Under CBAM Implementation, Market Opportunities for Scrap Tire Pyrolysis Treatment

In 2026, the European Union's Carbon Border Adjustment Mechanism (CBAM) officially took effect, marking the transition of carbon tariffs from concept to reality. The scrap tire treatment industry is undergoing a profound transformation from "end-of-pipe treatment" to "low-carbon, high-quality" practices. Traditional tire recycling methods, such as landfilling and incineration, are facing increasingly stringent environmental regulations, while pyrolysis technology—with its comprehensive advantages of resource recovery, harmless treatment, and volume reduction—is elevating from an "optional solution" to a "preferred pathway" and becoming a key technology in the circular utilization of scrap tires.  

I. Carbon Reduction Significance of Scrap Tire Pyrolysis: From "Black Pollution" to "Green Resources"  

Scrap tires, as "black pollution," severely harm the environment, and the environmental benefits of tire recycling are most pronounced through pyrolysis technology, whose contribution to carbon reduction extends far beyond a single link. A single scrap steel-belted tire can be converted through pyrolysis into fuel oil, carbon black, steel wire, and combustible gas, with the pyrolysis products holding significant economic value. It is estimated that processing 1 ton of scrap tires via pyrolysis can reduce carbon dioxide emissions by approximately 1.1 tons. The carbon reduction benefits of pyrolysis are realized through three main pathways:  

First, the material substitution effect. The recovered carbon black (rCB) from pyrolysis can replace virgin carbon black, reducing carbon emissions by 3 tons per ton. In tire manufacturing, rCB has been widely applied in multiple critical components, and its re-entry into tire production establishes a closed-loop model of "tire → pyrolysis → rCB → new tire."  

Second, the energy substitution effect. The syngas generated from pyrolysis can be reused as fuel, meeting over 95% of the energy demand of the pyrolysis process itself, forming a self-sustaining energy closed-loop system.  

Third, the waste reduction effect. Pyrolysis technology can reduce solid waste volume by over 90%, fundamentally avoiding methane emissions, soil and groundwater contamination, and other problems associated with landfilling scrap tires, achieving synergistic environmental and carbon reduction benefits.  

The implementation of the EU Emissions Trading System (EU ETS) and CBAM has made carbon costs an explicit variable in international trade. According to statistics, in 2025, the carbon cost per ton of reclaimed rubber exported from China to the EU increased by approximately €24. This mechanism is forcing the entire tire recycling industry chain to accelerate its low-carbon transformation.  

Processing scrap tires using advanced pyrolysis technology can generate authoritative, certified carbon reduction credits. For example, Niutech's production lines have obtained dual ISCC International Sustainability and Carbon Certification, signifying that its pyrolysis products meet the stringent requirements for entering the global high-end green renewable energy market. In the context of the accelerating implementation of the EU carbon border tax, this certification provides compliance assurance for export-oriented enterprises to address carbon barriers.  

II. Market Opportunities: A Multi-Billion-Dollar Circular Economy Blue Ocean  

The scrap tire pyrolysis market is entering a phase of rapid growth. The global reclaimed rubber industry market value reached $14.5 billion in 2025, is projected to reach $15.8 billion in 2026, and is expected to exceed $21 billion by 2030. Pyrolysis's market share among waste rubber treatment technologies grew to 27%.  

The global carbon tariff mechanism imposes implicit constraints on reclaimed rubber exports while accelerating the industry's transformation from a "volume-driven" to a "low-carbon, high-quality" development model.  

For instance, market demand for recovered carbon black is growing significantly, with application scenarios extending from rubber products to emerging fields such as battery electrodes and specialty coatings. Pyrolysis oil, beyond its traditional use as marine fuel, can be deeply processed into chemical feedstocks or sustainable aviation fuel, substantially increasing its market value. Steel wire, as a scrap steel resource, is directly delivered to steel mills for recycling, forming a complete resource closed loop.  

In the field of scrap tire pyrolysis, Niutech, with nearly 40 years of technological accumulation, has successfully overcome three global challenges: "system coking, difficulties in dynamic sealing during feeding and discharge, and product polymerization." Its self-developed industrial continuous intelligent pyrolysis equipment incorporates nearly 20,000 technical parameters, monitored and adjusted in real time through an intelligent control system to ensure continuous and stable operation at a scale of tens of thousands of tons. Certified by national professional institutions as a domestic innovation reaching internationally advanced standards, this technology has been applied in scrap tire pyrolysis projects in dozens of countries, including Germany, the United Kingdom, Denmark, Brazil, Hungary, Turkey, South Korea, and Thailand.  

It is estimated that the scrap tire pyrolysis recycling industry has the potential to build a multi-billion-dollar circular economy system. On this transformation path from "end-of-pipe treatment" to "resource circularity," Chinese enterprises like Niutech are contributing to the green and low-carbon transition of the global solid waste economy through hardcore technology and proven practices.