Willing to LIsten Podcast
Willing to Listen – South Bruce Proud has an informative podcast
Join Sheila Whytock and guests as they discuss a wide range of topics, including the science behind Deep Geological Repositories around the world, the Nuclear Waste Management Organization, nuclear energy, safety, local issues, and much more.
The two-billion-year-old natural reactor in Africa
Two billion years ago, parts of an African uranium deposit spontaneously underwent nuclear fission. Scientists deduced the natural chain reaction fission continued for hundreds of thousands of years. They’ve also learned lessons about how underground storage of spent nuclear fuel is a safe solution.
Cigar Lake uranium deposit
Cigar Lake is one of the large unconformity-type uranium deposits of Proterozoic age which characterise the Athabasca Basin uranium province in northern Saskatchewan, Canada. It is notable from the other deposits in the region in that it is located entirely below the surface at approx. 450 m depth. There is no surface expression of its existence and it was discovered by a systematic drilling campaign through promising geological strata (Bruneton, 1987).
The Natural Analogue Working Group
Owing to the considerable upsurge of interest on the topic of natural analogues, a group of individuals working for or in national waste disposal programmes, took the initiative of establishing, in June 1985, NAWG, the Natural Analogue Working Group (originally under the auspice of the European Commission). Its members research natural analogues around the world.
DEEP GEOLOGICAL REPOSITORIES
International Approaches to Nuclear Waste Disposal in Geological Formations
Tour a nuclear reactor refurbishment
Protections in place
Learn more about ceramic fuel pellets used in CANDU reactors and used fuel and uranium dioxide dissolution studies.
This article addresses uranium chemistry and geological disposal of radioactive waste.
Learn more about copper canisters that will hold the spent nuclear fuel.
An update on the copper corrosion program for the long‐term management of used nuclear fuel in Canada.
Read a new study from Science Direct (Nov 2020)