The recycling and disposal of waste tires represent a shared global environmental challenge. Traditional landfilling and stockpiling methods not only consume vast land resources but also pose significant risks of…

Traditional plastic treatment methods primarily include landfilling, incineration, and mechanical recycling, yet each exhibits significant limitations: Landfilling requires vast land resources and risks contaminating soil and groundwater; incineration releases toxic…

As a massively produced solid waste, discarded tires have led to severe “black pollution,” making the efficient and environmentally friendly treatment of waste tires a critical issue in the fields…

Since the inception of plastics, global production has exceeded 10 billion tons, with approximately 80% ultimately becoming waste—resulting in colossal resource wastage and triggering a worldwide environmental crisis. Traditional disposal…

I. Tire Pollution: A Critical Global Environmental Challenge Over 1 billion waste tires are generated annually, including hundreds of millions discarded indiscriminately in nature. Composed of rubber, steel wires, and…

As global vehicle ownership continues to surge, accelerating waste tire generation poses an increasingly severe “black pollution” crisis, compelling the development of efficient and eco-friendly treatment methods that now represent…

Plastic waste is ravaging the planet with severe “white pollution”. Humanity has developed three recycling paths to combat this crisis: 1. Mechanical Recycling: Melts and re-pellets plastics. Limitation: Only works…

The governance of white pollution has become one of the core challenges in global ecological protection. A report by the United Nations Environment Programme shows that the global cumulative amount…

In our cardominated world, a hidden environmental crisis grows: Over 1 billion scrap tires pile up globally each year—a stack taller than Mount Everest. This “black pollution” occupies vast land and…

Mountains of waste tires—once seen as non-degradable “black pollution”—now undergo remarkable transformation through advanced pyrolysis. Continuous tire pyrolysis equipment operates as eco-friendly resource recovery system. In oxygen-free or low-oxygen environments,…

Amid the deepening global push for sustainable development, the circular economy has become the core path for resource efficiency and ecological protection. The recycling and disposal methods for waste tires…