The US Department of Energy (DOE) has received 19 Part I applications from 17 electric power companies for federal loan guarantees to support the construction of 14 nuclear power plants in response to its June 30, 2008 solicitation.
http://www.greencarcongress.com/2008/10 ... es-19.html
And the last comment (FYI) ends with:
The U.S. Department of Energy is sponsoring the Nuclear Power 2010 program, the objective of which is to license and build a new nuclear power plant in the U.S. by the end of this decade. Although the NRC is not involved in this developmental program, we are following DOE’s progress with great interest, since one of the most important steps in achieving its objective would be the submission of an application to the NRC for a combined operating license for an advanced reactor design. The next few years are likely to be busy and challenging as we once again turn our attention to licensing new plants.
Things could get interesting.
Nuclear Power plant applications.
Nuclear Power plant applications.
Last edited by Aero on Sat Oct 04, 2008 3:31 am, edited 2 times in total.
Aero
License & build a new nuke plant by the end of the decade. Is that even possble? Or are they saying, end of the second decade?The U.S. Department of Energy is sponsoring the Nuclear Power 2010 program, the objective of which is to license and build a new nuclear power plant in the U.S. by the end of this decade.
IMHO, unless someone is already building one secretly in a remote place of the country 
this is strictly impossible. Maybe it would have been possible in the 40s.
Perhaps one could technically build a LWR in two years, but go through the decision-making, funding and licensing processes? No way.
this is strictly impossible. Maybe it would have been possible in the 40s.
Perhaps one could technically build a LWR in two years, but go through the decision-making, funding and licensing processes? No way.
Last edited by olivier on Sat Oct 04, 2008 12:24 pm, edited 2 times in total.
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Chuck Connors
- Posts: 30
- Joined: Thu Aug 28, 2008 11:23 pm
Maybe in France or Japan if all went perfectly and it was of the correct design. In the US? Hard to believe.
IMHO 3 years is extremely optimistic and 5-7 years much more likely...therein lies the problem and the delays are typically why they end up costing so darn much.
I hope I'm wrong though! At least the US seems to have finally woken up (again) in regard to Nuclear power.
IMHO 3 years is extremely optimistic and 5-7 years much more likely...therein lies the problem and the delays are typically why they end up costing so darn much.
I hope I'm wrong though! At least the US seems to have finally woken up (again) in regard to Nuclear power.
Hi guys. Fission plants are fine as a part of a wider effort using as much of our own resources as possible to free ourselves of the foriegn supplier energy chains that bind us now. That is to say as long as we have safe, long term, deep storage for what are the most dangerous toxic waste products ever created by man.
While the reactors themselves are virtually impervious to assault, the above ground storage systems in use now are woefully lacking. Even the best above ground facility is exposed to natural catastrophy and if I were one of the bad guys, and I wanted to put some serious hurt on our environs, I know where I would be looking.
So let's build some plants and dig some deep holes, (for storage, oil, coal and gas) drive R&D on developing technologies, and pray that the news we are all waiting for is posative and that the funding for continuing the effort will be provided!!
While the reactors themselves are virtually impervious to assault, the above ground storage systems in use now are woefully lacking. Even the best above ground facility is exposed to natural catastrophy and if I were one of the bad guys, and I wanted to put some serious hurt on our environs, I know where I would be looking.
So let's build some plants and dig some deep holes, (for storage, oil, coal and gas) drive R&D on developing technologies, and pray that the news we are all waiting for is posative and that the funding for continuing the effort will be provided!!
Are you confusing fission products with fusion products?frog wrote:Hi guys. Fission plants are fine as a part of a wider effort using as much of our own resources as possible to free ourselves of the foriegn supplier energy chains that bind us now. That is to say as long as we have safe, long term, deep storage for what are the most dangerous toxic waste products ever created by man.
While the reactors themselves are virtually impervious to assault, the above ground storage systems in use now are woefully lacking. Even the best above ground facility is exposed to natural catastrophy and if I were one of the bad guys, and I wanted to put some serious hurt on our environs, I know where I would be looking.
So let's build some plants and dig some deep holes, (for storage, oil, coal and gas) drive R&D on developing technologies, and pray that the news we are all waiting for is posative and that the funding for continuing the effort will be provided!!
“The spread of civilisation may be likened to a fire; First, a feeble spark, next a flickering flame, then a mighty blaze, ever increasing in speed and power.”
Nicolas Tesla
Nicolas Tesla
Nuclear wastes are easier to track down than chemical wastes.frog wrote:Hi guys. Fission plants are fine as a part of a wider effort using as much of our own resources as possible to free ourselves of the foriegn supplier energy chains that bind us now. That is to say as long as we have safe, long term, deep storage for what are the most dangerous toxic waste products ever created by man.
While the reactors themselves are virtually impervious to assault, the above ground storage systems in use now are woefully lacking. Even the best above ground facility is exposed to natural catastrophy and if I were one of the bad guys, and I wanted to put some serious hurt on our environs, I know where I would be looking.
So let's build some plants and dig some deep holes, (for storage, oil, coal and gas) drive R&D on developing technologies, and pray that the news we are all waiting for is posative and that the funding for continuing the effort will be provided!! :D
A portable counter is easy. A portable GCMS is a little tougher.
In any case storage need only be for a hundred years or two. This 10,000 years stuff is bogus. Because Uranium is everywhere.
Engineering is the art of making what you want from what you can get at a profit.
Hmm, just use some old salt mines. Problem solved.
We have some here in Austria and I visited them once. They are very deep in the mountains. I think one could savely store anything in those.
In addition, it is not like we have THAT much waste to deal with, especially if we use nuclear waste refinement. Also, as others pointed out, it wont be a problem for that long either.
We have some here in Austria and I visited them once. They are very deep in the mountains. I think one could savely store anything in those.
In addition, it is not like we have THAT much waste to deal with, especially if we use nuclear waste refinement. Also, as others pointed out, it wont be a problem for that long either.
I think the most important idea to get across with nukes is that there is no such thing as "waste". "One man's trash is another man's treasure" has been the mantra of business merchants for 100's of years. Radioactivity can be put to work in a lot of places, and the long lived stuff is usually called fuel.
It's all the same "green recycling" mantra. The main trick is economics.
It's all the same "green recycling" mantra. The main trick is economics.
I wonder about the concept of a "Nuclear *waste* repository, forever, in Yuck-a Mountain. Sheesh; No wonder there's opposition. What did they expect?
They could have rethought the concept: How about a centralized "strategic restorage and reprocessing facility instead? Long term storage could be a part of it, but I absolutely object to a storage method where recovery is ever less feasible. Geological stability was way overemphasized. This stuff contains energy. We just need to figure out how to convert it to something with usable atomic mass sooner or later.
Yucca Mtn. should be a major research and reprocessing facility.
They could have rethought the concept: How about a centralized "strategic restorage and reprocessing facility instead? Long term storage could be a part of it, but I absolutely object to a storage method where recovery is ever less feasible. Geological stability was way overemphasized. This stuff contains energy. We just need to figure out how to convert it to something with usable atomic mass sooner or later.
Yucca Mtn. should be a major research and reprocessing facility.