Princeton University / Aerobic Biofilm Reactor / Plant Biomass / STABLE ORGANICS TO VERMICULTURE UNIT / /
IndustryTerm
Non-human food organic carbon / biomass processing system / food producing legumes / energy intensive process / stage wastewater treatment systems / human food carbon / dietary energy requirement / food production / adequate protein food / life support systems / human food / constant solar energy source / energy requirements / hydroponic systems / animal digestive systems / substantial energy / biological systems / nitrogen gas / energy systems / human food results / vermiculture products / human water systems / solar energy / open systems / absolute sustainable technologies / hydroponic plant systems / hydroponic food production / average food / unavailable nitrogen gas / biological wastewater treatment systems / plant production systems / animal food / food / energy / above design new technologies / /
Organization
Regeneration Unit / or#2 WASTE FROM REGEN UNIT / Space Studies Institute / Princeton University / STABLE ORGANICS TO VERMICULTURE UNIT / Professor Department of Biological and Environmental Engineering Riley-Robb Hall Cornell University Ithaca / /
SUSTAINABLE WATER IN CLOSED BIOSYSTEMS: Preliminary Design Considerations William J. Jewell, Professor Department of Biological and Environmental Engineering Riley-Robb Hall