Tire pyrolysis technology can convert scrap tires into fuel oil, carbon black, steel wire, and non-condensable gas, achieving full utilization of resources. It is an emerging disposal technology that has attracted the attention of countries emphasizing circular economy and sustainable development.
The utilization of low - value waste plastics is important, encompassing environmental protection, resource conservation, and economic benefits. By reusing low - value waste plastics, we can reduce reliance on natural resources and mitigate the negative environmental impacts.
Niutech from China is an international expert in continuous pyrolysis technology, having independently developed an industrial continuous scrap tire pyrolysis production line. With its safe, efficient, and environmentally friendly characteristics, it has brought innovation to the global tire recycling industry.
The plastic pyrolysis process alleviates the environmental pressure from plastic waste and paves a new path for sustainable development.
Scrap tire pyrolysis technology is a method of heating and decomposing tires in an oxygen-deficient condition, provides a better solution for creating new profit value in tire recycling businesses.
The common production cycle for plastic products involves polymers transforming from raw materials through the production process into products, which are then gradually converted into solid waste plastics after use.
The environmentally friendly treatment and resource recovery of scrap tires has always been a hot topic in the field of environmental protection. Especially in Europe and North America, where environmental awareness is growing, the introduction of relevant laws has set higher environmental requirements for the disposal of scrap tires.
Chemical recycling technology offers a possibility for dealing with complex plastics that are difficult to physically recycle, especially those mixed and heavily contaminated plastic polymers. With the gradual liberalization of policies and continuous technological advancement, chemical recycling shows great potential.
