RTO Thermal Storage Incineration SystemWorking principle:

The principle is to heat the organic waste gas to820Around Celsius degrees, the exhaust gasVOCDecompose into carbon dioxide and water through oxidation. The high-temperature gas generated by oxidation flows through a specially designed ceramic thermal storage body, causing the ceramic body to heat up“thermal storage”This“thermal storage”Used to preheat the organic waste gas that enters later. Thus saving fuel consumption for exhaust gas heating. By performing the following actionsVOCWaste gas treatment. In the first cycle, exhaust gas enters the chamber1The heat storage body releases heat, the exhaust gas heats up, and from the chamber body2Exhaust, heat storage body for heat storage, and exhaust gas cooling. In the second cycle, the exhaust gas is directed into the second cycle by switching the valve2Chamber body, heat storage body releases heat, exhaust gas heats up, from the chamber body1Exhaust, heat storage body for heat storage, and exhaust gas cooling. In this way, by switching the valve, the intake and exhaust are switched, and the processed gas is directly heated or cooled by the heat storage body, resulting in higher thermal efficiency.

RTO Thermal Storage Incineration SystemGenerally divided into: rotationRTOTwo roomsRTOThree roomsRTOWheel concentration and oxidationRTO（RCO）

rotary typeRTOcharacteristic:

rotary typeRTOTen furnaces are used (numbered)1~10#）Fixed heat exchange medium bed, using thermal storage ceramics as the heat exchange medium. The exhaust gas from the production line passes through four channels（1~4#After the hot ceramic medium bed in the intake area is heated; The high-temperature gas burned after entering the furnace will be used for the other four（6~9#Heating of the heat exchange medium bed in the exhaust area, corresponding to5#、10#The bed is the blowing area, and under the action of the rotary switching valve, the two sets of numbers of the ceramic media bed change cyclically (such as2~5#For the intake area7~10#For the exhaust area6#、1#The bed serves as the blowing area, and so on. In this way, the two sets of heat exchange medium beds switch between each other, storing heat and heating the low-temperature exhaust gas. Each time the direction is changed, only25%Ceramic media changes the direction of airflow, effectively reducingRTOWind pressure fluctuations in imports and exports,Has little impact on the air pressure of the front-end production line,More suitable for coating wires, and due to the internal design of the switching valve for blowing air ducts, the decomposition rate is higher than that of tower typeRTOhigher,Achieve the decomposition rate of organic waste gas99%The above ultimately ensures that the exhaust emissions comply with national environmental standards. The heat exchange efficiency has reached95%Above, if the concentration of organic waste gas is sufficient, it is easy to achieve self maintenance of the oxidation furnace without using any fuel.