World Nuclear Transport Industry
Power Generation
WNTIWNTI

Power Generation

Fuel assemblies are loaded into a nuclear reactor where nuclear fission produces energy. The energy released is used to create steam which drives turbines and, connected to generators, produce electricity. After several years' operation, the fuel assemblies become less efficient and have to be replaced. The assemblies are now classified as "spent fuel" and after unload from the reactor, they are placed into ponds until they are ready to be transported for storage or reprocessing. Transported by road, rail and sea to the reprocessing sites, mainly based in France and the United Kingdom, they are shipped in robust containers complying with the strict international regulations.

Image library

Core, Courtesy of KyushuCentral Control Room, Courtesy of Kansai Electric Co.Storage Pool for Spent Nuclear Fuel, Courtesy of Kansai Electric Co.Turbine and Generator, Courtesy of Shikoku ElectricKashiwazaki‐Kariwa Nuclear Power Station, Courtesy of TEPCO
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Related Publications



Fact Sheet 1
Safety Regulations Governing the Transport of Radioactive Material


Fact Sheet 2
Package Types used for Transporting Radioactive Materials


Fact Sheet 3
Nuclear Fuel Cycle Transport Front End Materials


Fact Sheet 4
Nuclear Fuel Cycle Transport Back End Materials


Fact Sheet 5
The INF Code and purpose-built vessels


Fact Sheet 6
Quick facts on the transport of Nuclear Fuel Cycle Transport


Fact Sheet 7
The Safe Transport of Uranium Ore Concentrates


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


Information Paper 4
Uranium Concentrates - Industry Good Practices for ISO Containers in Multimodal Transport


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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