Preliminary investigations show that obtaining He-3 from the moon is technically feasible and economically viable. With the exception of beneficiation, the proposed procedures are state of the art. Mass of equipment needed from earth is of some concern, but resupply will eventually be ameliorated by the use of titanium from indigenous ilmenite. A complete energy payback from a D/He-3 fusion reactor utilizing lunar He-3 is approx. 80, providing ample incentive for commercial investment is forthcoming. Byproducts will be of great value to the resupply of a permanent lunar base and enhancement of space exploration.
Processes and Energy Costs for Mining Lunar Helium-3
1988
18 pages
Report
Keine Angabe
Englisch
Processes and energy costs for mining lunar Helium-3
NTRS | 1988
|MISSION ARCHITECTURE OF A HELIUM-3 LUNAR MINING MISSION
TIBKAT | 2023
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