Advanced Boiler Course for Mechanical Engineers

Design, Operation, Maintenance & Troubleshooting of Industrial Boilers

Boilers are the heart of power plants, process industries, refineries, steel plants, and manufacturing units. Modern industries require Mechanical Engineers who not only understand boiler theory but also possess practical knowledge of boiler operation, efficiency improvement, safety, and troubleshooting.

This Advanced Boiler Training is designed to provide in-depth, application-oriented knowledge of industrial and power plant boilers, preparing Mechanical Engineers to handle real-time plant operations, maintenance challenges, and performance optimization.

Why Advanced Boiler Course Is Essential

Many Mechanical Engineers face challenges such as:

  • Limited exposure to actual boiler operation and control systems

  • Difficulty in understanding boiler failures and recurring trip issues

  • Lack of clarity on boiler efficiency, heat balance, and losses

  • Insufficient knowledge of boiler safety codes and statutory requirements

  • Requirement of advanced boiler knowledge for power plant and industrial roles

This course bridges the gap between academic boiler theory and real plant practices.

Boiler Course Objectives

By the end of this training, participants will be able to:

  • Understand different boiler types, design concepts, and selection criteria

  • Operate boilers safely and efficiently

  • Analyze boiler performance and efficiency

  • Identify and troubleshoot common boiler problems

  • Understand boiler auxiliaries and control systems

  • Comply with safety standards and statutory requirements

Who Should Attend This Boiler Course

This course is ideal for:

  • Mechanical Engineering students and fresh graduates

  • Mechanical Engineers working in power plants and process industries

  • Operation and maintenance engineers

  • Commissioning and startup engineers

  • Engineers returning after a career break

  • Diploma holders and experienced technicians seeking certification

Course Coverage / Key Modules

1. Boiler Fundamentals & Classification

  • Purpose and function of boilers

  • Fire-tube vs water-tube boilers

  • Subcritical, supercritical, and ultra-supercritical boilers

  • Package boilers and utility boilers

2. Boiler Design & Construction

  • Boiler pressure parts

  • Drums, headers, tubes, and membranes

  • Furnace design concepts

  • Heat transfer surfaces and circulation systems

3. Combustion & Fuel Systems

  • Combustion theory and air–fuel ratio

  • Solid, liquid, and gaseous fuel firing systems

  • Pulverized coal and oil & gas firing systems

  • Burners and flame stability

4. Boiler Auxiliaries

  • Fans (FD, ID, PA) and draft systems

  • Feed water pumps

  • Economizer, superheater, reheater

  • Air preheater (APH)

5. Boiler Water & Steam Chemistry

  • Boiler feed water requirements

  • Water treatment methods

  • Scaling, corrosion, and carryover

  • Blowdown systems and control

6. Boiler Operation & Control

  • Boiler startup and shutdown procedures

  • Load variation and control strategies

  • Drum level control

  • Pressure and temperature control

7. Boiler Efficiency & Performance Analysis

  • Boiler efficiency calculation methods

  • Heat balance and losses

  • Performance testing and monitoring

  • Energy conservation opportunities

8. Boiler Safety & Protection Systems

  • Boiler safety valves and interlocks

  • Furnace safety systems

  • Trips and alarms

  • Explosion prevention and safe operating practices

9. Boiler Inspection, Maintenance & Repairs

  • Routine and preventive maintenance

  • Inspection of pressure parts

  • Tube failure analysis

  • Shutdown and overhaul practices

10. Troubleshooting & Failure Analysis

  • Common boiler operational problems

  • Flame failure, slagging, fouling

  • Drum level instability

  • Case studies from operating plants

11. Codes, Standards & Statutory Requirements

  • Indian Boiler Regulations (IBR)

  • ASME Boiler & Pressure Vessel Code (overview)

  • Inspection and certification requirements

  • Documentation and compliance

Industry Applications

This training is applicable to:

  • Thermal Power Plants

  • Captive Power Plants

  • Refineries & Petrochemical Plants

  • Cement, Steel & Process Industries

  • Sugar, Textile & Chemical Industries

  • EPC Boiler & Power Projects

Training Methodology

  • Industry-oriented explanations

  • Practical case studies from operating plants

  • Real-life failure analysis discussions

  • Operation and maintenance-focused approach

  • Interactive sessions with experienced trainers

Certification

Participants will receive a Certificate in Advanced Boiler Course from Pertecnica Engineering, validating their skills in boiler operation, maintenance, safety, and performance optimization.

Career Outcomes

After completing this course, participants can pursue roles such as:

  • Boiler Operation Engineer

  • Power Plant Mechanical Engineer

  • Maintenance Engineer

  • Commissioning Engineer

  • Energy & Utility Engineer

  • O&M Supervisor

Why Pertecnica Engineering

  • Industry-driven curriculum

  • Trainers with real power plant and industrial experience

  • Practical, execution-focused learning

  • Suitable for freshers, experienced engineers, and career re-starters

  • Strong emphasis on safety, efficiency, and reliability