Companies Set To LINC With Dounreay
7th September 2017
Companies are being invited to LINC together and support Scotland's largest decommissioning project thanks to an innovative new scheme designed to increase the number of small and medium enterprises (SMEs) delivering clean-up work at Dounreay.
Up to five companies will be invited to help understand and develop the best proposal for size-reducing all of the machinery and components that will need to be removed from Dounreay's Prototype Fast Reactor (PFR) - the largest to be built at the Caithness site. It is the first of several opportunities expected to be advertised as part of an initiative encouraging SMEs to LINC - liaise, innovate, network and collaborate - with Dounreay.
Stephen Adamson, Head of Commercial Services at Dounreay Site Restoration Limited, said: "This first project is about understanding what is possible and ensuring we develop the best decommissioning solution for one of our
iconic reactors. A large number of items within the redundant reactor will ultimately need to be removed, reduced in size and packaged within waste containers for long-term storage.
"It is the perfect way to launch our new flagship SME scheme as it requires companies to collaborate with our workforce at Dounreay as well as each other, showcasing the capability that exists to push forward safe,
innovative and cost effective decommissioning. More than a quarter of the £110 million we spent with suppliers last year was with SME companies so we recognise their contribution and are excited about how LINC can increase that even more."
Up to eight projects are expected to be advertised during the next year through the scheme with more than 40 firms already registered. The process of becoming a supplier is simplified by offering one-time registration for all future LINC projects.
Ron Gorham, Head of Supply Chain Optimisation at Nuclear Decommissioning Authority, added: "Smaller businesses play a vital role in the nuclear decommissioning supply chain, and across the UK. We fully support this initiative to encourage collaboration, and its potential for encouraging further growth and sustainability in both the local economy and also with small and medium enterprises."
Dounreay Site Restoration Limited, a company owned by Cavendish Dounreay Partnership, is responsible for decommissioning the UK's former centre of fast reactor research on behalf of the Nuclear Decommissioning Authority.
Companies have until 19 September 2017 to submit proposals for the first opportunity, with other projects scheduled to follow soon.
Full details can be found online: https://dounreay.com/supply-chain/linc-with-dounreay/
Construction of a new facility to support the decommissioning of reactors and demolition of historic active laboratories are just two of Dounreay's major projects expected to be delivered as part of a new framework agreement, potentially worth up to £400 million, which is being published in the Official Journal of the European Union (OJEU) today. - www.ojeu.eu The decommissioning services framework agreement will initially be for a period of up to 4 years with the possibility of extensions of up to 3 years meaning skyline changes could be delivered over the next decade under the arrangements.
Engineers at Dounreay have raided a scrap car and a kitchen can opener to help decommission one of the site's reactors. The handbrake from a vintage 1968 Ford Cortina has been used to help steer a camera, attached to wheels taken from can openers, into the Prototype Fast Reactor (PFR) where a detailed survey inside the plant was completed.
Dounreay Site Restoration Limited has submitted a planning application to the Highland Council covering a series of decommissioning projects expected to take place between 2018 and the site's shut down, also known as the interim end state. The application, which is the last of three planning phases covering the overall decommissioning of the site, follows engagement undertaken earlier this year including public events and an opportunity to comment on draft documents online.
Drone technology is helping Dounreay reduce the risk of accidents and save money on its inspection of buildings. A camera mounted on an unmanned aerial vehicle is taking over tasks previously carried out by workers on elevated work platforms.
Work is underway to retrieve the last remaining radioactive fuel elements that have been stuck for decades inside the iconic Dounreay Fast Reactor (DFR). The experimental dome-shaped nuclear reactor once led the world in fast breeder technology and after it closed in 1977 most of the core fuel was removed.
Eleven young people who have completed their Dounreay apprentice training are "very much a part of the future of the far north." Guest speaker Jamie Stone MP told the audience at the apprentice indenture ceremony that took place last Friday that, as Dounreay continues to decommission, the newly indentured apprentices would be an important part of the area's ability to offer a skilled and innovative workforce. Dounreay Managing Director and former nuclear industry apprentice Phil Craig added: “I am very proud that we are celebrating yet another group of talented apprentices.
Graduates from as far afield as Portugal and London arrived in Caithness last week to kick start their career at Dounreay. Ten new recruits have started on the two-year graduate scheme with educational backgrounds as diverse as engineering, law and digital forensics and ethical hacking.
It is 60 years this weekend since the first criticality was achieved in Scotland using a test rig at Dounreay. Now the decommissioning team responsible for the site is marking that milestone by taking a major step towards demolishing the oldest reactor that remains at the former fast reactor research centre.
This film, produced by AEA Technology in 1994, looks back on the history of the fast reactor development programme at Dounreay..
Progress across Dounreay's decommissioning programme is being showcased in a new film and brochure highlighting the team's successes during 2016-17. Some of the highest hazards that remained in the Nuclear Decommissioning Authority estate, including liquid metal coolant from the Dounreay Fast Reactor, were reduced and destroyed during the year bringing to a successful conclusion projects that spanned many years.
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