Introduction:

• Welcome and course overview

• Importance of boilers in various industries

• Regulatory compliance and safety considerations

Objectives:

• Understand the core principles of boiler operation

• Identify different boiler types and their components

• Gain knowledge of combustion theory and draft systems

Day 1 : Introduction & Fundamentals

• Boiler fundamentals: classification, working principles, and applications

• Combustion process: fuel types, air requirements, and efficiency optimization

• Draft systems: natural draft, induced draft, and balanced draft

• Boiler components: furnace, boiler drum, tubes, and safety devices

• Introduction to boiler control systems: manual vs. automatic operation

Day 2: : Instrumentation, Control & Maintenance

• Boiler instrumentation: pressure gauges, temperature sensors, level controls, etc.

• Boiler control systems: basic principles, feedback loops, and safety interlocks

• Water treatment and its significance for boiler efficiency and safety

• Preventive maintenance: scheduling, procedures, and inspection techniques

• Troubleshooting common boiler problems

Day 3: Advanced Topics & Safety Procedures

• Advanced boiler control systems: cascade control, optimization strategies

• Emission control technologies and environmental regulations

• Emergency shutdown procedures and boiler safety lockout/tagout

• Safe work practices for boiler operators and maintenance personnel

Conclusion:

• Course review and final assessment
• Open forum for questions and discussions
• Course completion certificates awarded