GAS TURBINE TECHNOLOGY
Course ID
Key schedule and booking details
Length 5 Days
Location online
Fees £ 1850
Date 2026-07-13
OVERVIEW
Gas turbines power industries, drive aviation, and contribute to energy generation, making them a critical technology in modern engineering. But optimizing their efficiency, reliability, and sustainability requires a deep understanding of their design, operation, and maintenance.
This course takes you inside the world of gas turbine technology, providing a structured approach to understanding how these engines work, how they are controlled, and how advancements in fuel and renewable integration are shaping the future of power generation. Whether you're an engineer, technician, or energy professional, you’ll gain hands-on knowledge to enhance performance, efficiency, and sustainability in gas turbine applications.
You’ll Learn How To:
• Assess fuel impact, emissions, and control systems for optimized operation.
Analyze gas turbine components, performance factors, and energy transformations.
• Understand maintenance best practices and cogeneration applications.
• Explore the potential of renewable energy integration in gas turbines.
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• Compare gas turbines with micro gas turbines for efficiency and cost-effectiveness.
If you work with gas turbines, this course will give you the technical depth and industry insights to enhance your expertise and drive innovation.
OBJECTIVES
With professional training and education in the Gas Turbine Technology Course, you will earn these amazing skills:
Studying gas turbine performance.
• Evaluating fuel dynamics and emissions.
• Understanding control systems and power electronics.
• Designing mechanical turbine components.
• Managing gas turbine maintenance and cogeneration.
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• Conducting market analysis for gas and micro-gas turbines.
IDEAL PARTICIPANTS
This amazing course is perfect for professionals seeking to empower their understanding of gas turbines.
Gas Turbine Technology Course Is Ideal For:
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• Energy industry professionals exploring turbine applications.
Engineers and technicians in mechanical, electrical, or aerospace fields.
• Managers and decision-makers in energy, manufacturing, or consulting sectors.
OUTLINE
DAY 1
• Energy transformations in gas turbines—how fuel turns into mechanical and thermal power.
Breaking down gas turbine components—understanding compressors, combustors, and turbines.
• Fluid flow principles—how air and fuel behave inside a turbine engine.
• Simple cycle gas turbine performance—evaluating power output, fuel consumption, and efficiency.
• DAY 2
How fuel choice affects turbine performance—corrosion, emissions, and component longevity.
• Understanding environmental factors—the impact of temperature and pressure on performance.
• Control system essentials—optimizing gas turbine operation through automation.
• Electrical and power electronics in gas turbines—ensuring stable energy output.
• Applications of gas turbines—from aviation to power plants and industrial sectors.
• DAY 3
• Preventing compressor surge—strategies to ensure stability and efficiency.
Compressor and turbine design fundamentals—performance characteristics and optimization.
• Combustor design and fuel atomization—understanding ignition systems and chamber efficiency.
• Design constraints imposed by fuel types—adapting to different combustion properties.
• DAY 4
• Cogeneration (CHP and CCHP)—using turbines for combined heat, power, and cooling.
Best practices for gas turbine maintenance—repair strategies to extend component life.
• The role of renewables in gas turbines—hybrid solutions with wind, solar, and hydrogen.
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• Case studies—real-world examples of optimized gas turbine operations.
Gas turbines vs. micro gas turbines—operational and efficiency differences.
• Levelized Cost of Electricity (LCOE) comparison—understanding cost-effectiveness.
• Market analysis of micro gas turbines—adoption trends and industry applications.
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• Innovations and improvements—exploring future advancements in micro gas turbine technology.
Will I receive course materials?
Yes, high-quality documentation is provided to all delegates.
Do you issue certificates?
An accredited Certificate of Completion is awarded upon successful completion.
What are the course timings?
09:00–12:45 or 13:00–17:00.
How do I register and pay?
Complete the registration form on the course page and select your preferred payment method.
What is your cancellation policy?
14 days from booking for a full refund or free transfer; exceptions apply on medical grounds.
Do you offer airport transfers?
Yes, airport pick-up and drop-off to/from the hotel can be arranged.
CONSULTING SERVICES
Tailored solutions for sustainable growth
At Regent Training Centre, we deliver consultancy services designed to help organisations overcome challenges and achieve sustainable growth through practical and results-driven strategies.
