Participants in this gas and steam turbine training course will delve deep into the significance of detailed design, operation, and maintenance in myriad types and applications of gas and steam turbines relevant to industries such as chemical, process, oil refineries, gas production facilities, power generation, and beyond.

Upon completing this gas and steam turbine course, participants will:

Grasp fundamental thermodynamic principles essential to the operation of gas and steam turbines, including energy conversion, efficiency, and performance metrics.

Identify turbine system components and configurations and understand working principles related to gas turbines, steam turbines, and combined cycle systems.

Acquire strategies and techniques to optimize turbine system performance, ensuring maximum efficiency and enhancing operational reliability.

Develop skills in maintenance, inspection, repair, and troubleshooting for the safe and reliable operation of turbines.

Understand the importance of adhering to safety protocols, risk management practices, and regulatory compliance in turbine operation and maintenance.

Keep abreast of advanced turbine technologies, innovations, and industry trends.

Gain practical experience through workshops, lab sessions, simulations, and case studies to reinforce learning.

Enhance the participant's skills, expertise, and credentials, ensuring they are poised for career progression within turbine engineering and associated areas.

Promote an ethos of continuous learning, adaptive change, and innovation across the turbine industry spectrum.

Encourage networking, allowing participants to connect with industry experts and stakeholders and forge meaningful collaborations.

Targeted Competencies:

Participants competencies in this gas and steam turbine training will gain expertise in:

Targeted Groups:

The gas and steam turbine training program is designed for:

• Chemical, Process, and Mechanical Engineers.
• Product Engineers and Technologists.
• Operation, Technical Service, and Maintenance Professionals.
• Engineers, Consultants, and Sales Professionals in the turbine field.
• Technical Professionals oversee interdisciplinary energy projects.

Unit 1. Gas & Steam Turbine Fundamentals:

• Introduction to the basic principles, components, and operation of gas turbines.
• Exploration of gas turbine types: aero-derivative, heavy-duty, and industrial models.
• Examine thermodynamics underpinning gas turbine cycles, including the Brayton cycle and the calculus of efficiency.
• Insight into performance parameters like power output, efficiency, and heat rate.
• Fundamentals of steam turbine operation and insight into its various components.
• Understanding different steam turbine types, such as impulse and reaction models.
• Applications and industries that primarily employ steam turbines.

Unit 2. Gas & Steam Turbine Maintenance Practices:

• Delve into preventive maintenance protocols, inspection routines, and the predictive maintenance toolkit (vibration analysis, thermography, oil analysis).
• Corrective maintenance pathways: troubleshooting, root cause analysis, and repair methodologies.
• Overhaul strategies: from disassembly to reassembly and rigorous testing.
• Discuss component replacement and refurbishment for both gas and steam turbines.
• Prioritize health, safety, and environmental factors, including hazardous material handling, confined space safety, noise control, and emissions management.

Unit 3. Operational Considerations and Troubleshooting:

• Learn startup and shutdown protocols, safety precautions, and parameter monitoring.
• Understand performance monitoring and optimization techniques, focusing on load balancing and degradation analysis.
• Address common failure modes with adept troubleshooting, from compressor issues to turbine blade erosion and control system malfunctions.

Unit 4. Case Studies and Practical Exercises:

• An in-depth analysis of real-world maintenance challenges, failures, and solution pathways.
• Hands-on exercises involving turbine components, diagnostic tool usage, and replicating troubleshooting scenarios.

Unit 5. Emergency Response and Recovery:

• Examine emergency shutdown procedures.
• Tackle responses to abnormal operating conditions such as overspeed incidents or flameouts.
• Development of contingency protocols for critical failure scenarios.

Unit 6. Alignment and Balancing:

• Emphasis on the cruciality of proper alignment and balancing in turbine performance.
• Introduction to techniques for shaft alignment and rotor balancing.

Unit 7. Diagnostic Tools and Technologies:

• Overview of diagnostic tools (vibration analysis, thermography, borescope inspections).
• Interpretation of diagnostic data and trend forecasting.
• Utilizing condition monitoring for advanced predictive maintenance.

Rectus attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration.