Rotor concentration technology, for low concentration and large air volume of organic waste gas is efficiently concentrated to 10-15 times before desorption.RTO technology, through the direct combustion of exhaust gas after the concentration of the rotor, and the use of its combustion heat and energy-saving reuse system to reduce operating costs and reuse the effective heat to achieve full energy saving effect. Realize the reuse of resources and thermal energy, reduce costs and increase efficiency.

Mixed organic waste gas through the collection duct into the three-stage filter (in addition to particulate matter, the general filtration method for the G4 + F6 + F9) within the particulate matter in the waste gas filtered clean into the concentration of the rotor processing area, in the internal processing area of the rotor volatile pollutants (VOCs) are adsorbed to remove the purified air from the rotor's processing area into the chimney discharge at high altitude; adsorbed in the concentration of the rotor of the VOC in the The VOCs adsorbed in the concentrating rotor are desorbed and concentrated in the regeneration area by hot air treatment, and the VOCs desorbed by hot air enter the regenerative thermal incinerator (RTO) for oxidative decomposition. After regeneration, the concentrated rotor is cooled in the cooling area, and the air in the cooling area is then heated and used as regeneration air.