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Supplier: Haskel International LLC
Description: Haskel designs and manufactures gas boosters that are the industry benchmark for durability, safety and reliability. Used for virtually all industrial gases and ideal for gas pressure increases, high pressure gas transference, cylinder charging, and scavenging,
- Maximum Discharge Pressure: 1250 to 25000 psi
- Power Source: Air / Pneumatic
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Supplier: Haskel International LLC
Description: H-Drive, Haskel’s new generation of hydraulically driven gas boosters, is designed to safely handle a wide range of critical, high-pressure gas compression and transfer needs, at high rates and pressures for the most demanding of applications. Simple and proven design is
- Maximum Discharge Pressure: 3200 to 13050 psi
- Power Source: Air / Pneumatic
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Supplier: MAXPRO Technologies, Inc.
Description: MAXPRO gas booster systems provide a compact, portable source for increasing gas pressures. These air driven booster systems are shipped assembled and fully tested, ready for turn-key installation. As with standard boosters, the gas booster systems
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
- Maximum Output Pressure: 3000 to 15000 psi
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Supplier: Haskel International LLC
Description: Haskel designs and manufactures gas boosters that are the industry benchmark for durability, safety and reliability. Used for virtually all industrial gases and ideal for gas pressure increases, high pressure gas transference, cylinder charging, and scavenging,
- Maximum Discharge Pressure: 300 to 25000 psi
- Power Source: Air / Pneumatic
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Supplier: Haskel International LLC
Description: Haskel designs and manufactures gas boosters that are the industry benchmark for durability, safety and reliability. Used for virtually all industrial gases and ideal for gas pressure increases, high pressure gas transference, cylinder charging, and scavenging,
- Maximum Discharge Pressure: 39000 psi
- Power Source: Air / Pneumatic
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Supplier: MAXPRO Technologies, Inc.
Description: MAXPRO offers six models in single air head, double acting – two stage configuration.These boosters include the DLE2-5, DLE5-15, DLE5-30, DLE15-30, DLE15-75 and DLE30-75. These boosters are ideal for low gas supply pressures such as salvaging bottled gas or boosting
- Bore Size - HP Outlet: 0.3750 inch
- Bore Size - LP Inlet: 1 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
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Supplier: MAXPRO Technologies, Inc.
Description: MAXPRO offers six models in single air head, double acting – two stage configuration.These boosters include the DLE2-5, DLE5-15, DLE5-30, DLE15-30, DLE15-75 and DLE30-75. These boosters are ideal for low gas supply pressures such as salvaging bottled gas or boosting
- Bore Size - HP Outlet: 0.5625 inch
- Bore Size - LP Inlet: 0.2500 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
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Supplier: MAXPRO Technologies, Inc.
Description: MAXPRO offers six models in single air head, double acting – two stage configuration.These boosters include the DLE2-5, DLE5-15, DLE5-30, DLE15-30, DLE15-75 and DLE30-75. These boosters are ideal for low gas supply pressures such as salvaging bottled gas or boosting
- Bore Size - HP Outlet: 0.5625 inch
- Bore Size - LP Inlet: 0.5625 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
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Supplier: SC Hydraulic Engineering Corporation
Description: SC Hydraulic Engineering's gas boosters are available in four ratios: 5:1, 15:1, 30:1, and 75:1 in single-acting/single -stage, double-acting/single -stage, and single-acting/two-st age. In addition, double air drive models are available for effective boosting ratios of 60
- Bore Size - HP Outlet: 0.5625 inch
- Bore Size - LP Inlet: 0.5625 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
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Supplier: SC Hydraulic Engineering Corporation
Description: SC Hydraulic Engineering's gas boosters are available in four ratios: 5:1, 15:1, 30:1, and 75:1 in single-acting/single -stage, double-acting/single -stage, and single-acting/two-st age. In addition, double air drive models are available for effective boosting ratios of 60
- Bore Size - HP Outlet: 0.5625 inch
- Bore Size - LP Inlet: 0.5625 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
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Supplier: SC Hydraulic Engineering Corporation
Description: SC Hydraulic Engineering's gas boosters are available in four ratios: 5:1, 15:1, 30:1, and 75:1 in single-acting/single -stage, double-acting/single -stage, and single-acting/two-st age. In addition, double air drive models are available for effective boosting ratios of 60
- Bore Size - HP Outlet: 0.2500 inch
- Bore Size - LP Inlet: 0.2500 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
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Supplier: SC Hydraulic Engineering Corporation
Description: SC Hydraulic Engineering's gas boosters are available in four ratios: 5:1, 15:1, 30:1, and 75:1 in single-acting/single -stage, double-acting/single -stage, and single-acting/two-st age. In addition, double air drive models are available for effective boosting ratios of 60
- Bore Size - HP Outlet: 0.2500 inch
- Bore Size - LP Inlet: 0.2500 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Gas
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Supplier: Interface Devices, Inc.
