The PSA Oxygen Generation System produces oxygen suitable for many applications such as brazing/soldering, ozone generation, chemical oxidation, fermentation, waste water & sewage treatment, healthcare, glass & neon manufacture, pulp & paper, furnace air enrichment, preheating of metals, battery manufacture, metal smelting , etc .

The PSA Oxygen Generation System consists of two parts – Dry Air System where dry & oil-free compressed air is produced by filters & Dryer and the other is the PSA System where O2 is produced and stored. In the PSA System, dry & oil-free compressed air is passed through a bed of Zeolite Molecular Sieves (ZMS) which has a property of very high degree of affinity to nitrogen, which it retains & releases oxygen as product gas. There are two adsorbers filled with ZMS with one in production cycle while the other is regenerated by depressurization. The two adsorbers are switched from adsorption to desorption automatically. For large capacity systems, a VPSA System is used, where adsorption is done at low pressure and the regeneration is done by vacuum. This helps in reducing power consumption substantially. 

The PSA Oxygen Generation System produces oxygen suitable for many applications such as brazing/soldering, ozone generation, chemical oxidation, fermentation, waste water & sewage treatment, healthcare, glass & neon manufacture, pulp & paper, furnace air enrichment, preheating of metals, battery manufacture, metal smelting , etc .

The PSA Oxygen Generation System consists of two parts – Dry Air System where dry & oil-free compressed air is produced by filters & Dryer and the other is the PSA System where O2 is produced and stored. In the PSA System, dry & oil-free compressed air is passed through a bed of Zeolite Molecular Sieves (ZMS) which has a property of very high degree of affinity to nitrogen, which it retains & releases oxygen as product gas. There are two adsorbers filled with ZMS with one in production cycle while the other is regenerated by depressurization. The two adsorbers are switched from adsorption to desorption automatically. For large capacity systems, a VPSA System is used, where adsorption is done at low pressure and the regeneration is done by vacuum. This helps in reducing power consumption substantially.