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Principles of PSA Oxygen Generator

时间:2009-03-31 13:56来源:未知 作者:admin 点击:
P S A Technology is based on the selective adsorption phenomena of gas molecules under pressure on the surface of highly porous and efficient adsorbent; In this case of Oxygen Generation the Adsorbent is zeolite based Molecular Sieve (Z.M.S.)
  

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Principles of PSA Oxygen Generator

P S A Technology is based on the selective adsorption phenomena of gas molecules under pressure on the surface of highly porous and efficient adsorbent; In this case of Oxygen Generation the Adsorbent is zeolite based Molecular Sieve (Z.M.S.)
In P S A System when compressed air is passed through a adsorption tower field with Z.M.S. the molecules of oxygen, moisture & other unwanted gases are adsorbed on surface of Z.M.S. and Oxygen which is not adsorbed by Z.M.S. comes out of adsorption tower and is collected in a surge vessel.
For continuous generation of oxygen two Adsorption towers are provided which are interconnected with Auto-change over valves controlled by PLC in the control panel. After saturation of one tower with nitrogen the process automatically changes over to another tower and thus the oxygen production is continuous.
Atmospheric oxygen pressure swing adsorption and desorption are at slightly higher pressure (0.35Mpa ~ 0. 8Mpa) of adsorption, desorption emptying at normal pressure.
Our systems are the best ones in industry to ensure the highest efficiency, user-friendly design, reliable economical and durable. Our onsite oxygen generators are custom made and can be adjusted to give the desired oxygen quality for your process and application.


Feature of PSA Nitrogen Generator
 • Specific high pressure protection of CMS, not easy pulverization, long use to CMS
 • Low energy consumption and high purity product nitrogen
 • Reasonable internal components, airflow distribution, reduce the flow of high-speed impact
  a high degree of automation of whole package of equipment
 • Multi-function monitoring system, realize the magnanimity, purity, stress-line LCD display, equipment failure alarm, maintenance tips, a comprehensive grasp of equipment operating conditions
 • Skid bottom design, easily installation and adjusting
 • Optional nitrogen flow, remote monitoring systems, etc.

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