Mastering Modern Power Generation Boilers & Cogeneration Systems

Engineers often possess strong theoretical knowledge but lack exposure to real plant operations. This course bridges that gap by providing practical, industry-relevant insights into boilers, HRSG, and cogeneration systems that can be directly applied at work. Participants learn to improve plant efficiency, reduce fuel costs, and solve common operational challenges like performance losses and breakdowns. By strengthening technical understanding and problem-solving skills, the program enhances confidence and prepares professionals for higher roles in operations, maintenance, and energy management. Participants join not just to learn, but to improve performance, solve real problems, and accelerate their career growth.

1. Fundamentals of Modern Boilers

• Types of boilers and their applications

• Key components and working principles

• Steam generation process and circulation

👉 Focus on understanding how modern boilers operate in real plant conditions

2. Combustion & Heat Transfer

• Fuel characteristics and combustion fundamentals

• Air-fuel ratio, excess air, and flue gas behavior

• Heat transfer mechanisms in boilers

👉 Enables participants to improve combustion efficiency and reduce fuel losses

3. Boiler Performance & Efficiency

• Boiler efficiency concepts

• Heat losses and energy balance

• Methods to improve performance

👉 Helps in identifying energy-saving opportunities in plant operations

4. Cogeneration (CHP) Systems

• Concept and advantages of cogeneration

• Types of CHP systems

• Power-to-heat ratio and system optimization

👉 Focus on maximizing energy utilization and cost savings

5. Operational Challenges & Troubleshooting

• Common issues in boilers and CHP systems

• Root cause identification

• Practical solutions

👉 Improves reliability and reduces downtime