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Experimental and Theoretical Study on Membrane Distillation Using Thermopervaporation
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English
Abstract
Water recycling systems have been studied at Hitachi using thermopervaporation technology for space use for about ten years. According to the studies this method is a good candidate for space application from the viewpoint of good water quality, system compactness and microgravity adaptability.
In this paper we discuss
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(1)
fundamental characteristics
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(2)
temperature distribution and
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(3)
effect of volatile substances of membrane distillation by thermopervaporation method from both theoretical and experimental point of view.
Authors
Citation
Hamano, N., Mitani, K., Kurokawa, H., Sawa, T. et al., "Experimental and Theoretical Study on Membrane Distillation Using Thermopervaporation," SAE Technical Paper 921397, 1992, https://doi.org/10.4271/921397.Also In
References
- Nitta K. Ashida A. Mitani K. Ebara K. Yamada A. Water Recycling System Using Thermopervaporation Method CELSS '85 Workshop NASA TM 88215 January 1986 201 225
- Ebara K. Kurokawa H. Yamada Y. Koseki Y. Ashida A. Water Recycling System using Thermopervaporation Method 15th ISTS May 1986 1355 1359
- Ashida A. Mitani K. Ebara K. Kurokawa H. Sawada I. Kashiwagi H. Tsuji T. Hayashi S. Otsuubo K. Nitta K. Vapor Compression Distillation and Membrane Technology for Water Revitarization July 1986 Adv. Space Res. 7 4 73 76 1987 NASA CP 2480,71-74
- Mitani K. Hamano N. Ashida A. Kurokawa H. Sawa T. Otsubo K. Tanemura T. Nitta K. Oguchi M. Advanced Experimental Model of Water Distillation System 17th ISTS May 1990
- Ashida A. Mitani K. Kurokawa H. Sawa T. Nitta K. Water Recycling system for CELSS Environment in Space SAE 901208 July 1990
- Ashida A. Kurokawa H. Sawa T. Mitani K. Hamano N. Experimental and Theoretical Study on Membrane Distillation using Thermopervaporation International Conference on Life Support and Biospherics 499 504 February 1992