Three Lead Baths Removed At Dounreay
23rd June 2013
Three lead baths weighing between twenty-one and twenty-eight tonnes each have been hoisted out of the redundant Dounreay Fast Reactor.
Stripping out the old lead baths has been a challenging legacy faced by both the DFR project team and Dounreay’s waste directorate as decommissioning the fifty year old plant progresses.
Purpose designed and built lifting frames fabricated and installed by Gow’s Lybster Ltd were used to remove the large cast iron lead giants. They were lifted as single units by DFR’s Butters crane.
The internal liners of the lead baths are highly contaminated due to the historical operations where irradiated elements inside transit cans were submerged in molten lead within the baths prior to being transferred to the DFR cooling pond.
Project manager Jack McCracken explains: “Decommissioning DFR is one of the most challenging projects faced by the NDA. This project proves that with a dedicated and committed team of people all working together these challenges can be achieved safely and on time. Taking out the lead baths means a major radiological hazard has been removed from the DFR facility which allows future decommissioning projects to progress to meet the site closure programme.”
Related Businesses
Related Articles
He joins from AtkinsRealis, where he was market director and delivery lead for its nuclear decommissioning and waste services business, and officially takes up the post today (18 November 2024), He succeeds John Grierson who has served as interim MD since May. NRS CEO Rob Fletcher said, "I am very pleased that Dave Wilson has agreed to join the team at Dounreay.
The Nuclear Decommissioning Authority group have announced five organisations as winners of this year's supply chain awards. Morgan Sindall Infrastructure, The Decommissioning Delivery Partnership, PA Consulting, Antech and The Higher Activity Waste Thermal Treatment Tranche 1 Team are the big winners in this year's supply chain awards.
Find out what has been happening at UKAEA in our monthly newsletter. Read about our recent activities and upcoming events.
With a degree in electrical and electronic engineering and a keen interest in the nuclear sector, Anouschka knew Sellafield would be the best place for her to begin her career in the industry. That career has already seen her relocate from Sheffield to Cumbria and scooping the title of Sellafield Ltd Graduate of the Year.
More than 140 graduates have started at Sellafield Ltd. Over 140 graduates have just started their exciting careers with the company in a range of business and technical disciplines, supporting Sellafield Ltd in its mission to create a clean and safe environment for future generations.
Find out what has been happening at UKAEA in our monthly newsletter. Read about our recent activities and upcoming events.
The Nuclear Decommissioning Authority (NDA) group has on 26 September 2024 published its 2023 to 2024 socio-economic report detailing a record investment in projects across the UK. Over the last five years, the NDA group has invested £60 million in projects that enable permanent and sustainable change in its site communities, leveraging many millions more from partners.
Today, the ponds inside the Thermal Oxide Reprocessing Plant (or as we like to call it, Thorp) are used to store nuclear fuel that has been used in the UK's 7 operational nuclear reactors. Before taking on this new mission, Thorp reprocessed 9,000 tonnes of used nuclear fuel from around the world, generating an estimated £9 billion in revenue for the UK over 2 decades.
Over 100 graduates join the Nuclear Decommissioning Authority group today as applications open for 2025. As applications open for 2025, the Nuclear Decommissioning Authority (NDA) group also welcomed its largest ever cohort of graduates today, with more than 100 new recruits ready to support delivery of one of the world's most important environmental programmes.
In a world-first, a fully autonomous robot has been used to inspect the inside of a fusion energy facility. In a world-first, a fully autonomous robot has been used to inspect the inside of a fusion energy facility.