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Post Requirements
Post Requirements
Product information
Introduction to the principle:
Zeolite molecular sieve drum adsorption concentration uses the porous structure of zeolite to adsorb organic waste gas. Under the action of the induced draft fan, the exhaust gas passes through the internal structure of the zeolite and is adsorbed and stayed inside the zeolite; the exhaust gas is purified, turned into clean gas, and directly discharged. The zeolite drum is divided into three areas: adsorption area, desorption area, and cooling area. It keeps rotating slowly during operation. When the drum is transferred to the desorption area, a heat exchanger is used to heat a small air volume of air and heat it to 150°-200°, the zeolite is purged, desorbed, and regenerated; The desorbed small air volume and high-concentration exhaust gas then enters the post-treatment process and can be adapted to direct combustion (TO), regenerative catalytic combustion (RCO), regenerative incineration (RTO), condensation recovery unit (CR) or other solvent recovery device.
Product features:
1. Compact structure, small size; small footprint;
2. Modular assembly; quick and simple installation;
3. The zeolite content rate is high and the purification effect is higher, up to 98%;
4. High concentration ratio, concentration ratio 5-40 times;
5. No honeycomb ceramic substrate, lower specific heat capacity, and no cooling zones;
6. Simple maintenance and no special auxiliary tools are needed;
7. Automatic control, high degree of intelligence.
Applicable occasion:
Widely used in coating, coating, packaging and printing, electronics, shoe making, chemical and other industries;
Applicable ingredients: benzene, toluene, xylene, styrene, ethane, MEK, MIBK\Acetone, ethyl acetate, NMP, THF, methanol, ethanol, propanol-1C butanol and other waste gas components at room temperature, non-self-polymerization, boiling point below 200°.
Suitable treatment concentration range: 10-1000ppm
