The required pressure is generated using our air driven gas boosters. The outlet pressure is controlled by adjusting the air pressure driving the booster. Once the desired outlet pressure is reached the booster will automatically stop and maintain pressure until the system senses a drop in outlet pressure. Once the system has reached the desired pressure there is no energy consumption or heat generation.  When the outlet pressure decreases, the system will automatically restart and charge the system back to the required pressure.

Applications of Gas Booster Systems

Gas booster systems are used in a variety of applications across a wide range of industries. 

Typical uses include:

• Leak testing of pressure components
• Low pressure gas reclaim from storage bottles
• Gas charging accumulators
• Pressurizing gas cylinders and shock absorbers
• Boosting gas pressure from nitrogen and oxygen generators
• Gas assist injection molding
• Boosting gas pressures from vaporized liquid sources

Key Features of a Maximator Air Driven Gas Booster System

• Air-driven design. Maximator US gas booster systems do not require electrical power for operation. This makes them a quick, effective and safe gas pressurizing solution
• Available in both standard and custom designs
• Includes flushing ports for safe H2 compression
• Gas pressurizing capacities from 30 to 36,000 psi. Maximator US gas booster systems are available with pressurizing capacities ranging from 30 to 36,000 psi. Most gases (e.g., argon, helium, hydrogen, and nitrogen) can be pressurized up to 36,000 psi. Oxygen can be pressurized up to 5,000 psi. Systems used for hazardous gases can be configured so the vent ports are channeled to a common vent connection
• Turnkey installation.  Systems are shipped fully assembled, tested and ready for operation

Contact us today to see how a Maximator US Gas Booster System can help with your application.