Higher quality base oils for tomorrow's engine oil performance categories

SAE Technical Papers

Volumn , Issue , 1998, Pages

  Henderson, H E ^a   MacK, P D ^a   Steckle, W M ^a   Swinney, B ^a  

^a PETRO CANADA   (Canada)

Author keywords

[No Author keywords available]

Indexed keywords

DEWAXING; FLUIDITY; LUBRICATING OILS; TEMPERATURE; VISCOSITY;

AUTOMOTIVE LUBRICANTS; ENGINE PERFORMANCE; LOW TEMPERATURE FLUIDITY; LOW-TEMPERATURE VISCOSITY; LUBRICANT BASE OIL; PERFORMANCE LIMITS; PERFORMANCE REQUIREMENTS; REDUCED VISCOSITY;

AUTOMOBILE ENGINES;

EID: 85072467029     PISSN: 01487191     EISSN: 26883627     Source Type: Journal    
DOI: 10.4271/982582     Document Type: Conference Paper

References (20)

1. McMillan M.L., "Future Engine Oil Specifications-Who, What and How?" NPRA Annual Meeting, FL-95-115, 1995.
2. Downey W.R., "GF-2/GF-3 and Beyond: Issues That Will Drive Change" NPRA Annual Meeting, FL-95-117, 1995.
3. McMillan M.L., "ILSAC GF-3 Specification Outline" Presentation to SAE Technical Committee 1, Oct. 14, 1997.
4. McMillan J.A., Franklin T.M., Bondarowicz F., Bowen T., Wang J., Graham J.P., Fetterman G., Quinn M.J., Juett R.L., Larkin D., Lee R., Kennedy S., Marn D., Buscher W. Jr., Orlee B., Passut C., Shank G., Lawrence B., "New Diesel Engine Oil Category for 1998: API CH-4" SAE Paper No. 981371.
5. American Petroleum Institute, Industry Services Department, "Engine Oil and Licensing Certification System" API Publication 1509, Fourteenth Edition, December, 1996.
6. Manni M., Ciocci G., "An Experimental Study of Oil Consumption in Gasoline Engines" SAE Paper No. 922374.
7. Deane B.C., Choi E., Crosthwait H.K., "The Relationship of Base Oil Volatility to Oil Loss in Automotive Applications" NPRA Annual Meeting, AM-97-40, 1997.
8. Carey L.R., Roberts D.C., and Shaub H., "Factors Influencing Engine Oil Consumption in Today's Automotive Engines" SAE Paper No. 892159.
9. American Petroleum Institute, "Properties of Hydrocarbons of High Molecular Weight" API Research Project 42, 1940-1966.
10. Biasotti J.B., Firmstone G.P., Smith J.M., McGregor D.L., "Base Oil Requirements to Meet Proposed ILSAC GF-2 Volatility Limits" NPRA Annual Meeting, FL-94-109, 1994.
11. Volatility Subgroup to the Bench Test Task Force of the Heavy Duty Engine Oil Classification Panel, "A Comparison of Methods of Evaluating the Volatility of Engine Oils" June, 1995.
12. Cluff B.J., McMahon D., Selby T.W., "A Laboratory Method for Measuring Bulk Volatility of Engine Oils-Comparative Results" SAE Paper No. 961227.
13. de Paz E.F., Sneyd C.B., "The Thermogravimetric Noack Test: A Precise, Safe and Fast Method for Measuring Lubricant Volatility" SAE Paper No. 962035.
14. Henderson H.E., Olavesen C., Alexander A.G., Ozubko R.S., "A New High Quality 100 Neutral Basestock for Automotive and Industrial Oil Products" Lubrication Engineering, Vol. 48, 10, pgs. 777-781, 1992.
15. MacAlpine G.A., and May C.J., "Compositional Effects on the Low Temperature Pumpability of Engine Oils" SAE Paper No. 870404.
16. Henderson H.E., Swinney B., "High Quality Base Oils for Next Generation ATF Fluids" SAE Paper No. 98FL-507.
17. Mack P.D., Zaugg T.D., Cohen S.C., "Severely Hydro-Cracked/Hydro- Isomerized Base Oils-The Key to Enhanced Performance Levels" NPRA Annual Meeting, FL-96-114, 1996.
18. Supp J.A., Wilk M.A., and Dohner B.R., "An Investigation Into the Effect of Viscosity Modifiers and Base Oils on ASTM Sequence VI-A Fuel Economy" SAE Paper No. 972925.
19. Moore A.J., "Influences of Lubricant Properties on ASTM Sequence VI and Sequence VI-A Fuel Efficiency Performance" SAE Paper No. 961138.
20. Igarashi J., Kagaya M., Satoh T., and Nagashima T., "High Viscosity Index Petroleum Base Stocks-The High Potential Base Stocks for Fuel Economy Automotive Lubricants" SAE Paper No. 920659.