Stainless steel activated carbon adsorption purifier

Small scale separation equipment~Stainless steel activated carbon adsorption purifier uses carbon fiber as the adsorption material, with an adsorption capacity 20-40 times higher than activated carbon and a purification efficiency of 95-99%. This equipment is suitable for both organic and inorganic waste gases and has significant purification effects. It has the characteristics of small footprint, easy maintenance, few ancillary equipment, and no secondary pollution.

　　Stainless steel activated carbon adsorption purifierFor the regeneration type carbon fiber exhaust gas purification device. Using carbon fiber as the adsorbent material, its adsorption capacity is 20-40 times higher than activated carbon, and the purification efficiency is 95-99%. This equipment is suitable for both organic and inorganic waste gases and has significant purification effects. It has the characteristics of small footprint, easy maintenance, few auxiliary equipment, and no secondary pollution. The device consists of an air inlet, a filter, an adsorption section outlet, etc. After entering the box through the air inlet, the exhaust gas first passes through a filter to filter out particulate matter, and then enters the adsorption section for adsorption and purification. The purified air is discharged into the atmosphere through a ventilation fan, and the saturated carbon fiber is taken out for regeneration before continuing to be used. The adsorbent can be regenerated by the manufacturer or by the user themselves.

　　Stainless steel activated carbon adsorption purifierThe main effective industrial treatment method is to utilize the adsorption properties of activated carbon with multiple micropores to adsorb organic waste gas. The activated carbon adsorption bed adopts a new type of activated carbon, which has a large specific surface area and porosity, strong adsorption capacity, good mechanical strength, chemical stability, and thermal stability, and a purification efficiency of up to 95%. Organic waste gas passes through an adsorption bed and comes into contact with activated carbon. The organic pollutants in the waste gas are adsorbed on the surface of the activated carbon, thereby separating from the airflow and achieving purification effect.