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.
Against the dual backdrop of tightening EU policies and surging global market demand, Niutech, with nearly four decades of technological accumulation, has emerged as a technology leader in the field of chemical recycling for waste plastics and a shaper of global benchmark projects.
Advanced plastic recycling technologies are transforming plastic waste management from traditional "end-of-pipe treatment" to comprehensive "resource cycling." Pyrolysis technology, with its integrated advantages, has emerged as one of the most effective solutions for large-scale disposal of plastic waste through advanced recycling.
Chemical recycling not only alleviates environmental pressure but also gradually moves us toward a future of waste-free resources.
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.
The products of waste plastic pyrolysis are solid products, fuel oil and a small amount of non-condensable gas, which truly realizes 100% utilization of waste plastic resources.
