Substances that cannot be treated by common zeolite wheels and substances that are not easily treated by zeolite wheels.

Figure Zeolite molecular sieve wheel physical map
high wind volume, low concentration of organic exhaust gas combustion or recovery, not only requires very large-scale equipment, but also will cause huge operating costs. For this problem, the use of zeolite molecular sieve adsorption enrichment device can be low concentration of high wind volume of organic exhaust gas concentrated into a high concentration of small air volume, thereby reducing the cost of equipment investment and operating costs, so as to achieve cost-effective organic exhaust gas treatment.
the organic exhaust gas purification technology of zeolite wheel is the technology of adsorption purification of VOCs in exhaust gas by using zeolite molecular

. Zeolite molecular sieve is a crystalline silicate, which is widely used in the field of exhaust gas treatment with its regulated crystal structure, uniform hole distribution and adjustable surface properties.. Figure Zeolite Molecular Sieve Structure Diagram
Hydrophobic silicon zeolite adsorbents show strong hydrophobic/oil-dependent properties, with uniformly sized holes, a larger surface area (500 to 1000m2/g) and a large adsorption capacity, which can be used to absorb many organic molecules from the exhaust gas, and is a new type of environmentally friendly material.
olefins, silicone oxygen, and large molecular substances with an ultra-high boiling point of more than 260 degrees C on zeolite molecular sieve wheels may cause permanent damage to the wheel. The ingredients that the wheel cannot handle are listed as follows:
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