Medical waste pyrolysis furnace is a device used for treating medical waste.

It is a heat treatment technology that can convert medical waste into low-toxicity, harmless solid waste and reference resource substances. This type of equipment generally consists of necessary equipment such as a furnace body and a series of control devices. It can decompose medical waste through processes such as heating and combustion, and purify and treat the generated pollutants.

The medical waste pyrolysis furnace is mainly composed of feed ports, combustion chambers, pollutant discharge ports, water coolers, and tail gas treatment devices. The inlet is mainly used for inputting medical solid waste, the combustion chamber is mainly used for pyrolysis treatment of solid waste, the pollutant discharge outlet is mainly used for discharging the generated flue gas, the water cooler is mainly used for cooling the exhaust gas, and the exhaust gas treatment device is used for purifying the exhaust gas emissions.

The principle of a medical waste pyrolysis furnace is to convert medical solid waste into substances such as carbon dioxide, water, and ash through chemical processes such as high-temperature heating and oxidation, achieving the treatment and resource utilization of solid waste. During the pyrolysis process, by adding an appropriate amount of catalyst and performing dry or wet purification, the emission of waste gas can be effectively controlled to avoid harm to the environment and human health.

The technical solution of the medical waste pyrolysis furnace needs to be designed based on specific circumstances, such as the characteristics of the treated waste, treatment capacity, retention parts, etc. Its main advantages include:

(1) High processing efficiency, capable of pyrolysis and disinfection of deteriorating waste, reducing the possibility of infectious diseases and environmental pollution.

(2) The treatment effect is good, and the waste can be converted into low toxicity, harmless solid waste and reference resource substances.

(3) A large single processing capacity allows for faster and more efficient disposal of large amounts of medical waste deposits.

(4) The furnace processing operation is simple, without the need for complex uncovering operations, and can achieve continuous automation operation.

However, it should be noted that during the treatment of medical waste pyrolysis furnaces, strict

supervision will be implemented on the units to ensure that the exhaust emissions comply with relevant national environmental standards. In addition, when carrying out relevant work, it is also necessary to ensure the airtightness of the equipment and the qualification of the operators.

In summary, medical waste pyrolysis furnaces can be widely used in medical waste treatment through efficient pyrolysis technology and purification equipment, with high efficiency and safety. At present, with the continuous progress and improvement of relevant processes and technologies, its application fields will continue to expand and develop.

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