Chernobyl, Nuclear and The Guardian.

So we have a report out that shows the subsidies to wind power being four times what would be necessary for nuclear (look down). We also have The Guardian, on the same day, running extracts from a book about the effects of Chernobyl. Mmmh Hmm.

Yes, the stories are harrowing, yes, some did undoubtedly die horrible deaths as a result of that accident. But the important question, once one gets past the individual tragedies, is how many? Further, how many would have died from energy generation by other means? It’s a well known fact that coal kills more every year than  the entire nuclear industry ever has. That burning coal releases more radioactivity every year (via thorium) than the entire nuclear industry ever has.

If you actually want to see the official numbers on how many died as a result of Chernobyl they are gathered here.

If someone wants to try and point out that wind power would not cause such deaths, that is entirely their right. But I do want to see the estimates of deaths that will be caused in construction and maintenance over the years, preferably referenced by MW or GW of power production. Only then can we actually see whether nuclear is more or less dangerous than wind.

4 responses

  1. Andrew Duffin Avatar
    Andrew Duffin

    One must surely also point out, that had the Russians run a wind energy program as effectively as they ran their nuclear one, it would probably have killed just as many people – they’d need 00’s of 000’s of turbines to get anything like the same output, and lots of them would have fallen on peoples’ heads, or keeled over causing major train crashes, or etc etc etc.

  2. I think this just reinforces the idea that nothing’s perfect, but at least if we have a mix then the effects won’t be as bad.

  3. I think this just reinforces the idea that nothing’s perfect, but at least if we have a mix then the effects won’t be as bad.

  4. Sergei Vasilyevich Sobolev
    Deputy head of the executive committee of the Shield of Chernobyl Association
    There was a moment when there was the danger of a nuclear explosion, and they had to get the water out from under the reactor, so that a mixture of uranium and graphite wouldn’t get into it – with the water, they would have formed a critical mass. The explosion would have been between three and five megatons.

    This is, not to put too fine a point on it, utter bollocks. Had a full meltdown occurred, the radiation release would have been greater, but you cannot produce a multi-megaton explosion with a nuclear reactor core. Anything larger than eighty kilotons or so requires thermonuclear (hydrogen) weapons. Even getting up there requires prodigious feats of bomb design like specially shaped plutonium cores, tritium-boosted fission and neutron generators.
    This is just another example of the ludicrous scaremongering that surrounds the whole event. Then there’s the drivel about graphite: it isn’t ‘dense and heavy’ — it has a mean density of 2.16 g/cm^3, which is lighter than aluminium. 16 kilos of graphite is a cube about 8 inches on a side. This Sobolev goon a clearly a scientific nincompoop.

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