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NOx Catalytic Converter Development
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English
Abstract
The ammonia forming characteristics of two NOx catalysts have been thoroughly studied under steady-state conditions after defining the ranges of such parameters as intake air flow, inlet gas temperature, Inlet exhaust emissions and inlet CO/O2 under the CVS-III (hot) mode.
A four-cylinder 1.6 liter engine equipped with a dual-bed catalytic converter system was used. Two catalysts having the same catalytic materials and loadings were prepared on pelleted and monolithic supports. The test results show how and why the bleed air, added ahead of the NOx catalyst, is effective in reducing ammonia formation and improving the net NOx reduction efficiency of the system.
Authors
Citation
Kaneko, Y., Ohinouye, T., Kobayashi, H., and Abe, S., "NOx Catalytic Converter Development," SAE Technical Paper 760199, 1976, https://doi.org/10.4271/760199.Also In
References
- Kaneko Y. Kiyota Y. “Mitsubishi Status Report on Low Emission Concept Vehicles” SAE 720483 1972
- Klimisch R. L. Taylor K. C. “Ammonia Intermediacy as a Basis for Catalyst Selection for Nitric Oxide Reduction” Environmental Science and Technology 7 1973