Hydraulic Driven Gas Boosters

✅ Hydraulic‑driven gas boosters are designed to deliver consistent high‑pressure output for demanding industrial applications. Depending on the configuration, single‑stage and two‑stage hydraulic boosters can achieve outlet pressures up to 15,000 psi (1,034 bar). Flow rates exceed those achievable with pneumatic boosters and remain stable under continuous operation, making hydraulic systems suitable for high‑throughput gas compression.

✅ Hydraulic gas boosters are suitable for compressing a wide range of industrial gases, including hydrogen, nitrogen, helium, argon, CNG, and other inert or specialty gases. Gas section materials and seals are selected based on the specific gas, pressure level, and duty cycle.

✅Hydrogen service configurations are available using materials designed to withstand hydrogen exposure and long‑term operation.

Each gas section includes an integrated cooling jacket to manage heat generated during compression. Hydraulic gas boosters require an external coolant supply to regulate gas and component temperatures, particularly during continuous high‑pressure operation.

Effective thermal control supports seal longevity and system stability.