Simmer down Buckits only the future of mankind were talking about here. I know you dont prefer this format but I will press on with it because I think it is the best way for me to address your many, many questions.
First of all, I never said that it was safer to store the waste on site as opposed to in Yucca
From Buck:
Yucca was decided to be the safest
So I can only assume you mean what you say when you say Yucca was the safest. You dont seriously think that keeping the waste in swimming pools is safer do you?
I also have a quote from u saying "there are technologies being developed such as on-site vitrification that will essentially make transporting nuclear waste 100% safe process." So u are also denying ever saying this as well? It is one thing to lie, but come on, there is written proof that u said these things."
Not a lie, just a fact. Below is a picture of Borosilicate glass from the first waste vitrification plant in UK in the 1960s. This block contains material chemically identical to high-level waste from reprocessing. A piece this size would contain the total high-level waste arising from nuclear electricity generation for one person throughout a normal lifetime.
http://www.world-nuclear.org/education/ne/ne5.htm
It seems to me that if the guy is holding high-level nuclear waste it must be in a form that is 100% safe, right? Borosilicate is a byproduct of vitrification, which can be done at the power plant and render waste 100% safe prior to transporting to Yucca.
Also, I do have sources saying that Yucca will fill up VERY soon after it is open. In fact Yucca mountain's capacity is roughly 77,000 metric tons. We are storing over 40,000 metric tons on site as we speak. It will be a lot sooner than "hundreds and thousands of years" as you suggested. In fact, Yucca is projected to fill by the year 2030. If I am doing my math correctly, then that equals about 24 years from now. Now that doesn't seem like very far from now does it."
What can I say, when you are right, you are (partially) right:
http://www.nei.org/doc.asp?catnum=2&catid=197
As of 2002, there is about 44,000 metric tons of commercial used nuclear fuel and about 12,000 metric tons of defense high-level radioactive waste awaiting disposal at Yucca Mountain. Given that, DOE expects the 70,000 metric ton political limit will not be reached until at least 2036. [However,] DOE's Environmental Impact Statement showed that the site could safely dispose of 120,000 metric tons. Some scientists believe that repository capacity could be as high as 200,000 metric tons.
So, while Yucca is only funded to a 77,000 ton capacity, it can be expanded, under current design and investigative constraints to 158% its current size. That would get us to at least 2050.
HOWEVER, my original claim did not dispute your assertion that Yucca could fill up by very soon, but rather it COULD last 500 years if we simply use the nuclear fuel more efficiently. It seems to me a no-brainer to recycle fuel a few times before it get shipped to Yucca for permanent storage, dont you agree? If we do, Yucca will NOT fill up very soon.
You are correct about the nuclear plants taking up less space and being more efficient
Thanks.
but the byproducts are way worse.
Yes, but for a short period of time:
http://en.wikipedia.org/wiki/Nuclear_reprocessing
After 40 years its radioactivity drops by 99.9%
"Also, I have sources stating that there is enough wind power in North Dakota alone, to power the entire United States."
What would North Dakotans have to say about this? Do you think theyd mind the new landscape
The only problem would be the high cost of transmission across the U.S.
And the fact that even in ND the wind doesnt blow every day. What would we do then? Use solar ovens to cook our ramens and those bicycle generators to power our connection to the intarnets?
The fact of the matter is there is now way mankind has devised to transmit that kind of power over long distances.
Do some more research and u will find that the number of nuclear reactors are actually declining across the world."
Decrease in plants = nuclear power is bad? This is an illogical argument against nuclear.