Advanced fuel and its recycling
Advanced fuel and its recycling.
Author: David Judbarovski, systems engineering, principle inventor, retired,
1939dmj@gmail.com,
davidjud.blogspot.com, judbarovski.blogspot.com
Abstract
MgH2 + 2H2O = Mg(OH)2 + 2 H2 + 278 KJ;
268 KJ * 0.33 (energy efficiency) = 90 KJ electricity
2 H2 = H2-air fuel cell = 400 KJ electricity,
and totally, 90 + 400 = 490 KJ electricity = 5235 kWh /M T of MgH2.
Recycling
Mg(OH)2 = MgO + H2O - 38 KJ,
MgO + CO = Mg + CO2 = - 318 KJ;
And novel catalytic conversion CO2 in CO [1] = - 283 KJ;
Mg + H2 = MgH2 = + 75 KJ.
CO + H20 = H2 + CO2 – 3 KJ.
And totally = - 850 KJ. = 9100 kWh/ MT of MgH2 .
So the system energy efficiency is 5235 / 9100 = 58%
Reference
[1] www.scienceDaily.com/2024/05/240502141205.html
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