Reshaping Waste Value: Converting Scrap Tires into Energy
Scrap tires are currently one of the most abundant solid wastes produced globally, with over one billion generated each year. Faced with this stubborn waste that is difficult to degrade…
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Chemical Recycling of Plastics: Challenges, Breakthroughs, and Prospects
As a key technology for solving plastic pollution and promoting the circular economy, chemical recycling of plastics is facing unprecedented development opportunities. However, in its journey toward large-scale commercialization, this…
Accelerated Global TDF Advancement: Waste Rubber Pyrolysis Technology Emerges as a Revolutionary Solution
Due to their complex composition—including natural and synthetic rubber, carbon black, and various chemical additives—scrap tires are extremely difficult to decompose in nature, taking over a hundred years to break…
European Food Contact Recycled Plastics Regulation Revision: What Impact on Waste Plastic Recycling?
In April 2026, the European Union submitted a draft revision of Regulation (EU) 2022/1616 to the World Trade Organization (WTO), marking a new phase in the EU’s oversight of recycled…
Green Revolution of the Tire Industry Driven by the EU Circular Economy Act: Pyrolysis Technology Plays a Critical Role
The EU’s Circular Economy Act is set to comprehensively reshape the tire industry—from product design and production responsibility to waste management—driving its transformation toward a closed-loop ecosystem of “resources →…
What Are the Challenges in Plastic Recycling? Chemical Recycling Shows Comprehensive Advantages
As global plastic production continues to rise and the pressure to control pollution becomes increasingly severe, plastic recycling has become a critical link in achieving sustainable development. Traditional recycling pathways…
Pyrolysis Technology – The Most Thorough and Value-Maximizing Method for Scrap Tire Treatment
Tire recycling operations and scrap tire treatment technologies have been developing for many years. End-of-life tires from vehicles can be processed through retreading, the production of reclaimed rubber or rubber…
From Waste to Recycled Resources – Niutech at IFAT Munich 2026
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…
How to Maximize the Value of Plastic Pyrolysis Products?
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…
What Is the Value of Scrap Tire Pyrolysis Oil? “Black Gold” in the City
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…
International Policy Drivers and Industry Trends: A Strategic Shift from “Plastic Restriction” to “Circularity”
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…
Global Tire Recycling Market Valued at $69.8 Billion, Poised for Continued Growth
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…