Oxygen gas generator system is a device that uses Pressure Swing Adsorption (PSA) to extract oxygen from compressed air. Pressure swing adsorption is a specialized selective adsorption technology.

How does the oxygen gas generator system work?

The oxygen gas generator system uses zeolite molecular sieves to separate oxygen and nitrogen. Oxygen included in compressed air flows through the zeolite molecular sieve that retains nitrogen, producing high-purity oxygen at the gas production outlet.

Types of oxygen gas generator systems

10m/30m/50m/100m/h oxygen making system

Compared with traditional oxygen uptake methods, indoor diffusion oxygen can improve oxygen levels within the circulation range. In this case, the oxygen index in the body will directly increase. Without a respiratory mask or nasal cannula, it is much more convenient and comfortable than before. More importantly, this method can provide oxygen continuously for 24 hours indoors, allowing people to work and rest in an oxygen-rich environment.

Large hospital oxygen supply equipment. Used in conjunction with equipment, it can supply oxygen to over 100 beds simultaneously.

The main features of the 10m/30m/50m/100m/h oxygen making system

This machine has a unique feature. Container transport can be customized. Simply connect the power supply to the ground to use it.

  • Advanced internal components

Taking into account several issues, such as high-speed airflow causing molecular sieve pulverization, and powdered substances entering pipelines and valves causing leaks and blockages in valves. Unique process flow with advanced internal components (the only technology in China) significantly improves efficiency.

This equipment can reach the world's leading level (air: oxygen = 10:1), a record that has not yet been broken. The efficient molecular sieve filling technology is bound to become more compact and dense in a stacked state with frequent high-pressure gases when stacking molecular sieves into containers. A unique efficient molecular sieve filling technology is used, and special compressors are used for improvement.

  • Advantage : work around the clock

In chilly winters in high-altitude areas, the distributed oxygen supply system works in an environment above 0°C. The automatic control system runs continuously and unmanned around the clock.

  • Advantages : system stability

The compressor supplying the gas source has a backup. When one of the units fails and shuts down, the backup will be triggered to ensure that the system is still operating.

The advantages of the 10m/30m/50m/100m/h oxygen making system

  • Pipeline safety

All pipelines of the distributed oxygen supply system operate on air instead of pure oxygen, greatly improving the safety of transportation.

  • Pipe material selection

The distributed oxygen supply system uses non-stainless steel or non-copper materials, such as polyethylene and PPR, which can transport air, water, and other substances. This can greatly reduce the cost of pipelines.

  • Pipeline construction cost

There is nothing special like metal welding to reduce construction difficulty and cost.

  • Maintenance costs

The molecular sieve replacement period of the distributed oxygen supply system is more than 10 years. The molecular sieve is not entirely replaced at one time but is replaced several times.

Using the oxygen gas generator system

  • Oxygen making machines can improve the oxygen content in the air of a place, relieve fatigue, enhance physical strength, and improve condition.

  • High-purity oxygen has a combustion-assisting function, meeting the need for melting metals in the manufacturing industry.

Some hospitals install oxygen gas generator systems to increase the oxygen levels in the patient's body and improve oxygen-related diseases.