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Development and Testing of Membrane Biological Wastewater Processors
Technical Paper
1999-01-1947
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
Ground-based laboratory and closed-chamber human tests have demonstrated the ability of microbial-based biological processors to effectively remove carbon and nitrogen species from regenerable life support wastewater streams. Application of this technology to crewed spacecraft requires the development of gravity-independent bioprocessors due to a lack of buoyancy-driven convection and sedimentation in microgravity. This paper reports on the development and testing of membranebased biological reactors and addresses the processing of planetary and International Space Station (ISS) waste streams. The membranes provide phase separation between the wastewater and metabolically required oxygen, accommodate diffusion-driven oxygen transport, and provide surface area for microbial biofilm attachment. Testing of prototype membrane bioprocessors has been completed. A two-thirds-person bioprocessor operated for 187 days and demonstrated 95% TOC reduction and 50% conversion of influent urea-nitrogen to nitrogen gas. A two-person system operated continuously for more than one year and averaged 93% TOC reduction. Ninetyfive percent of the TOC reduction was achieved in the first half (30 liters) of the system. On average, 4.5 mg of NO3 was required for each mg of TOC removed. Based upon visual estimation, biomass accumulation was greatest in the initial third of the reactor volume. There was significantly less biomass in the remaining two-thirds of the system. Module change-out or back-flushing due to solids accumulation was not required for the duration of the test.
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Authors
Citation
Finger, B., Supra, L., DallBauman, L., and Pickering, K., "Development and Testing of Membrane Biological Wastewater Processors," SAE Technical Paper 1999-01-1947, 1999, https://doi.org/10.4271/1999-01-1947.Also In
References
- P.O. Wieland, Living Together in Space: The Design and Operation of the Life Support Systems on the International Space Station NASA/TM-1998-206956/Volume I Marshall Space Flight Center 1998
- Carrasquillo, R.L. Reuter, J.L. Philistine, C.L. Summary of Resources for the International Space Station Environmental Control and Life Support System. SAE Paper No. 972332 Presented at the 1997 International Conference on Environmental Systems. Lake Tahoe, Nevada July 1997
- Metcalf and Eddy Wastewater Engineering: Treatment, Disposal and Reuse, 3 rd ed., McGraw-Hill, Inc 1991
- Petrie, G. Nacheff-Benedict, M. Development of Immobilized Cell Bioreactor Technology for Water Reclamation in a Regenerative Life Support System. SAE Paper No. 911503 Presented at the 21 st International Conference on Environmental Systems San Francisco, CA. July 1991
- Petrie, G. Dismer, B. Zinger, E. Nacheff-Benedict, M. Immobilized Cell Bioreactors for Water Reclamation: Process Stability and Effect of Reactor Design. SAE Paper No. 921277 Presented at the 22 nd International Conference on Environmental Systems. Seattle, Washington. July 1992
- Nacheff-Benedict, M. Kumagai, G. Petrie, Schweickart, R. McFadden, C, Edeen, M., An Integrated Approach to Bioreactor Technology Development for a Regenerative Life Support Primary Water Processor. SAE Paper No. 941397 Presented at the 24 th International Conference on Environmental Systems Friedrichshafen, Germany. July 1994
- Pickering, K. Edeen, M., Lunar-Mars Life Support Test Project Phase III Water Recovery System Operation and Results. SAE Paper No. 981707 , Presented at 28 th International Conference on Environmental Systems Danvers, Massachusetts. July 1998
- Finger, B.W. Nevill G.E. Sager, J.C. Application of Capillary Fluid Management Techniques to the Design of a Phase Separating Microgravity Bioreactor. SAE paper No. 932165 , Printed in the 1993 SAE Transactions and presented at 23 rd International Conference on Environmental Systems Colorado Springs, Colorado. July 1993
- Villeneuve, E.H. Dunlop, E.H. The Evolution of a Silicone Based Phase-Separated Gravity-Independent Bioreactor Advances in Space Research, Paper No. MF.12.5, Presented at the Cospar Conference, The Hague, Netherlands 1990
- Supra, L Reddig, M., Finger, B., Zhou, J., DallBauman, L., Membrane-Based Bioprocessor for Life Support Wastewater Reclamation. SAE Paper No. 981611 , Presented at 28 th International Conference on Environmental Systems. Danvers, Massachusetts. July 1998
- Edeen, M.A. Lunar-Mars Life Support Test Project Phase III Final Report. Doc. No. CTSD-ADV-307, NASA Johnson Space Center. August 1997
- Anthonisen, A.C. Loehr, R.C. Prakasam, T.B.S. Srinath, E.G. “Inhibition of Nitrification by Ammonia and Nitrous Acid.” Journal WPCF 48 835 852 1976