Advanced Steam Turbine Operation, Maintenance & Overhaul Training Course

Course Overview

Learning Objectives

• Analyze advanced steam turbine operating principles, performance characteristics, and critical operating parameters during the course.
• Evaluate the condition and operational behavior of major steam turbine components using structured engineering assessment techniques.
• Apply appropriate operating and monitoring practices for startup, loading, normal operation, shutdown, and abnormal conditions.
• Analyze vibration, temperature, pressure, speed, lubrication, and performance data to identify developing turbine problems.
• Diagnose common mechanical and operational failure mechanisms affecting steam turbines and associated auxiliary systems.
• Develop maintenance strategies based on equipment condition, criticality, failure mechanisms, and operational requirements.
• Assess the inspection and maintenance requirements of rotors, blades, bearings, seals, valves, casings, couplings, and related components.
• Apply systematic approaches to steam turbine overhaul planning, dismantling, inspection, repair, reassembly, alignment, and testing.
• Evaluate dimensional inspection findings and component condition to support technically sound repair and replacement decisions.
• Improve troubleshooting and root-cause analysis practices for recurring steam turbine reliability problems.
• Strengthen maintenance planning, quality control, documentation, and risk management throughout major turbine overhauls.
• Develop an integrated steam turbine reliability and overhaul improvement plan based on workplace equipment and operational priorities.

Who Should Attend

Learning Outcomes

• Explain advanced steam turbine operating principles and the interaction between turbine components and auxiliary systems.
• Interpret key turbine operating parameters and recognize deviations that may indicate developing equipment problems.
• Assess turbine performance using operating data, efficiency indicators, pressure and temperature relationships, and relevant operating trends.
• Diagnose vibration, bearing, lubrication, sealing, alignment, and rotor-related problems using structured troubleshooting methods.
• Identify common deterioration mechanisms affecting turbine blades, rotors, casings, valves, bearings, seals, and couplings.
• Develop condition-based maintenance recommendations using inspection and condition-monitoring findings.
• Evaluate turbine component inspection results and determine appropriate maintenance, repair, or replacement actions.
• Prepare a structured steam turbine overhaul plan covering scope definition, resources, inspection activities, quality controls, and execution requirements.
• Apply sound practices for dismantling, component inspection, reassembly, shaft alignment, clearances, and post-maintenance verification.
• Investigate recurring turbine failures using root-cause analysis and develop corrective and preventive actions.
• Establish practical reliability improvement measures for steam turbine systems and their supporting auxiliaries.
• Produce an integrated steam turbine operation, maintenance, and overhaul action plan suitable for implementation within an industrial facility.

Course Outline

Upcoming Dates