Working principle of activated carbon adsorption device

After passing through the initial efficiency filter in the adsorption tower to remove solid particles, the exhaust gas enters the tower body. After being adsorbed by the activated carbon layer, organic exhaust gas molecules in the gas are removed, achieving purification gas that meets emission standards. It is then discharged outdoors through a fan.

Design of activated carbon adsorption device:

Only a scientifically reasonable design can ensure the adsorption effect of the activated carbon adsorption tower. Therefore, the following points should be considered in the design:

1. Physical properties of organic gases: The temperature, humidity, concentration, etc. of organic gases are essential factors that we must understand when designing, especially the concentration of organic gases, which is one of the important criteria for designing activated carbon towers.

2. Chemical properties of organic gases: The molecular weight of organic gases is another important basis for our design. In addition, whether there are acidic and alkaline gases mixed in the gas, which can corrode the main material, should also be considered in the design to dispose of these two gases before they enter the activated carbon tower.

3. Other factors: designed processing air volume, daily working hours of equipment, and frequency of activated carbon replacement; When designing, it is important to have a detailed understanding with the client.

Selection of Activated Carbon Adsorption Device

Selection of activated carbon

1. Activated carbon for general water purification: Activated carbon refined from high-quality fruit kernels as raw materials.

2. Power plant boiler raw water purification carbon: Activated carbon refined from apricot shell and coconut shell is used.

3. Petrochemical specific: Activated carbon refined by physical methods using fruit shells and coconut shells as raw materials

4. Special for exhaust gas: Using activated carbon refined from high-quality coconut shells as raw materials.