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."
Scrap tire pyrolysis is a process that converts tires through heating in an oxygen-free or oxygen-deficient environment, ultimately producing high-value products such as tire recovered oil, recovered carbon black, and steel wire via the pyrolysis system.
Scrap tire pyrolysis technology is rapidly expanding from traditional resource recovery into broader, higher-value, and entirely new application scenarios.
Maximizing the value of scrap tires requires shifting beyond the "waste" mindset and recognizing them as "urban mines" awaiting efficient development. The key lies in systematically unlocking the resource potential of scrap tires through technological advancement, business model innovation, and policy support.
Compared to traditional treatment methods, pyrolysis technology offers significant environmental and economic benefits. Unlike simple incineration or landfilling, the pyrolysis process generates almost no secondary pollution and converts scrap tires into high-value-added products.
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.
The emergence of continuous tire pyrolysis equipment provides a new solution for efficient and environmentally friendly tire treatment.
