The dataset represents the disposal combination (technical combination) of \"urban solid waste, municipal incineration\". The recommended use of this dataset: for average municipal/public waste mixtures. It is not suitable to represent any single specific waste, such as plastic, paper, cardboard. The characteristics of urban solid waste in Tianjin city are as follows: food waste 56.9%, paper 15.3%, rubber 16.9%, textile (fiber) 3.9%, wood/bamboo 1.6%, ash and soil 0%, bricks and tiles/ceramics 2.9%, glass 1.6%, metal 0.7%, other 0%. Moisture content is 55%, and higher calorific value of 7021. 52 kJ/kg, lower calorific value of 5046.26 kJ/kg. Incineration of municipal solid waste produces 0.205 kg of bottom ash per kg of this waste. The fly ash and slag, after the recovery of precious metals, are landfilled, with fly ash mixed with cement at a ratio of 1:1 for solidification treatment. The average heat efficiency of waste heat power generation is taken as 22%; during the process of waste heat supply, there is no conversion between different forms of heat and energy, so the heat efficiency is higher, taken as an average value of 64%; by integrating the thermal efficiencies of waste heat power generation and direct heat supply, 15% of the heat generated from the waste incineration is used for power generation and 56% is used for direct heating. The proportions of waste incineration are estimated based on China's national conditions.% of the heat generated from waste incineration is used for power generation, and 56% is used for direct heating. The proportion of waste incineration is estimated based on China's national conditions.