The industrial oxygen generator is an automatic equipment that uses zeolite molecular sieve as the adsorbent and uses the principle of pressure adsorption and decompression desorption to adsorb and release oxygen from the air, thereby separating oxygen. Zeolite molecular sieve is a kind of spherical granular adsorbent with micropores on the surface and inside, which is processed by a special pore type treatment process, and it is white. Its pore type characteristics enable it to realize the kinetic separation of O2 and N2. Pressure swing adsorption oxygen production is based on the selective adsorption characteristics of zeolite molecular sieve. It adopts a cycle of pressure adsorption and decompression desorption to make compressed air alternately enter the adsorption tower to achieve air separation, thereby continuously producing high-purity product oxygen.

psa oxygen generator based on the zeolite adsorbent by pressure adsorption, desorption antihypertensive principle of adsorbing and releasing nitrogen from air, thus separating oxygen automation equipment. Zeolite molecular sieve is processed by a special pore type treatment process. The spherical particle adsorbent with micropores on the surface and inside is white. Its pore type characteristics enable it to realize the kinetic separation of 02 and N2. The separation effect of zeolite molecular sieve on 02 and N2 is based on the small difference in the dynamic diameter of the two gases. N2 molecules have a faster diffusion rate in the micropores of zeolite molecular sieve, and O2 molecules have a slow diffusion rate. The diffusion of water and CO2 in compressed air is not much different from that of nitrogen. The final enrichment from the adsorption tower is oxygen molecules.

The psa oxygen generator is an automated equipment that separates oxygen by adsorbing and releasing nitrogen from the air through the principle of pressure adsorption, desorption, and pressure reduction based on zeolite adsorbents. The zeolite molecular sieve is processed by a special hole type treatment process. The spherical particle adsorbent with micropores on the surface and inside is white. Its pore type characteristics enable it to realize the kinetic separation of O2 and N2. The separation effect of zeolite molecular sieve on O2 and N2 is based on the small difference in the dynamic diameter of the two gases. The diffusion rate of N2 molecules in the micropores of the zeolite molecular sieve is faster, and the diffusion rate of O2 molecules is slower. The diffusion of water and CO2 in compressed air is not much different from the diffusion of nitrogen. The final enrichment of the adsorption tower is oxygen molecules.

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