Thanks. So Copenhagen Atomics and Flibe Energy are the two companies that "get it". That was my conclusion, too. Hope they will both get the finance they deserve.
A great interview and the next one will be probably even better. It would be beneficial if Thomas talks about the heat changers between the reactor and the additional on side infrastructure as finally there should be some high temperature fluid moving between the on-site facilities, with temperature-volume energy density, that will allow the exchange of 100MJ per second.between the reactor and the local electricity transforming infrastructure.
Thank you for these interviews. There is absolutely no reason people should be living in tents in America. We spend so much money and there is so much money in this country.
It is a pity the Canadian Heavy Water Pressurized Reactors weren’t discussed. Much better, safer tech using raw uranium that doesn’t give rise to concerns of nuclear proliferation.
OK, I listened to the end, shared it, and will listen next week.....but in the picture where you were inside the molten salt machine, there is miles of plastic. Is there another way to make plastic that doesn't involve the oil industry?
You're not missing anything. But the benefit from each new reactor, or the Energy Returned on (Energy) Investment or EROI, frows exponentially, and that is what humanity actually needs.
Thanks for the great episode! Love to hear more about the frontier of nuclear power development!
Thank you guys! Merry Christmas.
Thanks. So Copenhagen Atomics and Flibe Energy are the two companies that "get it". That was my conclusion, too. Hope they will both get the finance they deserve.
Great stuff, thanks again!
A great interview and the next one will be probably even better. It would be beneficial if Thomas talks about the heat changers between the reactor and the additional on side infrastructure as finally there should be some high temperature fluid moving between the on-site facilities, with temperature-volume energy density, that will allow the exchange of 100MJ per second.between the reactor and the local electricity transforming infrastructure.
What a crazy gr8 episode. I feel smarter already
very insightful. merry Christmas
Any commentary on CANDU reactors? Or do you treat them as another pressurized water reactor for this discussion?
Thank you for these interviews. There is absolutely no reason people should be living in tents in America. We spend so much money and there is so much money in this country.
It is a pity the Canadian Heavy Water Pressurized Reactors weren’t discussed. Much better, safer tech using raw uranium that doesn’t give rise to concerns of nuclear proliferation.
Has Erik done diligence on the "simulations" that prove this, or has anyone independent confirmed the simulations are created correctly?
OK, I listened to the end, shared it, and will listen next week.....but in the picture where you were inside the molten salt machine, there is miles of plastic. Is there another way to make plastic that doesn't involve the oil industry?
No reply, I see, for this important question...
Great!!
Nothing matters, stocks cannot go down. We’ve reached a permanent plateau.
You need A LOT of oil to build ANY new factories/industry. What am I missing?
You're not missing anything, the demand for oil will only go away when the oil itself runs out.
@@chapter4travels Yes, but my point is they will not be able to build these nuclear reactors either, if oil runs out?
@@suewarman9287 We can make synthetic oil from any carbon source, not cheaply, but it can be done. It's pretty cheap if you start with coal.
You're not missing anything. But the benefit from each new reactor, or the Energy Returned on (Energy) Investment or EROI, frows exponentially, and that is what humanity actually needs.
Dude, ChatGPT is great but if you want stats you have to know the source
Lost my ass on NuScale when it fell to $2
That's because you bet on a reactor design that has no chance of ever being economical.