(1) Heat recovery: VOCs generate heat after incineration, which is stored by the heat accumulator for subsequent gas heating. The gas passing through the heat accumulator can also be introduced into the heat exchanger to recover and utilize the heat, so as to save energy.

(2) Adsorption and concentration: after the VOCs are adsorbed by the zeolite, they enter the desorption area and are heated by the heat exchanger before being purged by the gas. VOCs are desorbed from the zeolite to form high concentration and low air volume waste gas to achieve the purpose of concentration.

(3) Oxidation: the concentrated waste gas enters the regenerative incinerator for treatment to generate pollution-free carbon dioxide and water.

(4) Purification 2113 function: waste gas passes through the inside of the zeolite runner, 5261VOCs components are adsorbed by the zeolite, and the purified 1653 clean gas is directly discharged with the help of the induced draft fan inside the system 4102. Zeolite has large specific surface area and high treatment rate. At present, most of the equipment can reach more than 95%.

(5) Continuous operation: the desorbed zeolite rotates into the cooling area, then cools with normal temperature air, and then rotates and adsorbs again into the concentration area. Realize continuous operation.

More details Honeycomb zeolite molecular sieve Manufacturer - Jingdezhen Jiayuan Activated carbon limited company