Against the increasingly severe backdrop of the global plastic pollution crisis, the recycling and reuse of waste plastics has become a major issue for environmental protection and resource circulation.
As a source of black pollution, scrap tires pose a serious hazard to the environment, making their treatment a prominent environmental issue today. Scrap tire pyrolysis is currently the most popular method for processing waste tires and is widely regarded as the ultimate treatment approach.
In addressing the severe environmental challenge of global plastic pollution, traditional disposal methods such as landfilling and incineration have proven inadequate. The development of advanced plastic recycling technologies has become crucial for achieving resource circularity and sustainable development.
Technological advancements are fundamentally rewriting the fate of scrap tires, transforming waste into "urban mines" and "black gold" of immense value.
The "white pollution" caused by plastic waste has become a global environmental challenge. In this context, chemical recycling, as an emerging technological pathway, is gradually demonstrating its unique scientific logic and industrial value.
Pyrolysis technology is transforming this troubling "black pollution" into "black gold."
Plastic-to-oil conversion is not only feasible but also a key technology that has achieved industrial application, offering significant environmental and economic benefits.
Chemical recycling of plastics is a process that breaks down the polymer chains of plastics into smaller chemical molecules or fuels through heat, chemical solvents, or catalysts. It is a key technology for achieving high-value utilization of low-value and mixed plastic waste.
