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The real
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Other factors that must be considered include much more than accident rates in reactors. For instance, how many sites in the US contain high-level radioactive waste? How is it currently being handled? How long does this waste have to be cared for? I expect Ralph has all these answers, and hope that they're better than the "nuclear is inexhaustible" argument that I have heard ONLY from him, noone else seems to say this, even nuclear physicists. I would also like to know where this comes from.
And also remember that this nuclear waste was only generated by the small number of reactors that they have built historically- how much more would be produced in the future? Also, the US has had a long history of having a nuclear military, a great source of funds for training technicians and scientists for maintaining civilian reactors. Ditto for many other nuclear countries. Australia does not. Where would we be training our technicians? To maintain a steady supply of personnel to run these reactors we would have to firstly import nearly all of our top-level technicians before a practical training scheme would be self-sustaining and considerable investment in targeted education to get that up and running.
There's a LOT more to a whole picture certainly, but building a large number of nuclear power stations in a short amount of time will leave the experienced personnel required to maintain such facilities in shorter supply than at present, this increases our risks of failure, both short term and long term.
The future will likely involve a number of different technologies and not one single technology, as all have drawbacks.