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Oxygen Penalty for Waste Oxidation in an Advanced Life Support System: A Systems Approach

机译:先进生命支持系统中废物氧化的氧气罚分:一种系统方法

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摘要

Oxidation is one of a number of technologies that are being considered for waste management and resource recovery from waste materials generated on board space missions. Oxidation processes are a very effective and efficient means of clean and complete conversion of waste materials to sterile products. However, because oxidation uses oxygen there is an "oxygen penalty" associated either with resupply of oxygen or with recycling oxygen from some other source. This paper is a systems approach to the issue of oxygen penalty in life support systems and presents findings on the oxygen penalty associated with an integrated oxidation-Sabatier-Oxygen Generation System (OGS) for waste management in an Advanced Life Support System. The findings reveal that such an integrated system can be operated to form a variety of useful products without a significant oxygen penalty.
机译:氧化是正在考虑用于管理航天任务中产生的废物并进行废物管理和资源回收的多种技术之一。氧化过程是一种非常有效的清洁方法,可以将废物彻底清洁地转化为无菌产品。然而,因为氧化使用氧气,所以存在“氧气损失”,该氧气损失与氧气的再供应或从其他来源回收氧气有关。本文是解决生命支持系统中氧气损失问题的一种系统方法,并提出了与先进的生命支持系统中用于废物管理的集成氧化-萨巴帖-氧气发生系统(OGS)相关的氧气损失的发现。该发现表明,该集成系统可以操作以形成多种有用的产物而没有明显的氧气损失。

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