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Development and integration of a Breadboard-Scale Aerobic Bioreactor to regenerate nutrients from inedible crop residues

机译:薄板级好氧生物反应器的开发与整合从可Inselible作物残留物中再生营养素

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A Breadboard-Scale Aerobic Bioreactor (B-SAB) has been designed and integrated with the Kennedy Space Center's Biomass Production Chamber (BPC). The bioreactor utilizes a mixed microbial community to biodegrade inedible plant residues, a component of a Controlled Ecological Life Support System (CELSS) waste-stream. The continuously stirred tank reactor (120 L working volume) supports nutrient recycling and secondary food production experiments, and can process an influent with a solids loading as high as 50 g L{sup}(-1). The volumetric oxygen mass transfer coefficient, k{sub}La, is 0.013 s"'. Nutrient solution for BPC lettuce and wheat crops has been produced. Currently, B-SAB is supplying 80% of the nutrients for 10 m{sup}2 of potato plants in a continuous production experiment.
机译:面包板级有氧生物反应器(B-SAB)设计并与肯尼迪航天中心的生物质生产室(BPC)集成。生物反应器利用混合的微生物群落生物降解可动物的植物残基,受控生态寿命支持系统(CELS)废物流的组成部分。连续搅拌的罐式反应器(120L工作体积)支持营养回收和二次食品生产实验,并且可以用高达50g l {sup}( - 1)的固体负荷处理流入。体积氧传质系数K {Sub} La为0.013 S“'。制作了BPC莴苣和小麦作物的营养溶液。目前,B-SAB供应10米{SUP} 2的营养素的80%马铃薯植物在连续生产实验中。

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