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Initial design of laboratories for sustainable habitation |
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| Authors: | Dominik Quantius Daniel Schubert Volker Maiwald Rosa París Lopéz Jens Hauslage Wolfgang Seboldt Ondrej Doule Irene Lia Schlacht Stephen Ransom |
| Institution: | 1. DLR Institute of Space Systems, German Aerospace Center, Robert-Hooke-Street 7, 28359 Bremen, Germany;2. Space Innovations, Czech Republic;3. Extreme-Design, TU Berlin, Germany;4. LIQUIFER Systems Group, Austria |
| Abstract: | An effective and self-sustainable artificial habitat design is essential for human spaceflight and expansion of mankind into orbit or towards other celestial bodies. There are two approaches that need to be implemented in future sustainable habitats: the use of re-cycling technologies in order to gain experience in closed-loop processes and the primary production of resource materials using In Situ Resource Utilisation (ISRU) principles. Various products will be provided and, where applicable, recycled in such a system taking into account basic human factors requirements such as crew work load capacity, safety and well-being, namely: |
| Keywords: | ACT Active Chemostat Treatment CEA Controlled Environment Agriculture CEEF Closed Ecological Experimental Facility CEF Concurrent Engineering CELSS Controlled Environmental Life Support System CESRF Canadian Controlled Environment Systems Research Facility CROP Combined Regenerative Organic Food Production EVA Extra Vehicular Activity FIPES Facility for Integrated Planetary Exploration Simulation FLaSH Facility of Laboratories for Sustainable Habitation FPF Food Processing Facility GHM Greenhouse Module ISRU In Situ Resource Utilisation HMC Habitat Module Complex HCC Habitat Control Centre HCU Harvest and Cleaning Unit MDRS Mars Desert Research Station MELiSSA Micro-Ecological Life Support System Alternative |
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