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…

At a waste tire pyrolysis plant in Turkey, Niutech’s industrial continuous waste tire pyrolysis project steadily produces oil and carbon black, with the recovered carbon black possessing high added value…

Against the backdrop of an increasingly severe global plastic pollution crisis, the sustainable treatment of waste plastics has become a critical issue for environmental protection and resource circularity. Traditional methods…

Waste tire pyrolysis technology is reshaping the value and significance of tire recycling globally by converting traditional “black pollution” into high-value resources. Consequently, the tire recycling business is undergoing a…

Waste plastic pyrolysis refers to the process of chemically decomposing plastic waste through heating under oxygen-free or oxygen-deficient conditions, converting it into high-value-added products such as pyrolysis oil, combustible gas,…

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…