UK firm finishes geotechnical investigation for offshore tidal turbine in Orkney

August 21, 2024, by Zerina Maksumic

UK-based engineering consultancy Ryder, part of Tekmar Group, has completed a geotechnical site investigation for an offshore floating tidal turbine project located at the Fall of Warness European Marine Energy Centre (EMEC) test site in Orkney.

A site investigation assessed ground conditions for designing grouted anchor piles crucial for the tidal turbine’s stability. Using advanced drilling equipment, geotechnical operations obtained rotary rock core samples from the seabed around the planned anchor locations, said the company.

Aside from being a “significant advancement” in the tidal energy sector, the company stated that it also holds promise for the floating wind industry. Ryder’s geotechnical specialists logged the core samples onboard according to British Standards.

“Completing this geotechnical investigation swiftly and efficiently underscores our commitment to supporting the development of innovative renewable energy projects,” said Fraser Gibson, Managing Director at Ryder.

“This project not only highlights our expertise in geotechnical services but also aligns with our strategic focus on advancing the floating wind and tidal energy market.”

According to Ryder, completing this investigation is a key step in developing robust grouted anchor piles.

In May, the UK Government awarded a new £4.6 million support package for the UK’s islands, with £3 million allocated to the Orkney-based EMEC over two years.

The funding boost was designated to support EMEC’s growth plans, aiding the center in advancing the UK’s net zero goals, fostering innovation and research investment, and promoting green growth and economic development in island communities.

Later that month, the Orkney-based EMEC outlined a set of manifesto asks for the general election to unlock green growth opportunities in ocean energy in the UK waters. EMEC described the manifesto’s key proposals as crucial for enabling Britain to fully realize its renewable and marine energy potential, supporting the UK’s progress toward net zero.