| MadSci Network: Environment & Ecology |
The following information can be found at:
http://www.uic.com.au/ne5.htm
Over the forty years to 1995, more than 55,000 tonnes of spent fuel from
commercial power reactors was reprocessed, and annual capacity for
reprocessing, worldwide, is now over 5000 tonnes per year.
World Commercial Reprocessing Capacity
Light water reactor fuel:
France, La Hague 1600 tonnes per year
UK, Sellafield (THORP) 1200
Russia, Mayak 400
Japan 90
total LWR 3290
Other nuclear fuels:
UK, Sellafield 1500
France, Marcoule 400
India 200
total 2100
Total civil capacity 5400
A great deal of reprocessing has been going on since the 1940s, mainly for
military purposes, to recover plutonium for weapons. In the UK, metal fuel
elements from the first generation gas-cooled commercial reactors have been
reprocessed at Sellafield for about 40 years. The 1500 t/yr plant has been
successfully developed to keep abreast of evolving safety, hygiene and
other regulatory standards. From 1969 to 1973 oxide fuels were also
reprocessed, using part of the plant modified for the purpose. A new 1200
t/yr thermal oxide reprocessing plant (THORP) was commissioned in 1994.
In the USA, there is a technical and political saga and no plants are now
operating. Three plants for the reprocessing of civilian oxide fuels have
been built in USA: the first, a 300 t/yr plant at West Valley, N.Y., was
built and operated successfully from 1966-72. However, increasingly
severe regulatory requirements meant plant modifications which were deemed
uneconomic, and the plant was shut down. The second was a
300 t/yr plant built at Morris, Illinois, incorporating new technology
which, although proven on a pilot-scale, failed to work successfully in the
production plant. The third was a 1500 t/yr plant at Barnwell, South
Carolina, which was aborted due to a change in government policy which
ruled out all US civilian reprocessing as one facet of US non-proliferation
policy. In all, the USA has over 250 plant-years of reprocessing
operational experience, the vast majority being at government-operated
defence plants since the 1940s.
In France one 400 t/yr reprocessing plant is operating for metal fuels from
gas-cooled reactors at Marcoule. At La Hague, reprocessing of
oxide fuels has been done since 1976, and two 800 t/yr plants are now
operating. India has a 150 t/yr oxide fuel plant operating at Tarapur, and
Japan is building a major plant at Rokkasho while having most of its spent
fuel reprocessed in Europe meanwhile. It has had a small (100 t/yr)
plant operating. Russia has a 400 t/yr oxide fuel reprocessing plant at
Mayak.
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