In Datong City, Shanxi Province, a major coal-producing region in mainland China, waste is being specially treated to replace coal as a new source of electricity for power generation. The estimated annual power generation is approximately 200 million kilowatt-hours, providing enough electricity for the city's more than 300,000 residents for a year. According to Xinhua News Agency, Datong, known as "China's Coal Capital," is one of the largest thermal coal bases in mainland China. However, after years of mining, its coal resources are nearing depletion. Therefore, Shanxi has begun promoting "waste-to-energy" in recent years. Waste-to-energy can save land resources, eliminate land, water, and air pollution caused by landfilling, and achieve harmlessness, waste reduction, and resource recovery, promoting sustainable environmental and economic development. Chinese waste is typically characterized by its high moisture content, low calorific value, large amount of residue, and lack of separation and refining. To address this, China Zhongde Environmental Protection Co., Ltd., responsible for the project, designed incineration power generation equipment suitable for the characteristics of Chinese waste. It is understood that by deepening the furnace, the temperature during waste incineration is kept at no less than 850 degrees Celsius, and the flue gas remains in the high-temperature layer for more than 3 seconds. Through repeated tumbling on the grate, the waste and straw can be fully mixed and burned. Furthermore, activated carbon fiber felt and bag filters can effectively remove dust and residual dioxins from flue gas. According to monitoring by the Monitoring and Analysis Center of the Ministry of Environmental Protection of China, the dioxin emissions in Datong City are 0.034 ng, lower than China's environmental standards and better than EU standards. Zhang Jiangong, chairman of Datong Fuqiao Waste Incineration Power Generation Company, said that in addition to generating 200 million kilowatt-hours of electricity annually, the ash produced from waste incineration can also be used to make approximately...