Discover published sets by community

Use of fuel assemblies in a nuclear reactor to produce energy

Checking for radioactive contaminants in the environment

Offering of fuel with the service of taking back spent fuel for disposal

Sorting of waste by its radioactivity level

Economic evaluation of the entire nuclear fuel cycle

Ensuring protection against radiological hazards

Separation of useful isotopes from spent nuclear fuel for recycling

Increase of the proportion of the isotope U-235 within uranium

Conversion of uranium ore into uranium oxide concentrate (U3O8)

Production of nuclear fuel assemblies from enriched uranium

Temporary storage of spent nuclear fuel

Commercial transactions and logistics related to the supply of uranium

Measures to prevent the spread of nuclear weapons

Extraction of uranium ore from the ground

Government and international rules and inspections

Advancement of technology within the fuel cycle

Identification and survey of potential uranium sites

Long-term confinement of radioactive waste deep underground

Safe closure of nuclear plants and cleanup of sites

Communication with the public about nuclear energy and its fuel cycle

Analysis of the environmental impact of the nuclear fuel cycle

Processing of radioactive waste for disposal

Development of new technologies to improve fuel efficiency and reduce waste

Processing of uranium concentrate to produce uranium hexafluoride (UF6)