sub-light tankers
trent shipley
(26 May 2023 20:03 UTC)
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Re: [TML] sub-light tankers
David Shaw
(26 May 2023 20:28 UTC)
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Re: [TML] sub-light tankers
trent shipley
(26 May 2023 20:59 UTC)
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Re: [TML] sub-light tankers
David Shaw
(26 May 2023 21:29 UTC)
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Re: [TML] sub-light tankers Rupert Boleyn (28 May 2023 12:22 UTC)
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Re: [TML] sub-light tankers
David Shaw
(28 May 2023 16:05 UTC)
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Re: [TML] sub-light tankers
Jim Vassilakos
(28 May 2023 18:28 UTC)
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Re: [TML] sub-light tankers
Rupert Boleyn
(28 May 2023 21:02 UTC)
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Re: [TML] sub-light tankers
David Johnson
(26 May 2023 22:45 UTC)
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RE: [TML] sub-light tankers
ewan@xxxxxx
(28 May 2023 22:02 UTC)
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Re: [TML] sub-light tankers
trent shipley
(28 May 2023 23:06 UTC)
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RE: [TML] sub-light tankers
ewan@xxxxxx
(29 May 2023 00:10 UTC)
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Re: [TML] sub-light tankers
trent shipley
(29 May 2023 00:48 UTC)
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Re: [TML] sub-light tankers
Rupert Boleyn
(29 May 2023 00:57 UTC)
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Re: [TML] sub-light tankers
Greg nokes
(29 May 2023 01:01 UTC)
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Re: [TML] sub-light tankers
trent shipley
(29 May 2023 02:00 UTC)
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Re: [TML] sub-light tankers
Evyn MacDude
(29 May 2023 23:28 UTC)
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On 27May2023 0929, David Shaw - tihnessa at gmail.com (via tml list) wrote: > You saying that reminds me - I'm pretty sure I remember someone on the > list saying once that doing exactly that, using water, actually gave you > more hydrogen per unit volume than using l-hyd so, if someone can > confirm my memory, you'd be absolutely right. A displacement ton holds 1 tonne of liquid hydrogen. A displacement ton holds 14 tonnes of water. Water is made up of one oxygen atom (mass ~16) and two hydrogen atoms (mass ~1), so the mass of a molecule of water is ~18, and of that ~2 is hydrogen, or 1/9th. Therefore a displacement ton of water contains 14/9 = 1.556 tonnes of hydrogen. So water is a more volume efficient way of storing hydrogen than liquid H2 is. It's very mass inefficient, however. -- Rupert Boleyn <xxxxxx@gmail.com>