Jan 13, 2026
1. Metal resource recycling: The separated metal components are smelted for recycled metal materials. High temperature smelting removes impurities from recycled steel and copper, making pure metals. These recycled materials are processed into various grades of steel, copper, and other metals. They are then used to manufacture machinery and building materials. As a result, metal recycling and utilization are achieved.
2. Transitioning to plastics, the plastic components in large garbage are crushed into small pieces and cleaned to remove impurities. The cleaned fragments are processed into pellets by a melting granulator. Additives and fillers can be added to improve performance. The modified pellets are used to produce products such as pipes and containers. This enables the recycling and utilization of plastic resources.
3. Wood resource recycling: Sorted wood materials have varied uses. Some are used directly as fuel in biomass power plants. Others are dried, cut, and sanded to produce building materials. These include plywood and particleboard for interior decoration and furniture manufacturing. This process fully leverages the value of wood.
4. RDF fuel preparation: Light materials are sorted and fed into an extrusion granulation machine. They are compressed into high-density RDF fuel. This fuel replaces traditional fossil fuels for power generation and heating. In some facilities, RDF is mixed with garbage for incineration. This improves efficiency and reduces pollution.
Coordinated classification, sorting, and recycling transform large amounts of garbage into valuable resources. This process yields economic, environmental, and social benefits.
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