Stainless steel activated carbon adsorption box

General introduction: The stainless steel activated carbon adsorption box is a common industrial waste gas treatment equipment. It utilizes the adsorption characteristics of activated carbon and the advantages of stainless steel materials to achieve efficient waste gas purification.

Detailed introduction is as follows:

Structural Composition

Main components: Stainless steel box body, activated carbon filling layer, gas inlet and outlet, and maintenance doors. The stainless steel box has corrosion resistance and high temperature resistance. Columnar, granular or honeycomb activated carbon is commonly used for the filling layer.

Working Principle

Industrial waste gas enters the box from the air inlet and evenly passes through the activated carbon layer under the action of fans. Harmful substances such as VOCs and odor molecules are captured by carbon pores through Van der Waals force and hydrogen bond interaction to realize gas purification. Some chemically active pollutants react with functional groups on the carbon surface to further improve purification efficiency.

Performance Characteristics

Strong corrosion resistance: Made of 304 or 316 stainless steel to resist acid, alkali and water vapor erosion, suitable for highly corrosive environments such as chemical and electroplating industries.

High adsorption efficiency: Activated carbon has large specific surface area. The optimized airflow system ensures sufficient gas-carbon contact, and the waste gas removal rate exceeds 95%.

Stable operation: Reasonable and simple internal structure is easy for daily maintenance, supporting long-term continuous operation.

High intelligence: Modern equipment is equipped with intelligent monitoring systems to display adsorption status in real time. Automatic early warning reminds carbon replacement to reduce operation cost.

Application Scope

Widely used in injection molding, welding, rubber, printing, coating, shoemaking and chemical industries. It can purify organic gas such as benzene, toluene, xylene, methanol and ethanol, as well as various odorous waste gas.

Maintenance

Regularly detect the adsorption state and replace or regenerate activated carbon in time. Clean the interior to prevent dust accumulation and blockage. Inspect the tightness of maintenance doors to avoid gas leakage.