Revolutionising offshore wind: FRP-Reinforced concrete foundations for floating turbines
Offshore floating wind turbines (FOWTs) are unlocking access to deep-sea wind resources, but traditional steel foundations face major challenges—corrosion, fatigue, and high maintenance costs. This webinar introduces a durable and sustainable alternative: fiber-reinforced polymer (FRP) reinforced ultra-high-performance concrete (UHPC), known as FRU composites.
FRU foundations eliminate steel, offering superior durability, lower lifecycle costs, and enhanced performance in harsh marine environments. Attendees will explore comparative studies on FRU vs. steel foundations for 10 MW turbines, including:
- Improved hydrodynamic stability and reduced motion under wind-wave-current conditions
- Lower centres of gravity and enhanced resistance to overturning
- Significant gains in energy efficiency and sustainability
Designed for professionals in civil, structural, and marine engineering—as well as those advancing offshore renewable energy, infrastructure design, and sustainability—this webinar will explore design methodologies, durability assessments, and pathways to industrial adoption. It highlights how FRU composites can accelerate the shift toward resilient, low-carbon offshore energy infrastructure.
Learning outcomes:
In this presentation, you will:
- Identify key limitations of steel foundations in offshore wind applications
- Understand the structural and durability advantages of FRU composites
- Learn how FRU improves turbine stability and reduces lifecycle costs
- Explore design strategies and adoption pathways for FRU in marine environments
