High-Quality Tire Recycling Technology Manufacturers & Supplier

Leading the Global Transition to a Circular Economy with Advanced Pyrolysis Solutions and Industrial Waste-to-Energy Systems.

The Global Shift in Tire Recycling Technology

Understanding the transition from "Black Pollution" to Sustainable Resource Recovery.

The global waste tire problem, often referred to as "Black Pollution," has reached a critical tipping point. With over 1.5 billion tires reaching their end-of-life annually, the demand for advanced tire recycling technology manufacturers has surged. Traditional landfilling and incineration are no longer viable due to stringent environmental regulations like the EU's Circular Economy Action Plan and the EPA's strict emission standards in the United States.

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Market Status

The global tire recycling market is projected to grow at a CAGR of 4.9%. Industrialized nations are shifting from mechanical shredding to thermal pyrolysis to recover high-value commodities.

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Industry Trends

Real-time AI monitoring, continuous feed systems, and zero-emission scrubbing technologies are the new benchmarks for modern recycling facilities.

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Procurement Needs

Global buyers now prioritize ASME-certified pressure vessels, automated PLC control systems, and proven ROI through high-purity oil and carbon black output.

As a leading supplier of tire recycling technology, we recognize that the industry is no longer just about waste disposal; it is about resource manufacturing. Modern plants are now integrated bio-refineries capable of converting scrap rubber into furnace oil, combustible gas, and steel wire with nearly 100% efficiency.

Over 50 Years of Engineering Excellence

Our Heritage, Certifications, and Manufacturing Prowess.

Focus on waste to energy and waste tire pyrolysis technology, Huayuan Tech was founded in 1968. Our company covers an expansive area of 209,335 square meters, with a dedicated plant area of 98,680 square meters.

With more than 500 employees, our engineering and technical personnel account for 34% of the total workforce, ensuring that every piece of equipment we manufacture is backed by deep technical expertise and innovative design.

Core Credentials:
  • National A-class Boiler & A2-class Pressure Vessel License
  • D1, D2 Pressure Vessel Design Certificates
  • ISO9001, ISO14001, OHSAS18001 Systems Certification
  • United States ASME Certification
1968 Established
500+ Experts
A-Class License

"Through decades of development, Huayuan Tech has become a global leader in thermal equipment system integration, contract energy management, and high-efficiency tire recycling solutions."

Localized Application & Industrial Integration

How our technology adapts to diverse global market requirements.

01. Mining & Large Fleet Operations

In regions like Australia and South Africa, OTR (Off-The-Road) tires present a massive challenge. Our heavy-duty pyrolysis plants are designed to handle high-tensile steel and massive rubber volumes, providing an on-site waste-to-fuel solution that reduces logistics costs.

02. Urban Waste Management

For European and Southeast Asian cities, space is a premium. Our continuous pyrolysis technology requires a smaller footprint while maintaining high throughput, equipped with advanced flue gas cleaning systems to meet strict urban emission standards.

03. Industrial Fuel Production

Manufacturing hubs in India and Brazil utilize our oil refining plants to produce industrial-grade fuel oil, providing a cost-effective alternative to expensive imported diesel for boilers and generators.

Why Choose a Chinese Manufacturer for Tire Recycling?

As a premier China-based factory, Huayuan Tech offers a unique competitive edge that combines scale, supply chain integration, and rapid innovation:

  • 🛡️ Unmatched Cost-Efficiency: Significant CAPEX savings compared to European counterparts without compromising on build quality.
  • ⚙️ Rapid Customization: Our in-house design team can adapt plants for specific local feedstocks (e.g., plastic scrap, rubber powder, or whole tires).
  • 🚢 Global Logistics Expertise: Decades of experience shipping large-scale pressure vessels and plant components to every continent.
  • 🛠️ Comprehensive After-Sales: Remote monitoring and on-site engineering support to ensure 24/7 operational uptime.

Advanced Pyrolysis: The Technical Edge

The science of transforming waste into wealth.

Our Tire Recycling Technology utilizes the principle of thermal decomposition in an oxygen-free atmosphere. Unlike combustion, pyrolysis prevents the formation of dioxins and furans, making it the most environmentally friendly method for waste tire disposal.

1. Feedstock Pre-treatment

Tires are shredded or de-beaded to ensure uniform heating. Our continuous systems handle rubber powder for maximum surface area reaction.

2. Controlled Heating

Using indirect heating (electric or gas), the reactor reaches optimal temperatures (400°C-500°C), breaking polymer chains into vapor.

3. Fractional Condensation

Our multi-stage cooling system separates heavy oil from light oil and non-condensable gas, which is recycled to heat the furnace.

The Value of Output Products

Investing in our technology allows you to tap into several lucrative revenue streams:

  • Pyrolysis Oil (40-45%): Used as industrial fuel or refined into high-value diesel substitutes.
  • Recovered Carbon Black (30-35%): Used in rubber manufacturing, plastic colorants, or as a solid fuel.
  • Steel Wire (10-15%): High-quality scrap steel ready for smelting.
  • Synthetic Gas (8-10%): Self-sustaining energy for the recycling plant itself.

Trust the Authority in Thermal Recovery

With a complete set of A-class boiler and pressure vessel manufacturing and testing equipment, and holding the pressure pipe installation permit, Huayuan Tech is more than just a manufacturer—we are your strategic partner in the circular economy. Our commitment to ISO9001, ISO14001, and OHSAS18001 standards ensures that every project we undertake is safe, sustainable, and profitable.

Contact us today for a technical consultation on your next waste-to-energy project.