
High-Pressure Compression, Redefined.
Engineered for excellence, the H-Drive booster, began as the first hydraulic booster, now sets a new benchmark in high-pressure gas compression. Designed to handle a wide range of gases with unmatched safety, reliability, and efficiency, it’s the go-to solution for demanding applications. Backed by Haskel’s decades of expertise in high-pressure technology, the H-Drive compressor is not just a product – it’s a promise of performance.
Delivering high-pressure exactly when and where you need it. Whether working with Hydrogen, CNG, Nitrogen, Argon, Helium or other gases, from alternative vehicle fueling, to tube trailer supply and Helium blanketing, H-Drive sets the standard in reliability. This state-of-the-art product range also sets the standard in flexibility, with a modular design that allows for greater flexibility in system design and easy upgrades to custom configurations as needs progress.
How the hydraulic booster operates:
An open loop hydraulic system provides a flow of oil to one side of the H-Drive hydraulic cylinder at a time. The oil flowrate dictates the speed that the H-Drive operates which is directly proportionate to the flowrate of gas compressed.
No other hydraulic gas booster can offer you this level of quality at this value, combined with worldwide availability and a fully international support network. Watch our video that thoroughly explains Haskel’s H-Drive technology.

Haskel H-drive Gas Booster - High Pressure Hydraulic Gas Compressor ideal for Hydrogen Compression
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Example 1 – Integrated HPU suitable for HPU. Zone 2 Hydrogen environments

Example 2 – Without an Integrated HPU to be supplied separately and installed outside of ATEX

H-Drive Applications
The Haskel H-Drive hydraulic booster is made to compress a wide range of gases safely, reliably and economically, meeting demands for high-pressure compression or other critical high-pressure gas boosting applications.
Suggested applications suited for this technology:
- High pressure gas pressurization for storage and transfer of gases
- Hydrogen vehicles (auto, aircraft, watercraft, rail & lift truck) refueling
- Fuel Cell Research
- Leak and Pressure Testing
- Charging high-pressure gas cylinders and receivers
- Missile and satellite launch and guidance systems
- Hot isostatic pressing
- Gas assisted plastic injection molding
Related Files
H-Drive Hydraulic Driven Gas Boosters
Download the H-Drive Hydraulic Gas Booster Brochure
H-Drive Hydraulic Driven Gas Boosters
Download the H-Drive Hydraulic Gas Booster Brochure Spanish Version
H-Drive Hydraulic Driven Gas Boosters
Download the H-Drive Hydraulic Gas Booster Brochure Portuguese Version
HAS H-Drive Manual
Download the H-Drive Hydraulic Gas Booster Owner & Operations Manual for models beginning with p/n H12
Condition Limitations | Typical Scenario Performance at 15 cycles/min | |||||
Model | Min. Inlet Pressure psi (bar) | Max. Outlet Pressure | Max. Compression Ratio | Inlet | Outlet | |
Single stage and double acting models | H24-150 | 50 (3.45) | 4500 (312) | 6:1 | 30 | 180 |
H24-90 | 50 (3.45) | 10000 (690) | 6:1 | 84 | 500 | |
H24-63 | 100 (6.9) | 15000 (1034) | 6:1 | 173 | 1034 | |
Two stage and double acting models | H24-150/90 | 50 (3.45) | 10000 (690) | 36:1 | 30 | 180 |
H24-150/63 | 50 (3.45) | 15000 (1034) | 36:1 | 84 | 500 | |
H24-90/63 | 50 (3.45) | 15000 (1034) | 36:1 | 173 | 1034 | |

