oil free helium booster compressor for recycling and storage

Due to the unique properties and high cost of helium, this oil-free helium booster compressor is designed to ensure clean, contamination-free gas for recovery and pressurization applications. It is ideal for metal welding, vacuum installations, aerospace, and more.

Features of Oil-Free Helium Booster Compressor

1. Full oil-free self-lubricating design: Uses an oil-free lubrication system to prevent oil contamination and maintain helium purity, perfect for high gas quality requirements.
2. Multi-stage compression: Configurable for single, two, three, or four-stage compression to achieve desired efficiency and pressure output, reducing workload on each stage and increasing overall efficiency.
3. Easy mobility: Compact and portable design makes installation and movement effortless, ideal for environments requiring frequent relocation or adjustment.
4. Heavy-duty continuous operation: Stable performance for 24-hour continuous high-load work, meeting long-term and demanding requirements.
5. Silent operation: Optimized mechanical design and precision components ensure low noise, suitable for noise-sensitive workplaces.
6. Water-cooled: Efficient water-cooling system minimizes temperature rise and energy loss, promoting long-term, stable operation.
7. High reliability: Designed for durability and long service life, ensuring consistent and reliable gas pressurization.
8. Low vibration: Fully balanced design reduces vibration, further minimizing noise and enhancing stability and lifespan.

Working Principle of Oil-Free Helium Gas Booster Compressor

The compressor increases helium pressure by reducing gas volume using mechanical components such as reciprocating pistons or screws. Helium does not contact any oil, guaranteeing purity. Multi-stage compression allows for gradual pressure increase, reducing the load per stage and boosting efficiency. Compressed helium is then stored or refilled into containers via recovery systems.

Areas of Application for Oil-Free Helium Booster Compressors

1. Metal Welding: Supplies high-pressure helium as a shielding gas for welding magnesium, zirconium, aluminum, titanium, and more, preventing oxidation at high temperatures.
2. Helium Recycling and Pressurized Storage: Essential for helium recovery systems, pressurizing and storing waste helium for cylinder refilling and reduced consumption.
3. High Vacuum Equipment: Maintains vacuum in high-purity environments, preventing equipment contamination in vacuum systems.
4. Nuclear Reactors: Delivers high-pressure helium as coolant or protective gas for reactor stability and cooling.
5. Aerospace: Used for delivery and pressurization of propellants like liquid hydrogen and oxygen, ensuring efficiency and safety.
6. Gas Transmission and Storage: Supports high-pressure gas storage and transmission, ensuring a stable helium supply in pipeline systems.

Performance Parameters

• Suction pressure: 0–1 bar, adaptable to various gas intake conditions.
• Discharge pressure: Up to 200 bar for efficient helium pressurization.
• Flow rate: 5–20 Nm³/h depending on configuration, meeting diverse industrial requirements.
• Cooling: Water-cooled or air-cooled options to reduce operating temperature, extend equipment life, and lower maintenance costs.
• Power consumption: Low power usage for high efficiency and economical operation.
• Speed: Low-speed design reduces wear and noise, extending service life.