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…

A UK study shows tire particles may be a major unrecorded source of micro-rubber in oceans. Tire particles can reach the oceans directly through air transport. They also enter rivers…

Global plastic waste now exceeds 400 million tons yearly. McKinsey predicts it will reach 734 million tons by 2035. That’s a huge amount. If chemical recycling reaches 30%, it could…

Billions of waste tires are generated globally each year. Traditional landfilling or incineration of waste land and releases toxins like dioxins and heavy metals. Pyrolysis technology converts tires into pyrolysis…

With global plastic production exceeding 400 million tons annually, only about 10% is effectively recycled. The remaining 90% is landfilled, incinerated, or leaks into nature. This causes severe ecological and…

Plastic pollution has become a central issue in the global environmental crisis. Statistics show that only about 9% of plastics produced worldwide are recycled annually, while the rest are landfilled,…

With the continuous growth of global vehicle ownership, waste tire accumulation has become a severe environmental issue. Tire pyrolysis technology emerges as a core solution due to its efficiency, eco-friendliness,…

Chemical recycling of waste plastics is a technology that breaks down discarded plastics into basic chemical raw materials (such as monomers, oils, and gases) through chemical reactions, which are then…