With the continuous increase of the world's population and the large-scale use of plastics, the amount of waste plastics in the ocean is increasing, which seriously affects the survival and growth of marine life; we must make good use of marine waste plastics through ocean plastic recycling. When using, it must be cleaned and granulated, and then used "mixed waste plastic two-step extrusion molding equipment" to make products.
The amount of plastic waste entering the ocean is increasing. How can we reduce it? The role of waste plastic chemical recycling technology on marine plastic litter?
Waste plastic chemical recycling technology, also known as resource utilization technology, is suitable for waste plastics with complex components that are difficult to separate or mixed. The use of chemical recycling technology can not only save and utilize resources, greatly reduce the sorting and processing links, but also realize the harmless treatment of waste plastics, and eliminate or reduce the impact of waste plastics on the marine environment. The focus of Guowang Eco's waste ocean plastic recycling machine has won the National Science and Technology Progress Award. It is a major environmental protection technology and equipment encouraged by the state. It has outstanding achievements and applications in this regard.
With the continuous increase of the world's population and the extensive use of plastics, the amount of waste plastics in the ocean is increasing, which has seriously affected the growth and survival of marine organisms, and has attracted great attention from people of insight. In order to solve the problem of marine plastic pollution, our company has developed different ocean plastic recycling equipment for different materials and solved the problem of the utilization of marine waste plastics. Marine films are mainly made of PA, PP, and PE. When used, they must be:
Cleaned by washing line and then granulated.
And then injected into the molding equipment by the injection machine.
Molded by the desined mould.