Worse than meltdown, government report says devastating ‘melt-through’ has occurred at Fukushima; Official suggests Japan could become ‘uninhabitable’
Ethan A. Huff
June 9, 2011
Recent reports confirming that Reactors 1, 2, and 3 of the Fukushima Daiichi nuclear facility completely melted just hours after the devastating earthquake and tsunami hit the area on March 11 (http://www.naturalnews.com/032537_F…) have been trumped by even worse news that those same reactors have all likely “melted through,” a situation that according to Japan’sDaily YomiuriDY is “the worst possibility in a nuclear accident.”
And senior political official Ichiro Ozawa suggested in an interview with The Wall Street Journal (WSJ) that the Fukushima situation could make the entire country of Japan “unlivable.”
A nuclear core meltdown involves nuclear fuel exceeding its melting point to the point where it damages the core, leaks out, and threatens to potentially release high levels of radiation into the environment. However, a nuclear melt-through is an even worse scenario, as nuclear fuel literally melts through the bottom of damaged reactor pressure vessels into out containment vessels — and possibly even melts through those outer vessels directly into ground, air, and water.
The report suggesting that melt-throughs have already occurred, which is set to be submitted to the International Atomic Energy Agency (IAEA), is the “first official recognition” of this dire situation, according to DY. It also confirms early suspicions that such a scenario had been underway all along, as later reports confirmed that the epic disaster at the reactors had produced holes in come of the plant’s core containment vessels, and that radioactive water, and possibly even fuel, were leaking into the lower vessels.
IAEA has already stated that the Fukushima disaster is at least as bad as the Chernobyl disaster (http://www.theatlanticwire.com/glob…), but this new information now suggests that it is probably even worse. At this time, it is unknown whether the fuel that has accumulated in the outer containment vessels has seeped outside, where it has the potential to contaminate groundwater supplies and wreak widespread environmental damage.