Gas Booster
Stable and Controlled Gas Pressure for Critical Industrial Processes
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Stabilises low or fluctuating inlet pressure for continuous combustion duty
CRA’s Gas Boosters are engineered to raise low or variable inlet gas pressures to stable levels required by burners, turbines, engines, and process equipment. Installed between the gas supply header and point of use, the booster compensates for upstream pressure fluctuations and ensures uninterrupted operation. Designed for natural gas, biogas, and process gases, CRA gas boosters deliver reliable performance under continuous industrial duty.
Function
Pressure boosting
Operation
Demand-based
Duty
Continuous, 24/7
Gas Compatibility
Natural gas, biogas, process gas
What is a Gas Booster?
A gas booster raises low or variable inlet gas pressure to the stable level required by burners, turbines, engines, and process equipment, installed between the gas supply header and the point of use to compensate for upstream pressure fluctuations.
How it works
Inlet pressure is monitored continuously, and the booster activates automatically once it drops below the configured setpoint, raising pressure to the level required downstream.
Inlet pressure is monitored continuously against a configured setpoint.
The booster activates automatically once inlet pressure drops below setpoint, raising it to the level required for stable combustion or process operation.
Once upstream pressure recovers above the threshold, the booster steps down or stops, avoiding unnecessary running time.
Construction and seal materials are selected for the specific gas composition, including provisions for combustible and corrosive service.
Key Benefits
Maintains consistent outlet pressure despite upstream supply variations.
Ensures correct fuel delivery for burners, furnaces, and thermal systems.
Activates only when inlet pressure drops below set limits.
Robust design suitable for 24/7 industrial operation.
Designed for combustible and corrosive gases with appropriate safeguards.
The CRA Edge
Deep understanding of fuel gas and process gas systems.
Pressure-based automation for efficient, autonomous operation.
Built for continuous duty in demanding environments.
Tailored designs based on gas type, pressure, and flow needs.
