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Duration 14 hours
Course Outline
Introduction to Combined Cycle Simulation
- Overview of combined cycle power generation
- The role and capabilities of operational simulators
- Roles of control room operators and critical decision points
Simulator Interface and Plant Overview
- Navigating the simulator interface and system displays
- Understanding gas turbine, steam turbine, HRSG, and BOP systems
- Utilizing alarms, trends, and interlocks for real-time diagnostics
Normal Operation and Key Maneuvers
- Simulator warm-up: managing steady-state conditions
- Startup procedures and load increase sequences
- Shutdown and load reduction strategies
Incident Scenarios and Fault Injection
- Simulated equipment failures and system malfunctions
- Workflows for alarm prioritization and containment
- Corrective actions and escalation protocols
Emergency Protocols and Recovery
- Simulator-driven emergencies: trip events and protective systems
- Executing predefined emergency shutdown procedures (ESD)
- Recovery, reset, and returning to safe conditions
Operational Efficiency and Safety Review
- Reducing downtime and preventing cascading effects
- Coordinating communication with field operators and maintenance teams
- Reviewing key performance metrics and safe operating limits
Final Simulator Assessment and Feedback
- Live fault-response exercise with instructor evaluation
- Debriefing and recommendations for performance improvement
- Discussion on site-specific simulator configuration and follow-up steps
Summary and Next Steps
Requirements
- Knowledge of thermodynamic cycles and plant instrumentation
- Experience in operating or supporting power generation control rooms
- Acquaintance with combined cycle plant components and workflows
Target Audience
- Control room operators for combined cycle plants
- Shift supervisors and system technicians
- Staff responsible for operational reliability and incident response
