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.
Technology now redefines this "black pollution" as "urban minerals": Through pyrolysis, a single tire yields pyrolysis oil, carbon black, and more—boosting economic value by 300%+. Niutech, China's pyrolysis leader, pioneers this transformation globally.
Tire and rubber consumption in automotive manufacturing is immense. As vehicles and tires reach end-of-life, their disposal becomes critical.
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.
Niutech, through autonomous innovation of industrial continuous intelligent pyrolysis systems, has established a conversion channel from mixed plastic waste to clean energy, providing a revolutionary solution for “plastic to energy,” thereby re-defining “the future of plastic recycling.”