Description: All IDI gas booster products do not require an inlet air valve regulator or lubricator. PTFE compound dynamic seals for long life and sparkless operation. These gas boosters maintain set pressure without consuming energy. Air Driven Air, and Gas Boosters are
- Bore Size - HP Outlet: 0.2500 inch
- Bore Size - LP Inlet: 0.5000 inch
- Drive Type: Pneumatic
- Fluid Compatibility: Air, Gas
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Supplier: Universal Air & Gas Products Corp.
Description: , inert gases, fuel gases and many process gases. Both ambient intake and booster compressors are available in both lubricated and non-lubricated, rotary and reciprocating designs. Electric, diesel, gas and hydraulic drives are applied as required with simple or
- Applications: Gas Boosting, Fuel Gas / Power Generation, Process Gas Feeding / Injection
- Compressor Technology: Reciprocating Piston, Rotary Screw, Other
- Discharge / Operating Pressure: 35000 psi
- Features: Integral Cooler, Integral Dryer, Integral Filter, Explosion Proof
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Supplier: FLSmidth
Description: Originally Fuller® design and technology, FLSmidth's Ful-Vane™ ammonia booster compressors provide capital and power savings when used as the low pressure stage in a two stage compression system. Ful-Vane™ rotary compressors have been used since 1949 as a low stage refrigeration
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Supplier: Harwood Engineering Company
Description: The SA-10 gas booster is designed for 200,000 psi max service. 2 stages ensure maximum pumping efficiency at these high pressures. The low pressure (2,000 psi max) drive equipment consists of oil reservoir, electric motor and pump, pressure regulating valve, directional control valve
- Features: Compressor Included
- Generator Type: Hydrogen, Specialty / Other
- Outlet Pressure: 200000 psi
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Supplier: Harwood Engineering Company
Description: The SA-4 gas booster is designed for 100,000 psi max service. 2 stages ensure maximum pumping efficiency at these high pressures. The low pressure (2,000 psi max) drive equipment consists of oil reservoir, electric motor and pump, pressure regulating valve, directional control valve
- Features: Compressor Included
- Generator Type: Hydrogen, Specialty / Other
- Outlet Pressure: 100000 psi
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Supplier: Harwood Engineering Company
Description: The DA-7 gas booster is designed for 100,000 psi max service. The low pressure (2,000 psi max) drive equipment consists of oil reservoir, electric motor and pump, pressure regulating valve, directional control valve, driving pressure indicating gage, a differential filtering system and
- Features: Compressor Included
- Generator Type: Hydrogen, Specialty / Other
- Outlet Pressure: 100000 psi
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Supplier: Harwood Engineering Company
Description: The DA-4 gas booster is designed for 60,000 psi max service. 2 stages ensure maximum pumping efficiency at these high pressures. The low pressure (2,000 psi max) drive equipment consists of oil reservoir, electric motor and pump, pressure regulating valve, directional control valve
- Features: Compressor Included
- Generator Type: Hydrogen, Specialty / Other
- Outlet Pressure: 60000 psi
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Supplier: Accuris
Description: OUTLINE OF INVESTIGATION FOR GAS BOOSTERS
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Description: . By adjusting the cut-in pressures for both booster stages, the system can be tuned for maximum efficiency and energy savings with a wide range of process stream gases. Principle of Operation: Booster-Booster-Liqu id Ring Vacuum Systems take the concept of supercharging a
- Applications: General Purpose / Industrial
- Configuration: Combination / Multi-Technology Pump
- Mechanical Pump Type: Liquid Ring
- Pumping Speed: 6000 to 8000 CFM
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Supplier: Aerzen USA Corp.
