Pyrolytic Incinerator 1

I. Features:

Due to the use of thermal decomposition during the incineration process and precise control at different stages, the thermal engineering standards stipulated by the engineering design execution standards are achieved.

② Due to the pyrolysis furnace burning under anaerobic conditions, the air stirring intensity inside the furnace is low, resulting in fewer particulates in the flue gas.

③ The high-temperature oxidation process is completed in the secondary combustion chamber, where organic matter is fully oxidized and decomposed, resulting in low organic gas content in the flue gas.

④ Due to the high-temperature combustion of waste, the residue contains almost no organic matter.

⑤ The volume and weight of the residue are less than 5% of the original solid waste (excluding original inorganic matter), and the organic matter removal rate reaches 99.9%, thus significantly reducing the treatment cost of the subsequent slag.

⑥Waste materials of different compositions can be incinerated simultaneously in a stable manner.

Safe combustion method, inhibiting the incineration of toxic substances like dioxins.

⑧ The pyrolysis reactor body utilizes two types, A and B, allowing for 24-hour alternating continuous operation.

Section 2: Applicable Range: Medical Waste Concentration Treatment

Regular processing capacity: 3T/D, 5T/D, 8T/D, 15T/D.