Bakkafrost consults on Hunterston RAS site
BAKKAFROST Scotland has said it intends to submit a planning application for a
RAS facility at the Hunterston Port site in Ayrshire.
The recirculating aquaculture systems (RAS) plant would be the second in
Scotland for the Faroes-owned salmon producer, which is already in the process of constructing a RAS site at Applecross on the west coast of Scotland.
Hunterston is one of Scotland’s largest deep water ports and formerly imported coal for power stations, but it is now a derelict brownfield site that has been earmarked for development as Hunterston Port and Resource Centre (PARC) by its owners, Peel Ports Group.
A Bakkafrost spokesperson said: “Bakkafrost Scotland can confirm it is in the early stages of a planning application process in relation to a proposed RAS facility and has lodged a planning application notice (PAN) with North Ayrshire Council for the development at Hunterston PARC on the Clyde coast in Ayrshire.”
The company will be setting out its plans at public exhibitions on Wednesday 1 March at Fairlie Village Hall, near Largs, and on Thursday 30 March at West Kilbride Village Hall. Information will also be posted online.
The new RAS facility is expected to create around 35 specialist jobs and support the wider supply chain. Bakkafrost will use this and the Applecross facility to grow smolts for longer and to a larger size in freshwater before they are released into net pens at sea.
Hunterston PARC has been granted special development status in the Scottish government’s National Development Plan, giving it priority as a site for investment in renewable energy, aquaculture, research and development, and the circular economy.
Anti-salmon farming campaigner Don Staniford has objected that the site will be close to the Hunterston B nuclear power station, which was shut down in January last year and is currently in the process of being decommissioned. He described the combination of fish farming and nuclear energy as “a marriage made in hell”.
Bakkafrost has stressed, however: “RAS is a land-based biosecure closed system. Our system uses freshwater from local sustainable land-based water sources, is highly energy efficient and will convert all waste produced to a renewable product.”