Post-Treatment of Reclaimed Waste Water Based on an Electrochemical Advanced Oxidation Process 921275
The purification of reclaimed water is essential to water reclamation technology life-support systems in lunar/Mars habitats. Lynntech, Inc., working with NASA-JSC, is developing an electrochemical UV reactor which generates oxidants, operates at low temperatures and requires no chemical expendables. The reactor is the basis for an advanced oxidation process, in which electrochemically generated ozone and hydrogen peroxide are used, in combination with ultraviolet light irradiation, to produce hydroxyl radicals. Results from this process are presented which demonstrate concept feasibility for removal of organic impurities and disinfection of water for potable and hygiene reuse. Power, size requirements, Faradaic efficiency and process reaction kinetics are discussed. At the completion of this development effort, the reactor system will be installed in JSC's regenerative water recovery test facility for evaluation to compare this technique with other candidate processes.
Citation: Verostko, C., Murphy, O., Hitchens, G., Salinas, C. et al., "Post-Treatment of Reclaimed Waste Water Based on an Electrochemical Advanced Oxidation Process," SAE Technical Paper 921275, 1992, https://doi.org/10.4271/921275. Download Citation
Charles E. Verostko, Oliver J. Murphy, G. Duncan Hitchens, Carlos E. Salinas, Tom D. Rogers
International Conference On Environmental Systems
SAE 1992 Transactions: Journal of Aerospace-V101-1