H-Drive

The future of gas booster technology – at the forefront of innovation.

The modular design of the H-Drive hydraulic driven gas booster offers complete flexibility to easily configure to a wide range of critical high-pressure gas boosting applications. Available as a single unit or integrated into standardized or custom-engineered skids, Haskel’s new generation of hydraulically driven gas boosters, requires no lubrication and minimal cleaning for ease of maintenance. Safe for use with Hydrogen, its levels of safety and reliability are exactly what you would expect from the world leader in high-pressure generation and containment.

Package-3D-model-w-cutout-not-shinyHaskel’s flexible and reliable high-pressure gas compressor is engineered for durability.
  • Designed specifically for high-pressure gas applications with a wide range of gasses
  • Hydrogen compatible materials resist hydrogen embrittlement at high pressures
  • Meet Hydrogen fueling station requirements with minimum number of boosters
  • Robust design suitable for continuous heavy-duty applications
  • Modular design. 3 interchangeable gas sections yield 6 configurations
  • Leak free, non-contaminating compression
  • Ease of maintenance – Requires no lubrication and minimal cleaning
  • More economical than diaphragm compressors
  • No Start/Stop issues
  • Available as a turnkey booster compressor station or as booster modules for seamless incorporation into OEM packages.
  • Service and support available through a global service network.
  • ATEX certified as standard
  • CE compliant
Choose Haskel to enable your high-pressure boosting application, from Hydrogen and CNG refueling to tube trailer supply and Helium blanketing.
  • High pressure storage and transfer
  • Auto & lift truck refuelling
  • Fuel Cell Research
  • Pressure Testing
  • Hydrogen filling stations
  • Charging high-pressure gas cylinders and receivers
  • Hydraulic accumulator charging
  • Charging air bag storage vessels
  • Missile and satellite launch and guidance systems
  • Laser cutting and welding
  • Hot isostatic pressing
  • Gas assisted plastic injection molding
Model Performance Typical Performance Cycle (speeds between 15 and 22 cycles/min)
Min. Inlet Max Outlet Max Cr Inlet Outlet Flow Inlet Outlet Flow
psi (bar) psi (bar) psi (bar) psi (bar) scfm (m3/hr) psi (bar) psi (bar) scfm (m3/hr)
HGD-150 50 (3.45) 4500 (312) 6:1 200 (14) 1000 (70) 100 (170) 800 (55) 3200 (221) 310 (487)
HGD-90 50 (3.45) 9000 (621) 6:1 500 (35) 2900 (200) 87 (148) 1400 (97) 6400 (41) 189 (297)
HGD-63 100 (6.9) 15000 (1034) 6:1 3350 (231) 12700 (876) 205 (348) 6000 (413) 13050 (900) 400 (680)
HGT-150/90 50 (3.45) 9000 (621) 54:1 130 (9) 4700 (324) 30 (51) 290 (20) 7500 (517) 61 (103)
HGT-150/63 50 (3.45) 15000 (1034) 54:1 290 (20) 6500 (448) 59 (100) 400 (28) 10000 (690) 80 (136)
HGT-90/63 50 (3.45) 15000 (1034) 54:1 700 (48) 12700 (876) 51 (87) 1200 (82) 13050 (900) 88 (150)

 

Model Connections
Hydraulic Inlet & Outlet Connections Gas Inlet Connection Gas Outlet Connection Cooling Fluid Connections Weight
All Models #12 SAE 3/4″ – 14 NPSM 3/4″ – 14 NPSM #16 SAE 1200 (545)

Accudyne Industries