It’s worth noting that he also fired many of the staff who know how to ensure that they’re actually safe, as well as the staff who would approve financing.
It’s worth noting that he also fired many of the staff who know how to ensure that they’re actually safe, as well as the staff who would approve financing.
Sure, much of it is concrete and not all that noteworthy. But those final 3% are still a substantive amount of waste. How exactly do those percentages do anything about the timescales that this waste is dangerous for?
France is a fun example. Incidentally, their reprocessing entails shipping spent fuel rods to Siberia and having Russia bury the unusable bits there. Basic sleight of hand.
That seems like whataboutism. Am I missing something there?
Given how spent fuel rods contain different elements and different isotopes of elements, in what sense is that overzealous? So, indeed, every spent fuel rod contains some amount of Pu-242 with a half-life of 374k years. That that is only a small percentage of the whole doesn’t really matter, unless you plan to separate all elements/isotopes before storing them.
Switzerland and Sweden are two countries whose plans for geological storage sites are relatively far along. Neither of them ever possessed nuclear arms. But these countries are probably just not as clever as you are.😚