PERFORMANCE ANALYSIS OF MINERAL AND SEMISINTETIC, SYNTHETIC OILS USED IN GAS PREPASSION AGGREGATES
Authors
Umarov Alikhan Akhmadovich, Ochilov Abdurakhim Abdurasulovich, Saloydinov Aziz Avazovich
Share
Annotation
This article analyzes the thermal oxidation resistance and operational properties of mineral semi-synthetic and synthetic oils used in gas pumping units at three different temperatures, analyzes their effect on compressor oil by changing the flow part in SGT-400 gas pumping units, and as a result, it was determined that expanding the flow part of the impeller extends the oil's operating time and does not negatively affect quality indicators.
Keywords
Authors
Umarov Alikhan Akhmadovich, Ochilov Abdurakhim Abdurasulovich, Saloydinov Aziz Avazovich
Share
References:
Mohammad Maher Kallas , Mohammad Saed Al Sabek, and Younes Saoud, Experimental Comparison of the Effect of Using Synthetic, Semi-Synthetic, and Mineral Engine Oil on Gasoline Engine Parts Wear, Volume 2024, Article ID 5997292, 12 pages
M. M. Kallas, T. Sallam, and Y. Saoud, “Determining investment period of Syrian mineral oil used in gasoline engine operated with compressed natural gas,” 2013.
J. Sangram, D. Patil, and A. Shrotri, “A review on effect of addition of nanoparticles on tribological properties of lubricants,” International Journal of Mechanical Engineering and Technology, vol. 11, pp. 120–129, 2014.
G. Singh, M. F. Wani, and M. M. Wani, “An experimental study on fuel energy saving in gasoline engines using GNP as a lubricant additive,” International Journal of Engine Research, vol. 23, no. 12, 2021.
O. Dautrebande and B. Desreumaux, “Comparison of synthetic and mineral lubricant environmental impacts using the life cycle assessment methodology,” SAE Technical Paper, 2003.
Other articles of the issue
