Compared with traditional scrap tire recycling methods, pyrolysis technology can convert nearly 100% of scrap tires into high-value-added products, truly achieving a closed-loop conversion "from tires to energy."
These explicit requirements for recycled materials have made the recycling and reuse of waste plastics an essential component for plastic packaging, with plastic pyrolysis technology—as the core pathway of chemical recycling—playing a pivotal role in the circular utilization of waste plastics.
The core technology for converting plastics into fuel is pyrolysis, which achieves resource recovery by breaking down the high-molecular polymers in waste plastics into small-molecule fuel oil, combustible gas, and solid residues.
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.
With the continuous growth of global vehicle ownership, waste tire production is steadily increasing, forming an increasingly severe "black pollution" problem. Traditional waste tire disposal methods not only consume substantial land resources but also carry the risk of causing secondary pollution.
Billions of vehicles worldwide discard ~1 billion tires annually. Mismanaged, these "black wastes" consume land while posing pollution and fire hazards. Against this crisis, an innovative green solution—pyrolysis technology—is rewriting the outcome.
At the heart of plastic pyrolysis lies molecular decomposition. In oxygen-free environments, plastic polymers break down into basic chemical components—primarily fuel oil—enabling resource regeneration.
