We have become the leading PSA oxygen plant manufacturer that offers high quality PSA oxygen plants. We fabricate our PSA plants using the latest PSA (Pressure Swing Adsorption) technology. Being the prominent company in the field, we set the benchmarks in delivering premium range of PSA plants. Our plant machinery is manufactured as per the international standards and is offered at amazing prices. We use high quality machinery which is bought from the best suppliers in the industry. Oxygen generated in our PSA oxygen generator meets the requirements of industrial as well as medical applications. Industries now prefer to use PSA oxygen plants for production of on-site oxygen. With our oxygen generators, the industries and medical institutions are able to get uninterrupted supply of oxygen.
How PSA oxygen plant works
PSA oxygen generator plant is manufactured using advanced Pressure Swing Adsorption technology. As is well-known, oxygen constitutes around 20-21% of atmospheric air. PSA plant employs Zeolite molecular sieves to separate the oxygen from the air. Oxygen with high purity is delivered whereas the nitrogen absorbed by the molecular sieves is sent back into the air through the exhaust pipe. Pressure swing adsorption (PSA) process comprises of two vessels filled with molecular sieves and activated alumina. Compressed air is passed through one vessel at 30 degrees C and oxygen is generated as a product gas. Nitrogen is released as an exhaust gas back into atmosphere. When the molecular sieve bed is saturated, the process is switched to the other bed by automatic valves for oxygen generation. It is done while allowing the saturated bed to undergo regeneration by depressurization and purging to atmospheric pressure. Two vessels keep working alternately in oxygen production and regeneration allowing oxygen is available to the process.
Salient features of PSA oxygen generator plant
Applications of PSA Plants
Our PSA oxygen generator plants are used across numerous industries including:
Others: Chemical industry production, solid garbage burning, concrete production, glass manufacturing, medical oxygen, etc.
|Oxygen purity (%)||98%||98%||98%||98%||98%||98%||98%||98%|
|Cylinders per day||30||40||55||70||95||120||140||190|