【Activated carbon deodorization deviceProduct Overview

The activated carbon deodorization device is mainly used for the treatment of organic waste gas, consisting of two main parts: an activated carbon adsorption tower and a fan, containing perforated plates, activated carbon adsorption layers, and other components. The deodorizing device is made of carbon steel plate, and the defogging layer adopts a movable structure for easy removal of paint mist. The activated carbon deodorization device has the advantages of saving power, easy operation and maintenance, etc; The activated carbon deodorization device is suitable for organic waste gas treatment in industries such as furniture, wood, leather, hardware and building materials.

【Activated carbon deodorization deviceWorking principle

After being collected, organic waste gas enters the activated carbon adsorption equipment under the negative pressure of the fan. Activated carbon adsorption is developed based on the principle of the porous and attractive properties of activated carbon. Due to the presence of unbalanced saturated molecular or chemical bond forces on the surface of a solid, when the solid surface comes into contact with gas, it can attract gas molecules, causing them to concentrate and remain on the solid surface. This phenomenon is called adsorption. The activated carbon adsorption method used in this process utilizes the properties of solid surfaces. When exhaust gas comes into contact with porous activated carbon with a large surface area, pollutants in the exhaust gas are adsorbed on the solid surface of the activated carbon, thereby separating from the gas mixture and achieving the purpose of exhaust gas treatment.

【Activated carbon deodorization deviceComponents

Activated carbon deodorization device: Activated carbon adsorption is developed based on the principle of the porous and attractive properties of activated carbon. Due to the presence of unbalanced saturated molecular or chemical bond forces on the surface of a solid, when the solid surface comes into contact with gas, it can attract gas molecules, causing them to concentrate and remain on the solid surface. This phenomenon is called adsorption. The activated carbon adsorption method used in the activated carbon deodorization process utilizes the properties of solid surfaces. When exhaust gas comes into contact with porous activated carbon on a large surface, pollutants in the exhaust gas are adsorbed on the solid surface of the activated carbon, thereby separating from the gas mixture and achieving purification.

【Activated carbon deodorization deviceBefore use

(1) Check if the activated carbon is properly installed;

(2) Check if all movable doors (openings) of the activated carbon deodorization device are securely fastened;

(3) Check if the motor is normal (mainly the centrifugal fan);

(4) Check whether the connecting parts and bolts of the rack are loose, and adjust and tighten them accordingly;

【Activated carbon deodorization devicePrecautions:

1. Only operate when the fan equipment is completely normal;

2. During normal operation, all movable doors of the activated carbon deodorization device must be securely fastened;

3. When the fan equipment is started after maintenance, attention must be paid to whether all parts of the fan are normal.

4. If there is a paint mist filter layer: Regularly clean the particles in the paint mist layer to prevent an increase in wind resistance and reduce the treatment effect. The paint mist layer is a movable structure that can be opened and closed for cleaning. The cleaning cycle can be determined according to the actual situation, and the spray painting exhaust gas is generally once every two days.

5. Regularly replace activated carbon, as the adsorption efficiency of saturated activated carbon decreases, it should be regularly discharged from the discharge port and replaced with new activated carbon. The replacement cycle should be determined according to the actual situation, and the spray painting exhaust gas is generally three months.

6. Regularly check if the fan is functioning properly to prevent damage to the fan bearings due to excessive temperature.

7. To ensure personal safety, operations inside environmental protection equipment must be carried out while parked.

8. During the operation of exhaust gas treatment equipment, if any abnormal situation is found, it should be checked immediately. If there is a minor fault, the cause should be identified and eliminated in a timely manner. If a major fault is found, it should be stopped for maintenance immediately.