k Remote decanning of Magnox fuel elements Remote decanning of Magnox fuel elements in progress at Sellafield Nuclear Reprocessing Plant in West Cumbria, UK. Sellafields main operation is the reprocessing of spent fuel from Magnox reactors, the UKs first generation of nuclear power stations. This fuel consists of natural unenriched uranium contained within a magnesium alloy Magnox can. The Magnox cladding is removed by remote control, to protect the operator from radiation. Chemical processes are then used to separate the residual uranium at least 96 by mass from the by products plutonium about 1 lighter, highly radioactive waste elements 3. The reclaimed uranium can be used again as fuel. Stock Photo - Afloimages
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Remote decanning of Magnox fuel elements Remote decanning of Magnox fuel elements in progress at Sellafield Nuclear Reprocessing Plant in West Cumbria, UK. Sellafield s main operation is the reprocessing of spent fuel from Magnox reactors, the UK s first generation of nuclear power stations. This fuel consists of natural  unenriched  uranium contained within a magnesium alloy  Magnox  can. The Magnox cladding is removed by remote control, to protect the operator from radiation. Chemical processes are then used to separate the residual uranium  at least 96  by mass  from the by products plutonium  about 1     lighter, highly radioactive waste elements  3  . The reclaimed uranium can be used again as fuel.
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Remote decanning of Magnox fuel elements

Remote decanning of Magnox fuel elements in progress at Sellafield Nuclear Reprocessing Plant in West Cumbria, UK. Sellafield's main operation is the reprocessing of spent fuel from Magnox reactors, the UK's first generation of nuclear power stations. This fuel consists of natural (unenriched) uranium contained within a magnesium alloy (Magnox) can. The Magnox cladding is removed by remote control, to protect the operator from radiation. Chemical processes are then used to separate the residual uranium (at least 96% by mass) from the by products plutonium (about 1%) & lighter, highly radioactive waste elements (3%). The reclaimed uranium can be used again as fuel.

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