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  Industrial Air Pollution Control Equipment – Fans can be used together with wet scrubbers and other equipment to form a complete exhaust gas collection and treatment system.
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Different equipment, such as wet scrubbers, adsorption units, filters, fans, and scrubber internals, can be selected according to the characteristics of the exhaust gas and treatment requirements.

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Different types of activated carbon are displayed together.

Activated Carbon Adsorption Tower

Home Products Adsorption Equipment & MediaActivated Carbon Adsorption Tower

Products

Activated Carbon Adsorption Tower – Porous Adsorption Technology

Activated Carbon Adsorption Tower is an exhaust gas treatment device that uses the adsorption capacity of Activated Carbon's porous structure to remove Organic Pollutants and Odorous Substances from Industrial Exhaust Gas.

After exhaust gas enters the Adsorption Tower, it passes through the Activated Carbon adsorption bed filled within the tower. Contaminant molecules are adsorbed and retained on the carbon material surface by the Activated Carbon's large Specific Surface Area and abundant Microporous Structure, thereby purifying the exhaust gas.

The Activated Carbon Adsorption Tower is primarily used to treat VOCs, odorous gases, and other adsorbable pollutants, and is widely used in coating, printing, chemical, electronics, pharmaceutical, laboratory, and industrial ventilation systems.

An Activated Carbon Adsorption Tower placed on a flat surface

Features

Efficiently adsorbs VOCs and odors. Activated Carbon has a well-developed Microporous Structure and a large Specific Surface Area, enabling effective capture of Organic Pollutants and odor molecules.
Suitable for low-concentration exhaust gas treatment. Activated Carbon adsorption provides effective treatment for low-concentration, high-volume VOC exhaust gas.
Flexible selection of adsorption materials. Select different Activated Carbon types according to pollutant type.
Simple structure and stable operation. The equipment primarily relies on physical adsorption, without complex chemical reactions, making maintenance convenient and operation reliable.

Structure

Activated Carbon Filling Port. Used to add new Activated Carbon material.
Tower Body. Main equipment structure, available in PP, FRP, and other materials.
Exhaust Gas Inlet. Introduces contaminant-laden exhaust gas into the tower.
Pre-Filtration Layer. Prevents clogging and ensures stable adsorption efficiency.
Discharge Outlet. Used to discharge saturated Activated Carbon.

Principle

Exhaust Gas Enters the Adsorption Tower. Exhaust gas containing VOCs or odor pollutants enters the tower through the ductwork.
Uniform airflow distribution. After passing through the flow-directing structure, the exhaust gas enters the Activated Carbon adsorption zone evenly.
Contaminant adsorption. As the exhaust gas passes through the Activated Carbon bed, contaminant molecules enter the Activated Carbon pores and are adsorbed by intermolecular forces, transferring from the gas phase to the solid surface.
Clean gas discharge. The gas after adsorption treatment is discharged through the outlet.
Activated Carbon replacement or regeneration. As operating time increases, the Activated Carbon gradually reaches saturation and must be replaced with new Activated Carbon or have its adsorption capacity restored through thermal regeneration, steam regeneration, or similar methods.

Specifications

Table 1: Coconut Shell Activated Carbon
Parameter Name/Name	Water Purification Carbon	Golden Carbon	Fine Granular Carbon
Llodine No, mg/g ≥	1000	1000	1000
Methylene Blue Adsorption, mg/g ≥	135	135	135
Bulk Density, g/ml ≥	90	95	90
Hardness, % ≥	0.45	0.45	0.45
Ash Content, % ≤	5	5	5
Moisture as Packed, % ≤	10	10	10
lron Salt Content, % ≤	0.1	0.1	0.1
PH	7-9	7-9	7-9