Mechanical Engineering for Static and Rotating Equipment


OBJECTIVES

At the end of this seminar, you will learn to:

  • Follow the requirements of industry inspection standards and practices
  • Identify elements of safety of pressure vessels, storage tanks and pipelines
  • Apply diagnostics and inspection procedures to pressure equipment
  • Analyze results of condition monitoring and corrosion tests of static equipment
  • Plan and manage activities related to maintenance and repair
  • Apply industry inspection standards and best practices at your organization
  • Optimize design and operation methods for your rotating equipment
  • Apply diagnostics and inspection procedures to the rotating equipment
  • Analyze results of condition monitoring and vibration control of rotating equipment
  • Plan and manage activities related to maintenance and repair of rotating equipment

Outline

Materials Engineering for Static Equipment
  • Engineering Material Properties and Selection
  • Materials Testing and Types of Metals
  • Materials Failure Mechanisms
  • Mechanical Design, Standards and Codes
 
Pressure Vessels, Tanks and Piping Systems
  • Pressure Vessels and Steam Boilers
  • Above Ground Storage Tanks: Operation & Safety
  • Pipelines & Piping Systems: Operation & Safety
  • Pressure Relief Valves: Selection & Sizing
  • ASME BPV VIII & ASME B31.3 Standards and API Codes
  • Storage Tanks: External & Internal Maintenance Techniques
  • Cathodic Protection of Pipelines and Storage Tanks
 
Heat Exchanger: Types and Design Criteria
  • Fundamentals and Types of Heat Exchangers
  • Tube and Shell Heat Exchanger Design Methods
  • Plate Heat Exchangers
  • Performance Determination of Heat Exchangers
 
Boilers and Valves: Design and Fundamentals of Operation
  • Design and Operation of Boilers
  • Operation and Control Methods
  • Types of Valves
  • Inspection Techniques for Boilers and Valves
 
Inspection, Monitoring & Maintenance Engineering  
  • Risk Management & Mitigation Technologies: ALARP Criteria
  • Risk Based Inspection (RBI API 580) For Stationary Pressure Equipment (NDT)
  • Pipeline Internal and External Corrosion Direct Assessment (ICDA & ECFA) Methods
  • Repair Modern Technologies
  • Course Review, Summary and Conclusions
Module 2: Mechanical Engineering for Rotating Equipment
 
Motors: Operation and Technical Characteristics
  • Operation Principles of Motors
  • Motor Characteristics: Torque Power Curves
  • Power Consumption of Motors
  • Motors International Standards
  • Common Failure Modes
  • Condition Monitoring Methods
 
Pumps: Design, Operation and Monitoring Methods
  • Pump Types, Positive Displacement and Dynamic
  • Pump curves and Pump Selection
  • Pumping system optimisation
  • Energy saving opportunities for pumps
 
Compressors: Design, Operation and Monitoring Methods
  • Types of Compressors
  • Compressor Performance Curves
  • Surge and Stonewall on Compressors
  • Effects of Speed and Gas Composition
 
Steam Turbines: Design, Operation and Monitoring Methods
  • Fundamentals of Steam
  • Design and Operation of Steam Turbines
  • Boiler Types and Characteristics
  • Performance of Steam Turbines
 
Gas Turbines: Design, Operation and Monitoring Methods
  • Design and Operation of Gas Turbines
  • Gas Turbine Characteristics
  • Performance of Gas Turbines
  • Summary and Conclusions

المواعيد المتاحة

دبى
من 25-11-2024    الى 29-11-2024