analysis (in centralised systems)
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ISO 20' CONTAINERISED CYLINDER FILLING PLANT - TURN KEY
Iso 20' workshop container
The whole of the components is entirely mounted within a modified container serving as technical workshop divided in two areas with three access doors and a control board with digital display. The container is equipped with a dismountable metallic roof, an air cooling system as well as inside and outside lighting. Among other features, we may point out the special outdoor paint consisting in a primer surface treatment and finishing enamel coat .
The container represents an excellent protection against intrusions of any kind (dust, rain, thefts, and so on), it allows CPN units to be operated every door closed. Designed to be used outdoor, their ventilation system guarantees the efficiency of the whole device whatever the environment temperature and moisture conditions are.
Seemingly similar to any other 20 feet container, the CPN workshop container facilitates considerably the conveyance of the plant (pass for fork-elevator, bolt-on ISO corners). In addition to that, it can easily be loaded on an adapted trailer improving the mobility of the equipment to such a point that it can be operated from a spot to another without being taken off the trailer. |
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Nitrogen Plants and Stations
Membrane nitrogen plants
The most advanced, completely automated plants designed for production of nitrogen from atmospheric air.
Nitrogen purity — up to 99.95%, Recovery — up to 5000 nm³/hr
Adsorption nitrogen plants
Up-to-date stationary automated systems designed for gaseous nitrogen production from air.
Nitrogen purity — up to 99.999%, Recovery — up to 5000 nm³/hr
Cryogenic nitrogen plants
Cryogenic temperatures based plants for production of liquid and gaseous nitrogen from atmospheric air.
Nitrogen purity — up to 99.9999%, Recovery — up to 90000 nm³/hr
Mobile nitrogen stations
Mobile stations for air-to-nitrogen production specially developed for operation in various climatic zones.
Nitrogen purity — up to 99.5%, Recovery — up to 5000 nm³/hr
Mobile nitrogen compressor stations
Self-propelled and carried nitrogen compressor stations for high-pressure nitrogen recovery.
Nitrogen purity — up to 99.95%, recovery — up to 20 nm³/hr, pressure — up to 35 atm. |
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Lead free welding
With the introduction of RoHS legislation, manufacturers of electronic appliances have had to adapt their welding systems to use lead-free welding alloys. Because the new alloys require a higher fusion temperature, they are also more liable to oxidation. One way of preventing this is to direct a flow of nitrogen over the welding process. Both wave welding and reflux oven welding are affected by this phenomenon.
Solution
Claind’s basic solution for combating weld oxidation is to install a standard nitrogen generator to deliver gas of adequate purity for the welding process and a nitrogen accumulator of suitable size to cover the requirements of intermittent operations. All Claind nitrogen generators can be used in welding processes according to the plant configuration.
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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. |
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• Turnkey PSA onsite oxygen generator plants.
• Mobile, compact, stationnary or shelter units available.
• Oxygen output purity, flow and pressure are stable and certified.
• CE marked for medical use.
• Standard available purity ranges : 93%, 95% and 99%. |
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Technical gas production equipment
