1. The organic waste gas to be processed enters the ceramic heat storage body of the heat storage chamber 1 (the ceramic heat storage body "stores" the heat of the previous cycle), the ceramic heat storage body exotherms and cools down, and the organic waste gas absorbs and heats up.

2. After the exhaust gas leaves the heat storage chamber, it enters the oxidation chamber at a relatively high temperature. In the oxidation chamber, the temperature of the oxidation is increased by VOCs oxidation or the temperature of the burner is increased to the oxidation temperature to the oxidation temperature. The range of adjustment is 760 ~ 860 ℃ according to the working conditions, so that VOCs components break down into carbon dioxide and water

3. The purified high-temperature gas leaves the oxidation chamber and enters the heat storage chamber 2 to release heat and cool down. After the waste heat is recovered, it enters the heat exchanger for thermal energy reuse and is discharged into the atmosphere through the chimney. At the same time, a small amount of purified gas is used to clean the heat storage chamber 3. The heat storage chamber 2 absorbs a large amount of heat and heats up, and is used for heating exhaust gas in the next cycle.

4. After the cycle is completed, the intake and exhaust valves are switched once, and the next cycle is entered. The exhaust gas enters the heat storage chamber 2 and the heat storage chamber 3 is discharged. After switching, the heat storage chamber 1 is cleaned. Alternate switching in this way achieves continuous treatment of VOCs exhaust.

1. Rich craftsmanship, two-chamber, three-chamber and rotary RTO processes are available

2. Use ceramic heat storage body to recover heat energy, reduce energy consumption and reduce combustion costs

3. Under the condition of appropriate exhaust gas concentration, it is not necessary to add auxiliary fuel to realize self-heating operation, and the purification efficiency is high (three rooms> 99%), which is suitable for different working conditions.

4, high applicability, can handle a variety of components, using most of the organic waste gas components

5. There is no local high temperature, thermal nitrogen oxides are suppressed, and there is no secondary pollution

6.The internal temperature distribution of the regenerative type is uniform, the heat transfer and heat transfer effect is good, the volume of the furnace cavity is small, and the equipment cost is reduced.

7, PLC fully automatic control, supporting operating touch screen, high man-machine interaction

8. The LEL standing interlock cut-off system strictly monitors the concentration of organic waste gas entering the system. Western medicine is an automatic pre-regulator that enters a safe range with a concentration below 1/4 of its lower explosive limit.

9. Set a safety temperature relief valve. When the temperature in the combustion chamber exceeds the set upper limit, the temperature relief valve opens to release the temperature to ensure safe temperature operation.

10. Set explosion vent. When an accident occurs in the combustion chamber, the pressure in the furnace rises sharply, and the explosion vent opens to effectively relieve the pressure and ensure that no greater harm is caused.

11. Multiple safety protection systems: non-steady-state control, temperature early warning, shutdown alarm and emergency emergency measures, etc., with high safety performance

12, less maintenance workload, safe and reliable operation 

13. Organic deposits can be removed periodically and the heat storage body can be replaced 

14, the pressure loss of the entire device is small 

15.Long device life

1. Coating, pharmaceutical, petroleum, chemical, plastic, rubber, printing, pesticide, shoemaking, power cable industries, etc.

2.Industrial fields containing organic components in organic solvents or exhaust gas

3. Low concentration of organic matter (also satisfy below 25% LFL), high air volume