KTH’s Innovative Approach in BLADE2CIRC
The BLADE2CIRC project is tackling this challenge head-on, and our partner, KTH Royal Institute of Technology, is driving innovation to…
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Blade2Circ uses materials like biobased carbon fibers, biobased thermoset and dynamic materials through new recycling technologies to extend the useful life of the wind turbines.
About us
BLADE2CIRC will develop a circular and greener alternative to traditional wind turbine blade designs. It will increase the share of high-performance bio-based composite materials with enhanced recyclability.
BLADE2CIRC is a Research and Innovation Action project with a duration of 42 months and 4,6M€, funded by the European Union’s Framework Programme for Research and Innovation, Horizon Europe.
A unique consortium coordinated by Aitiip, which consists os 11 partners from different European countries.
The consortium includes 5 research institutes, 5 companies and 1 University.
Our Solution
BLADE2CIRC will develop new and alternative composite materials for WTBs, addressing sustainability, resilience, and circularity. The project will present key innovations in the different materials that compose a WTB as well as on the recycling processes.
Materials
BioBased Carbon Fibres
BioBased Thermoset and Dynamic Materials
Recycling Technologies
Chemical and Enzymatic Degradation
Debonding-on-demand
Extended Life
Coatings with Self-Healing Properties
Consortium
News
The role of Incotec in the BLADE2CIRC Project
As the project progresses, new developments and key milestones will continue to emerge, driven by the collaborative efforts of all…
The European project Blade2Circ will develop the wind turbine blades of the future
Blade2Circ aims to improve wind turbine recyclability by designing components that facilitate blade dismantling, such as a reversible adhesive, as…