Description: The direct-drive GM-HP blowers from AERZEN are high-performance machines. 1 or 2 stage design, with separate pressurised oil lubrication for the oil-free transport and compression of air, neutral gases, and gas mixtures. The advantages AERZEN Gas booster at a glance:
- Air Flow Rate: 29.43 to 22367 SCFM
- Applications: Pressure / Pressurization Blower
- Design Configuration: Positive Displacement / Rotary Lobe
- Drive Options: Direct Drive
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Supplier: Edwards Vacuum
Description: applications. The SN7000 mechanical booster pumps must be used in conjunction with a suitable backing pump. SN7000IND mechanical booster pumps are safe to handle non-flammable gases and vapors within the normal operating parameters of the mechanical booster pump.
- Applications: General Purpose / Industrial, Chemical / Corrosive Gas
- Configuration: Individual Vacuum Pump
- Mechanical Pump Type: Lobed Rotor
- Mounting: Floor / Skid
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Supplier: Aerzen USA Corp.
Description: concept. The separation between oil and process side is achieved by a special piston ring seal. Gas boosters for low pressure applications The GMD series from AERZEN is the universal gastight booster solution for the low-pressure range. Equipped with a magnetic coupling, it
- Air Flow Rate: 17.66 to 6475 SCFM
- Applications: Pressure / Pressurization Blower
- Design Configuration: Positive Displacement / Rotary Lobe
- Drive Options: Direct Drive
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Supplier: Kaeser Compressors, Inc.
Description: The design of the CN-C booster package has a smaller footprint (approximately half the size of previous models) with a component layout that not only ensures optimized cooling air flow, but also provides easy maintenance access. The Sigma Control 2 controller offers new, multiple
- Applications: Gas Boosting
- Discharge / Operating Pressure: 45 to 650 psi
- Features: Integral Cooler
- Flow Capacity: 27 to 283 SCFM
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Supplier: Kaeser Compressors, Inc.
Description: The design of the DN-C booster package has a smaller footprint (approximately half the size of previous models) with a component layout that not only ensures optimized cooling air flow, but also provides easy maintenance access. The Sigma Control 2 controller offers new, multiple
- Applications: Gas Boosting
- Discharge / Operating Pressure: 45 to 650 psi
- Features: Integral Cooler
- Flow Capacity: 80 to 882 SCFM
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Supplier: Edwards Vacuum
Description: The SN7000C mechanical booster pump has been certified for use in CSA Division 1 area, Gas Class I, Group C D and Dust Class II Group F G, Temperature Class T3C. The temperature classification of the pump is based on the outlet pressure of the pump being maintained below the critical
- Applications: General Purpose / Industrial, Chemical / Corrosive Gas
- Configuration: Individual Vacuum Pump
- Mechanical Pump Type: Lobed Rotor
- Mounting: Floor / Skid
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Supplier: Edwards Vacuum
Description: The SN7000T3 mechanical booster pump has been certified for use in Ex II 2G c IIB T3 classified areas. The temperature classification of the mechanical booster pump is based on the outlet pressure of the pump being maintained below the critical backing pressure of 68 mbar (6.8 x 103
- Applications: General Purpose / Industrial, Chemical / Corrosive Gas
- Configuration: Individual Vacuum Pump
- Mechanical Pump Type: Lobed Rotor
- Mounting: Floor / Skid
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Description: Vacuum boosters are used to "supercharge" vacuum pumps to greatly extend pump performance. This allows for much faster pumping speeds and deeper vacuum levels. M-D Pneumatics vacuum boosters from Tuthill Vacuum & Blower Systems are utilized worldwide in the manufacture of chemicals
- Air Flow Rate: 170 to 720 SCFM
- Design Configuration: Positive Displacement / Rotary Lobe
- Drive Options: Direct Drive
- Environment: Clean Air / Gas
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Supplier: Clippard
Description: Utilizing the same microcontroller, integrated pressure sensors, and two Clippard EVP proportional valves, Clippard’s Cordis booster series provides precise linear pressure control similar to that of the CPC series with the added benefit of phenomenal forward and reverse flow
- Accuracy: 0.5000 ±% FS
- Control Signal Output: Analog Voltage, Current Loop, Serial / Digital
- Control Technique: Linear Control
- Form Factor: Panel / Chassis Mount
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Supplier: Edwards Vacuum
Description: The HV pump systems combine Edwards expertise in manufacture and assembly of complete industrial vacuum systems with Dresser's world-renowned Roots pump technology. These pumps are backed by Edwards Dry Pumps or Mechanical Booster pumps. This range of high capacity mechanical booster
- Applications: General Purpose / Industrial, Analytical / Scientific, Chemical / Corrosive Gas, Manufacturing Processing, Pharmaceutical / Sanitary, Semiconductor Manufacturing, Other
- Configuration: Individual Vacuum Pump
- Lubrication Style: Dry / Oil-less
- Mechanical Pump Type: Lobed Rotor
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Supplier: Sulzer Ltd.
