Views: 0 Author: Site Editor Publish Time: 2025-11-06 Origin: Site
Pyrolysis technology is a chemical process that decomposes organic materials through high-temperature heating in an oxygen-free or oxygen-deficient environment. For scrap tire treatment, this technology precisely controls temperature, pressure, and reaction time to break down the high-molecular polymers in tires into low-molecular substances. In recent years, pyrolysis technology has gained increasing prominence in scrap tire treatment, with pyrolysis equipment manufacturer Niutech emerging as a representative leader in the global promotion of rubber pyrolysis technology and equipment.
Compared to traditional treatment methods, pyrolysis technology offers significant environmental and economic benefits. Unlike simple incineration or landfilling, the pyrolysis process generates almost no secondary pollution and converts scrap tires into high-value-added products.
In terms of environmental benefits, pyrolysis achieves the "reduction, harmlessness, and resource recovery" of scrap tires. It avoids the damage to soil, atmosphere, and water systems caused by primitive oil refining methods, and the entire production process operates within a sealed system, preventing dust and VOC emissions.
Economically, pyrolysis creates substantial value through a circular model: the produced fuel oil serves as a petrochemical feedstock; carbon black acts as a key raw material for rubber products; steel wires are recycled into high-quality steel; and non-condensable combustible gas provides energy for the system itself, achieving nearly 100% resource utilization.
Additionally, pyrolysis technology contributes significantly to carbon emission reduction. Industrial continuous organic waste pyrolysis production lines directly help reduce CO₂ emissions, aligning with global "dual-carbon" goals.
The development of pyrolysis technology has not been without challenges. Long-standing technical bottlenecks such as "equipment coking, sealing difficulties in feeding and discharge, and product polymerization" hindered industrial-scale continuous operation. Through nearly four decades of research, Niutech has successfully resolved these industry-wide issues. Its core technologies—including "coking-free technology, gas-tight sealing, and anti-polymerization processes"—exhibit strong feedstock adaptability, enabling continuous and stable operation of pyrolysis equipment under safe and environmentally compliant conditions.
These breakthroughs have allowed Niutech's pyrolysis equipment to achieve a pyrolysis rate of >99%, far exceeding industry averages and reaching internationally leading standards.
Niutech's pyrolysis technology is not only widely applied domestically but has also gained global traction. The company's technology and integrated equipment have obtained authoritative international certifications such as EU CE, German TÜV, ATEX, and ISCC, laying a solid foundation for its international market presence.
In 2024, Niutech won the International Excellence Award in the "Green Industry - Low-Carbon Technology and Application" track at the BRICS Industrial Innovation Competition for its "Key Technology and Equipment for Industrial Continuous Scrap Tire Pyrolysis and Resource Recovery," reflecting global recognition of its technical prowess.
As the world increasingly prioritizes the circular economy and green technology barriers rise, pyrolysis technology is encountering unprecedented opportunities. Enterprises with advanced pyrolysis capabilities are poised to capture greater market share, driving the industry from "fragmented and disorganized" to "highly specialized and sophisticated." Against the "dual-carbon" backdrop, governments worldwide are introducing policies to support scrap tire recycling. The EU mandates that at least 55% of plastic packaging be recycled by December 31, 2030, while the cross-industry "Alliance to End Plastic Waste (AEPW)" has committed $1.5 billion to eliminate plastic waste in the environment.
Internationally, Niutech's products have been exported to dozens of countries and regions, including Germany, the UK, Denmark, Brazil, Hungary, Turkey, and South Korea. In Brazil, its industrial continuous scrap tire pyrolysis project enables high-value recycling of recovered carbon black; in India, the technology helps convert scrap tires into high-value products like recycled oil and steel wires.
As the global transition to a circular economy accelerates, pyrolysis is set to become the mainstream approach for scrap tire resource recovery. The global scrap tire pyrolysis market is projected to grow severalfold over the next five years.
The journey of green technology has no endpoint—only a starting point for continuous progress. With more enterprises like Niutech driving technological innovation and expanding the application of tire pyrolysis, the global issue of "black pollution" can be fundamentally resolved, achieving a win-win scenario for economic development and environmental protection.
