Waste incinerators are widely used in municipal solid waste treatment. Urban waste is large in volume and diverse in type; high-temperature combustion in incinerators significantly reduces waste volume while killing bacteria and viruses, lowering the risk of secondary pollution. The heat generated during incineration can also be used for power generation or heating, achieving resource utilization and improving the overall efficiency of urban waste treatment.
Infectious waste, pathological waste, and pharmaceutical waste generated by medical institutions require strict disinfection to prevent the spread of pathogens. Waste incinerators can completely inactivate pathogenic microorganisms in waste at high temperatures. Combined with exhaust gas purification systems, medical waste can be safely treated, meeting national environmental protection and hygiene requirements and ensuring the safety of medical personnel and the environment.
Hazardous waste and waste containing organic chemicals generated by industrial enterprises and chemical plants can also be treated by waste incinerators. High-temperature incineration decomposes harmful organic matter, reducing toxicity and decreasing waste volume, facilitating subsequent treatment or landfill. Some incinerators are also suitable for industrial parks or large-scale solid waste treatment, achieving centralized and safe processing.
In remote areas, small incinerators can be flexibly deployed for centralized treatment of municipal solid waste or medical waste, reducing transportation risks and processing delays. In addition, some incineration equipment can be combined with energy recovery systems to realize the utilization of waste heat energy.