♻️🔬 Breaking Down Waste. Building Up Value. Revolutionising Composite Recycling! 🚀

💡 What if end-of-life wind turbine blades could become a source of high-quality recycled materials?

👉 Turning complex composite waste into valuable resources is one of the greatest challenges in achieving a truly circular economy. And advanced chemical recycling technologies are helping make this transformation possible!

🎥 In our latest BLADES2BUILD video, our partner National Technical University of Athens (NTUA) / R-NanoLab and Dionisis Semitekolos take us behind the science of innovation, addressing a key question:

🔎 How can chemical recycling methods be improved to recover high-quality materials from end-of-life wind turbine blades?

🧪 Through its expertise in advanced composite materials and recycling technologies, National Technical University of Athens has contributed to optimising chemical recycling processes, aiming to improve material recovery, preserve the quality of recycled fibres, and unlock new opportunities for their reuse in high-value applications.

🌍 Because the future of recycling is not just about recovering materials — it is about preserving their value and giving them a second life!

▶️ Watch the video and discover how R-NanoLab is advancing chemical recycling technologies within BLADES2BUILD!

🔗 Watch here: https://youtu.be/_-8c7MhXc1w?si=0cCUJMrSk2vpXGgC