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our oxygen generator company has manufactured oxygen generators in purities up to 95%. Our rugged and reliable commercial oxygen generators are precision-tuned and ideally suited for a range of commercial applications.
Ad-sorption is the physical process of separating molecules. Our Pressure Swing Adsorption (PSA) oxygen generators generate oxygen by separating it from the nitrogen in ordinary air. Air is 20.9% oxygen and 79% nitrogen, along with a small percentage of inert gases. Within our commercial oxygen generators, a vessel containing a molecular sieve called zeolite is filled with compressed air. The nitrogen molecules are adsorbed by the sieve material while the oxygen molecules drift past and are collected in an oxygen receiver tank attached to the oxygen generator.
Pressure is then released from the vessel, and the nitrogen molecules are vented to the atmosphere. While the depressurization is occurring, the cycle is repeated in a second vessel. The process is repeated swinging from one vessel to another for as long as there is an oxygen demand.
If you would like more information about our PSA oxygen generators, please contact us.
An oxygen filling station can be easily incorporated into an oxygen generator at 93%, 95%, purity. This gives you the ability to fill your own oxygen cylinders for a fraction of the cost of receiving filled oxygen cylinders from a supplier.
The Ozone Generation System produces Ozone onsite using Oxygen from the PSA Oxygen Generator as feed gas. This Ozone is suitable for many applications such as waste water & sewage treatment, Cooling Tower water treatment, bottled water, pulp bleaching, etc.
The Ozone Generation System has an Air Compressor which provides the compressed air to the PSA Oxygen Generator Module where O2 is produced and then stored in the Oxygen Vessel.
This O2 gas is subjected to a high voltage, AC electric corona (similar to lightning) in the Ozonator Module, where the molecular Oxygen breaks down to atomic Oxygen.
Some of the atoms of Oxygen thus liberated re-form into Ozone, while others recombine to form Oxygen. The resultant product gas containing Ozone is in the circulating water in the Ozone Injection System. The Ozonated water is then used for required application. In some other applications Ozone is injected directly in the water or air, as required.