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, tar residue, ore…

Maximizing the value of plastic pyrolysis products is key to closing the economic loop from “pollution control” to “resource regeneration” for waste plastics. This is not simply about converting waste…

Scrap tire pyrolysis oil is mainly derived from tire/rubber pyrolysis, with its primary components being hydrocarbons. Its core value lies in its dual attributes as an important secondary resource, serving…

Plastic waste is the most abundant solid waste globally, and the “white pollution” it causes has had a severe impact on the global environment. In response, the international community once…

According to the latest forecast from Straits Research, the global scrap tire recycling market is expected to grow from $10.1 billion in 2025 to $17.9 billion by 2033, representing a…

Amid the current surge in oil prices triggered by the Iranian conflict, tire pyrolysis oil, as a substitute for crude oil, has also risen in tandem, playing the dual role…

In recent years, as “white pollution” has intensified, the recycling of waste plastics has garnered increasing attention. Building upon traditional waste plastics recycling industries, the “N+1” industrial model has emerged.…

In the grand context of the global circular economy and “dual-carbon” goals, the “black pollution” caused by scrap tires presents a worldwide challenge. Traditional disposal methods, such as landfilling and…

In the global narrative of addressing plastic pollution and achieving “dual-carbon” goals, chemical recycling centered on waste plastic pyrolysis technology has emerged as a strategic and rapidly growing industry. It…

In a large-scale comprehensive scrap tire utilization center in Shandong, China, an intelligent production line operates quietly. Shredded scrap tires are conveyed into sealed equipment and, through a series of…

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…