长期任务期间的食品安全和卫生。

D L Hentges
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引用次数: 0

摘要

为了给未来的月球/火星栖息地做准备,NASA-JSC 正在开发一个食品系统,为长期飞行任务提供高级生命支持。预计这些任务中多达 90% 的食物将在太空中种植、加工和准备。将农作物转化为可食用食品需要在生物再生行星生命支持系统试验综合体(BIO-Plex)的封闭环境中进行大量的食品加工。要开发安全的食品加工技术和设备,就必须确定与水循环、生物质管理、多功能设备的使用以及封闭系统中可能存在的有毒物质浓度有关的危害和关键控制点。采用危害分析关键控制点 (HACCP) 方法进行了食品安全分析,以确定 BIO-Plex 生产的生菜和小麦在食品加工过程中的潜在危害和关键控制点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Food safety and sanitation during an extended mission.

In preparation for future Lunar/Mars habitats, a food system is being developed at NASA-JSC to provide Advanced Life Support for long-duration missions. As much as 90% of the food consumed on these missions is expected to be grown, processed, and prepared in space. Conversion of crops to edible foods will require extensive food processing within the closed environment of the Bioregenerative Planetary Life Support System Test Complex (BIO-Plex). Identification of hazards and critical control points associated with water recycling, biomass management, use of multifunctional equipment, and possible concentration of toxic substances in the closed system is essential for the development of safe food processing techniques and equipment. A food safety analysis, using a Hazard Analysis Critical Control Point (HACCP) approach, was conducted to identify potential hazards and critical control points during food processing of BIO-Plex-produced lettuce and wheat.

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