You pointed out Chernobyl as some kind of arguement against modern nuclear power (ignoring the incompatability of that argument). I pointed out that deaths have been exaggerated, and provided evidence that the impact was not nearly as bad as the anti-nuke lobby make out.
You have provided no such evidence, and guess what...
Those plants were 'modern' in their day...
No. Chernobyl was a known problem by Western engineers.
Fukushima has long been known to be an outdated design.
You should also note that other nuclear in that area actually shutdown. All (including Fukushima) were not affected by the Earthquake, and many lessons have been learnt from the incident.
Your attitude is that because something bad happened at one incdent, we cannot use it again. Well guess what, society learns from these lesson. Nuclear power continues to be the safest form of energy we currently have, and the numbers I have provided show this.
Don't like manmade death & disease? Fine, fight to ban cars, smoking and coal fired power stations, as they are far more hazardous.
Or maybe look at how dangerous flying used to be, and ignore how safe it is now now?
Ask yourself this: how many died at Fukushima? Given what we know from Chernobyl, it is unlikely in the extreme that we will see any increase in deaths in the future. Infact the biggest danger is the stress brought on by alarmists to the local population.
http://joanpyeproject.org/fukushima-accident-risks/
So can you provide me with a caste iron guarantee that the next generation of plants are free of all contamination risks?...(you won't because you can't - a repeating theme it seems!)
I deal with risk. And nuclear poses the least risk to the population.
The alternative for the application in hand is coal. Some countries have hydro as an alternative, but that has its own problems, and the Uk doesn't even have that option for a baseload supply. (Tidal power won't cut it).
As soemone who lives downwind of 3 very big coal power stations, and seen the waste and pollution from them, I should know.
Nuclear power is safer. End of story.
But of course, we can't ignore the fact that such an event cannot happen to GenIII and GenIV reactors.
Your proof of this please?
Modern reactors already have the basic systems in place that would have prevented Fukushima. Chernobyl was already known to be a flawed design by the West for years before hand.
I should also add that Fukushima Daini 1, 2, 3, 4, Tohoku's Onagawa 1, 2, 3, and Japco's Tokai all successfully shutdown following the Earthquake.
Fukushima Daini was also subject to the tsunami that Fukushima Daiichi was, but coped better.
The UK is not at risk from high magnitude earthquakes, or major tsunamis, so I fail to see what risk you are worried about. Even terrorists do not pose the risk you think, as they go for easier targets - like people.
Big capital costs and cheap running costs is what you have with nuclear. Not unlike wind and solar, except nuclear power provides a baseload supply, and kills less people.
Proof required again...
Already have. Of course I assumed you already knew that they have low running costs, but consider the fact that they run at full capacity for most of the time, while you get about 20-30% capacity factor for wind. And a nuclear plant lasts about 60 years (Wind and 25 years), and all types of energy generation require capital costs and decommissioning costs, you can see that nuclear power comes out far more favourably than you would like.
Because nuclear generates so much, it is worthwhile.
That's the simplified version. More here:
"Fuel costs for nuclear plants are a minor proportion of total generating costs, though capital costs are greater than those for coal-fired plants and much greater than those for gas-fired plants."
http://www.world-nuclear.org/info/Economic-Aspects/Economics-of-Nuclear-Power/
You of course ignore the 'after costs'...
No I don't. In fact I addressed this.
The decommissioning costs are likely to be less for future designs, as that will be considered in the initial design (not something old reactor designs saw). And the fact that sites can be used again for future reactors, after old ones have been removed, thus saving again on decommissioning.
And I'd love to see you figures on directly related death rates!
Go back a few pages for death rates.