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国际空间站水回收与管理系统中生物膜形成的评估

Assessment of biofilm formation in the International Space Station Water Recovery and Management system.

作者信息

Roman M C, Minton-Summers S

机构信息

Environmental Control and Life Support Branch, Science and Engineering Directorate, Marshall Space Flight Center, AL 35802, USA.

出版信息

Life Support Biosph Sci. 1998;5(1):45-51.

Abstract

Tests are being conducted at NASA/Marshall Space Flight Center with the purpose of assessing possible water quality changes and potential biofilm formation in the water distribution system of the International Space Station (ISS) Water Recovery and Management (WRM) System. The Biofilm Life Test and Water Degradation Study (WDS) will be discussed in this article. The Biofilm Life Test examines the potential for biofilm formation in the ISS water distribution plumbing and storage tanks. The test has two independent loops; one simulates the waste water prior to the processing by the ISS Water Processor (WP), and the other simulates the processed (clean) water after the ISS WP. The test setup design incorporates tube lengths and angles, material types, flow rates, and recommended hardware that represent the ISS water distribution system. The WDS purpose is to assess changes in water quality (chemical and microbiological) during stagnant, long-term storage in distribution lines. Test results demonstrate that prior to the operation of the ISS WP, water can be stored in the ISS water distribution lines.

摘要

美国国家航空航天局/马歇尔太空飞行中心正在进行测试,目的是评估国际空间站(ISS)水回收与管理(WRM)系统的水分配系统中可能出现的水质变化以及潜在的生物膜形成情况。本文将讨论生物膜寿命测试和水降解研究(WDS)。生物膜寿命测试考察国际空间站水分配管道和储存罐中生物膜形成的可能性。该测试有两个独立回路;一个模拟国际空间站水处理器(WP)处理之前的废水,另一个模拟国际空间站水处理器处理之后的(清洁)水。测试装置设计纳入了代表国际空间站水分配系统的管长和角度、材料类型、流速以及推荐的硬件。水降解研究的目的是评估在分配管道中静止长期储存期间水质(化学和微生物方面)的变化。测试结果表明,在国际空间站水处理器运行之前,水可以储存在国际空间站的水分配管道中。

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