this reads like a too good to be true pitch, so I have to ask, what's the catch? edit: these are breeder reactors? aren't there still waste and other concerns here?
The catch is that no units have actually been built yet and the things that work well in theory may not work well in practice. Take it with the same tempered optimism as a startup pitch for a great new battery or solar cell design.
ThorCon: Cheap, reliable, CO2-free electric power
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Re: ThorCon: Cheap, reliable, CO2-free electric power
#12Re: ThorCon: Cheap, reliable, CO2-free electric power
#13Earlier quoted context omitted.
The catch is that no units have actually been built yet and the things that work well in theory may not work well in practice. Take it with the same tempered optimism as a startup pitch for a great new battery or solar cell design.
It may be interesting to note that a similar design was built and operated continuously back in 1964 for 4 years successfully. There's some material science that needs to be ironed out for commercialization, but it's a viable technology for sure, IMHO.
Worth noting that this is no small thing. Materials science is the limiting factor of all molten salt reactors, and has yet to be solved satisfactorily.
Re: ThorCon: Cheap, reliable, CO2-free electric power
#14The fundamental flaw with wind power. Prosperous economies require reliable energy when needed, so power generation must be dispatchable on demand. Intermittent wind and solar source generators can temporarily supply low-cost electric power to the grid, but with a capacity factor of about 30%. This has created demand for redundant natural gas turbine generators to provide “back up” power when there is no wind or sun.…
I imagine there are a lot of environmental restrictions to keep the river flowing, avoid dewatering habitat for fish and otherwise impacting the ecosystem, and also supplying water to downstream users like farms and cities. Can’t stop the river completely!
Re: ThorCon: Cheap, reliable, CO2-free electric power
#15Earlier quoted context omitted.
The catch is that no units have actually been built yet and the things that work well in theory may not work well in practice. Take it with the same tempered optimism as a startup pitch for a great new battery or solar cell design.
It may be interesting to note that a similar design was built and operated continuously back in 1964 for 4 years successfully. There's some material science that needs to be ironed out for commercialization, but it's a viable technology for sure, IMHO.
https://en.wikipedia.org/wiki/Molten-Salt_Reactor_Experiment...
Re: ThorCon: Cheap, reliable, CO2-free electric power
#16The fundamental flaw with wind power. Prosperous economies require reliable energy when needed, so power generation must be dispatchable on demand. Intermittent wind and solar source generators can temporarily supply low-cost electric power to the grid, but with a capacity factor of about 30%. This has created demand for redundant natural gas turbine generators to provide “back up” power when there is no wind or sun.…
Re: ThorCon: Cheap, reliable, CO2-free electric power
#17Re: ThorCon: Cheap, reliable, CO2-free electric power
#18The linked page says little about how they do what they do. Even the Design page doesn’t explain how. This all appears to assume some knowledge of power generation or even their approach. Edit >> sorry! I read the hn linked page, and then I navigated to the design page. I did not also go to “home”. Perhaps the hn link could be for the home page.
The tale goes that DoD was researching both options during the Cold War? and eventually shut down the Thorium research due to the warfare potential of enriched uranium
It's becoming more popular last 10 years or so, with books being written about it and private companies picking up the development of the technology
Re: ThorCon: Cheap, reliable, CO2-free electric power
#19glad industry is catching on even if big govt(s) won't...
Re: ThorCon: Cheap, reliable, CO2-free electric power
#20SUS is the typical Japanese Industrial Standards (JIS) designation for stainless steel grades. It stands for “steel use stainless.”