This advanced course is designed for plant engineers, energy managers, and technical personnel responsible for enhancing the performance of steam systems. It focuses on improving energy efficiency, reducing operational costs, and optimizing overall steam plant performance through engineering best practices.

You’ll gain access to:
✅ Practical frameworks for steam system assessment and optimization
✅ Tools to identify energy losses and improve steam distribution
✅ Guidelines for condensate recovery, boiler efficiency, and system tuning
✅ Case studies of successful plant optimization projects
✅ Certificate of completion and access to technical reference materials
✅ Post-training support for real-world implementation

Why attend?

This is your opportunity to:
✨ Maximize the efficiency and reliability of your steam plant system
✨ Identify and eliminate steam losses and hidden inefficiencies
✨ Learn advanced monitoring techniques and KPIs
✨ Implement low-cost improvements for high energy savings

Topics Covered:

➤ Overview of steam generation, distribution, and end-use systems

➤ Energy losses in steam systems: identification and analysis

➤ Boiler efficiency and combustion optimization techniques

➤ Steam trap management and condensate recovery systems

➤ Heat recovery opportunities and waste heat utilization

➤ Steam flow balancing and pressure control strategies

➤ Instrumentation for system monitoring and performance tracking

➤ Lifecycle cost analysis and ROI on energy-saving projects

➤ Case studies of real plant optimization success stories

➤ Action planning and audit checklist for plant improvements