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Accidental Limit State (ALS) events in floating offshore wind turbine (FOWT) mooring systems can result in severe fatigue damage, high recovery costs, and major lifecycle expenses. TFI Marine’s research introduces SeaSprings as a robust solution to mitigate these challenges.

The renewable energy sector is advancing rapidly with offshore wind projects requiring innovative solutions for deeper waters. Floating Offshore Wind Turbine (FOWT) technology is leading this transformation, where mooring systems play a crucial role. Reducing mooring loads not only drives cost efficiency but also minimizes environmental impact and enhances structural integrity.

This white paper is a guide on how to implement SeaSprings in FOW moorings. It provides a range of case studies with SeaSprings, across different platforms, turbine sizes, and mooring configurations

Advancements in mooring technology from the offshore oil and gas industry are transforming floating offshore wind turbines (FOWTs). Fatigue remains a key challenge in mooring system design, driven by unique operational and environmental factors. To address these issues, SeaSprings, an innovative load reduction device, offers a breakthrough solution to mitigate fatigue and enhance mooring system performance.