封闭生命支持系统的当前和未来方法:虚拟梅丽莎会议,根特(b)(3-5 /11/2020)。回顾

C. Lasseur, M. Mergeay
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引用次数: 5

摘要

2020年11月3日至5日,由根特大学和IDDUP与ESA/ESTEC(欧洲航天局)和MELiSSA基金会合作,组织了为期3天的关于封闭生命支持系统的国际虚拟MELiSSA会议,共发表了约150篇论文。第一天讨论了5个主要空间机构的受欢迎的贡献,用于空间生命维持的植物和光合微生物,行星生态系统的模拟以及MELiSSA启发的循环经济和教育。第二天的重点是地面演示和模拟测试,光生物反应器和光合微生物表征,建模和系统设计,有机废物处理和代谢组,在封闭环境中观察到真正的突破,以及人类微生物组。最后一天讨论了:1)尿液作为主要营养来源的复杂问题,2)陆地协同作用,以及3)与空间研究有关的一些物理、化学和微生物污染物。
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CURRENT AND FUTURE WAYS TO CLOSED LIFE SUPPORT SYSTEMS: VIRTUAL MELISSA CONFERENCE, GHENT (B) (3-5 /11/2020). A REVIEW
The 3-days international virtual MELiSSA conference (November 3 to 5, 2020) about the closed life support systems was organized by the University of Ghent and IDDUP in collaboration with ESA/ESTEC (European Space Agency) and MELiSSA Foundation, and welcomed around 150 papers. The first day addressed the welcomed contributions of the 5 major space agencies, the plants & photosynthetic microorganisms used for life support in space, the simulation of planetary ecosystems as well as MELiSSA inspired circular economy and education. The second day focused on Ground demonstration and analogue testing, Photobioreactors and photosynthetic microorganisms characterization, Modelling and Systems design, Organic wastes process and Metabolome where a real breakthrough was observed as well as in human microbiome in closed environments. The last day addressed: 1) the complex problematics of urine as a major source of nutrients, 2) Terrestrial synergies, and 3) some Physical, Chemical and Microbial contaminants linked to space research.
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