Waste plastic pyrolysis technology, as a core pathway of chemical recycling, is becoming a critical solution for addressing “white pollution,” achieving resource circularity, and supporting “dual-carbon” goals globally. This process…

In the era of the circular economy and “dual-carbon” goals, mountains of once-troublesome waste tires are being redefined as untapped “urban mines.” This “black pollution,” through advanced tire recycling solutions…

Against the backdrop of continuously growing global plastic production and the inadequacy of traditional treatment methods, waste plastic recycling technology is rapidly advancing toward industrialization, emerging as a critical pathway…

Every year, hundreds of millions of waste tires are discarded globally due to wear and tear. Resistant to natural degradation, long-term accumulation of these tires not only occupies vast land…

Against the stark backdrop of global plastic production exceeding 10 billion tons and a recycling rate below 10%, transforming massive volumes of plastic waste into valuable resources has become a…

Globally, the “black pollution” caused by scrap tires has become a pressing environmental challenge. As the circular economy and “dual-carbon” goals advance, industrial continuous pyrolysis technology—capable of fully converting scrap tires into…

The environmentally sound treatment of plastic waste is a systematic project, where selecting appropriate methods and pursuing efficient processing are crucial for achieving resource cycling and environmental protection. Eco-friendly plastic…

Globally, over 350 million tons of waste plastics are generated annually, yet less than 10% undergo mechanical recycling, while the rest are landfilled, incinerated, or even discarded. According to the…

Scrap tires rank among the most produced solid wastes globally. While resistant to natural degradation and classified as pollutants, they also possess inherent resource potential. Among various scrap tire recycling methods,…

Plastics, as products of the petrochemical industry, are essentially “solid petroleum.” Pyrolysis technology simulates nature’s petroleum formation process—converting organic materials into hydrocarbons under high temperature and pressure—enabling the resource recovery…

With the rapid development of the economy and society, the road passenger and freight transport industry and household vehicle ownership have surged dramatically, leading to a substantial increase in the…

In recent years, plastic waste that once plagued urban environments is being transformed into fuel, achieving a remarkable shift from “white pollution” to “urban oil fields”—all made possible through pyrolysis…