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Regenerative water purification for space applications: Needs, challenges, and technologies towards 'closing the loop'. Life Science in Space Research, 24: 64-82. Primary Wastewater Streams: Constituents and potential technologies for treatment and resource recovery.
The treatment and reuse of hygiene wastewater will become an important issue in water recycling and toward closure of the water cycle in the near future, especially when targeting long-term space missions or establishing bases on Moon or Mars, with a necessary comfortable daily life.
DIRECT OSMOTIC CONCENTRATION SYSTEM (DOC) First NASA technology based on FO. Urine and humidity condensate into potable water. The product of FO, RO are post treated using an Aqueous Phase Catalytic Oxidizer (APCO).
1 Φεβ 2020 · Water recovery and waste management are key pillars of space life support systems. With a water recovery goal of 98% for such systems, the concept of “waste” water and the need to bring extra reserves of water to replace such losses will be virtually eliminated (Finger et al., 2018).
1 Φεβ 2020 · This study established that FO could be feasible for regenerative water purification from bioreactors and expects to overcome the need for draw solute replenishment to overcome a major step towards sustainable operation in long-duration space missions.
15 Οκτ 2022 · The study highlights water infrastructure development since the 1970’s, waste management and systems at McMurdo Station and the ISS, the native water sources and H2O cycle on Mars, water...
1 Σεπ 2017 · UN Sustainable Goal 6 is crystal clear: Water for all by 2030. For World Water Day we take a look at ways that space can help this global challenge. Did you know that up to 80% of the water on the International Space Station is recycled?
