Features:
High adsorption efficiency: Zeolite material has good adsorption performance and can effectively adsorb VOCs in exhaust gas.
Low pressure loss: The rotor structure design makes the airflow resistance small and the operating energy consumption low.
Large air volume: Suitable for large air volume exhaust gas treatment.
High concentration ratio: Concentrate large air volume and low concentration exhaust gas into small air volume and high concentration exhaust gas.
Safe and reliable: Zeolite material is resistant to high temperature, will not burn, and has high safety.
Energy saving: The heat generated by the decomposition of VOCs can be used for desorption to save energy.
Simple operation: High degree of automation and simple operation.

Application:
Zeolite concentration rotor adsorption and desorption device is widely used in various industrial waste gas treatment fields, such as:
Semiconductor manufacturing, LCD liquid crystal manufacturing: VOCs discharged from the treatment process.
Paint, coating, printing industry: VOCs discharged from the production process.
Chemical, pharmaceutical, and pharmaceutical industries: VOCs generated in the production process.
Textile and leather industries: VOCs discharged from the production process s.
Automobile manufacturing industry: Treat VOCs emitted during automobile painting.

Working principle:
Adsorption zone: The exhaust gas enters the adsorption zone, the zeolite wheel rotates continuously, and the zeolite material adsorbs VOCs in the exhaust gas.

Desorption zone: The zeolite wheel rotates to the desorption zone, and hot air blows through to desorb the adsorbed VOCs.

Cooling zone: The zeolite wheel is cooled in the cooling zone, and the cooled air is heated and used as regeneration air.

Subsequent treatment: The high-concentration VOCs after desorption can be sent to catalytic combustion and other devices for treatment.

Advantages:
Reduced energy consumption: The hot air desorption and cooling zone energy-saving circulation system are used to reduce energy consumption.

Reduced operating costs: After the large air volume and low-concentration exhaust gas is concentrated, the size and operating costs of the subsequent treatment equipment are reduced.

Improve treatment efficiency: High adsorption performance and high-efficiency concentration improve the exhaust gas treatment efficiency.

Reduced safety risks: The zeolite material is resistant to high temperatures and does not burn, reducing safety risks.

Easy to maintain: The structure design is simple and easy to maintain and replace.