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The RBMK design was very safe, too. And it exploded due to a combination of design flaw and dangerous operation. Sure, the rest of them were fixed after that, b
by beat 7y ago
The RBMK design was very safe, too. And it exploded due to a combination of design flaw and dangerous operation. Sure, the rest of them were fixed after that, but.
Fukushima was a very safe design, too, and well regulated. Three Mile Island was a very safe design. And let's not even get into the history of lesser-known accidents with less-safe designs, in the hands of paranoid military operators and secretive, embarrassment-shy governments.
Of the well-known accidents, all of them were unexpected. And all of them could have gone far worse, were it not for heroic actions and some luck on the part of the operators. And all of them involved a degree of government coverup and the public distrust that causes. So it's not only expected that the public would distrust nuclear power more than is maybe absolutely needed, it's very reasonable for them to do so. The safety of nuclear power worldwide is the safety of the worst design with the worst crew, built by the lowest bidder.
Don't just react as if the public is stupid, or there's no risk involved. Those things are the reason the public doesn't take pro-nuclear activists seriously.
- shawnz 7y ago> Of the well-known accidents, all of them were unexpected. What accidents are "expected" in any industry, energy or otherwise?
- beat 7y agoAll sorts of accidents are expected. We take them into account. For example, if you operate a large data center, you simply assume that a certain number of drives and motherboards will fail, and build it into the plan. No one planned for Fukushima to be flooded. No on planned for one of Chernobyl's reactor cores to explode. (The phrase "impossible" was tossed around a lot; it took a good deal of thinking to finally recognize the design flaw.)