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Thermal Prime Movers: Centrifugal & Steam Turbine Dynamics

Thermal Prime Movers: Centrifugal & Steam Turbine Dynamics

Location
Duration
Online /In-Class
5 Days

Sector:

Power & Electricity – Generation

Technical Focus Area: 

Rotating Equipment & Turbomachinery (ROT)

About the Course

This course provides a comprehensive understanding of centrifugal compressors and steam turbines, focusing on design, operation, performance optimization, and maintenance best practices. Participants will explore thermodynamics, aerodynamics, efficiency analysis, and troubleshooting techniques essential for preventing failures and extending equipment life. With practical examples and case studies, the program ensures readiness to handle operational challenges across diverse industrial applications.

Learning Milestones

By the end of the program, participants will be able to:

- Understand gas and steam thermodynamics relevant to compressors and turbines.
- Select suitable compressors and turbines for industrial applications.
- Apply methods to detect equipment inefficiency and deterioration.
- Implement best practices for operation, maintenance, and troubleshooting.
- Conduct vibration, oil, and thermal analysis for rotating equipment reliability.
- Optimize performance while balancing cost-benefit considerations.

Professional Audience

- Chemical, Process, and Mechanical Engineers.
- Operations, Technical Service, and Maintenance Professionals.
- Engineers in Oil & Gas, Refining, and Power Generation.
- Project Engineers, Consultants, and Technologists.
- Technical professionals involved in rotating machinery projects.

Modular Syllabus

Fundamentals of Gas Thermodynamics & Compressor Aerodynamics

- Gas properties and thermodynamic laws

- Centrifugal compressor aerodynamics fundamentals

- Velocity and pressure changes in compressors

- Mass and volume flow rate relationships

- Gas molecular weight and performance impact

- Discharge temperature and absorbed power analysis

- Surge and choke: detection and control strategies

- Practical case studies in gas thermodynamics

Course Dates & Prices

Picture
Location
Starting Date
Price
Enrollment
Dubai (UAE)
29/12/2025
2999 $
Online
05/01/2026
2299 $
Online
05/01/2026
2299 $
Dubai (UAE)
12/01/2026
2749 $
Dubai (UAE)
12/01/2026
2999$
Cairo (Egypt)
19/01/2026
2749 $
Online
19/01/2026
2299 $
Online
26/01/2026
2299 $
Muscat (Oman)
29/01/2026
2999 $
Dubai (UAE)
02/02/2026
2999 $
Muscat (Oman)
16/02/2026
2999 $
Online
16/02/2026
2299 $
Online
23/02/2026
2299 $
Dubai (UAE)
23/02/2026
2999 $
Online
02/03/2026
2299 $
Online
09/03/2026
2299 $
London (UK)
09/03/2026
3499 $
Dubai (UAE)
09/03/2026
2999$
Online
16/03/2026
2299 $
Istanbul (Turkey)
16/03/2026
2999 $
Dubai (UAE)
16/03/2026
2999 $
Online
23/03/2026
2299 $
Kuala Lumpur (Malaysia)
23/03/2026
4099$
Doha (Qatar)
23/03/2026
2999 $
Kuala Lumpur (Malaysia)
30/03/2026
4199$
Online
30/03/2026
2299 $
Dubai (UAE)
06/04/2026
2999$
Istanbul
06/04/2026
2749 $
Online
06/04/2026
2299 $
Dubai (UAE)
13/04/2026
2999$
Cairo (Egypt)
13/04/2026
2749 $
Online
20/04/2026
2299 $
Dubai (UAE)
27/04/2026
2999$
Online
27/04/2026
2299 $
London (UK)
27/04/2026
3499 $
Istanbul (Turkey)
04/05/2026
2749 $
Dubai (UAE)
04/05/2026
2999$
Kuala Lumpur (Malaysia)
11/05/2026
4099$
Online
11/05/2026
2299 $
Doha (Qatar)
11/05/2026
2999 $
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