FibreMax patented parallel wound (PWT) technology, which can be designed for both strength and stiffness. This unique technology cannot be compared to traditional ropes; they will apply their decades of experience and innovation to provide a sector-leading mooring system solution for floating offshore wind turbines. With the Celtic Sea poised to become a major development site for green energy generation from floating offshore wind (FLOW) turbines, the region will be a strong source of demand for the offshore wind supply chain. ABP’s Port of Swansea offers significant potential for the development of supply chain facilities immediately adjacent to the FLOW activities in the Celtic Sea.
Andy Reay, Head of Offshore Wind at ABP, said: “We are delighted to sign this MoU with FibreMax, a world leader in fiber cables. It marks a further tangible step forward in the transformational prospects for FLOW in the Celtic Sea. The Swansea Bay region presents an unparalleled opportunity for UK industry, sited in an area of rich industrial heritage, ideally suited to support upcoming Celtic Sea FLOW development.”
Sander van Helvoort, Director of Renewable Energy at FibreMax, added: “FibreMax is the only company in the world which has the capability to deliver synthetic solutions for any floating wind technology; we, therefore, welcome his agreement and look forward to working together with ABP to investigate development opportunities at the Port of Swansea that will deliver best-in-class facilities and good quality jobs for the local community and develop local content for South Wales.”
The partnership aims to explore the possibility of creating up to 90 new full-time jobs via a new bespoke dockside facility. It will enable the production of future offshore renewable components with a Just-in-Time (JiT) supply chain solution working with Welsh partners.
The collaboration between ABP and FibreMax signifies a shared commitment to sustainable energy solutions and economic growth. More information will be released as the project progresses.
