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Application of molecular sieve


Molecular sieve catalyst: as a catalyst support, it is used for the cleavage of macromolecular compounds, the preparation of organic matter, etc.

Molecular sieve adsorbents: have good adsorption and separation effects on pollutants and toxic chemicals in the air.

Molecular sieve gas separation: Selectively separate the components of the mixed gas according to the size and polarity of the small molecule substance.

Molecular sieve water treatment: used to remove odors, colors, heavy metals and organic matter pollution in water.

Molecular sieve desiccant: good at adsorbing water and can be used as a desiccant.

Other applications of molecular sieve: It is also used in the fields of oxygen supply materials, molecular storage, methanol hydrogen production, etc.

Regeneration of molecular sieve

After a certain period of use of the molecular sieve, it can be regenerated by heating to restore its adsorption performance. The regeneration temperature generally cannot exceed 650°C. It should be carried out under a dry inert gas stream or under vacuum.

Molecular sieve catalyst: as a catalyst support, it is used for the cleavage of macromolecular compounds, the preparation of organic matter, etc.

Molecular sieve adsorbents: have good adsorption and separation effects on pollutants and toxic chemicals in the air.

Molecular sieve gas separation: Selectively separate the components of the mixed gas according to the size and polarity of the small molecule substance.

Molecular sieve water treatment: used to remove odors, colors, heavy metals and organic matter pollution in water.

Molecular sieve desiccant: good at adsorbing water and can be used as a desiccant.

Other applications of molecular sieve: It is also used in the fields of oxygen supply materials, molecular storage, methanol hydrogen production, etc.

Regeneration of molecular sieve

After a certain period of use of the molecular sieve, it can be regenerated by heating to restore its adsorption performance. The regeneration temperature generally cannot exceed 650°C. It should be carried out under a dry inert gas stream or under vacuum.