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MSD Zeolite Rotating Adsorption Bed

Exhaust air containing volatile organic compounds (VOCs) passes through a filter to remove particulate matter and then enters the adsorption zone of the zeolite rotor. The zeolite on the rotor has a highly porous structure capable of adsorbing VOCs from the exhaust air. Once adsorption is saturated, a drive motor rotates the zeolite rotor to the desorption zone, where hot air or other regeneration media is used to desorb the VOCs adsorbed onto the zeolite, forming a high-concentration exhaust air stream for subsequent treatment, such as combustion or condensation. After cooling following desorption, the zeolite rotor returns to the adsorption zone to continue adsorbing VOCs from the exhaust air.

Category:

Zeolite Adsorption Equipment


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Features and Advantages

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High-Efficiency Treatment

Extremely high adsorption efficiency;

Effective treatment of low-concentration VOCs;

Continuous and stable adsorption.

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Energy Conservation and Reduced Consumption

Continuous operation is achieved through the rotation of the rotor, resulting in high thermal energy utilization efficiency;

High adsorption concentration ratio.

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Recovery and Reuse

Enables the recovery and resource utilization of VOCs;

The zeolite rotor has a long service life and generates minimal hazardous waste.

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Easy Operation

High degree of automation;

Relatively simple operation and maintenance.

Application Field
Coating Industry
Used for the treatment of organic exhaust air from coating lines for automobiles, furniture, metal products, and other applications, such as the adsorption and recovery of VOCs like benzene and toluene;
Printing Industry
Used to treat volatile compounds from ink drying generated during the printing process;
Chemical Industry
Used for the treatment of organic exhaust air emitted by chemical plants, including various alkanes, alkenes, and aromatic hydrocarbons;
Lithium-Ion Battery Industry
Treatment of organic solvent emissions generated during lithium-ion battery production;
Semiconductor and Electronics Manufacturing
Used for the adsorption of organic solvent gases in semiconductor manufacturing and electronics assembly lines;
Oil and Gas Industry
Used to treat exhaust air containing oil and gas at facilities such as oil refineries and natural gas processing plants;
Environmental Protection
Used for odor control at sites such as landfills and wastewater treatment plants.