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ISS Internal Active Thermal Control System (IATCS) Coolant Remediation Project -2006 Update

机译:ISS内部主动热控制系统(IATCS)冷却液修复项目-2006更新

摘要

The IATCS coolant has experienced a number of anomalies in the time since the US Lab was first activated on Flight 5A in February 2001. These have included: 1) a decrease in coolant pH, 2) increases in inorganic carbon, 3) a reduction in phosphate concentration, 4) an increase in dissolved nickel and precipitation of nickel salts, and 5) increases in microbial concentration. These anomalies represent some risk to the system, have been implicated in some hardware failures and are suspect in others. The ISS program has conducted extensive investigations of the causes and effects of these anomalies and has developed a comprehensive program to remediate the coolant chemistry of the on-orbit system as well as provide a robust and compatible coolant solution for the hardware yet to be delivered. This paper presents a status of the coolant stability over the past year as well as results from destructive analyses of hardware removed from the on-orbit system and the current approach to coolant remediation.
机译:自美国实验室于2001年2月在5A航班上首次激活以来,IATCS冷却剂就经历了许多异常。这些异常包括:1)冷却剂pH降低,2)无机碳增加,3)冷却剂减少。磷酸盐浓度; 4)溶解镍的增加和镍盐的沉淀,以及5)微生物浓度的增加。这些异常对系统造成一定风险,与某些硬件故障有关,而在其他方面则值得怀疑。 ISS计划对这些异常的原因和影响进行了广泛的调查,并制定了一项综合计划来补救在轨系统的冷却液化学成分,并为尚未交付的硬件提供可靠且兼容的冷却液解决方案。本文介绍了过去一年的冷却液稳定性状况,以及从在轨系统中拆除的硬件的破坏性分析结果以及当前的冷却液修复方法所得出的结果。

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