An air driven gas pressurization system is a device that uses compressed air as a driving force to pressurize low-pressure gases (such as nitrogen, helium, hydrogen, etc.) to higher pressures. This system is widely used in laboratories, industrial production, aerospace, petrochemical and other fields, for gas filling, testing, leak detection and other occasions.
The basic principle of an air driven gas boosting system is to use compressed air to drive the piston inside the pump, and through pressure conversion, boost low-pressure gas to the required high pressure. Compressed air enters the booster pump through the driving air source control valve, driving the piston to move. Under the movement of the piston, low-pressure gas is drawn into the boosting chamber of the booster pump. As the piston continues to move, the gas inside the pressurization chamber is compressed and the pressure increases. After reaching the set high pressure, the high-pressure gas is discharged through the outlet valve for storage or direct use, and its main components are.
Compressed air driven pump: Using compressed air as a power source, the gas is pressurized through the reciprocating motion of the piston.
Drive air source control valve: regulates the air flow and pressure entering the drive pump.
Gas inlet and outlet valves: Control the inflow and outflow of gas to ensure the sealing of the system.
Pressure gauges and sensors: Real time monitoring of pressure conditions within the system.
Safety valve: prevents excessive system pressure and protects equipment and personnel safety.
Control panel: Set and monitor the operating parameters of the system, such as drive pressure, boost ratio, etc.
Gas pipeline: Connect various parts to ensure the transmission and sealing of gas.
Connectors and seals: Ensure that the system is leak free.
The main features of the air driven gas boosting system include
Suitable for oxygen, nitrogen, argon, helium, hydrogen, etc.
Compressed air drive does not require electricity, only connected to an air compressor.
The driving pressure range is wide, and in order to extend the lifespan, the driving pressure should not exceed 8 bar.
The maximum pressure can reach 150M Pa.

Easy to install, operate, and maintain.

Automatically maintain pressure, no matter what causes the pressure drop, the pump will automatically start and keep the ring pressure constant.
Can be used to fill gas into high-pressure gas cylinders. Perform gas leak detection in high-pressure environments. Transport gas from low-pressure areas to high-pressure areas. Used in experiments that require high-pressure gas. The air driven gas pressurization system has become an ideal choice for many high-pressure gas application scenarios due to its high efficiency, safety, and strong controllability. Pay attention to selecting the appropriate driving air source, and choose the appropriate compressed air pressure and flow rate according to the required boost ratio. Regularly inspect seals and joints to prevent gas leakage. Regularly inspect the booster pump and other components to ensure the normal operation of the equipment. Strictly follow the operating procedures, avoid overpressure operations, and ensure that the pressure inside the system does not exceed the design pressure of the equipment.