Discussions of using nuclear energy always wind up discussing waste. Well waste is not precisely waste. This so called waste still can produce nuclear power. I urge you to educate yourself by watching the Video I am presenting to you all. Good luck.
Discussions of using nuclear energy always wind up discussing waste. Well waste is not precisely waste. This so called waste still can produce nuclear power. I urge you to educate yourself by watching the Video I am presenting to you all. Good luck.
I expect that to happen. I also expect to inform others and have them refute that nuclear is this out of world danger to the public in the USA. Other nations do it. Why not get onto the congress and get them going as well? You have managed to take that step. We need to locate others who will also take the stepl
I expect that to happen. I also expect to inform others and have them refute that nuclear is this out of world danger to the public in the USA. Other nations do it. Why not get onto the congress and get them going as well? You have managed to take that step. We need to locate others who will also take the stepl
I think we need to embrace the nuclear energy sector and replace every single carbon burning generation plant with nuclear.
I just haven't really made up My mind on which is best. Molten Salt or Pressurized Water. The later is in widespread use in many places in the world but the Motlen Salt has far better safety features and I can't recall off the top of My head, it better for reprocessing fuel.
I think we need to embrace the nuclear energy sector and replace every single carbon burning generation plant with nuclear.
I just haven't really made up My mind on which is best. Molten Salt or Pressurized Water. The later is in widespread use in many places in the world but the Motlen Salt has far better safety features and I can't recall off the top of My head, it better for reprocessing fuel.
PWR, pressurized water reator, have a near perfect safety record. Are they better than molten salt. It is hard to compare the two, Molten salt reactors are rare.
Either way, we will have PWR's at least another 50 years
I think much of the previous nuclear waste was because the material used to encase the uranium deteriorated hence the useful lifestyle of fuel rods was short.
Today we have much better materials hence the fuel rods last longer.
We have gone from 12, 18, and now to 24 month refueling cycles.
PWR, pressurized water reator, have a near perfect safety record. Are they better than molten salt. It is hard to compare the two, Molten salt reactors are rare.
Either way, we will have PWR's at least another 50 years
I worked in pressurized water reactors for over 30 years. In the early years, the 1980's the zirconium incasing the uranium deteriorated resulting in extreme contamination of the primary coolant system. That problem was resolved years ago.
We do need the new designs that are able to use much more of the fuel.
I worked in pressurized water reactors for over 30 years. In the early years, the 1980's the zirconium incasing the uranium deteriorated resulting in extreme contamination of the primary coolant system. That problem was resolved years ago.
We do need the new designs that are able to use much more of the fuel.
I did not intend to imply that. I don't know anything about them. We have over 60 years of experience with pressurized water reactors. Experience that resulted in better metals. I don't think anybody knows the longevity of the metals a molten salt reactor would use.
I did not intend to imply that. I don't know anything about them. We have over 60 years of experience with pressurized water reactors. Experience that resulted in better metals. I don't think anybody knows the longevity of the metals a molten salt reactor would use.
I worked in pressurized water reactors for over 30 years. In the early years, the 1980's the zirconium incasing the uranium deteriorated resulting in extreme contamination of the primary coolant system. That problem was resolved years ago.
We do need the new designs that are able to use much more of the fuel.
I admire experts who show that the fight against nuclear power is just wrong. Besides when do the naysayers attack Nuclear Carriers or Submarines? Both have sailors in very close proximity to the nuclear that we are told to fear.
The four Chernobyl reactors were pressurized water reactors of the Soviet RBMK design, or Reactor BolshoMoshchnosty Kanalny, meaning “high-power channel reactor.” Designed to produce both plutonium and electric power, they were very different from standard commercial designs and employed a unique combination of a graphite moderator and water coolant.
The four Chernobyl reactors were pressurized water reactors of the Soviet RBMK design, or Reactor BolshoMoshchnosty Kanalny, meaning “high-power channel reactor.” Designed to produce both plutonium and electric power, they were very different from standard commercial designs and employed a unique combination of a graphite moderator and water coolant.
Sorry, but your link is wrong. Chernobyl can not be described as a PWR, pressurized water reactor. At best it is closer to a Boiling Water Reactor, BWR.
The Chernobyl accident in 1986 was the result of a flawed reactor design that was operated with inadequately trained personnel. Two Chernobyl plant workers died on the night of the accident, and a further 28 people died within a few weeks as a result of acute radiation poisoning.
world-nuclear.org
The RBMK-1000 is a Soviet-designed and built graphite moderated pressure tube type reactor, using slightly enriched (2% U-235) uranium dioxide fuel. It is a boiling light water reactor, with two loops feeding steam directly to the turbines, without an intervening heat exchanger
Sorry, but your link is wrong. Chernobyl can not be described as a PWR, pressurized water reactor. At best it is closer to a Boiling Water Reactor, BWR.
The Chernobyl accident in 1986 was the result of a flawed reactor design that was operated with inadequately trained personnel. Two Chernobyl plant workers died on the night of the accident, and a further 28 people died within a few weeks as a result of acute radiation poisoning.
world-nuclear.org
The RBMK-1000 is a Soviet-designed and built graphite moderated pressure tube type reactor, using slightly enriched (2% U-235) uranium dioxide fuel. It is a boiling light water reactor, with two loops feeding steam directly to the turbines, without an intervening heat exchanger