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Maturity of the Bosch Co2 Reduction Technology for Space Station Application
ISSN: 0148-7191, e-ISSN: 2688-3627
Published July 01, 1988 by SAE International in United States
Annotation ability available
|Technical Paper||Optimization of the Bosch CO2 Reduction Process|
|Technical Paper||Impact of CO2 Reduction Technology Choice on a Closed System Water Balance|
|Technical Paper||Comparison of Co2 Reduction Process - Bosch and Sabatier|
CitationWagner, R., Carrasquillo, R., Edwards, J., and Holmes, R., "Maturity of the Bosch Co2 Reduction Technology for Space Station Application," SAE Technical Paper 880995, 1988, https://doi.org/10.4271/880995.
- Holmes, R. F.; King, C. D. and Keller, E. E., “Bosch CO. Reduction System Development,” Interim Report No. 2, CASD-NAS-75-030, Contract No. NAS8-27276; General Dynamics Convair Division; San Diego, CA; July, 1975.
- Holmes, R. F.; King, C. D. and Keller, E. E., “Bosch CCL Reduction System Development,” Final Report, CASD-NAS-76-020, Contract No. NAS8-27276; General Dynamics Convair Division; San Diego, CA; April, 1976.
- Holmes, R. F., Keller, E. E. and King, C. D., “A Carbon Dioxide Reduction Unit Using Bosch Reaction and Expendable Catalyst Cartridges”, NASA CR-1682, Contract No. NAS1-8217; Convair Division of General Dynamics Corporation; San Diego, CA; November, 1970.
- Garmiran, J. E.; Manning, M. P. and Reig, R. C., “The Use of Nickel and Cobalt Catalysts in a Bosch Reactor”, ASME Paper No. 8U-ENAS-15; San Diego, CA; July, 1980.