The issue of scrap tire pollution has become an environmental challenge for the world. Currently, more than 1 billion scrap tires are generated globally each year, with nearly 70% remaining effectively untreated. Traditional methods of scrap tire disposal, such as incineration and landfilling, are prone to causing serious environmental pollution and also greatly waste valuable resources. The crumb rubber and reclaimed rubber technologies often lead to a significant reduction in the quality of the resultant products, which may limit their applications and market values. Tire pyrolysis technology can convert scrap tires into fuel oil, carbon black, steel wire, and non-condensable gas, achieving full utilization of resources. It is an emerging disposal technology that has attracted the attention of countries emphasizing circular economy and sustainable development. Pyrolysis technology is an efficient technical path that utilizes precise temperature control to transform scrap tires into various resource products under oxygen-free or oxygen-poor conditions. The core process takes place in a sealed core pyrolysis reactor. Through temperature control and dozens of other key parameters, the large molecular polymers of tires are broken down into small molecules. In a safe and environmentally friendly state, this process realizes the green comprehensive utilization of scrap tires as resources.

Niutech – Germany Project

The customer’s adoption of Niutech’s technology and equipment signifies that Niutech’s equipment has met the stringent requirements of the European Union and Germany in terms of environmental protection and technical performance.

This technology was previously questioned, primarily because large-scale pyrolysis projects were prone to coking and polymerization, which reduced production efficiency. Niutech from China is an international expert in continuous scrap tire pyrolysis technology. Currently, it has advanced 10,000-ton-level continuous scrap tire pyrolysis projects in dozens of countries, including Germany, the United Kingdom, and the United States. With 40 years of focus on pyrolysis technology, it has effectively solved a series of industry technical challenges, achieving large-scale continuous pyrolysis production, transforming tire “waste” into “renewable resources”, reducing environmental pollution fundamentally, and producing high-quality recycled products. The main reasons for Niutech’s leading position in the international pyrolysis field are as follows: full-process intelligent control technology, continuous automated operation technology, multiple safety sealing and leak prevention designs, and efficient waste heat recovery and energy cascade utilization technology. Niutech’s scrap tire pyrolysis production lines can significantly enhance processing capabilities, with advantages such as efficiency, safety, environmental protection, and automation, ensuring the environmental friendliness of scrap tire pyrolysis. The process includes pretreatment, pyrolysis reaction equipment, and supporting equipment such as flue gas purification/oil – gas separation. It can achieve long-term stable continuous processing of scrap tires under safe and environmentally friendly conditions, improving resource utilization and production efficiency. A single set of equipment can process more than 30 tons per day, with a 30% reduction in energy consumption, significantly improved product quality and stability, and an outstanding level of environmental friendliness and safety.

With the progress of global carbon neutrality and the popularization of the concept of resource recycling, Niutech’s advanced continuous pyrolysis technology and complete sets of equipment will surely open up a greater development space. As the industry leader, Niutech will continue to commit to technological innovation and product optimization, constantly improving the performance and stability of the equipment. It will provide customers with more reliable and efficient comprehensive solutions for scrap tire pyrolysis and actively participate in domestic and international environmental industry cooperation and exchanges. It will promote the international application of scrap tire pyrolysis technology and make a greater contribution to the global environmental protection cause.