Outlines

 

Day 1 - Fundamentals and practical aspects of steam turbine operation

• Introduction
• Steam Properties
• Boiler Operations and Principles
• Basic Thermodynamics of Steam Turbines
• Steam Turbine Types
• Uses of Steam Turbines in Petrochemical Plants
• Steam Turbine Components
• Rotor Components
• Reaction and Impulse Blading
• Stator Blading
• Steam Turbine Bearings

Day 2 - Steam Turbine Systems

• Lube Oil Systems
• Sealing Systems
• Governors and Control Systems
• Boiler Operations
• Drums
• Feedwater Systems
• Condensers
• Boiler Control

 Day 3 - Steam Turbine Operations

• Startup/Shutdown Operations
• Control Valve/Stop Valve Operations
• System Operations
• Component Expansion 
• Steam Turbine Maintenance
• Repair and Maintenance of Rotor Components
• Stripdown/Rebuild Procedures
• Blade Removal/Replacement

Day 4 - Steam Turbine Maintenance

• System Maintenance
• Repair Procedures
• Visit to Siemens Factory to witness component repair
• Steam Turbine Alignment
• Causes of Misalignment
• Types of Misalignment
• Pre alignment checks
• Reverse Alignment

Day 5 - Steam Turbine alignment

• Laser alignment
• Hot alignment
• Steam Turbine Troubleshooting
• Methods of Troubleshooting
• Commons Steam Turbine Problems and Solutions
• Case Studies
• Course review and Assessment

 

Who Should Attend

 

This is an essential course for those engineers/technicians involved with Steam Turbines.

 

• Mechanical Engineers
• Any person needing a basic course in steam turbine system

Duration

5 Days