In response to the country's call for environmental protection and the sustainable use of resources, garbage sorting machinery and equipment came into being. The screening of garbage sorting equipment is an important part of the subsequent treatment of garbage. In the context of the increasing severity of waste disposal, making full use of the useful components in waste has become a pragmatic and efficient option. Therefore, the precise separation of organic matter, combustibles, metals, plastics, etc. in garbage has become the first step to realize the resource utilization of garbage. The emergence and application of garbage treatment and sorting equipment has brought unprecedented convenience and efficiency to garbage classification.
The process flow of garbage sorting machinery and equipment includes design, manufacturing, use and maintenance, and each link is very important. The design process needs to consider the composition, characteristics and treatment requirements of the waste;The manufacturing process needs to ensure the performance and stability of the equipment;In order to ensure the normal operation of the equipment, it is necessary to standardize the operation;During the maintenance process, the equipment needs to be inspected and repaired regularly to ensure the long-term stable operation of the equipment.
Garbage disposal and sorting equipment usually includes screening equipment, sorting equipment, etc. First of all, the screening equipment can remove large pieces of debris in the garbage, such as planks and stones, and separate the large pieces of garbage from the broken small garbage through the screening of different grids. In the next step, the sorting equipment will further sort the waste according to the preset rules and patterns.
For example, items such as metals, plastics, etc., can be separated by using sensors and robotic arm technology for later reuse. A large amount of garbage such as paper, plastic, glass, and metal can be reused. The use of domestic waste sorting equipment can be used to classify and treat these garbage well, reducing the risk of secondary pollution, and can be used in the fields of renewable materials, fuels, and raw materials.