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Determining the Amount and Composition of Evaporation Losses from Automotive Fuel Systems
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Sector:
Event:
Mid-Year Meeting
Language:
English
Abstract
The amount of vapors lost from an automobile fuel system is determined from changes in density of the gasoline as it weathers. The composition of the vapors lost is calculated from the initial composition of the fuel by simple distillation theory. The techniques are simple, precise, and generally applicable.
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Authors
Citation
Muller, H., Kay, R., and Wagner, T., "Determining the Amount and Composition of Evaporation Losses from Automotive Fuel Systems," SAE Technical Paper 660407, 1966, https://doi.org/10.4271/660407.Also In
References
- October 1964
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- Chenicek G. W. Whitman W. G. “Determination of Evaporation Losses.” Refiner and Natural Gasoline Manufacturer 9 11 1930
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- Edmister W. C. Okamoto K. K. “Petroleum Refiner,” August-September 1959
- DePriester C. L. “Chemical Engineering Progress Symposium,” Series 7” 47 1953
- Holaday W. M. Heath D. P. “Motor Fuel Volatility Trends,” Paper presented at SAE Annual Meeting, Detroit January 1951
- Hartley F. L. Moore C. C. Gregory J. B. Jour. APCA 10 2 April 1960 143 146
- Keller J. L. Byrne J. “What Value Front End Volatility.” API paper no. 55-66, presented at API Div. of Refining, Midyear Meeting, May 1966