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Optimizing ISRU Plant for Mars: Reactor, ECLSS, and Crew Habitation Solutions

This document outlines the integration of in-situ resource utilization (ISRU) systems for a Mars crewed mission, focusing on a nuclear reactor for energy generation. It details the management of various environmental factors, including the analysis of mass gases such as O2, CO2, and N2, and the purification of cabin air from trace contaminants. Water resources are categorized into potable and non-potable sources, and the system also addresses waste management including liquid and solid waste. Key elements include robotics, automation, crew accommodations, and thermal power systems.

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Optimizing ISRU Plant for Mars: Reactor, ECLSS, and Crew Habitation Solutions

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  1. ISRU Plant Nuclear Reactor Crew Mars Env’mt Legend MASS GASES O2 CO2 N2 Trace Contaminants Cabin air LIQUIDS H2O (potable) H2O (non-potable) Liquid waste SOLIDS Solid waste Food ENERGY Data Bus Telemetry Command Electrical power HEAT Heat Robotics & Automation Structure EVAS Crew Accommodations CCC ECLSS Power Thermal ISRU

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