We live in a world of oxygen, and oxygen production is widely exist in oil refining, chemical, fertilizer, medicine, steel, alcohol and other industries. Making industrial and medical oxygen, is not only for patients or health needs, but also for industrial production.
Oxygen Production Technology
Air separation method, uses the different boiling points of oxygen and nitrogen to produce oxygen. Electrolysis method, puts water into an electrolyte container and then applies direct current to split the water into oxygen and hydrogen. Chemical method, uses the characteristics of peroxides high oxygen content, easy to release, to make oxygen.
Molecular sieve method is a adsorption method, obtains high purity oxygen by separating oxygen and nitrogen in the air. Molecular sieve has a highly ordered microporous structure. Its micropore size enables selective adsorption and separation of molecules, thereby achieving separation and purification of gases.
Molecular Sieve Solutions
The principle of molecular sieve method oxygen production, is to use molecular sieve to adsorb and separate nitrogen in the air, so that oxygen is desorbed. Since the molecular size of nitrogen in the air is larger than that of oxygen, the molecular sieve has a higher affinity for nitrogen and a lower affinity for oxygen. The gases can be effectively separated by controlling the pore size and adsorption temperature of the molecular sieve.
SNOWPEAK specialty molecular sieve is well-designed for various oxygen production equipment. This oxygen molecular sieve has high oxygen and nitrogen separation performance and sufficient oxygen production rate. Due to its special production technology, the oxygen molecular sieve has excellent adsorption and desorption properties. It is not only applicable to most large, medium and small PSA/VPSA oxygen production device, and also appropriate for cryogenic air separation oxygen production equipment.
- PSA/VPSA oxygen molecular sieve
- Cryogenic oxygen molecular sieve
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