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Originally posted by Talltexxxan
My first thought for a solution would be to erect a large sealed lead box, completely surrounding each of the reactors.edit on 7-5-2012 by Talltexxxan because: (no reason given)
Originally posted by cosmicpixie
My OH reckoned bulldoze the entire plant into the sea, as that would be the lesser of two evils , ie preferable to potentially billions dying. Not so sure this is very practical though
Originally posted by spoonbender
lead cement the place...
and then paint it all green
Originally posted by spoonbender
lead cement the place...
and then paint it all green
Originally posted by cosmicpixie
My OH reckoned bulldoze the entire plant into the sea, as that would be the lesser of two evils , ie preferable to potentially billions dying. Not so sure this is very practical though
your not serious are youedit on 5/7/2012 by spoonbender because: (no reason given)
'Chernobyl Solution' Could Be Last Resort for Japan Reactors
Published: Friday, 18 Mar 2011 | 8:41 AM ET
A "Chernobyl solution" may be the last resort for dealing with Japan's stricken nuclear plant, but burying it in sand and concrete is a messy fix that might leave part of the country as an off-limits radioactive sore for decades.
Japanese authorities say it is still too early to talk about long-term measures while cooling the plant's six reactors and associated fuel-storage pools, comes first.
"It's just not that easy," Murray Jennex, a professor at San Diego State University in California, said when asked about the so-called Chernobyl option for dealing with damaged reactors, named after the Ukrainian nuclear plant that exploded in 1986.
Tuesday's examination with an industrial endoscope detected radiation levels up to 10 times the fatal dose inside the chamber. Plant officials previously said more than half of melted fuel has breached the core and dropped to the floor of the primary containment vessel, some of it splashing against the wall or the floor.
The data collected from the probes showed the damage from the disaster was so severe, the plant operator will have to develop special equipment and technology to tolerate the harsh environment and decommission the plant, a process expected to last decades.
Originally posted by cosmicpixie
My OH reckoned bulldoze the entire plant into the sea, as that would be the lesser of two evils , ie preferable to potentially billions dying. Not so sure this is very practical though
Originally posted by RoyalBlue
Originally posted by cosmicpixie
My OH reckoned bulldoze the entire plant into the sea, as that would be the lesser of two evils , ie preferable to potentially billions dying. Not so sure this is very practical though
If you bulldoze all of it into the Pacific, then won't you turn the Pacific into an uninhabitable dead zone, killing/injuring/poisoning all sea life? And the Pacific is not isolated, it is part of the whole ocean as we know it here on earth. Then the currents continue, sea life travels, soon the whole ocean is poisoned beyond help. Now we can't eat anything from the seas. As life is one inter-woven web, we can not exist without the seas. Just think, radioactive Hurricanes and Typhoons??? And this is just the beginning of the consequences.....
Ummm, this would be worse than billions potentially dying.edit on 7-5-2012 by RoyalBlue because: (no reason given)
Originally posted by braindeadconservatives
I say we should reap what we sow,
Humanity has been corrupted to the core, maybe it is time to give this planet back
to the species that don't put profit above everything possible.
The corium was formed in three phases.
* The first phase lasted only several seconds, with temperatures locally exceeding 2600 °C, when a zirconium-uranium-oxide melt formed from no more than 30% of the core. Examination of a hot particle shown a formation of Zr-U-O and UOx-Zr phases; the 0.9 mm thick niobium zircaloy cladding formed successive layers of UOx, UOx+Zr, Zr-U-O, metallic Zr(O), and zirconium dioxide. These phases were found individually or together in the hot particles dispersed from the core.[16]
* The second stage, lasting for six days, was characterized by interaction of the melt with silicate structural materials – sand, concrete, serpentinite. The molten mixture is enriched with silica and silicates.
* The third stage followed, when lamination of the fuel occurred and the melt broke through into the floors below and solidified there.[17][18][19][20]