The conversion of plastic waste into energy represents a significant breakthrough in the environmental and energy sectors in recent years. At its core, this process involves degrading the polymer chains in waste plastics into small-molecule fuels through chemical or pyrolysis technologies.
Globally, approximately 1.5 billion waste tires are generated annually. Traditional disposal methods such as landfilling and incineration often cause severe environmental pollution and resource wastage. Pyrolysis technology, as a waste-to-energy solution for tire recycling, is leading a global revolution in turning waste into treasure.
Chemical recycling not only alleviates environmental pressure but also gradually moves us toward a future of waste-free resources.
Pyrolysis technology, capable of fully converting waste tires into high-value energy products, represents a critical solution for achieving resource circularity.
Confronting the global challenge of plastic pollution management, chemical recycling technology is emerging as the core engine to address plastic pollution, representing an advanced "plastic-to-oil" recycling pathway.
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.
Plastic recycling is evolving from low-end disposal toward high-value circularity, with chemical recycling serving as the core engine of this revolution.
Confronted with the challenge of managing mixed contaminated plastics, China's Niutech pioneers a shift from landfill dependency to chemical regeneration through its industrial continuous plastic pyrolysis systems, which have been commercially deployed across 15 nations.
