While I wouldn’t agree that nuclear is ‘dirty’ energy, I certainly wouldn’t put it into the category of renewable. There’s only so much fissile material and that amount is only decreasing as we split the atoms.
True, but with known reserves and no material recycling we have 70 years of material at current rate. If we add undiscovered deposits we have more or less 200 years. If we add ocean deposits we have 60000 years. If we reprocess the uranium in breeder reactors (we have them already built in Russia, China, India) we can potentially arrive at 5 millions year of reserves. Given we are already discussing thorium rectors, this time frame makes uranium not a problem really.
While I wouldn’t agree that nuclear is ‘dirty’ energy, I certainly wouldn’t put it into the category of renewable. There’s only so much fissile material and that amount is only decreasing as we split the atoms.
True, but with known reserves and no material recycling we have 70 years of material at current rate. If we add undiscovered deposits we have more or less 200 years. If we add ocean deposits we have 60000 years. If we reprocess the uranium in breeder reactors (we have them already built in Russia, China, India) we can potentially arrive at 5 millions year of reserves. Given we are already discussing thorium rectors, this time frame makes uranium not a problem really.
But why do that if we have unlimited solar energy now and only need more panels, batteries and a way to recycle them both?