Articles
COMPOSTING IN ADVANCED LIFE SUPPORT SYSTEMS
Article number
469_19
Pages
195 – 202
Language
Abstract
Space missions of extended duration are currently hampered by the prohibitive costs of external resupply.
To reduce the need for resupply, the National Aeronautics and Space Administration (NASA) is currently testing methods to recycle solid wastes, water, and air.
Composting can be an integral part of a biologically based waste treatment/recycling system.
Results indicate that leachate from composted plant wastes is not inhibitory to seed germination and contains sufficient inorganic minerals to support plant growth.
Other solid wastes, for example kitchen (food) wastes and human solid wastes, can be composted with inedible plant residues to safely reduce the volume of the wastes and levels of microorganisms potentially pathogenic to humans.
Finished compost could serve as a medium for plant growth or mushroom production.
To reduce the need for resupply, the National Aeronautics and Space Administration (NASA) is currently testing methods to recycle solid wastes, water, and air.
Composting can be an integral part of a biologically based waste treatment/recycling system.
Results indicate that leachate from composted plant wastes is not inhibitory to seed germination and contains sufficient inorganic minerals to support plant growth.
Other solid wastes, for example kitchen (food) wastes and human solid wastes, can be composted with inedible plant residues to safely reduce the volume of the wastes and levels of microorganisms potentially pathogenic to humans.
Finished compost could serve as a medium for plant growth or mushroom production.
Authors
Cheryl F. Atkinson, John C. Sager, M. Alazraki, C. Loader
Keywords
inedible crop residues, leachate, mineral recycling, Triticum aestivum L. cv. Apogee
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