PRIMaRE Seminar Series
The Partnership for Research In Marine Renewable Energy (PRIMaRE) is pleased to launch the new virtual PRIMaRE seminar series, which will start on the 24th January 2023. Apart from the annual PRIMaRE conferences, where participants meet in person around June/July each year, these virtual seminar series will provide further opportunities to showcase the latest research & development in marine renewable energy and for the community to meet and discuss the emerging research challenges in the sector.
Schedule and Joining Instructions
The PRIMaRE seminar series are scheduled quarterly, in January, April and October each year. They will be held on Zoom, please join the online seminars from the link given below, or using the meeting ID and Passcode.
Meeting ID: 999 7737 6220
The first PRIMaRE Seminar will be held on the 24th January 2023, 13:00-14:00 (GMT)
All are welcome!
Next Seminar : 24th January 2023 13:00-14:00 GMT
Remote river energy system: field trial update
Speaker: Prof. Ian Masters, a Professor in the Mechanical Engineering department at Swansea University. He founded the Marine Energy Research Group in 2001 and is author of many academic papers and patents. His research areas include: Tidal turbines with combined tide, wave and turbulent flows; Computational Fluid Dynamics; modelling of arrays, wakes, scour and deposition; he has also published on multiple use of space and Blue Growth.
Abstract: Swansea University has developed a 3m diameter tidal turbine for use in remote locations. Field trials of the unit are planned for spring 2023 and this presentation will discuss the turbine design, and the staged development process used. The experiment will be carried out at the Warrior Way site in Pembrokeshire, Wales within the Marine Energy Test Area (META) The project design is open source and collaboration opportunities are welcome. We acknowledge funding from WEFO ERDF and the Swansea Bay City Deal.
Challenges and opportunities of bio-based turbine blades for marine energy
Speaker: Dr Stuart Walker completed a PhD in Tidal Turbine hydrodynamics at the University of Sheffield in 2014. Since then he has worked on various projects on tidal stream energy and material impact assessment. As part of the Interreg TIGER project he worked on the potential for developing low impact bio-based materials for marine energy applications.
Abstract: Turbine blades are a key element of marine energy. Glass or carbon fibre composites currently offer the best combination of mechanical properties and cost, but end-of-life disposal methods lead to significant environmental impact. As marine energy technology deployments expand exponentially, bio-based composites may offer a solution, but ensuring these materials meet required levels of performance remains a challenge. In order to achieve similar levels of performance to conventional composites, greater material mass or design and manufacturing changes are often required. This talk will discuss the current status of this material development and highlight the potential opportunities for impact reduction.