Industrial organic waste gas treatment activated carbon adsorption equipment

Industrial organic waste gas treatment activated carbon adsorption equipmentIt is a device that utilizes the high specific surface area and strong adsorption capacity of activated carbon porous structure to physically adsorb and purify volatile organic compounds (VOCs), odorous gases, and some inorganic pollutants. The equipment usually consists of an adsorption tower body, an activated carbon filling layer, an intake system, an exhaust system, and an intelligent control system. The core components use honeycomb or granular activated carbon as the filler. Its compact structure supports vertical, horizontal, or modular design, and can be flexibly adjusted according to treatment needs, suitable for exhaust gas treatment of enterprises of different scales.

Industrial organic waste gas treatment activated carbon adsorption equipmentApplication field

Chemical and Pharmaceutical: Processing solvent recovery, reaction kettle exhaust, removing VOCs such as benzene, toluene, and xylene to ensure emissions meet standards.

Painting and Printing: Purifying exhaust gases from spray painting and printing workshops, capturing organic gases generated by ink evaporation, and improving the working environment.

Food processing: Remove alcohol vapor and odors generated by fermentation, improve product quality, and meet hygiene requirements.

Electronic manufacturing: Absorbs halogens and acidic gases in semiconductor production to protect precision equipment from corrosion.

Wastewater treatment: Removing organic matter, color, and odor from water bodies to improve water quality.

Oil and gas recovery: reduce the volatilization of VOCs during storage and transportation, reduce resource waste and safety hazards.

Precautions for use

Pre treatment requirements: The exhaust gas needs to undergo pre-treatment such as dust removal, oil removal, and cooling to avoid particle matter, oil pollution, or high temperature damage to the activated carbon.

Activated carbon replacement: Regularly check the adsorption efficiency, and replace the activated carbon in a timely manner when the outlet concentration approaches the emission standard to prevent penetration.

Safety protection: The equipment should be equipped with explosion-proof ports, temperature sensors, and flame arresters to ensure safe operation; Avoid open flames or high temperature environments.

Operating standards: Strictly follow the instructions to avoid frequent start stop or overload operation, and extend the service life of the equipment.

Maintenance: Regularly check the sealing of the equipment, the condition of the fan, and the blockage of the activated carbon layer to ensure normal operation.