Turbines 6 – Aeroderivative Turbine Oils
Turbines 6 – Aeroderivative Turbine Oils delivers a deep technical foundation in the unique lubricant chemistry used in aeroderivative turbines—machines originally designed for aerospace applications but now widely deployed in industrial power generation and oil & gas.
This course traces the development of jet oils from early formulations to today’s advanced synthetic esters, including diesters and polyol esters. You’ll learn what makes jet oils different from traditional mineral-based turbine oils, including their superior thermal stability, cleanliness, and oxidation resistance. The course also explores the critical functional requirements of jet oils—such as deposit control, low volatility, and high load-carrying capacity—and the specific additives used to meet these needs.
Whether you’re involved in formulation, selection, or maintenance of turbine oils, this course equips you with the expertise to understand why jet oils are used, how they’re built, and how they support reliability in high-speed, high-temperature environments.
After completing this course, you’ll be able to:
- Describe the historical development of jet oils and their transition to industrial use
- Understand the unique performance demands placed on aeroderivative turbine oils
- Identify the base oil types used in jet oil formulation (diesters, polyol esters)
- Explain the role of specific additives used to enhance jet oil performance
- Make informed decisions about product selection, compatibility, and re-lubrication




Course Syllabus
- Introduction
- History of Jet Oils
- Jet Oil Functions
- Diester Base Oils
- Polyol Ester Base Oils
- Jet Oil Additives
Who is this course for?
Condition Monitoring Technicians
Laboratory Analysts
Lubrication Engineers
Industrial Lubricants Salespeople
Reliability Engineers
Rotating Equipment Engineers
Meet the expert

Rafe Britton, the Lubrication Expert, is known within the industry for his YouTube channel and podcast, and works with mid-size industrials improve their equipment uptime while reducing the cost of their lubrication program. He is a mechanical engineer with 13 years of experience on both sides of the industry; both as an operator, and lubricant supplier. Rafe holds a Bachelor of Aerospace Engineering and a Bachelor of Physics from UNSW.
Rafe is a technical committee member for the Australian Lubricants Association, a Precision Lubrication Magazine editorial board member, an advisory board member of Lubricant Expo, exam board member of the International Council of Machinery Lubrication and a technical editor of TLT, the monthly publication of the Society of Tribologists and Lubrication Engineers. Rafe is ICML MLE, MLA III, MLT II, VIM and VPR certified and is a Chartered Professional Engineer through Engineers Australia.
$50.00/ month
+50 Lubrication courses
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