Waste incineration power generation refers to a new power generation method that uses special waste incineration equipment, uses urban industrial and domestic waste as the combustion medium, and uses the energy generated to generate electricity while incineration of the waste. However, due to the lack of classified collection of garbage in our country, most domestic garbage has high moisture content and low calorific value. When incineration of garbage requires the addition of a large amount of coal, natural gas, heavy oil and other fuels to support combustion, the cost of garbage treatment and power generation is greatly increased, and the economic benefits of enterprises are poor. The pre-treatment process of domestic waste incineration adopts screening, sorting, dehydration, crushing and other processes to control the moisture content of high-humidity mixed waste to about 30%. Since the pretreated garbage has low moisture content, stable calorific value, and fixed garbage shape, it provides great convenience for extending the service life of the garbage incinerator and increasing the cost of later flue gas treatment.
The crushing knives used for crushing domestic waste are made of special materials. They work with the shredding mechanism to ensure crushing efficiency and service life, so that broken materials such as stones can pass through the crushing knife box smoothly. It is suitable for all types of garbage. And waste crushing equipment has been widely used in Europe and America.
Domestic waste crushers can promote the development of the solid waste recycling and processing industry, thereby beautifying the urban environment and improving the quality of people's living environment. Environmentally friendly and efficient garbage crushing equipment has the advantages of good crushing effect, environmental protection, energy saving, low dust, low maintenance cost, and safe operation.
Various waste resource treatment processes require waste crushing and pretreatment. Due to the diversity of municipal solid waste components and the diversity of various resource treatment methods, the requirements for the uniformity of waste fragmentation are also different.
Final product
