Large Adsorption Capacity PSA Oxygen Generator To Produce Gas

Large adsorption capacity and high compressive performance of PSA oxygen generator to produce high quality gas

Working Principle Description:

After the dust and mechanical impurities are removed by the air filter, the air enters the air compressor and is compressed to the required pressure. After strict oil, water and dust removal and purification treatment, clean compressed air is output to ensure the service life of the molecular sieve in the adsorption tower. There are two adsorption towers equipped with carbon molecular sieve.

When one tower is working, the other tower is vacuum desorption. When clean air enters the working adsorption tower and passes through the molecular sieve, nitrogen, carbon dioxide and water are adsorbed by it, and the gas flowing to the outlet end is oxygen. Another tower (desorption tower) separates the adsorbed nitrogen, carbon dioxide and water from the micropores of molecular sieve and discharges them to the atmosphere. In this way, the two towers take turns to complete nitrogen and oxygen separation and continuously output oxygen.

Product Advantages:

• The oxygen generator has large adsorption capacity and high compressive performance to achieve required gas.
• With large adsorption capacity and high compressive performance, the oxygen generator can be adjusted on the request of specific needs.
• High compressive performance and long service life will keep the oxygen generator working safely and stably.
• High compressive performance will have a good effect on the compressor and ensuring the working efficiency.

Application fields:

PSA oxygen generators are widely used in different areas, including medical, plateau, environmental protection, cultivation, laboratory, chemical industry, medicine, food, marine, aluminium soldering, lithium cell, heat treatment, laser cutting and etc.

Technical parameters:

● Oxygen delivery ≤150Nm3/hr;

● Purity 93%±3

● Pressure 0.4~1.0 Mpa

● Atmospheric dew point ≤－40℃

Product picture: