Physics
Scientific paper
Sep 1988
adsabs.harvard.edu/cgi-bin/nph-data_query?bibcode=1988lhfp.rept..115g&link_type=abstract
In NASA, Lewis Research Center, Lunar Helium-3 and Fusion Power p 115-127 (SEE N89-14842 06-75)
Physics
1
Hydrogen Production, Lunar Bases, Lunar Soil, Production Engineering, Abundance, Helium Isotopes, Mining, Oxygen Production, Space Commercialization
Scientific paper
Hydrogen abundances were determined for grain size separates of five lunar soils and one soil breccia. The hydrogen abundance studies have provided important baseline information for engineering models undergoing study at the present time. From the studies is appears that there is sufficient hydrogen present in selected lunar materials which could be recovered to support future space activities. It is well known that hydrogen can be extracted from lunar soils by heating between 400 and 800 C. Recovery of hydrogen for regolith materials would involve heating with solar mirrors and collecting the released hydrogen. Current baseline models for the lunar base are requiring the production of 1000 metric tons of oxygen per year. From this requirement it follows that around 117 metric tons per year of hydrogen would be required for the production of water. The ability to obtain hydrogen from the lunar regolith would assist in lowering the operating costs of any lunar base.
Bustin Roberta
Gibson Everett K. Jr.
McKay David S.
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