Alfa Laval joins ESOMOOR project to advance biofouling management for floating offshore wind

Alfa Laval has officially joined the ESOMOOR project, a strategic initiative focused on optimizing biofouling management for floating offshore wind infrastructure. By leveraging advanced material science, the project aims to mitigate the accumulation of marine growth on shared mooring systems in deep-water environments. This partnership addresses critical technical hurdles for large-scale offshore energy deployment, ensuring structural integrity and operational longevity. As the industry shifts toward sustainable energy, Alfa Laval’s involvement marks a significant step in enhancing subsea maintenance protocols for offshore assets.

The management of biofouling remains a critical concern under the IMO’s Guidelines for the control and management of ships' biofouling to minimize the transfer of invasive aquatic species, as referenced in MEPC.207(63). Furthermore, the structural integrity of offshore mooring systems must align with classification society requirements, such as DNV-ST-0119 for floating wind turbine structures. Compliance departments must ensure that anti-fouling systems adhere to the International Convention on the Control of Harmful Anti-fouling Systems on Ships (AFS Convention), preventing environmental contamination while maintaining the operational efficiency of subsea components.

Chief engineers and second engineers will be most affected by these emerging biofouling management technologies. These officers must familiarize themselves with new maintenance schedules and monitoring protocols for subsea mooring hardware. Understanding the chemical and mechanical properties of these advanced anti-fouling coatings is essential for effective asset management. Engine room teams should prepare for updated inspection routines to ensure that biofouling does not compromise the structural safety or the mooring tension of floating offshore wind installations.