The optimal approach to tire recycling is not a single technology path but a multi-level solution that integrates comprehensive assessment and combined application based on tire type, technological maturity, economic viability, and environmental benefits.
The chemical recycling pathway centered on pyrolysis technology is regarded as the key to solving the plastic circularity dilemma because it can efficiently convert low-value waste plastics into fuel oil or chemical feedstocks.
For a long time, scrap tires were considered an environmental burden due to their difficulty in natural degradation and high processing costs. However, the maturation of pyrolysis technology has fundamentally changed their fate.
Advanced recycling technologies utilize chemical methods to recover plastics, allowing them to be repeatedly returned to a virgin-like state.
The core of establishing a successful scrap tire pyrolysis project lies in adopting advanced "industrial continuous" technology and strictly adhering to the principles of "safety, environmental protection, and high-value utilization."
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.
