Sustainable Composite Materials for Wind Turbine Blades Seminar 6 September 2021
Virtual research seminar on sustainable composite materials for wind blades, jointly organised by the Bristol Composites Institute and the ORE Catapult. The Wind Blade Research Hub (WBRH) is a five-year research partnership between the Offshore Renewable Energy Catapult and the University of Bristol. The overarching objective of the WBRH is to support and fund wind turbine blade research that will increase the environmental and financial sustainability of wind energy. The research outcomes will accelerate the uptake of new technologies and advance future offshore wind blade design and manufacture. Introduction and Industry Perspective 0:00:09 Professor Paul Weaver (Bristol Composites Institute) – Welcome and introduction 0:06:11 Dr Steve Wyatt (ORE Catapult) – Introduction to the sustainability challenge for wind turbine blades 0:13:54 Dr Mie Elholm Birkbak (Vestas) – CeTeC project: Development of a new sustainable epoxy system 0:30:07 Harald Stecher (Siemens Gamesa) – SGRE Wind Blades and Sustainability 1st Technical Session, chaired by Professor Paul Weaver (Bristol Composites Institute) 00:47:44 Professor Steve Eichhorn (Bristol Composites Institute) – From Micro to Nano and Back Again: Natural Cellulosic Fibre Composites 01:09:08 Dr Maurice Collins (University of Limerick) – Development of lignin fibres for Energy 01:25:22 Dr Dimitrios Mamalis (ORE Catapult) – Alternative hybrid composites: A novel fibre metal laminate based on thermoplastic resin 01:38:15 Q&A for speakers 01:45:16 2nd Technical Session, chaired by Dr Mark Forrest (ORE Catapult) 01:45:55 Jenny Banks (National Composites Centre) – SusWIND: The future sustainability of wind turbine blades 02:02:20 Dr Darshil Shah (University of Cambridge) – Designing biocomposite blades: progress and challenges 02:18:59 Professor Ian Hamerton (Bristol Composites Institute) – The impact of viscoelasticity on wind turbine blade leading edge protection: Improving lifetime prediction 02:37:12 Tomas Flanagan (EIRE composites) – Manufacture and testing of large composite structures 02:54:27 Q&A for speakers 02:57:45 Panel Discussion: Industry perspective on the challenges and solutions Chaired by Professor Steve Eichhorn (Bristol Composites Institute) Lorna Bennet (ORE Catapult) Dr Pierre Stephan (EDF) Dr Mie Elholm Birkbak (Vestas) Find out more about the Wind Blade Research Hub: https://ore.catapult.org.uk/what-we-d...

Industry perspective on manufacturing of future large wind turbine blades – John Korsgaard (ACM5)

Leading Edge Erosion Challenges in Offshore Wind Turbines

Composites Perspectives 1 May 2024: Composites Recycling

Lloyd's Academy Market Voices 2024 - Construction of Offshore Wind Farms

Unlocking Capital for Energy Storage for Scalable Deployment

RL for Agents Workshop - Deep Dive on Training Agents with RL and Open Source

XL-Doku: Stromgewinnung in der Welt der Zukunft

Anglian Water: All-Streams HTO - insights from the experimental phase
![[IMPACT Webinar] Capitalizing on Carbon: Commercializing CCUS on a Global Scale](https://i.ytimg.com/vi/Fr6YWieNTvY/hqdefault.jpg?sqp=-oaymwEjCNACELwBSFryq4qpAxUIARUAAAAAGAElAADIQj0AgKJDeAE=&rs=AOn4CLD4Iwe-dybIxtuUiLBqQ1DLYP8R9w)
[IMPACT Webinar] Capitalizing on Carbon: Commercializing CCUS on a Global Scale

The Path to Infinite Power: Unlocking Tomorrow’s Energy Sources | FD Engineering

AI Is Creating A Rare Opportunity For Investors. How Jim Roppel Is Playing It. | Investing With IBD

Wind turbine blade performance and leading-edge maintenance

Composites in 3DEXPERIENCE CATIA - Webinar

June 17th Water Management Meeting

Determination of the longitudinal compressive strength of some laminated composite materials

Sustainable HEP conference 2026 || Day 2 || Plenary and submitted talks

Physics-Informed Machine Learning – Lecture 1 | Why Physics + AI?

Webinar: Materials Challenges in Offshore Wind

The Incredible Properties of Composite Materials

