Recycling and reuse is not only a technological challenge, but also encompasses multiple stages including legislation, collection, production, inspection, and sales, constituting a complex systems engineering project. This concept is being actively promoted globally, aiming to achieve sustainable economic growth and harmonious development between resources and the environment. For plastic waste, especially single-use plastic products, the feasibility and value of recycling must be determined based on regional characteristics such as type, quality, quantity, flow, and treatment methods. For waste that is easily recyclable and has economic value, recycling efforts should be intensified, which not only contributes to environmental protection but is also an important way to conserve limited resources and efficiently utilize renewable resources.
However, current recycling and reuse still faces numerous technical and economic challenges in areas such as waste sorting, collection, the establishment of recycling systems, the development of efficient recycling technologies and equipment, and the product direction of recycled materials. This requires governments and non-governmental organizations to increase investment in technological innovation and to solve these key issues through cooperation.
The use of waste sorting equipment is crucial for the accurate sorting of urban household waste. It enables appropriate treatment measures to be taken according to the different characteristics of waste, achieving recycling and reuse, thereby achieving the goals of harmlessness and waste reduction. This not only reduces dependence on natural resources but also promotes the sustainable use of resources. Therefore, the market prospects for waste sorting equipment are very broad. Through unified supply, automated sorting systems, air separation systems, and magnetic separation systems, urban and rural waste can be classified into inorganic materials, sand, organic materials, non-recyclable combustibles, plastic film, ferromagnetic materials, etc.
The separation purity of these wastes can reach over 85%, and the separation rate of plastic film waste can even reach over 90%, providing a solid foundation for the resource utilization and industrialization of waste treatment. In this way, the amount of waste incinerated can be significantly reduced, saving substantial operating costs while minimizing environmental impact.
Current location：
