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Development of Low Cost Closed Crankcase Ventilation With Oil Mist Separation System on Light Duty Diesel Engine
ISSN: 0148-7191, e-ISSN: 2688-3627
Published November 21, 2019 by SAE International in United States
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Event: NuGen Summit
Currently automotive industry is facing bi-fold challenge of reduction in greenhouse gases emissions as well as low operating cost. On one hand Emission regulations are getting more and more stringent on other hand there is major focus on customer value proposition.
In engine emission the blow by gases are one of the source of greenhouse gases from engine. Blow-by gases not only consist of unburnt hydrocarbons but also carry large amount of oil. If oil is not separated from these gases, it will led to major oil consumption and hence increase total operating cost of Vehicle.
Considering the above challenges, effort taken to develop a low-cost closed crankcase ventilation with oil mist separation system on diesel engine. For cost-effective solution, two different design and configuration of oil mist separation system developed.
Further, engine with two different above said configuration has been tested for blow-by gasses and oil consumption measurement on Engine test bed and vehicle to understand the behavior in real environment. Further results compared for both configuration and further actions proposed.
CitationWalhekar, V., Gavade, S., Soni, G., and Bhargava, A., "Development of Low Cost Closed Crankcase Ventilation With Oil Mist Separation System on Light Duty Diesel Engine," SAE Technical Paper 2019-28-2578, 2019.
Data Sets - Support Documents
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- Rosen, E.M. , The Peterson Automotive Troubleshooting & Repair Manual (New York: Grosset & Dunlap, 1975). ISBN:978-0-448-11946-5.
- TM 9-1756A , “Ordnance Maintenance-Ordnance,” Department of Defense, 1943, pp. RA PD 311003.
- NAPA Echlin Service Bulletin: Crankcase and Exhaust.
- Emission Control; February 1968 United States v. Automobile Manufacturers Association, 307 Federal Supplement 617, 1969.
- MAHLE ANAND Filter Systems Private Limited, www.in.mahale.com.
- Engine Tech System , http://www.enginetech.co.in
- Pollution Control System-Electronically Controlled PCV Dyno Valve USPTO Application#: #20100180872.