This is a brand new video, yet it's way behind the technology times. Nuclear waste from a light water reactor can fuel a molten salt fast reactor without reprocessing. It's worth a fortune in future energy production. Check out Elysium Industries reactor technology in the early licensing phase right now in the US. Or Moltex power in Canada, although their reactor requires minor fuel reprocessing.
This is a good overview of Gen III high pressure nuclear reactors but I think it is out of date for the future of nuclear power. It appears Gen IV high temperature molten salt reactors will be the next reactors built. Check out the new reactors in China and Wyoming, US, What am I missing?
Very good information. Thank you !
I have watched 30 vedioes of chemistry and am thankful to you that I understand everything at one shot.
Love your explanation!
This is a brand new video, yet it's way behind the technology times. Nuclear waste from a light water reactor can fuel a molten salt fast reactor without reprocessing. It's worth a fortune in future energy production. Check out Elysium Industries reactor technology in the early licensing phase right now in the US. Or Moltex power in Canada, although their reactor requires minor fuel reprocessing.
1:10 Boil water reactor
My goal one day is to write as neat as this person.
Boost your engineering knowledge here💯👍👍👍
This is a good overview of Gen III high pressure nuclear reactors but I think it is out of date for the future of nuclear power. It appears Gen IV high temperature molten salt reactors will be the next reactors built. Check out the new reactors in China and Wyoming, US, What am I missing?
awesome!
Incredible
Amazing
0:53 Jaslovske Bohunice nuclear plant in Slovakia
Hey I just drove through Idaho the other day
Her pronunciation of "turbine" is mildly infuriating
As someone who has worked in the nuclear industry for 14 years, I can say she is saying it exactly how everyone in the industry does.
DJ LeClear really? I'll just take your word for it