AkordTech — Reinventing Tire Recycling with Steam Thermolysis

We turn end-of-life tires and rubber waste into valuable resources using our patented steam thermolysis technology: safe, eco-friendly, and energy-efficient.

Discover Our Technology

Patented Steam Thermolysis — A Breakthrough in Recycling

Unlike conventional pyrolysis methods that rely on direct heat and open flames, Akordtech's revolutionary process harnesses superheated water steam to safely decompose rubber waste. This breakthrough innovation eliminates explosion risks while dramatically reducing toxic by-products and energy consumption.

Our patented technology represents a paradigm shift in tire recycling, offering industrial partners a safer, more sustainable solution that meets the growing demand for circular economy practices. The process operates at lower temperatures while achieving superior material recovery rates.

Explosion-Safe Process

No open flames or high-risk operations

Reduced Toxicity

Minimized harmful compound formation

Energy Efficient

Up to 20% lower consumption

Complete Process Flow

Our integrated approach transforms waste tires through four key stages, ensuring maximum resource recovery and minimal environmental impact.

Collection

End-of-life tire gathering from various sources including automotive centers, fleet operators, and municipal programs

Preparation

Tire sizing, cleaning, and steel wire separation to optimize material for steam thermolysis processing

Steam Thermolysis

Our patented superheated steam process safely decomposes rubber into valuable component materials

New Products

High-quality recovered materials ready for industrial applications and circular economy integration

From Waste to High-Value Materials

Our steam thermolysis process generates three distinct product streams, each with proven market demand and superior quality characteristics compared to traditional recycling methods.

Recovered Carbon Black (rCB)

High-performance filler material for rubber and tire manufacturing applications. Our rCB meets stringent industry standards and has been extensively tested and validated by leading tire manufacturers across Europe and North America.

Liquid Hydrocarbon Fraction

Premium fuel-grade oil substitute with energy content comparable to heavy fuel oil. This versatile product serves industrial heating applications and can be processed into higher-value petrochemical feedstocks.

Syngas

Clean synthesis gas suitable for energy generation, chemical processing, or hydrogen production. This valuable by-product can power our own operations or be sold to external industrial customers.

Shaping the Circular Economy

The European tire recycling market represents a massive opportunity for sustainable innovation. With over 3 million tons of end-of-life tires generated annually across the continent, the vast majority are still processed through low-value disposal methods such as cement kiln fuel or landfill disposal.

Acordtech directly addresses the high-value recycling segment, tapping into an estimated €2.5 billion total addressable market (TAM) annually in Europe alone. Our technology positions us at the forefront of the circular economy revolution, where waste becomes a valuable resource rather than an environmental burden.

Circular Economy Leadership

Returning valuable resources to industry supply chains, reducing dependence on virgin materials

ESG Compliance

Significantly reducing CO₂ emissions and toxic waste generation compared to traditional methods

Global Expansion Potential

Scalable technology ready for international markets with similar waste challenges

Follow Our Journey

Stay informed about Acordtech's progress as we advance from innovative technology to commercial deployment. Our milestones reflect both technical achievements and market recognition.

1

Horizon Europe Participation

Successfully awarded funding through the EU's flagship innovation program, validating our technology's potential for European market impact and sustainability goals.

2

BRICS STI Collaboration

Participating in international science, technology, and innovation initiatives to explore global market opportunities and cross-border partnerships.

3

Patent Portfolio Expansion

Continuous development of intellectual property protection across key markets, with new applications filed quarterly to strengthen our competitive position.

4

Pilot Project Updates

Regular progress reports from our demonstration facilities, showcasing real-world performance data and commercial viability metrics.

Our commitment to transparency extends beyond technical achievements to include regular publications in international trade media, industry conference presentations, and comprehensive sustainability impact reports. This visibility builds trust with stakeholders while positioning Acordtech as a thought leader in advanced recycling technologies.

Join Us in Building the Future of Recycling

Acordtech represents a unique opportunity to participate in the transformation of a massive industrial sector. We welcome collaboration with forward-thinking investors, strategic industry partners, and leading research institutions who share our vision for sustainable innovation.

Investment Opportunities

Our funding strategy supports rapid scaling of operations, international market entry, and continued R&D advancement. We offer multiple partnership structures designed to align investor interests with our long-term growth objectives.

Strategic Partnerships

We seek collaborations with tire manufacturers, waste management companies, and industrial customers who can benefit from our sustainable material solutions while accelerating market adoption.

Contact Information

Ready to explore partnership opportunities? Our team is available to discuss your specific interests and how Acordtech's technology can support your sustainability and business objectives.

Partnership Inquiries

Strategic alliances, joint ventures, and technology licensing opportunities

Investment Relations

Funding rounds, due diligence support, and investor communication

Technical Collaboration

Research partnerships, pilot projects, and technology validation programs

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