The significance of tire recycling innovation extends far beyond technological breakthroughs; it also carries profound implications for the environment, economy, and social development.
Pyrolysis technology, represented by equipment manufacturers like Niutech, breaks high-polymer molecular chains into small-molecule products through thermal decomposition, and is emerging as a core pathway to solving polymer recycling challenges.
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.
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 tires, as "black pollution," severely harm the environment, and the environmental benefits of tire recycling are most pronounced through pyrolysis technology, whose contribution to carbon reduction extends far beyond a single link.
There are four primary methods for recycling rubber (tires): tire retreading, production of reclaimed rubber, production of rubber powder, and pyrolysis.
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.
