ABPmer undertakes physical process assessment for Erebus floating wind

he first demonstration site is the 96 MW Erebus Project approximately 44 km southwest of the Pembrokeshire coastline. ABPmer is part of the marine EIA team being led by MarineSpace, and has been commissioned to complete the physical process impact assessment in support of the Development Consent Order Application.

The assessment will investigate the potential effects of the WindFloat™ floating wind platform and supporting infrastructure on the wave, flow and sediment transport regime through construction, operation and decommissioning of the wind farm.

New physical process impact assessment methods will be developed to account for the different underwater profile and mooring systems used by the WindFloat™ platform. Existing methods and evidence will be used to inform the assessment of potential impacts from the more traditional transmission infrastructure.

Tony Brooks, ABPmer’s Renewables Business Manager, said “we are very excited to be part of the Erebus team, the move to floating wind will further harness the UK’s offshore wind resource and should contribute significantly to the Government’s target of being a Net Zero emitter of carbon by 2050.”

“We are expertly placed to deliver this element of the EIA, having provided physical processes and metocean support to over 35 other offshore wind projects around the UK and overseas.”

ABPmer is a recognised Development Service Provider offering a wide range of services that support clients throughout a renewable project life cycle. Such is their reputation, they have provided input to most of the UK’s offshore wind, wave and tidal developments, as well as being regularly asked to advise government when developing and shaping policy.