Buchan floating wind moves toward engineering design with Kent appointment
The 960MW Scottish floating offshore wind project has taken a step toward front-end engineering design, signalling developer commitment to a decade-end construction start.
Kent, a global infrastructure consultancy, was appointed owner's engineer for the Buchan floating offshore wind project on Tuesday (2026-06-30), marking the clearest signal yet that the 960MW development is approaching its front-end engineering design phase.3
The appointment moves Buchan's consortium — BayWa, Elicio and BW Ideol — a step closer to formal engineering work ahead of a planned construction start before the end of the decade. The project would sit 47 miles (75km) off Fraserburgh, north of the St Fergus gas terminal and south of Rattray Head lighthouse.3
Floating wind sits at the more technically demanding end of the offshore wind spectrum. Unlike conventional fixed-foundation turbines driven into the seabed, floating installations are mounted on moored platforms designed for deeper waters where pile-driving becomes impractical. No large-scale commercial floating wind project has yet reached full operation anywhere in the world, making FEED conclusions — and the capital costs they illuminate — particularly consequential.3
Owner's engineering is an independent technical oversight role covering design review and procurement advice. It is typically commissioned just before or at the start of FEED, signalling that Buchan's developers believe the project is sufficiently advanced to warrant that level of external scrutiny.3
Construction-phase projections from the developer consortium include 2,900 jobs, roughly 300 permanent operational roles and more than £2 billion in economic value to Scotland. Those figures remain contingent on what FEED reveals about cost and schedule — and on securing grid connection and project financing at a scale that floating wind has not yet demonstrated commercially.3
The FEED process will also sharpen the project's route to market. Like other UK offshore wind developments, Buchan would require a Contracts for Difference allocation to lock in a strike price before investment could be committed. The economics of floating wind are considerably harder than fixed-bottom technology, and CfD strike prices that clear the bar for conventional offshore arrays may not cover the additional costs of floating installations.3
The UK's offshore wind pipeline faces a mixed backdrop more broadly. Boralex, a Canadian developer operating in Britain, said in May (2026-05-20) that the country would miss its 2030 onshore wind target due to supply chain and construction constraints — obstacles that apply with greater force to floating offshore technology.2
Subsidy questions are running alongside the construction conversation. Ember, a clean energy think tank, reported in May (2026-05-21) that Drax, the 2.6 GW biomass power station, received what it described as a record £1 billion in government support last year, a 15% rise on 2024, costing each UK household £13 annually. Floating wind projects competing in future CfD rounds will be entering a subsidy environment where the definition of value for money is under active scrutiny.1
The geographical logic of Buchan's location includes proximity to St Fergus, one of the UK's main gas import terminals handling Norwegian pipeline supplies. That proximity simplifies some logistics during offshore installation campaigns, though the floating platforms themselves would be fabricated and assembled elsewhere before being towed to position.3
Whether Buchan reaches construction before 2030 will depend on FEED cost estimates aligning with financeable project economics — and on the UK's capacity-allocation process making room for floating technology at a strike price the consortium can bankroll.3