Hey, it failed safe, exactly as it's supposed to. But have you heard anything about this on the news? The only reason I knew about it was because er, yndy
suzilem posted this Hungarian information-service site showing alert events in the US. You can find it on Google News, if you search on Monticello, but it doesn't make the headline page. CNN doesn't appear to have it at all.
Apparently a synergistic side-effect of the shutdown was a fish kill in the Mississippi river:
A side-effect of the shutdown was that it killed over 3,000 fish in the Mississippi River near the plant.
Nonradioactive water used to cool the plant is normally discharged into the river, Datu said, creating warm spots. When the discharge stopped, she said, the river water quickly cooled, and the fish died of thermal shock. A planned shutdown typically kills around 100 fish, she said.
Does this mean the fish have evolved dependence on the nuclear power plant...?
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http://www.startribune.com/462/story/940767.html
I'm also surprised that it hasn't made national news.
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Much as I'd like to think I was being that smart... are you sure it was me?
Because I don't remember it at all...
Still, thanks for the heads up!
And honestly, the way our media is these days, it doesn't surprise me that it hasn't made a blip.
Sad.
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;)
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Nuclear power plants are generally speaking the most eco-friendly form of electrical generation available: the only things they put into the general environment are heat and some steam. Heating a river slightly tends to increase the ability of fish to live in its waters.
They do produce radioactive wastes, but these are concentrated and fairly easily (in engineering rather political terms) placed where they cannot interact with the atmosphere or hydrosphere; their interaction with the lithosphere is very long-term indeed.
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Recewnt developments seem to indicate that borosilicate vitrification of nuclear waste is far less secure than once thought. Rather than being good for 10,000 years, a recent article in New Scientist was observing that due to accelerated deterioration from knockouts by high-energy neutrons, high-level waste stored in borosilicate could be leaking in as little as 250 years.