Each year, billions of end-of-life tires are generated worldwide. If left to degrade naturally, these waste materials would take hundreds of years to break down. Massive stockpiles of scrap tires…

In the global waste plastics recycling industry, many operators face a common bottleneck: while numerous technology options exist, very few projects deliver consistent, scalable profitability. Throughout the actual plastic recycling…

Every year, 1.5 billion tires reach the end of their useful life worldwide. These “black mountains” don’t just take up space — they pose a serious, long-term threat. Left to…

Dear Madam /Sir, Global waste management is rapidly moving towards a new era of resource recovery. Pyrolysis technology efficiently converts organic waste such as scrap tires, waste plastics, oily sludge,…

IFAT Munich 2026, the world’s leading environmental technology trade fair, is opening next month. As a bellwether of the global environmental sector, waste plastic disposal has once again become a…

As global car ownership continues to rise, the volume of scrap tires generated is huge. How to efficiently and eco-friendly dispose of these scrap tires has become a common challenge…

Every year, more than five million end-of-life tires are generated in Europe and the United States, and this number continues to grow annually. Millions of scrap tires are piled up…

The world generates more than 300 million tons of plastic waste annually, with only 9% being recycled. Most of the rest is landfilled, incinerated, or released into the natural environment,…

How to convert waste plastic into renewable energy is a hot issue in the global environmental protection field. Waste plastic pollution poses a serious threat to the ecological environment and…

The growing severity of the “black pollution” caused by scrap tires poses potential threats to the ecological environment and public safety. Scrap tire pyrolysis technology is widely recognized as the most promising…