Caithness Map :: Links to Site Map Great value Unlimited Broadband from an award winning provider  

 

UKAEA Submits Planning Application For New Waste Disposal Facility

5th July 2006

A planning application for the construction of facilities for disposing of solid low level radioactive waste from decommissioning Dounreay has been submitted to the Highland Council.

UKAEA is seeking permission to construct a series of shallow engineered vaults adjacent to the existing nuclear licensed site, a grouting plant within the existing site and an administration block. The facilities are required for disposal of up to a maximum of 175,000 cubic metres of solid low level waste which is expected to be generated during the decommissioning of the site. The facility would be required for the lifespan of the decommissioning programme at an estimated total lifetime cost to design, construct, operate and close of around £110 million.

The engineered vaults will be built in three phases, with each phase being built as required. UKAEA is undergoing a vigorous waste minimisation programme and the success of this programme will determine whether all three phases will be required. Low level waste represents less than 0.01 per cent of all waste at Dounreay in terms of radioactivity but 80-90 per cent in terms of volume of radioactive waste.

From 2000 - 2005 UKAEA carried out a comprehensive study of the options for managing all Dounreay's solid low level waste. This included technical review and stakeholder consultation. Over the last six months, UKAEA has undertaken specific consultation with the local residents and local community on the location of the facilities. In February 2006, UKAEA reconsidered its choice of location of the facility following feedback during the first round of meetings held in December 2005. UKAEA believes this relocation meets the technical criteria for safety and environmental protection, while endeavouring to address the concerns expressed by residents. The size of area required for the new facilities, and taking possible sea level changes into account, means there is no suitable area within the existing site.

The planning application is being accompanied by an Environmental Statement, a comprehensive document covering environmental issues relating to the project.

Norman Harrison, Dounreay Director, said: "UKAEA undertook an extensive public consultation exercise to look at the options for dealing with the waste from decommissioning Dounreay. The best practicable environmental option for managing Dounreay's low level waste was identified as creating new disposal facility at Dounreay. UKAEA has engaged with the local residents and community to listen to their views, endeavoured to address their concerns and keep them informed as the project has progressed."

"To allow us to move forward with our programme to decommission Dounreay, it is vital we have facilities for the long term management of this waste. Submitting this application is a major step forward in decommissioning Dounreay"

Subject to consents, the facilities are due to come into operation in 2013.

 

Related Businesses

 

Related Articles

UKAEA To Lead The Creation Of A Robotics And AI ClusterThumbnail for article : UKAEA To Lead The Creation Of A Robotics And AI Cluster
UKAEA will lead the creation of a new £4.9m nuclear robotics and artificial intelligence cluster across Cumbria and Oxfordshire.  The robotics and AI cluster was announced by UK Research and Innovation (UKRI) as one of seven new projects to kickstart economic growth and address regional needs: www.ukri.org The robotics and AI cluster will link Cumbria and Oxfordshire to accelerate the decommissioning of the UK's legacy nuclear fission facilities and keep people out of hazardous environments.  
Diamonds Are Forever? World-first Carbon-14 Diamond Battery Made In UkThumbnail for article : Diamonds Are Forever? World-first Carbon-14 Diamond Battery Made In Uk
The world's first carbon-14 diamond has been produced with the potential to provide power for thousands of years.   Scientists and engineers from the UK Atomic Energy Authority (UKAEA) and the University of Bristol have successfully created the world's first carbon-14 diamond battery.  
UKAEA Monthly Newsletter Latest EditionThumbnail for article : UKAEA Monthly Newsletter Latest Edition
Find out what has been happening at UKAEA in our monthly newsletter.  Read about our recent activities and upcoming events.  
UKAEA Newsletter - Edition 11 Published TodayThumbnail for article : UKAEA Newsletter - Edition 11 Published Today
Find out what has been happening at UKAEA in our monthly newsletter.  Read about our recent activities and upcoming events.  
Corwm Visits Dounreay Nuclear SiteThumbnail for article : Corwm Visits Dounreay Nuclear Site
Members were given an overview of the scale of the problem and challenges faced in the decommissioning of the site.   In the last week of March 2024, several members of CoRWM led by the Chair, Sir Nigel Thrift, made the long journey up to the North of Scotland to visit the Dounreay nuclear site, now managed by Nuclear Restoration Services.  
Design Contract Awarded For Dounreay Shaft And Silo WorkThumbnail for article : Design Contract Awarded For Dounreay Shaft And Silo Work
Dounreay has awarded an important waste clean-up contract to Jacobs as the site plans for the future of its deepest historic radioactive waste store.   Jacobs and its supporting partners have been awarded a 6-year contract to provide a design management team to produce a fully integrated design for the shaft and silo project.  
Radiation dose to public from Dounreay reducesThumbnail for article : Radiation dose to public from Dounreay reduces
Dounreay’s radioactive impact on the environment continues to fall, according to a report.  The annual survey report “Radioactivity in Food and the Environment” (RIFE 2012) has recently been published and it can be read here - http://www.sepa.org.uk/radioactive_substances/publications/rife_reports.aspx The report uses data obtained from samples of air, fresh water, grass, soil, and locally sourced meat, fish, milk and vegetables during 2012.  
57,000 Tonnes Of Hazardous Materials Finally Dealt With At Dounreay
Dounreay today completed the destruction of one of the most hazardous legacies of Britain's earliest atomic research.  A purpose-built chemical plant processed the last of 57,000 litres of liquid metal lifted from the primary cooling circuit of the experimental fast breeder reactor.  
Dounreay Dome Paint Job ScrappedThumbnail for article : Dounreay Dome Paint Job Scrapped
Bosses at Dounreay agreed that they won't now be spending £500,000 on a repaint of the sphere.   They money saved will go instead towards actual decommissioning work.  
Clean-up Reveals 6000 Years Of Human HistoryThumbnail for article : Clean-up Reveals 6000 Years Of Human History
Getting rid of Britain's 20th century experiment with fast breeder nuclear reactors is illuminating the history of human settlement on Scotland's north coast stretching back 6000 years.   Archaeologists hired as part of the closure of the nuclear site at Dounreay have pieced together the legacy left by previous generations who occupied the site as long ago as 4000BC.