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Johnson Space Center
1984 Phase II
Lunar Oxygen
Production from Ilmenite/Fluid Particle Processing
Carbotek Development Laboratories
Houston, TX
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INNOVATION
Developed conceptual
design for lunar oxygen production system based on fluidized-bed hydrogen
reduction of lunar ilenite.
Laboratory reduction of lunar
stimulants and fabrication of models for study of fluidized bed
dynamics at g-1 and 1/6-g.
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Hydrogen reduction of Lunar Ilmenite
Optional Powerpoint
file
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ACCOMPLISHMENTS
- Determined reaction kinetics
for numerous lunar stimulants an development correlations for actual
lunar samples
- Measured bubble sizes
in "two-dimensional" fluidized beds at 1-g and at 1/6-g on NASA’s
KC-135 variable gravity aircraft. Verified two-phase (gas- solid)
flow theory at lunar gravity for fluidized-bed reactors
- Demonstrated smooth, downward
transfer of solids through standpipe transfer mechanisms for multi-staged
fluidized-bed reactors
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COMMERCIALIZATION
- Private funding of
research since 1991 advanced state-of-the-art considerably with
reduction of actual lunar samples and design of additional KC-135
experiment packages.
- Other applications
of lunar oxygen such as a thrust enhancer for a nuclear rocket engine,
are opening new markets and funding sources
- Phase two SBIR contract
enabled Carbotek to add scientifically skilled employees and expand
research capabilities.
- Private funding from
Shimizu Crop. In 1991 to continue research.
- JSC funded KC 135
lunar gravity flights and Lunar oxygen pilot plant based on
this technology.
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GOVERNMENT/SCIENCE
APPLICATIONS
- NASA identified lunar oxygen
production as enabling technology for solar system exploration -
hydrogen reduction is baseline process.
- Lunar oxygen production enables
substantial mass reduction for transportation systems and near self-sufficient
lunar base operations
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