World Nuclear Transport Industry
Fuel Fabrication
WNTIWNTI

Fuel Fabrication

In a fuel fabrication plant, enriched uranium hexafluoride is converted into fuel for nuclear reactors. Converted first into uranium dioxide powder, it is then processed into pellets by pressing and sintering. These pellets are then sealed in tubes called fuel rods. Several fuel rods, depending on the reactor type, are assembled to form fuel assemblies. They are about 4m long and are transported in specially designed steel packages to the reactor site.

Image library

Mox pellet, Courtesy of AREVAWestinghouse fuel assembly, Courtesy of Springfields Fuels Limited, WestinghouseAGR Fuel Build, Courtesy of Springfields Fuels Limited, WestinghouseAGR Fuel Assembly Inspection, Courtesy of Springfields Fuels Limited, WestinghouseFuel Assembly, Courtesy of Springfields Fuels Limited, WestinghouseLoading of a LK 100 Cask, Courtesy of AREVAFuel Elements, Courtesy of Axpo AG Kernenergie (Swiss Nuclear Fuel Commission)
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Related Publications



Fact Sheet 1
Safety Regulations Governing Radioactive Materials Transport


Fact Sheet 2
Package Types used for Transporting Radioactive Materials


Fact Sheet 3
Nuclear Fuel Cycle Transport - Front End Materials


Fact Sheet 6
Nuclear Fuel Cycle Transport


Information Paper 1
Radioactive Materials Transport - Industry Experience


Information Paper 2
Radiation Protection Programmes - for Road Carriers, Sea Carriers and Port Handlers


Information Paper 3
Nuclear Fuel Cycle Transport - The IAEA Regulations and their Relevance to Severe Accidents


Review 1
Radioactive Materials Transport - The International Safety Regime


Review 2
Radiation Dose Assessment for the Transport of Nuclear Fuel Cycle Materials

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