Comments by "Jkauppa" (@Jkauppa) on "Iron-Air Batteries: Storing Energy In Rust | Answers With Joe" video.

  1. good luck with the puppies
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  2. instead, use Sodium (Na2O -> NaOH -> Na electrolysis at 300C) process in the renewable electricity sources, to make aluminium, magnesium, iron, zinc, silicon-metal, as a wire spool, then make a fuel cell with circulating electrolyte oxide filter, to feed the metal wire spool as consumable electrode, like a 3d printer, and have the electrolyte be salt water, optionally baking soda or potassium hydroxide, salt water or baking soda are the safest, and stop feeding the spool when you dont need more energy, its a finite dip metal-air fuel cell, just like a hydrogen fuel cell or gasoline engine
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  3. but rust forces entrance, pun intended
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  4. away with it
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  5. carbon capture with lime water, Ca(OH)2 + water => CaCO3 => CO2 into whatever like pure carbon or hydrocarbon syngas fuels
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  6. are you a rain-bow, to who, of who, owned by who, who you serve
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  7. do you have fuel inside the internal combustion engine when its not running, there is your answer
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  8. Sodium Hydroxide NaOH electrolysis at 300C, and molten Sodium Na at 100C, is a lot less than the iron oxide reduction blast furnaces at 800C or more, its molten at 1500C tho, the iron
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  9. focus on the usage side, not the production side
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