Steam System Optimisation

1. Training Introduction

Steam systems are integral to many industrial, commercial, and institutional processes, consuming substantial energy. Optimising steam systems improves efficiency, reduces operational costs, ensures reliability, and contributes to sustainability goals.

This program provides participants with the knowledge and practical skills to analyse, design, operate, and optimise steam generation, distribution, and utilization systems, focusing on energy efficiency, performance monitoring, and cost-effective operation.

 

2. Training Objective

The objectives of this program are to:

• Provide foundational and advanced knowledge of steam system components and operation.
• Enable participants to identify inefficiencies and implement optimisation strategies.
• Equip participants with tools for monitoring, measurement, and performance analysis.
• Promote best practices for maintenance, safety, and sustainable steam system management.

 

3. Targeted Group

This program is designed for:

• Mechanical, process, and energy engineers
• Plant operators and maintenance personnel
• Facility managers and energy managers
• Sustainability officers and industrial consultants
• Professionals in chemical, pharmaceutical, food, and manufacturing industries
• Students and researchers in mechanical, energy, or industrial engineering

 

4. Course Duration

• Total Duration: 2 Weeks
• Learning Load: 32 hours per week
• Mode of Delivery: Online / Hybrid / In-Person
• Assessment: Quizzes, assignments, case studies, and capstone project

 

5. Training Methodology

The program adopts a practical, interactive and technical approach:

• Expert-led lectures covering theory, design, and optimisation strategies
• Real-world case studies of industrial steam systems
• Hands-on exercises in steam measurement, monitoring and system analysis
• Group discussions on troubleshooting, efficiency improvement and energy-saving strategies
• Capstone project demonstrating full steam system optimisation

 

6. Course Content

Module 1: Introduction to Steam Systems

• Overview of steam generation, distribution, and utilization
• Types of boilers, steam traps, and condensate recovery systems
• Energy consumption patterns and efficiency considerations

Module 2: Steam System Components & Operation

• Boilers, turbines, heat exchangers, and piping networks
• Steam system thermodynamics and flow principles
• Common inefficiencies and losses

Module 3: Steam System Design & Analysis

• System design principles for optimal performance
• Pressure, temperature, and flow control strategies
• Piping network analysis and insulation considerations

Module 4: Energy Efficiency & Optimisation Techniques

• Condensate recovery, flash steam recovery, and heat recovery
• Boiler efficiency improvement techniques
• Load management and energy-saving measures

Module 5: Monitoring, Measurement & Performance Assessment

• Steam flow measurement and instrumentation
• Key performance indicators (KPIs) for steam systems
• Energy performance assessment and reporting

Module 6: Maintenance & Reliability

• Preventive and predictive maintenance strategies
• Common faults, troubleshooting, and corrective actions
• Safety protocols and compliance

Module 7: Case Studies & Best Practices

• Industrial, commercial, and institutional steam system optimisation examples
• Lessons learned from real-world projects
• Implementation of international standards and guidelines

Module 8: Capstone Project & Certification

• Conduct a full steam system assessment and optimisation plan
• Quantify energy savings, operational improvements, and cost benefits
• Final presentation, evaluation, and certification

 

7. Expected Outcomes

Upon completion, participants will be able to:

• Understand steam system components, operation, and thermodynamics
• Analyse and optimise steam generation, distribution, and utilization
• Implement energy efficiency and cost-saving measures
• Conduct monitoring, measurement, and performance verification
• Apply best practices in maintenance, safety, and sustainability
• Develop a practical steam system optimisation plan
• Earn a professional certification from FOTADE

 

8. Certificate of Completion

Participants who successfully complete all modules and assessments will receive:

Certificate Title:

“Certificate of Completion in Steam System Optimisation”

Issued by:

FOTADE Training, Research and Resource Development Centre

Certificate Features:

• Participant’s full name
• Programme title and duration
• Date of completion
• Authorized signature and official seal
• Unique certificate identification number