According to MIT, this technology works even at small scale, with one the size of a suitcase able to desalinate 6 litres per hour, and only needing to be serviced every few years.

Here’s a video detailing how it works.

    • @[email protected]
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      210 months ago

      We don’t need both. Both would just make it easier.

      What we don’t have is time. Nuclear is slow to bring online, and we’ve lost a lot of the expertise associated with it. We don’t have 20 years to retrain the personnel, educate the public, and get the designs done and built, at scale. Solar and other renewables are ready to go now.

      The only weakness is energy storage/buffering. That can be covered by either additional storage, or over supply, combined with supplementary usage, like desalination, or hydrogen/hydrocarbon production.

      Don’t get me wrong, nuclear should be part of the solution, but we no longer have time to wait on it anymore.

      • @[email protected]
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        210 months ago

        The effects of climate change and other environmental disasters will be with us for hundreds of years. We have time and should think long term. Nuclear is a reliable source of massive amounts of energy that we can use for carbon capture, cleaning water, and creating fuel.

        • @[email protected]
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          310 months ago

          I’m not disagreeing with you on the long term. I’m disagreeing on the 5-20 year range. If we give politicians the out of “waiting for nuclear to carry the base load” they will take it, and we will be completely fucked (or rather our children will be).

          Nuclear needs investment, and will let us continue to grow, post fossil fuels. It will take time to regain the knowledge base we have already lost however, as well as building the next generation of nuclear power stations properly (as opposed to the old modified bomb factories).