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Water Recovery of Reverse Osmosis Brine and Pretreated Urine with an Air Evaporation Subsystem
Technical Paper
1999-01-1992
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
This paper focuses on an Air Evaporation Subsystem component of the Water Recovery System being developed at the Johnson Space Center in the Crew and Thermal Systems Division. Specifically, the focus is on the design and testing of the next generation of Air Evaporation Subsystem Engineering Development Unit built after the Lunar-Mars Life Support Test Project Phase III 91day test. The primary objective of testing this next generation Air Evaporation Subsystem was to demonstrate its performance as a Reverse Osmosis brine treatment subsystem by looking at the condensate quality produced from Reverse Osmosis brine and the power required to process the Reverse Osmosis brine. The secondary objectives were to develop optimal operating conditions, to optimize the use of a consumable wick and to retain as much operational data as possible through instrumentation. During the evaluation of the Air Evaporation Subsystem as a Reverse Osmosis brine recovery subsystem the need arose to obtain operational data of the Air Evaporation Subsystem as a urine treatment subsystem in support of the ISS Node 3 Dual Path Advanced ECLSS work. Operational data on the Air Evaporation Subsystem as a Reverse Osmosis brine recovery subsystem and as a Urine Treatment Subsystem was obtained showing improvement over the previous generation Air Evaporation Subsystem in power consumption while supplying condensate within the water quality requirements for a post-processor subsystem.
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Authors
Citation
Smith, F., Weaver, G., Lange, K., and Ruemmele, W., "Water Recovery of Reverse Osmosis Brine and Pretreated Urine with an Air Evaporation Subsystem," SAE Technical Paper 1999-01-1992, 1999, https://doi.org/10.4271/1999-01-1992.Also In
References
- Weaver, G. S. AES Optimization Study Analysis Report HDID-A44B-826 to Water Recovery Team January 7 1998
- Weaver, G. S. “AES Optimization for the Node 3 ECLSS,” Analysis Report HDID-A44B-857 to Water Recovery Team March 9 1998
- Weaver, G. S. “AES Optimization for the Node 3 ECLSS: Post-test Data Evaluation,” Analysis Report HDID-2G42-928 to Water Recovery Team June 30 1998
- Weaver, G. S. “AES Optimization for the Node 3 ECLSS: Test Matrix and Instrumentation Recommendations,” Analysis Report HDID-2G42-948 to Water Recovery Team July 31 1998
- Duffield, B. E. “Response to Systems Engineering Analysis Request (SEA-98-11) Report on Questions 1 & 4,” Analysis Report HDID-2G42-955 to Water Recovery Team August 7 1998