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Circular Economy

This is the way

We convert end-of-life fiberglass composite waste into fiber-reinforced thermoplastics, serving as feedstock for sustainable product manufacturing, and driving a circular economy.

GREEN INITIATIVES

Uniting Expertise
to Solve Critical Problems

We have reimagined the way wind turbine blade waste is handled, replacing the traditional landfill disposal with a planet-friendly recycling approach.

Our low-energy recycling process ensures minimal CO2 generation, making it an eco-conscious solution. By grinding blades into short glass fiber, refining and sorting the fibers, and compounding with engineering-grade plastics, we create ecoFRP (Eco-Friendly Reinforced Polymers), the building blocks for manufacturing sustainable products.

Every blade we transform contributes to an environmentally-friendly solution that reduces CO2 emissions and promotes the circular economy.
Join us in creating a greener planet together!

Our Mission

Scaling up Sustainability

FibeCycle’s team works to leverage our collective expertise and creativity, aligning with the same goal and a mission to care for the planet and drive the circular economy. FibeCycle transforms fiberglass waste from wind turbine blades into eco-materials, making a circular economy for reinforced plastics both possible and viable.

We are aware that our mission is not ours alone, and we invite others to join us in shaping a sustainable future by acting today. Other generations have ignored similar causes for a long time; let’s not do the same.
Join our cause – there are many ways to collaborate. Together, we can make a meaningful impact and build a greener world for tomorrow.

Meet the Team

A CANADIAN COMPANY WITH GLOBAL PERSPECTIVE

Our multicultural team at Fibecycle combines expertise from diverse industries to solve global waste challenges with innovation, technology, and elegance.

Partners

FibeCycle's Journey from Research to Sustainable Solutions

The Path of FibeCycle's Research

Two established academic researchers, Larry Lessard (McGill University) and Kazem Fayazbakhsh (Toronto Metropolitan University), possess extensive experience and publications in the field of composite materials and 3D printer technology. They decided to combine their knowledge to address the global waste problem caused by the end-of-life of wind turbine blades. Their research demonstrated the potential to transform fiberglass from wind turbine blades into sustainable materials, and became the foundation for others to join the cause and create the FibeCycle company.

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