Description: Sulzer helicoaxial multiphase pumps enable boosting of the oil/gas/water mixture from producing wells, without separating the gas from the liquids. They are successfully deployed in remote or subsea location, thus making wells and fields economically viable. Benefits
- Maximum Discharge Pressure: 16000 psi
- Maximum Discharge Flow: 19813 GPM
- Media Temperature: 34 to 480 F
- Power Source: AC Powered
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Description: Vacuum boosters are used to "supercharge" vacuum pumps to greatly extend pump performance. This allows for much faster pumping speeds and deeper vacuum levels. M-D Pneumatics vacuum boosters from Tuthill Vacuum & Blower Systems are utilized worldwide in the manufacture of chemicals
- Air Flow Rate: 50 to 400 SCFM
- Design Configuration: Positive Displacement / Rotary Lobe
- Drive Options: Direct Drive
- Environment: Clean Air / Gas
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Description: approximately 2000 CFM (3400 m³/h) with vacuum levels approaching range of 1-10 Torr (1.3-13 mbar). Principle of Operation: The mechanical booster, a lobe-type pump, handles large volumes of gas over relatively small differential pressures. Thus, smaller liquid ring pumps may be
- Applications: General Purpose / Industrial
- Configuration: Individual Vacuum Pump
- Mechanical Pump Type: Liquid Ring, Lobed Rotor
- Pumping Speed: 2000 CFM
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Supplier: Universal Air & Gas Products Corp.
Description: , inert gases, fuel gases and many process gases. Both ambient intake and booster compressors are available in both lubricated and non-lubricated, rotary and reciprocating designs. Electric, diesel, gas and hydraulic drives are applied as required with simple or
- Compressor Technology: Reciprocating Piston, Rotary Screw, Other
- Discharge / Operating Pressure: 35000 psi
- Features: Integral Cooler, Integral Dryer, Integral Filter, Explosion Proof
- Flow Capacity: 5 to 2600 SCFM
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Featured Products Top
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High Vacuum Boosters For Performance And Reliability As a member of the Aerzen Group, Vooner offers Aerzen vacuum pumps tailored for a wide range of applications. These vacuum pumps are designed for various industrial (read more)
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Proven performance Optimized dry screw pump for harsh semiconductor and solar etch, CVD, and ALD processes. High internal gas temperature minimizes condensation in the pump. Excellent for powder handling. Optional Tantal coating for pumping corrosive gases. Deep ultimate (read more)
Browse Vacuum Pumps and Vacuum Generators Datasheets for Busch Vacuum Solutions -
This dry screw pump is designed for semiconductor applications such as Etch, CVD, Diffusion, and ALD processes that require a high gas temperature, excellent powder handling, corrosive gas tolerance, and high pumping speed. The pump temperature and nitrogen dilution can both be (read more)
Browse Vacuum Pumps and Vacuum Generators Datasheets for Busch Vacuum Solutions -
Air Flow Amplifiers deliver a large airflow for conveying, drying, cooling, or ventilation which is the making for a perfect fume extraction system. These high flow, bladeless blowers have no moving parts so they are inherently safe. They amplify compressed air volumes by 12 – 20 fold in ducted applications. They are especially useful for removing metal chips and scrap, ventilating...
