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Standard Gas Booster Systems

Comprehensive systems for demanding high-pressure gas transfer and pressurization solutions.

Haskel gas boosters are designed with the highest quality for longevity and easy maintenance. Haskel gas boosters use patented seal systems to give a long working life, providing the capability of transferring and pressurising a wide variety of gases.

Regular servicing by Haskel authorized service and repair centers extends the life of your equipment for continued optimum performance and can be carried out alongside planned maintenance programs.

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Features

  • Pressurize gas from industrial gas bottles (up to 20,000 psi)
  • Plumbed for inert gases in single arrangements
  • Available in single-stage or two stage styles; selection is made on the grounds of gas pressure and flow requirements
  • Supplied with a range of controls: air controls, air pilot switches (optional) for automated stop/start control, relief device, pressure isolation and vent valves
  • All components are mounted and plumbed in an open stainless steel frame with a sloped front control panel
  • Safety relief devices are standard on all gas booster systems for maximum operational safety
  • Allows 90 to 95% use of cylinder gas to maintain process pressure when cylinder pressure drops
  • Oxygen Cleaned units available
  • Can charge a receiver to even higher-pressure level, thus storing a volume of gas for rapid release

Applications

  • Gas accumulator charging
  • Pressure & leak testing various pressure containing components
  • Pressurization of gas cylinders
  • Gas transfer, boosting or mixing

Scope of Supply

  • Air driven gas booster with external pilot air modification to enable use of external air pilot switches to automatically start and stop the booster.
  • Adjustable inlet air pilot switch used to stop booster when the gas supply pressure falls below the adjusted minimum set point (optional).
  • Adjustable remote-set outlet air pilot switch used to stop booster when the outlet pressure reaches the adjusted maximum set point (optional).
  • Outlet pressure gauge, safe case design, 100mm diameter, panel mounted with bar/psi dual scale. Accuracy +/- 1% FSD.
  • Inlet pressure gauge, safe case design, 100mm diameter, panel mounted with bar/psi dual scale. Accuracy +/- 1% FSD.
  • Gas filter, 5 micron rated, used to stop any ingested contamination from entering the booster (e.g. while changing out gas supply bottles).
  • Roll bar frame with sloping operator panel into which the booster and controls are mounted. Frames are a brushed 316 stainless steel.
  • Combined air inlet filter regulator, with integral pressure gauge and on/off control valve. Air filter – in line with 40-micron filtration to maintain air drive quality. Adjustable air regulator used to set the air drive pressure, adjustable between 0 – 150 PSI.25mm air gauge indicated the regulated air pressure setting. Manual on/off valve and speed control valve, panel mounted, used to adjust the cycling speed at which the booster operates.
  • Adjustable Haskel relief valve used to protect the booster and other components from over pressurization, piped to a common vent connection.
  • Adjustable remote-set air pilot regulator used to change the set point for the remote set outlet air pilot switch (optional). 25mm air gauge, panel mounted, used to indicate the adjustable remote set regulator adjusted pressure.
  • Manually operated BuTech outlet isolation valve, panel mounted, piped to a common vent connection.
  • Manually operated BuTech outlet pressure vent valve, panel mounted, piped to a common vent connection.
  • Interstage cooler. A Haskel design integral tube and shell cooler used to reduce the boosted gas temperature.
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