January 2006
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Controlled Environment Agriculture Program
University of Arizona
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A Prototype Inflatable Mars Surface Habitat Comparison of Two Greenhouse Pepper Production Systems
Cultural Practices & Control Strategies: Basil ProductionDesign & Construction: Desert Research Greenhouse
Design & Construction: Food Growth Chamber for the South PoleEvaluation: Safflower under Greenhouse Environment
Greenhouse Aeroponic Cultivation of "Urtica dioica" Hydroponic Sprout Production
Micropropagation of Endangered Orchid Species   |  Production in Arizona with Retractable Shade Structure
Bio-regenerative Life Support (BLSS) and In Situ Resource Utilization (ISRU) Development for a Prototype
Inflatable Mars Surface Habitat

Mars Photo Library - Click
Phil Sadler, Sadler Machine Co. and Dr. Gene Giacomelli, Agricultural and Biosystems Engineering

This project will develop innovative means to mine in situ water from Martian permafrost, to demonstrate a Mars Inflatable Greenhouse, and to demonstrate a water recycling process using a composter and greenhouse system.  The goal will be to develop, demonstrate, and incorporate these BLSS necessities into a full scale inflatable Mars base habitat prototype, without the Mars Lander. Heat rejection from power generation and habitat, along with harvesting Martian water from permafrost, would be accomplished utilizing an innovative device called a Thermal Well, which could provide a revolutionary enabling technology for Mars exploration.  The Martian carbon dioxide rich atmosphere, along with light levels roughly 49% of what occurs on Earth, would enable the Mars Inflatable Greenhouse to produce crops, regenerate the existing habitat’s atmosphere, along with enabling the utilization of the carbon dioxide enriched Martian atmosphere, and recycling water.  The composter would reduce organic waste and supply water for hydroponic crop production, as part of a process cycling from waste water, to composter condensate, to greenhouse condensate, and finally to crew potable water.  The prototype Mars base habitat would be constructed and serve as a NASA Education and Public Outreach effort, supported and located in Tucson at the University of Arizona’s headquarters of the Phoenix Mars Mission Project (2003-08).  Upon completion and rigorous testing of the habitat, it is proposed that the habitat would be utilized as a Mars Base Analog in the Antarctic Dry Valley area, to support a crew of six researchers working in the field.

Cooperators:  Lane Patterson, ABE graduate

In Progress 2005


Program with: University of  Vermont, Florida and Ohio
Cooperators: Dr. Gene Giacomelli and Dr. Chieri Kubota

In Progress 2003 – 2006
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