Garbage Sorting Improve the Garbage Available Resources Recovery Rate

Garbage is inevitable in our lives, but how to deal with domestic waste as reasonably as possible is a very important matter. The current domestic waste treatment equipment is inefficient, labor-intensive, and the working environment is dusty, which cannot meet people's needs for dealing with domestic waste. Requirements, domestic waste treatment should achieve classified recycling as much as possible, reduce sources, and improve the absorption and recovery rate of available resources in the garbage. The reasonable treatment of domestic waste is an important task in building a resource-saving society and an environmentally friendly society, and achieving energy conservation and emission reduction.

Domestic waste sorting and processing equipment
   The collection and mechanized terminal sorting of domestic waste can change the mix of domestic waste. While achieving waste resource recycling, it can also alleviate the pressure on the capacity of subsequent processing equipment. The domestic waste sorting and processing equipment technology mainly includes screening, sorting, gravity sorting, wind sorting, light material sorting, magnetic sorting and photoelectric sorting, etc. However, domestic waste mixtures in my country generally have low calorific value, high water content, and high dust and soil content, but they also have the advantage of having more recyclable resources.

Domestic waste sorting and processing equipment
   Therefore, screening the domestic waste mixture is the top priority of waste treatment. Magnetic separation and winnowing are the key ways to achieve recycling and reuse of waste resources. Generally speaking, after domestic waste is generated, it is transported to various domestic waste sorting lines and processed by mechanical equipment such as spreading machines, sorting equipment, magnetic separators, manual sorting, drum screening, air separation, and impurity removal. The achievable screening classification is then sorted into four types, and then processed separately according to the characteristics of each material.