Jiaye Wholesale Customization of Carbon Oxygen Molecular Sieve Equipment Accessories with Different Specifications

NegotiableUpdate on 12/16

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Overview

The adsorption of zeolite molecular sieves is a physical process. The main reason for adsorption is the "surface force" generated by the molecular gravity acting on the solid surface. When the fluid flows through, some molecules in the fluid collide with the adsorbent surface due to irregular motion, resulting in molecular concentration on the surface and reducing the number of such molecules in the fluid, achieving the purpose of separation and removal. Due to the fact that adsorption does not undergo chemical changes, zeolite molecular sieves can regain their adsorption capacity as long as they try to drive away the molecules concentrated on the surface. This process is the reverse of adsorption, called desorption or regeneration. Due to the uniform pore size of zeolite molecular sieves, only when molecular dynamics

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Zeolite molecular sieveAdsorption is a physical process of change. The main reason for adsorption is the "surface force" generated by molecular gravity acting on solid surfaces. When a fluid flows through, some molecules in the fluid collide with each other due to irregular motionadsorbentOn the surface, molecular concentration occurs, reducing the number of such molecules in the fluid and achieving the purpose of separation and removal.

Due to the fact that adsorption does not undergo chemical changes, as long as the molecules concentrated on the surface are driven away, zeolite molecular sieves will have adsorption capacity again. This process is the reverse process of adsorption, called desorption or regeneration.

Due to the uniform pore size of zeolite molecular sieves, only whenmolecular dynamicsWhen the diameter is smaller than the pore size of zeolite molecular sieve, it can easily enter the crystal cavity and be adsorbed. Therefore, zeolite molecular sieve is like a sieve for gas and liquid molecules, determining whether to be adsorbed based on the size of the molecules.

Due to the presence of strong ions within the crystal cavities of zeolite molecular sievespolarityIt can strongly interact with molecules containing polar groups on the surface of zeolite molecular sieves, or induce polarization of polarizable molecules to produce strong adsorption.