Adsorption technology of activated carbon materials is the use of porous structure of activated carbon materials as adsorbents, when the waste gas containing organic compounds by adsorbent, the organics are adsorption, interception, air purification after discharge. There are two kinds of activated carbon adsorbent, activated carbon and activated carbon. My company's products are mainly activated carbon adsorption recovery device activated carbon particle adsorption recovery device.
 

1 the organic component in the waste gas is absorbed into the micropores of the activated carbon (fiber), so as to balance the adsorption concentration in the micropores. Because of the mutual attraction between molecules, when a molecule is captured, it causes more molecules to be attracted, so that they can fill the pores of the activated carbon.

2 after adsorption saturation, the high temperature steam desorption method was used to remove the organic madman adsorbed in the pore diameter of activated carbon fiber.
 

   Activated carbon (fiber) adsorption recovery device is mainly composed of exhaust gas pretreatment system, adsorption system, desorption system, vacuum drying system, drying and cooling system, recovery system, automatic control system.

   The three adsorber switching operation as an example, when 1 and 2 in the adsorber adsorber adsorption state, 3 in the first steam desorption adsorber, cooling and drying condition; an adsorption cycle, exhaust gas, steam valve automatic switching, 1 adsorber Leong desorption, absorber 2 is still in the state of adsorption, and adsorption 3 by the state to enter the state of adsorption desorption. Three the working state of each conversion adsorber. The exhaust gas continuously in the adsorber 1 or 2 or purified emissions in 3; the desorbed organic steam into the condenser, the mixed liquid condensed into stratified tank, stratified according to the recovery of recycled organic matter and water density difference.
 

1 high recovery efficiency of organic matter, the exhaust gas can be discharged

2 safe and reliable, explosion-proof level to meet the relevant standards

3 compact, small air resistance, small footprint, low energy consumption

4 fully automatic operation, simple operation, easy maintenance, safe operation

5 environmental benefits and economic benefits, investment recovery period is short
 

   The utility model can be widely used in furniture industry, petroleum and petrochemical industry, coal chemical industry, artificial leather, textile printing and dyeing, paint coating, rubber, plastics, footwear, pharmacy, electronics, chemical fiber, brewing and other industries.