Canada’s Nuclear Industry in the 21 st Century ➢ Established in 1979, incorporated in 1998 as a voluntary, not for profit membership society ➢ CNS is a national organization with 12 branches across Canada, approximately 1,000 members Mission of the CNS: - Forum for exchange of nuclear science and technology - Advance knowledge education, understanding - Advance capabilities of those engaged in Canada 1
An overview of CANDU 2
Fuel channel 3
Fuel Bundle 4
CANDU Reactor Face 5
The first CANDU – NPD-2 6
The Bruce Power Complex 7
Refurbishment at Bruce 8
Darlington 9
Pickering 10
Point Lepreau 11
Gentilly 12
Qinshan 13
Qinshan 14
Qinshan 15
Qinshan 16
Qinshan 17
Cobalt-60 Production 18
Other Radioisotopes ➢ Canada produces dozens of other isotopes for medical and industrial applications ➢ Most important of these is Molybdenum 99 ➢ Produced by radioactive fission and decay of U235 ➢ Mo-99 decays to Technicium 99 ➢ All Mo-99 produced among a small number of research reactors around the world ➢ NRU ceased production of Mo-99 in 2018 ➢ New methods of production using particle accelerators 19
McArthur River Uranium Mine 20
McArthur River 21
McClean Lake 22
Uranium Fuel Production and Conversion 23
The 21 st Century ➢ New CANDU projects: Argentina, China, Romania ➢ Refurbishment work at Bruce, Darlington 24
The 21 st Century ➢ Small Modular Reactors (SMR) ➢ 10 applications before CNSC for design approval – one has received preliminary approval ➢ More than 80 expressions of interest attracted by CNL 25
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