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Automotive Cabin Filtration In-Vehicle Test Results
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English
Abstract
This paper quantifies typical United States in-vehicle cowl area particulate filter parameters such as temperature, humidity and environmental conditions. Secondly, United States and Germany particulate filter fleet results will be included to help quantify the effect of loading on electret nonwoven particulate filter fractional efficiency and demonstrate the amount and types of particulate matter captured.
Finally the paper will address the low submicron fractional filter efficiency of a simulated production “wet and dry” plate-fin automotive evaporator core.
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Citation
Hutter, R., Lee, S., Rubow, K., and Liu, B., "Automotive Cabin Filtration In-Vehicle Test Results," SAE Technical Paper 940318, 1994, https://doi.org/10.4271/940318.Also In
References
- Hutter, R. J. Farah R.A. “Automotive Interior Odor and Particulate Filtration” 1993 International Nonwovens Conference Paper
- National Oceanic and Atmospheric Administration “Comparative Climatic Data for the United States Through 1990”
- Longton, A. Goldsmith S. Hutter R. J. “A Test Method for Cabin Air Filters” Fine Particle Society 24th Annual Meeting Paper
- Longton, A. Pearson J. “Operating Experience with Cabin Filters in North America” Fine Particle Society 24th Annual Meeting Paper
- 1993
- Rubow, K. L. Liu B. Y. H. “Performance Testing of Automotive Cabin Air Filters” Advances in Filtration and Separation Technology 7 System Approach to Separation and Filtration Process Equipment Leung W. W. F. American Filtration Society Kingwood, Texas 44 49 1993
- Rubow, K. L. Liu B. Y. H. Hu J. “Method and Apparatus for Testing Automotive Cabin Air Filters” Proc. of the 6th World Filtration Congress Nagoya, Japan 799 803 1993