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Applications

PSA Oxygen Generators

JLOX-500 series molecular sieve are mainly used in PSA oxygen generator for generation of high purity oxygen with the advantages of faster adsorption rate, higher oxygen production rate and longer use life.oxygen purity is up to 93%±3%

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PSA Generator

Portable medical PSA oxygen concentrator

Portable medical oxygen concentrators sieve bed material using molecular sieve as adsorbent, by pressure swing adsorption (pressure swing adsorption, PSA) in ambient air as raw material, under the condition of normal temperature low pressure, when using molecular sieve pressure of nitrogen in the air (adsorbate) adsorption capacity increases, the decompression of the characteristics of the nitrogen adsorption capacity to reduce in the air, forming pressure adsorption pressure desorption process of rapid cycling to separating oxygen and nitrogen in the air, resulting in a high concentration of oxygen.

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oxygen

Cryogenic Air Separation

Cryogenic air separation plays a key role in producing oxygen, nitrogen, and argon by separating contaminants such as carbon dioxide and water from a gas stream.

Our rapid absorption solution can satisfy the wide needs of air separation across numerous industrial production.

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cryogenic-air-separation

PSA adsorb CO

JL-COS adsorbent is sensitive to oxygen, carbon dioxide, water vapor and sulfur-containing gas.

Compared with ordinary molecular sieves, high-efficiency CO adsorbents have stronger selectivity for CO and larger adsorption capacity (can increase by about 60%).

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JLCOS BANNER

PSA hydrogen purification

The principle of PSA-pressure swing adsorption hydrogen production is to use adsorbents to easily adsorb high-boiling components under the same pressure, but not easy to adsorb low-boiling components.

Molecular sieve is a special molecular sieve for pressure swing adsorption hydrogen production, pressure swing adsorption oxygen production, pressure swing adsorption carbon monoxide production, and normal isoparaffin separation.

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PSA hydrogen

Ethanol Dehydration

Ethanol Dehydration Grade Molecular Sieve have lower its water content, the higher quality of alcohol is produced. However, using typical multi-pressure distillation processes alone, the ethanol to water azeotopic ratio is at 95.5%, with a maximum of 97.2%. Further purification is needed to exceed the limits for a more refined final product.

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Ethanol Dehydration

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