Difference between revisions of "User:Jarogers2001"
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I am currently enrolled in a University Tranfer Program for Mathematics and Engineering.<BR/> | I am currently enrolled in a University Tranfer Program for Mathematics and Engineering.<BR/> | ||
Prospective degree: Bachelor. Aerospace Engineering/Astronautix. | Prospective degree: Bachelor. Aerospace Engineering/Astronautix. | ||
− | =Lunar Interests= | + | ==Lunar Interests== |
''If it is done every day down here, it can also be done up there.''<BR/> | ''If it is done every day down here, it can also be done up there.''<BR/> | ||
<BR/> | <BR/> |
Revision as of 14:15, 10 March 2007
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Father of one.
Gardener, chef, tinkerer, and general handyman.
I am currently enrolled in a University Tranfer Program for Mathematics and Engineering.
Prospective degree: Bachelor. Aerospace Engineering/Astronautix.
Lunar Interests
If it is done every day down here, it can also be done up there.
Human Waste Reclamation as a basis for Agriculture and Manufacturing.
- Urine, feces, flakes of skin, toenails, hair, and other bodily fluids can provide a wealth of bio-materials with a minimum of processing. Reclamation of water is also necessary.
- Passive sterilization by exposure to outside radiation.
Lunar Geology and Resources.
- KREEP, outgassing, and regolith, if harvested and processed, may cut down on the supplies required from earth.
Chemistry as a means of ISRU and Manufacturing.
- Chemistry will allow us to reduce lunar minerals into raw materials and finished products.
- Examples:
- From Ilmenite to oxygen via ilmenite reduction.
- From KREEP to potassium phosphate fertilizer, nuclear fuel, and a variety of useful metals (Rare Earth Elements).
- Examples:
Biochemistry as a means of ISRU and Manufacturing.
- Biochemistry will allow us to process and utilize our own biological waste as well as make use of other organisms.
email/AIM - jarogers2001 (the_at-symbol) aol (period) com