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Browse Pressure Intensifiers and Boosters Datasheets for Vortec -
-over-oil intensifier acts as an inline pressure booster for braking or tensioning. But what if space is really limited? Branham’s OVLBOOST air (read more)
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W.C. Branham Air/Oil Intensifiers give you the ability to use hydraulic caliper disc brakes without the need of a hydraulic system pressure source by converting typically shop air, 80-100 psi, into hydraulic pressure. The benefit to you is the potential of reducing the need for additional hydraulic caliper disc brakes for your braking application, other components and cost savings.
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Our team here at W.C. Branham is known for our “Solutions in Motion”—and for our products that enable vehicles and industrial equipment to stop quickly, safely, and reliably. So what happens when the vehicle in question is a race car? Here’s how our team joined forces with Team Swinburne to design a better braking solution.
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MANUFACTURER OF ROCKET BOOSTERS FOR NASA’S SPACE LAUNCH SYSTEM PROVES PROTECTIVE QUALITIES OF GP FOAM IN NOZZLE CLOSURES THE APPLICATION (read more)
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business,” operators can achieve significantly lower working pressures. This combination allows the booster to handle the high-volume rarified gas at low pressures while the liquid ring pump acts as a rugged “backing pump,” resulting in a total vacuum package with lower overall horsepower and (read more)
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Conduct Research Top
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The Case for Vacuum Boosters, and the Case for Tuthill
Vacuum boosters are positive-displacement dry pumps that use two two-lobe rotors rotating at high RPMs in opposite directions to remove gas. When they are used separately to discharge atmosphere they are typically limited to inlet pressures of ½ an atmosphere. The vacuum booster's advantage is when
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T-Mag Pump Cools Negative Perceptions
Customer needed a zero leakage pump in a chilled water application. The package was a gas booster with a chilled water-cooling system. Local requirements stated that there had to be a zero leakage pump supplied with the compression and cooling skid. The customer purchased the T-Mag Mag Drive Pump
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Gas Leak Detector-Application Note: COMPRESSOR STATIONS
At a compressor or booster station, two main. processes typically take place: gas compression,. which is performed in order to ensure that the. natural gas flowing through a pipeline remains. pressurized, and gas chilling and cooling, which. reduces the gas temperature. Both processes. subject gas
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Advanced Research on Mechanical Engineering, Industry and Manufacturing Engineering III
Specific topics include anti-surge control of the gas booster in the thermal power plant with gas-fired boiler, applying micro-scale gas lead detection technology on a small pressure vessel, residual stress of engineering ceramic grinding surface, a hybrid ant-colony …
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Use, Operation and Maintenance of Renewable Energy Systems
… of the political situation and a historical outline of the devel- opment of the Danish biogas sector, and it presents the biogas process and opera- tional aspects (e.g., the production of biogas, use of manure and industrial waste as gas boosters ).
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Challenges of Power Engineering and Environment
Abstract: This paper analysis the effects to the gas turbine cogeneration running cost and management caused by the different kind fuel , then brings forward that people need to build additional natural gas booster station in the view of consummating system and keeping …
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http://dspace.mit.edu/bitstream/handle/1721.1/51671/495728149-MIT.pdf?sequence=2
An elaborate system of pumps, gas boosters , flow indicators, heating units, a pressure control system, and instrumentation, similar in scale to a small pilot plant, are required to supply the reaction vessel with fuel, oxygen, and cooling water and control operating conditions.
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Operation and analysis of a supercritical CO2 Brayton cycle.
Haskel Gas Booster .
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Heating Systems Plant and Control
… boiler plant can only be located physically remote from the supply utility’s meter, such that the available gas pressure remains inadequate, even with generous sizing of the pipework, the supply pressure may be increased or ‘boosted’ by means of a gas booster .
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Journal of Jet Propulsion > Generation of High Gas Pressure Through Hydraulics
Fig. 1 Over-all photo of gas booster unit .
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PROMOTED ZINC CHROMITE CATALYSTS FOR HIGHER ALCOHOL SYNTHESIS
A new Maxpro gas booster (DLE 15-75) was purchased because the existing Haskel gas booster once again developed a severe leak of carbon monoxide and hydrogen, and was judged to be unworthy of repair.
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Gas-Fired Distributed Energy Resource Technology Characterizations
Also, the fuel pump power requirements for liquid fuels are less than those of fuel gas booster compressors, thereby further increasing net performance with liquid fuels.