TORTEK CLEAN TECH
Pioneering a Circular Future - In operation today
TRANSFORMING THE IMPOSSIBLE
INNOVATIVE TECHNOLOGY FOR A SUSTAINABLE WORLD
By turning waste into valuable products, we are not only helping to reduce environmental harm but also paving the way for a future where resources are reused, rather than discarded.
THE SCIENCE BEHIND IT
WHAT IF YESTERDAY'S WASTE COULD
BECOME TOMORROW'S RESOURCE?
TorTek has developed a patented technology that transforms difficult-to-recycle hydrocarbon waste into valuable circular resources in just seconds.
Unlike conventional recycling methods, our system can process a wide range of materials, including plastics, tyres, fishing nets, textiles, roofing felt, electronic waste, composites and other hydrocarbon-rich waste streams. At the core of the process is a high-efficiency conversion system operating 24/7. By combining thermomechanical energy transfer, fluidized bed technology, centrifugal force and advanced separation techniques, TorTek breaks down hydrocarbon chains and automatically recovers valuable metals and inorganic materials for reuse. The recovered hydrocarbons are converted into a high-quality circular oil that can replace fossil-based raw materials in the production of new plastics, chemicals, fuels and other industrial products. The process also generates an energy-rich gas that can be used to produce renewable electricity
Unlike traditional thermal treatment technologies, TorTek uses intense thermomechanical energy with only a minimal amount of material inside the reactor at any given time, making the process safer and more energy efficient. Fully automated, selfcleaning and environmentally responsible, the system is designed for industrial-scale resource recovery.
MATERIALS PROCESSED:
— Hard-to-recycle plastic waste — Electronic waste — Roofing felt — RDF (Refuse-Derived Fuel) — Fishing net — Wind turbine blades — Contaminated plastics — Textiles — Laminated plastics — Composite waste — Mineral-rich industrial waste — PVB — Oil sludge — Heavy oil cracking / heavy oil residues —olive pits and other residues from olive oil production
DELIVERING IMPACT
BUILT FOR THE FUTURE OF RECYCLING
CIRCULAR ECONOMY
Transforms hydrocarbon waste into reusable olefins for plastics, tyres, fuels, and other circular products — supporting the recycling of millions of tons of global waste annually.
CLEAN TECHNOLOGY
Operates without chemical waste or wastewater discharge, while maintaining emissions lower than direct combustion and compliant with strict environmental standards.
CONTINUOUS OPERATION
Designed for continuous 24/7 operation, significantly increasing production capacity, process stability, and long-term economic viability at scale.
MODULAR & SCALABLE
Compact modular reactors allow flexible transport, parallel operation, and easy scaling of production capacity across multiple industrial sites worldwide.
TYRE PROCESSING CAPACITY
Each reactor can process up to 5 tons of tyre waste per hour, efficiently recovering both synthetic and natural rubber components for reuse.
THERMAL EFFICIENCY
Patented thermo-mechanical reactor technology delivers exceptional heat transfer and rapid de-polymerization reactions within seconds for maximum efficiency.
PLASTIC PROCESSING CAPACITY
Each reactor can process up to 3 tons of plastic waste per hour, supporting large-scale circular plastic production with reduced fossil dependence
THE VISIONARY BEHIND TORTEK CLEAN TECH
Anders a Swedish national and serial inventor, is the mind behind the TORTEK technology. With over 20 patents spanning agricultural efficiency to green hydrogen production, Anders has dedicated his career to creating sustainable solutions.
Originally commissioned to combat oil contamination in Middle Eastern deserts, the TORTEK reactor was developed to break down hydrocarbon pollutants. As global waste challenges intensified, Anders recognised the reactor’s broader potential—offering a scalable solution for processing plastics, tyres, and electronic waste.
MEET THE INVENTOR
MORE THAN WASTE MANAGEMENT
TorTek reduces CO₂ emissions by up to 96% while transforming hydrocarbon waste into valuable circular resources.
— This is resource recovery.
— This is circular manufacturing.
— This is the future of industry.