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Cleaning Up

Turbine Blade Waste

Turbine
Blade Waste

Preserving the Environment

FibeCycle recycles wind turbine blade waste into eco-friendly materials, crafting the building blocks for sustainable products and driving a new circular economy for reinforced plastics.

ENABLING
WIND
TURBINE
WASTE TO
SHAPE A
GREENER
FUTURE

EVERYONE WINS

Uniting Industry, Environment,
and Society for a Sustainable Planet

At FibeCycle, our commitment to the planet fuels our circular economy innovations. We transform fiberglass waste from wind turbine blades into essential eco-friendly materials, which serve as the foundation for sustainable product development.

Our materials reduce dependence on virgin glass fiber reinforcement and oil-based plastics in the production of fiber-reinforced polymers (FRP), cutting down on raw material use and CO2 emissions.

Sustainable Products, Circular Economy, Green Future

43 million tonnes of wind turbine blade material are expected to be discarded by 2050. However, initiatives like our own capitalize on what is seen as waste, transforming it into resources for a circular economy.

Our process significantly benefits both the environment and society. A greener future starts with today's actions.

FibeCycle’s technology offsets nearly 2 tonnes of CO2 per tonne of waste turbine material recycled. To put that in perspective, it would take 80 trees an entire year to absorb this amount of CO2, while even our small pilot plant can accomplish this in just one day. With your support, we can create an even greater impact.

A FUTURE
WHERE
ecoFRP
NOURISHES
THE CIRCULAR ECONOMY

Rethink Wind Turbine
End-of-Life.

Rethink
Wind Turbine
End-of-Life.

A FUTURE
WHERE
ECOFRP
NOURISH THE
CIRCULAR
ECONOMY

We are moving away from pollutive methods such as landfill disposal and incineration.

Our proprietary technology is based on a low-energy, mechanical recycling process that boasts a minimal carbon footprint.

Our process requires no water, harmful chemicals, nor pyrolytic techniques. Designed to be modular and scalable, it can be implemented globally.

We begin by crushing the blade, then sort the recovered fibers by length and grade for various applications, and finally combine them with engineering thermoplastics to produce ecoFRP.
(Eco-Friendly Reinforced Polymers)

These reinforced polymers are the building blocks
for creating sustainable products across a range of industries.

PROBLEM

Aging wind turbine blades are discarded as waste

SOLUTION

We prevent them from ending up in landfills or being incinerated

R&D

FibeCycle performs extensive research to determine applications for different ecoFibre formulations

ecoFRP

FibeCycle ecoFibre is blended with selected engineering polymers to produce ecoFRP

Sustainable Plastics

ecoFRP is used in place of virgin materials for the creation of everyday products

MATERIAL LOOP

ecoFRP materials exhibit excellent recyclability