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As a leading continuous waste Tyre Pyrolysis Plant manufacturer and supplier, we provide advanced industrial equipment designed to convert waste tyres into valuable energy resources. Our continuous pyrolysis systems are engineered for large-scale tyre recycling projects, enabling businesses to produce high-quality fuel oil, carbon black, and steel while maintaining efficient operation, low energy consumption, and sustainable performance.

BRUSSELS, 2024 – As Europe accelerates its green transition and circular economy initiatives, continuous electric heating pyrolysis technology is gaining recognition as a viable solution for end-of-life Tyre Processing. This innovative approach combines operational efficiency with energy autonomy, offering European waste management stakeholders an economically sound and environmentally responsible alternative.

Our continuous electric heating pyrolysis technology sets a new standard for output quality. By ensuring precise temperature control and uniform heating, it transforms end-of-life tyres into high-value, consistent products that are ideal for demanding industrial applications.

[Barcelona, Spain] - [4-6/11] 2025 - HUAYUAN TECH today announced its participation in the upcoming Recovered Carbon Black Conference 2025, organized by Smithers and taking place from November 4-6 in Barcelona, Spain. The company will present its advanced continuous electric heating pyrolysis technology and engage with global industry leaders on pyrolysis innovation and high-value applications for recovered carbon black.

Carbon Black (CB), a versatile material widely used in plastics, inks, paints, and rubber products (notably tires), accounts for a significant portion of global industrial fillers. However, recycling CB from end-of-life rubber—especially tires—remains challenging due to the inherent difficulties in rubber reprocessing, often relegating it to a disposable byproduct. Growing environmental concerns have spurred research into recovering CB from discarded rubber, aiming to reduce the industry’s ecological footprint. This article presents findings from an Artis-funded study and collaborative experiments by Michelin and Bridgestone, focusing on the properties of recovered carbon black (rCB) and the urgent need to establish standardized evaluation criteria.

As global waste management challenges intensify, innovative technologies such as the Continuous Screw Pyrolysis Plant are transforming how industries process scrap tyres, plastics, and other non-recyclable waste into valuable resources. Thanks to its advanced engineering and high efficiency, this technology is being rapidly adopted across Europe, offering a sustainable solution to the world’s waste crisis.

As industries expand globally, the challenge of managing industrial wastewater, exhaust gases, and solid waste has become critical. Factories, power plants, and manufacturing units generate vast amounts of pollutants, but new technologies are transforming these byproducts into valuable resources—supporting both economic growth and environmental sustainability.  

In the face of growing urbanization and increasing waste generation, cities around the world are turning to innovative technologies to tackle the dual challenges of waste management and energy production. Waste-to-energy (WtE) systems, which convert municipal solid waste (MSW) and household garbage into electricity, heat, or fuel, are emerging as a sustainable alternative to landfills and fossil fuels.  

EU Circular Economy Action Plan mandating 30% recycled content in tires by 2030

U.S. Inflation Reduction Act tax credits for pyrolysis infrastructure

APAC Extended Producer Responsibility laws (China's "Dual Carbon" policy, India's ELT recycling targets)