Nuzhuo PSA Oxygen Generator Plant

Psa Oxygen Generator Working Principle

PSA oxygen generator plant is fabricated using advanced Pressure Swing Adsorption technology. As is well-known, oxygen constitutes around 20-21% of atmospheric air. PSA oxygen generator used 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 directed back into the air through the exhaust pipe.

Pressure swing adsorption (PSA) process is made up 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 discharged 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.

High Purity Oxygen Generator

Oxygen produced in our high purity oxygen generator meets the standards of US Pharmacopeia, UK Pharmacopeia &Indian Pharmacopeia. Our oxygen generator is also used in hospitals because the installation of oxygen gas generator on-site helps the hospitals to produce their own oxygen and stop their dependency on oxygen cylinders bought from the market. With our oxygen generators, the industries and medical institutions are able to get uninterrupted supply of oxygen. Our company uses cutting-edge technology in the making of the oxygen machinery.

Salient features of PSA Oxygen Generator Plant

• Fully automated- systems are designed to work unattended.
• PSA plants are compact taking little space, assembly on skids, prefabricated and supplied from factory.
• Quick start-up time taking only 5 minutes to generate oxygen with desired purity.
• Reliable for getting continuous and steady supply of oxygen.
• Durable molecular sieves that last around 10 years.

• Oxygen storage and intra-hospital distribution Oxygen cylinders: Oxygen gas can be compressed and stored in cylinders.
• These cylinders are filled at a gas manufacturing plant, either via a cryogenic distillation and then transported to health facilities.
• Cylinders can be used in one of two ways. One, by installing them directly within patient areas or, similar to direct piping and two, by connecting them to sub-central manifold systems (groups of cylinders linked in parallel) at the facility. Thus, oxygen can be piped to specific areas of the health facility, even at the ward level.
• Once filled, cylinders themselves do not require electricity,