The French magazine Science & Vie [Fr] published this month a lengthy series of articles on thorium-based nuclear, and how it could solve the various issues encountered with uranium-based energy generation. Much more safer, without the need to be enriched, Thorium is also four times more abundant than Uranium. Molten salt reactors could also recycle …
Here is a post I should have published last year as I read Uranium, by Tom Zoellner. Here is my review. It offers a detailed history of the discovery and the use of the 92nd element in the periodic table of the chemical elements. Will the 21st century be Uranium’s century like the 20th was …
As I was reading an article [Es] on the expansion of nuclear in China – where 24 reactors are currently being built compared to 12 online to date – I was wondering if a nuclear renaissance is really under way. To World Nuclear News it seems to be the case as 58 reactors are currently …
To the New York Times, 36 years after the construction began, Iran finally opened its first nuclear reactor. The plant has a capacity of one gigawatt (compared to the 1,650 MW of an EPR). Many around the world are fearing for the region’s peace as the uranium used in the plant could also be used …
After my articles on the 10 reasons to support nuclear power and the one the past and present of nuclear energy it is time to have a look at the main future technologies. David JC MacKay on his website mentions two main fission possibilities : fast breeders and thorium and fusion. We will have a …
An overview of future fission nuclear technologies Read More »
I never mentioned before today mini nuclear plants. It is now time to do so as the company Hyperion Power Generation plans to sell mini nuclear modules within five years. Relatively small (see left for scale), these modules could bring affordable and greenhouse gases-free electricity to up to 10,000 households for seven to ten years …
