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To: Red Badger

Going to take a LOT of power to lift a column of water 1 km high. And you cant use light materials either due to the pressure. At 1 mile, the pressure is 2,400 psi.

I’m thinking you would be better to have two lines to the ballon and a crawler system where a “pod” lifts 1 gallon crawling up to the ballon and deposits it’s gallon into a small tank and then crawls down the other line back to the ship. The line can supply the support and the power. Mulitple crawlers can keep a supply of water up at the ballon.


11 posted on 09/02/2011 7:53:16 AM PDT by taxcontrol
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To: taxcontrol

How do you keep the water from freezing on the way up?????..
Please don’t say “antifreeze”


16 posted on 09/02/2011 8:03:54 AM PDT by Robe (Rome did not create a great empire by talking, they did it by killing all those who opposed them)
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To: taxcontrol

At 60,000 feet, as they propose, the pressure is 26,000 psi.

That’s about half the pressure of the chamber of a 50 BMG rifle at the peak firing pressure.


41 posted on 09/02/2011 10:04:22 AM PDT by Atlas Sneezed (Are you better off now than you were four trillion dollars ago?)
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