Regenerative incinerator

After the low-temperature organic waste gas is heated and absorbed by the preheating chamber, it enters the combustion chamber (oxidation chamber) for high-temperature incineration (heated to 800 ℃), causing the VOCs in the waste gas to oxidize and decompose into CO2 and H2O in the oxidation chamber.

The high-temperature gas after oxidation flows through another heat storage chamber and exchanges heat with the ceramic heat storage body before being discharged. The heat stored in the heat storage chamber is used to preheat the newly introduced organic waste gas, and periodically change the direction of the airflow to maintain the stability of the furnace temperature.

Thermal oxidation method is a method of using thermal oxidation and catalytic oxidation technology to destroy organic matter in emissions. Compared with other thermal oxidation technologies, the typical feature of RTO is that it uses thermal storage ceramic materials

The material or other high-density inert materials absorb and store the energy of the emitted exhaust gas, and then release the energy to the low-temperature gas entering, instead of using shell and tube heat exchange oxidation technology for heat exchange between two fluids. Its essence is to decompose organic exhaust gas into non-toxic and harmless CO2 and H2O.