Migdal Cyril, Wardlow Andrea, Ameye Jo
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Ten peer-reviewed papers cover the latest industry trends on suffering points, evolving lubricant /antioxidant additive technologies, and changing equipment designs and operating conditions, with a focus on how these factors impact oxidation.
It addresses how to improve current ASTM bench tests used as predicative tools for measuring oxidative degradation, including:
D 943 Oxidation Characteristics of Inhibited Mineral Oils
D 4310 Sludge Tendency
D 2272 Oxidation Stability of Steam Turbine Oils by Rotating Pressure Vessel
STP 1489 is a valuable resource to those in the lubricant and turbine industry, including original equipment manufacturers, end users, lubricant producers, lubricant additive suppliers, test equipment manufacturers, and standard test method developers.
Oxidation Fundamentals and Its Application to Turbine Oil Testing
Cobb T., Gatto V., Moehle W., Schneller E.
Physical, Performance, and Chemical Changes in Turbine Oils from Oxidation
Livingstone G., Okazaki M., Thompson B.
Studies of the Oxidation Dynamics of Turbine Oils—Initial Data from a New Form of the Rotating Pressure Vessel Oxidation Test
Froelicher S., Secrist J., Selby T.
Contamination of Power Generation Lubricants
Barber A., Butke B., Oliveto C.
Evaluation and Comparison Between Oxidation Stability Test Methods for Turbine Oils
Norrby T., Pach M., Zobel H.
Residue Analysis on RPVOT Test Samples for Single and Multiple Antioxidants Chemistry for Turbine Lubricants
Ameye J., Kauffman R., Sitton A.
Oxidation Testing of Long-Life Turbine Oil Fluids. Can We Do Better?
Chasan D., DiFrancesco S., Ribeaud M.
Varnish Formation in the Gas Turbine Oil Systems
Kawasaki M., Sasaki A., Uchiyama S.