Yes, nuclear is much safer than coal in nearly all ways.
Also, i do find the whole fukishima media frenzy entertaining in a way. They suddenly started blaming nuclear power being unsafe, refraining from mentioning that the plant survived a tsunami relatively intact, when it decimated the surrounding town.
Also, due to the design, such an issue where cooling would be an issue would never happen in UK/EU reactors in any situation that could affect them. No, i do not expect the UK to be hit by a Japan style tsunami any time soon.
That's all based on nuclear fission anyway! God knows what the hippies are going to cry about when nuclear fusion becomes viable. No meltdown possibilities, very little in the way of potentially radioactive 'waste' (well, the 'waste will mainly be elements like lithium, which is useful) and ridiculously low levels of radiation. Oh, and it produces monstrous amounts of power. At the moment the massive bottleneck with the US style inertial confinement reactors are simply the laser efficiency (which is ~0.0001), if we can get lasers to be a mere 4 times more efficient nuclear fusion will be insanely powerful.
Moving on to more sci-fi territory:
Give us a few decades to further improve lasers and we may even be able to start shrinking the reactors, maybe even to the point of using them for vehicle use when the lasers are an order of magnitude or two more efficient than currently!
Also, i do find the whole fukishima media frenzy entertaining in a way. They suddenly started blaming nuclear power being unsafe, refraining from mentioning that the plant survived a tsunami relatively intact, when it decimated the surrounding town.
Also, due to the design, such an issue where cooling would be an issue would never happen in UK/EU reactors in any situation that could affect them. No, i do not expect the UK to be hit by a Japan style tsunami any time soon.
That's all based on nuclear fission anyway! God knows what the hippies are going to cry about when nuclear fusion becomes viable. No meltdown possibilities, very little in the way of potentially radioactive 'waste' (well, the 'waste will mainly be elements like lithium, which is useful) and ridiculously low levels of radiation. Oh, and it produces monstrous amounts of power. At the moment the massive bottleneck with the US style inertial confinement reactors are simply the laser efficiency (which is ~0.0001), if we can get lasers to be a mere 4 times more efficient nuclear fusion will be insanely powerful.
Moving on to more sci-fi territory:
Give us a few decades to further improve lasers and we may even be able to start shrinking the reactors, maybe even to the point of using them for vehicle use when the lasers are an order of magnitude or two more efficient than currently!