It really depends. Osmosis is a chemical process, so if the source of the radiation would be filtered, then it would remove the radioactive component. If the water is made with radioactive isotopes of hydrogen and oxygen, it would just flow through.
But the desalination process is powered by the energy manufacturing, the water is not shared between them. I was more thinking about the safety and capability of the energy manufacturing, as fallout makes other systems much more difficult.
Well, yes, dumping irradiated water into the ocean was always an option. So long as the power-generating components aren’t the same as the desalination components, you’re good as far as the potable water is concerned. This isn’t much of a solution for the irradiated water, though, any more than just dumping it into the ocean was in the first place.
GreyEyedGhost@lemmy.ca 3 days ago
It really depends. Osmosis is a chemical process, so if the source of the radiation would be filtered, then it would remove the radioactive component. If the water is made with radioactive isotopes of hydrogen and oxygen, it would just flow through.
fmstrat@lemmy.nowsci.com 3 days ago
But the desalination process is powered by the energy manufacturing, the water is not shared between them. I was more thinking about the safety and capability of the energy manufacturing, as fallout makes other systems much more difficult.
GreyEyedGhost@lemmy.ca 3 days ago
Well, yes, dumping irradiated water into the ocean was always an option. So long as the power-generating components aren’t the same as the desalination components, you’re good as far as the potable water is concerned. This isn’t much of a solution for the irradiated water, though, any more than just dumping it into the ocean was in the first place.