Its easy to bust the hydrogen and the aluminum economy, both are inefficient. When Al oxidizes half the released energy is released as heat, but it might make sense to use Al in energy dense applications like flight, reprocessing the spent Al slurry is then justified. While kerosene is disposed of as CO2 and water vapor plus the energy, perhaps the Al slurry could be dumped out of the plane in recoverable packets to avoid carrying it to the final destination. The slurry is too valuable to lose with the indium and gallium inside so could be geo located.
@@DUBYindustriesit's honestly sad how mainstream media refuses to cover topics of these kinds they just want to feed on the fear and speculation of climate change.
Can you perhaps store the aluminium in mineral oil or something like that to stop it from corroding? Of-course the mineral oil has to not interact or interfere with the reaction.
I had the same thought. Typically when people dont want things to touch the air they are stored in liquid nitrogen, so why the gallium/indium? But i think its just one step at a time - their research focused on the process, and the next person will probably work on storage and other efficiencies.
True. It's the energy used to refine the aluminum oxide ore into metallic metal. Aluminum favors oxygen more than hydrogen and switches place. Hydrogen bubbles out and the oxygen in the air burns it.
Its easy to bust the hydrogen and the aluminum economy, both are inefficient. When Al oxidizes half the released energy is released as heat, but it might make sense to use Al in energy dense applications like flight, reprocessing the spent Al slurry is then justified. While kerosene is disposed of as CO2 and water vapor plus the energy, perhaps the Al slurry could be dumped out of the plane in recoverable packets to avoid carrying it to the final destination. The slurry is too valuable to lose with the indium and gallium inside so could be geo located.
This is really cool, can't wait to never hear about it again
i imagine the feds have something to do with this lol
I first heard of this 20 years ago. There still isn't a good application. Certainly not submarines. Even stationary storage is questionable.
Too short and not enough depth for topic at hand, but i like your way of presenting things. Have a like and a sub!
HOW ON EARTH DOES THIS GUY ONLY HAVE 700 SUBS-
Thanks🙏
@@DUBYindustriesit's honestly sad how mainstream media refuses to cover topics of these kinds they just want to feed on the fear and speculation of climate change.
@@DUBYindustriesalso you honestly deserve at least a 100k subscribers as per youtube standards
Thanks. I appreciate that a whole bunch 💙 I’ve been doing it for 4 years now and growth is slow.
@@DUBYindustries 4 years is a lot of dedication for a channel of your size that doesn't seem to be growing, honestly I would've given up by now.
Can you perhaps store the aluminium in mineral oil or something like that to stop it from corroding? Of-course the mineral oil has to not interact or interfere with the reaction.
I had the same thought. Typically when people dont want things to touch the air they are stored in liquid nitrogen, so why the gallium/indium? But i think its just one step at a time - their research focused on the process, and the next person will probably work on storage and other efficiencies.
Wouldn't the oil prevent the saltwater from touching the aluminum?
new sub added
❤❤
Underrated channel
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Anyway you are actually getting energy from aluminium.
Thus nonsense vedio😂😂😂
True. It's the energy used to refine the aluminum oxide ore into metallic metal. Aluminum favors oxygen more than hydrogen and switches place. Hydrogen bubbles out and the oxygen in the air burns it.