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The H5450 and H5470 compressors have a range of configurable cylinders that enable performance to be very closely matched to the required duty. In this manner the machines can be arranged with 1 to 5 stages using 3 to 6 cylinders.
The crankcase may be pressurised up to 15 bar g which permits hazardous gas booster applications, where the crankcase is equalised to the suction pressure.
For inert gases the units may be used with a maximum suction pressure of 100 bar g, by use of a non-pressurised crankcase.
Gas Applications
These machines can handle a wide variety of gases, depending on application. Your salesman will be pleased to advise, but typical gases include: argon, bio-gas, carbon monoxide, carbon dioxide, ethane, ethylene, helium, hydrogen, methane, natural gas, neon, nitrogen, nitrous oxide, oxy-helium, sludge gas, sulphur hexaflouride and xenon.
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CNG Refuelling Solutions
As a world leader in compressed air and gas systems, CompAir's technological advances in design, manufacture and installation of ready-to-run refuelling systems are helping to make CNG a viable energy resource for today's commuters and transport operators.
1. Tabulated figures are only a sample of standard module ranges. Inlet pressures are available between 0 and 18 bar g. HGP50 motors range
from 45 to 90 kW. Standard motors for HGP70 range from 90 to 250 kW.
2. Dimensions and weights are subject to module choice.
3. Performance figures are based on inlet conditions of 200C. Flow rates (FAD) measured in accordance with ISO 1217:1996, reference to 1.013
bar absolute, using a 50Hz motor.
4. Delivery pressure of 250 bar g is typical. Delivery pressures are available up to 350 bar g.
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NOVAIR proposes to its industrial clients oil-free gas and air compressors of the following types:
Oil-free piston compressors
•1, 2 and 3-stage piston compressors
•Conveyance of numerous toxic, explosive and corrosive gases
•Suction temperatures from -20°C to 130°C
•System pressures up to 60 bar(g)
•Booster compressors with thrust up to 45 bar(a)
•Drive up to 200 kW
•Direct drive coupling or via V-belt
•Air and water-cooled versions
•Versions for potentially-explosive atmospheres
Oil-free screw compressors
•1, 2-stage screw compressors
•Air conveyance
•Suction temperatures from -20°C to 50°C
•System pressures up to 8 or 10 bar(g)
•Booster versions with thrust up to 4 bar(g)
•Flow rates from 360 m3/h to 3,000 m3/h
•Drive output up to 355 kW
•Air and water-cooled versions
•Versions for potentially-explosive atmospheres
Numerous options are available for designing compressor systems to customer specifications, including frequency controllers, filters, sterile filters, aftercoolers, refrigerant dryers, adsorption dryers, buffer tanks.
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Burton Corblin® compressor
Range of performance:
• Inlet volume: 20 000 m3/h (11750 cfm)
• Power: 2500 kW (3400 hp)
• Discharge pressure: 250 bar ( 3600 psi )
High quality reciprocating technology:
• dry (non lube) compressor technology
• controlled lubrication technology matching process requirements and tolerances
• API 618, 4th edition compressor design
• pressure vessels according international codes as applicable
• complete « plug and play » packages integrating control systems, gas regulation equipments, and gas treatment equipments
• design of package going from basic processes as well as most difficult process applications
• customized technical study of your project as soon as initiated
• optimized design based on a wide experience with hundreds of compressor packages operating in production sites from food industry to petrochemical industries, handling light and heavy gases
• combined technology grouping a piston compressor line with diaphragm compressor head at the final stage resulting in extra flow/pressure performance
• easy maintenance mostly handled by the operators themselves
• after sales: Serviceman on site, spare parts, compressor up grade and revamping
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- oil-free
- up to 150 bar
- absolutely gas-tight
- compressed air and gas
- ATEX-conformity
- air- or water-cooled
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The Laby® compressor represents unbeatable reliability and availability, thanks to its unique labyrinth sealing system on piston and piston rod gland that allows oil free and contact-free compression. The result is an extended meantime between overhaul, that has a positive impact on reliability and operating cost.
Neither contamination of the gas by abraded material from piston rings nor hot spots from friction occur. The Laby® is designed to compress bone-dry, dirty, abrasive and other gases. The gastight casing reduces gas emission and losses to the environment to zero. The Laby® compressor easily manages the compression of LNG boil-off gas at suction temperatures down to minus 160°C (minus 250 F).
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Sauer Compressors UK offers a wide family of gas compressors:
'H' series compressors are used for Air or Nitrogen compression. Each compressor is an air-cooled, single acting, three or four stage-reciprocating piston compressor with the combination of oil pressure fed crankshaft bearings, and cylinder oil splash with regulated injection for the final high-pressure piston plunger design.
Performance with inert gases, such as Nitrogen, ranges from 10 to 150 Nm^3/h within a final pressure range of 100 to 350 bar including the Sauer unique NitroFlex integrated 'all-in-one' - Compressor, generator and gas booster.
'W' series compressors are oil-lubricated, single acting water-cooled piston compressors for air or inert gas compression in two or three stages from 10 to 100 bar with gas flow-rates from 65 to 400 Nm^3/h.
'LB' series inert gas boosters are dedicated nitrogen gas boosters that can accept suction pressures from 4 to 14 bar to deliver gas to a maximum of 40 bar. This single stage gas booster range is the result of years of trouble-free experience with the 'L' range.
