On September 18th and 19th, 2024, the kick-off meeting of the ECORES WIND project took place at the Basque Technology Park in Zamudio, near Bilbao. This European initiative, led by FUNDACION GAIKER and supported by Horizon Europe, seeks to develop sustainable alternatives to traditional resin systems in the wind energy sector. The project’s primary objective is to introduce circular resin systems that will significantly enhance the recyclability and lifespan of wind turbine components, particularly turbine blades, thus minimizing their environmental footprint and contributing to the development of a more sustainable wind energy infrastructure.
FIDAMC, as a leading participant in ECORES WIND, is proud to bring its extensive experience to this ambitious project. By contributing its expertise in developing high-performance resin systems, FIDAMC aims to play a key role in the research and innovation efforts required to develop eco-friendly alternatives to conventional resins used in wind turbines. The organization’s role within the consortium will be pivotal in pushing forward material innovation that addresses not only the need for increased sustainability but also the technical requirements of the rapidly evolving wind energy industry.
The collaboration among the 13 partners of the ECORES WIND consortium, including research institutions, universities, and industry stakeholders, is designed to ensure that the project’s innovations are both scientifically robust and practically applicable. FIDAMC’s involvement, alongside these prestigious organizations, is critical for integrating advanced research into the industry’s supply chain. Together, the consortium will develop new materials that will reduce the environmental impact of wind turbines, extending their operational lifetime and making decommissioning processes more efficient through enhanced recyclability.
One of the key challenges that ECORES WIND aims to address is the urgent need for the wind power industry to adopt more circular and sustainable practices. Europe is the global leader in offshore wind energy production, with wind farms growing rapidly in both size and number. However, as many of Europe’s wind farms approach the end of their operational lifetimes, the current composite materials used in wind blades, such as glass and carbon fibers, present significant challenges for recycling.
Additionally, ECORES WIND will conduct a thorough ecological impact evaluation of the new resin systems, comparing them with current state-of-the-art materials. The project will establish benchmarks to assess the ecological advantages of these innovative materials, ensuring that the solutions are not only technically effective but also significantly reduce the environmental footprint of the wind energy sector.
For more information about the ECORES WIND project, please visit www.ecoreswind.eu.
English 
Spanish 