1. The material enters the carbonization furnace, the kiln chamber of the carbonization furnace can be designed in series, the carbonization furnace uses natural gas for indirect heating, and the working temperature of the carbonization furnace is 800℃;
2. The main body of the high-temperature carbonization furnace is a slightly inclined cylinder that can be rotated. The material is continuously and quantitatively added from the kiln head by the spiral feeder. When it passes through the inside of the cylinder, it burns natural gas outside the cylinder wall to heat the cylinder wall, so that the temperature of the rotating cylinder wall rises. At the same time, the material and the cylinder wall contact for heat exchange, and the water vapor is drawn out by the induced draft fan. The tail gas is discharged into the atmosphere by the induced draft fan. In the carbonization process, the material is moved from the higher end to the lower end under the action of gravity by the slow rotation of the cylinder. The inner wall of the cylinder is equipped with a forward baffle, which continuously raises and drops the material, so that the thermal contact surface of the material is increased to improve the dehydration rate and promote the material to move forward.
3. The process of carbonization furnace front temperature of 300 ~ 800℃, residence time of 30 ~ 120min.
4. The oxidation and decomposition of toxic and harmful waste into water, acid gas, dust and other substances under high temperature conditions, through the tail gas purification facilities and processes to further dispose of the secondary pollutants generated in the combustion, so as to ultimately achieve the reduction and harmfulness of hazardous waste.
5. The main body adopts the rotary kiln incineration process, through the overall rotation of the furnace body to make the waste evenly mixed, moving and burning, the furnace is equipped with a secondary combustion chamber, so that the combustible gas generated by decomposition gasification in the rotary kiln can achieve complete combustion in the secondary combustion chamber. Its unique structure enables the waste to complete the process of drying, gasification and combustion in several forms of heat transfer, and to achieve complete combustion in the secondary combustion chamber. This process has strong adaptability to changes in incineration, especially for wastes with high moisture content.

1. Cylinder: a cylindrical shape rolled by SUS310L.
2. Tire and support tug: It is the supporting part to withstand the rotation of the barrel, made of cast iron, section steel and cast steel, and can be supported by 2, 3 or 4 points according to the length of the barrel.
3. Driving device: gear transmission.
4. Air sealing device: the cylinder and the fixed part must be sealed to prevent hot air leakage.