'L' series compressor/boosters offer a wide range of gas flow-rates from 10 to 400 m^3/h at pressures to 40 bar in two or three stages based upon the established marine diesel air-start Sauer range of two and three stage oil-lubricated, piston compressors. Even as air compressors they can be safely adapted for use in Ex-atmospheres to ATEX regulations
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JAB Kompressors are own developments with the knowledge we gained during the construction of our compressors with a performance up to 350 Bar.
The main characteristics of these machines are oil pressure lubrication, oil pressure control, oil pressure monitoring, shut down in case of lack of oil, oil and water separation with automatic discharge and condensate separation as well as very low noise emitting values.
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Advantages of JAB Compressors For Gas Compression
Compressor 4 stages, air cooled
Compression proofed crankcase
Gas proofed shaft packings through axial face seals
Oil pressure lubrication for crank drive and piston of the 3rd and 4th stage
External lubricating oil filter
High efficient cooling system
Maintenance-free oil and water separator
Micro filter at the high pressure gas outlet
Efficient, economic, easy maintenance
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QRNG Single & Two Stage Natural Gas Compressors
Based on the proven performance of the QR-25, an air compressor with over 80 years of reliable service, but engineered exclusively for natural gas applications, the Quincy QRNG™ is constructed of heavy-duty cast iron for strength and durability. The cylinders are cast with horizontal cooling fins and machined to rigid tolerances. The Quincy QRNG features an advanced-design pressure lubrication system, rebuildable connecting rods, and low-lift valves.
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The process gas compressor represents high availability and a long meantime between overhaul thanks to an optimized selection of high quality components and valves that result in low operating and maintenance cost. Burckhardt Compression has over 160 years of experience in manufacturing reciprocating compressors and offers a worldwide one-stop service.
The company provides a robust and reliable process gas compressor of Swiss design and manufacture. It is designed according to individual application requirements within the API 618 specifications. It is available oil-free or lubricated, horizontal or vertical. It handles easily hydrogen, hydrocarbons and corrosive gases at high pressure.
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'H' series compressors are used for Air or Nitrogen compression. Each compressor is an air-cooled, single acting, three or four stage-reciprocating piston compressor with the combination of oil pressure fed crankshaft bearings, and cylinder oil splash with regulated injection for the final high-pressure piston plunger design.
Performance with inert gases, such as Nitrogen, ranges from 10 to 150 Nm^3/h within a final pressure range of 100 to 350 bar including the Sauer unique NitroFlex integrated 'all-in-one' - Compressor, generator and gas booster.
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Sauer Compressors UK offers a wide family of gas compressors:
'H' series compressors are used for Air or Nitrogen compression. Each compressor is an air-cooled, single acting, three or four stage-reciprocating piston compressor with the combination of oil pressure fed crankshaft bearings, and cylinder oil splash with regulated injection for the final high-pressure piston plunger design.
Performance with inert gases, such as Nitrogen, ranges from 10 to 150 Nm^3/h within a final pressure range of 100 to 350 bar including the Sauer unique NitroFlex integrated 'all-in-one' - Compressor, generator and gas booster.
'W' series compressors are oil-lubricated, single acting water-cooled piston compressors for air or inert gas compression in two or three stages from 10 to 100 bar with gas flow-rates from 65 to 400 Nm^3/h.
'LB' series inert gas boosters are dedicated nitrogen gas boosters that can accept suction pressures from 4 to 14 bar to deliver gas to a maximum of 40 bar. This single stage gas booster range is the result of years of trouble-free experience with the 'L' range.
'L' series compressor/boosters offer a wide range of gas flow-rates from 10 to 400 m^3/h at pressures to 40 bar in two or three stages based upon the established marine diesel air-start Sauer range of two and three stage oil-lubricated, piston compressors. Even as air compressors they can be safely adapted for use in Ex-atmospheres to ATEX regulations
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Sauer Compressors UK offers a wide family of gas compressors:
'H' series compressors are used for Air or Nitrogen compression. Each compressor is an air-cooled, single acting, three or four stage-reciprocating piston compressor with the combination of oil pressure fed crankshaft bearings, and cylinder oil splash with regulated injection for the final high-pressure piston plunger design.
Performance with inert gases, such as Nitrogen, ranges from 10 to 150 Nm^3/h within a final pressure range of 100 to 350 bar including the Sauer unique NitroFlex integrated 'all-in-one' - Compressor, generator and gas booster.
'W' series compressors are oil-lubricated, single acting water-cooled piston compressors for air or inert gas compression in two or three stages from 10 to 100 bar with gas flow-rates from 65 to 400 Nm^3/h.
'LB' series inert gas boosters are dedicated nitrogen gas boosters that can accept suction pressures from 4 to 14 bar to deliver gas to a maximum of 40 bar. This single stage gas booster range is the result of years of trouble-free experience with the 'L' range.
'L' series compressor/boosters offer a wide range of gas flow-rates from 10 to 400 m^3/h at pressures to 40 bar in two or three stages based upon the established marine diesel air-start Sauer range of two and three stage oil-lubricated, piston compressors. Even as air compressors they can be safely adapted for use in Ex-atmospheres to ATEX regulations
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ENVIRONMENTALLY FRIENDLY COMPRESSION OF GASES – A HAUG SPECIALITY
HAUG gas-compressors run absolutely oil-less with dry lubrication. The oil-less compression avoids any contamination of the process gas and the process machinery.
To obtain an absolutely hermetically gas-tight unit, HAUG gas compressors are equipped with a magnetic coupling. For this construction the permanent total gas leakage is less than 0.001 mbar l/s during operation as well as at standstill. In the case of helium at 3 bar pressure the gas loss is merely 5 grams per year! Contamination of the ambient environment through gas leakage with these compressors is practically impossible.
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