Cryogenic air separation is a commonly used air separation technology, which mainly produces high-purity oxygen, nitrogen, argon and other gases (or purifies gases) by separating contaminants such as carbon dioxide and water from a gas stream.
Cryogenic Air Separation Technology
Cryogenic air separation technology requires appropriate air separation equipments to achieve purifies gas purification and remove water and carbon dioxide. For example, deep drying of general gases, and the drying and desulfurization of natural gas, liquefied petroleum gas and liquid hydrocarbons.
Therefore, cryogenic air separation technology has a wide range of applications in petroleum refining, chemical industry, electronics, medicine and other fields. And in industrial production, cryogenic air separation technology has extensive market demand and high economic benefits.
Molecular Sieve Solutions
SNOWPEAK specialty molecular sieve for cryogenic air separation is dedicated to air cryo-separation industry, applicable to any size of air cryo-separation devices. The adsorption capacity of carbon dioxide and moisture was further improved, to avoid frozen tower phenomenon in the distillation process. Good kinetic characteristics can maximize the adsorption effect of the existing adsorption bed, and reduce the size of the newly designed adsorption bed, thus decrease energy consumption.
Mainly used for gas drying and purification, for example oxygen making by cryogenic air separation , adsorbing water, carbon dioxide and some hydrocarbons in the air.
The adsorption performance is 60% higher than that of the general type.
It has better carbon dioxide adsorption performance under low partial pressure. It can also be used for oxygen purification and adsorption of nitrogen oxide gas.
The adsorption performance is 45% higher than that of the advanced type.
It is a leading material in the cryogenic air distillation technology, and its performance indicators are far superior to its predecessors.
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