Rotating Equipment Reliability & Optimization (Condition Monitoring & Best Practices) This course equips participants with the knowledge and skills to maximize the reliability, performance, and lifespan of rotating equipment such as pumps, motors, compressors, turbines, and gearboxes in industrial settings. It focuses on condition monitoring, predictive maintenance, troubleshooting, vibration analysis, alignment, lubrication, operational best practices, and failure prevention techniques.

Practical Session:

• Equipment component identification
• Demonstration of measurement instruments

Practical Session:

• Vibration measurement & data interpretation
• Thermal imaging inspection
• Oil sample analysis demonstration

Practical Session:

• Laser shaft alignment exercises
• Static & dynamic balancing demonstration
• Bearing inspection & replacement practice

Practical Session:

• Troubleshooting simulated mechanical & electrical faults
• Reliability assessment exercises
• By the end of this course, participants will be able to:
• Understand types of rotating equipment and their failure modes
• Apply condition monitoring techniques (vibration, temperature, oil analysis, etc.)
• Conduct root cause analysis for equipment failures
• Perform shaft alignment, balancing, and vibration analysis
• Implement lubrication, cooling, and operational best practices
• Plan and execute preventive, predictive, and reliability-centered maintenance
• Optimize equipment efficiency and operational availability
• Reduce unplanned downtime and maintenance costs
• Day 1 – Diesel Engine Fundamentals
• Day 1 – Fundamentals of Rotating Equipment
• Module 1: Introduction to Rotating Equipment
• Types: pumps, compressors, fans, motors, turbines, gearboxes
• Key components & operating principles
• Typical applications in industry
• Lifecycle, reliability, and performance metrics
• Module 2: Common Failure Modes
• Mechanical failures: shaft, bearings, seals
• Electrical failures: motors & drives
• Lubrication and cooling issues
• Operational & process-induced failures
• Module 3: Performance Monitoring Basics
• Critical parameters: vibration, temperature, pressure, speed, flow
• Monitoring methods & instrumentation
• Data collection & interpretation
• Day 2 – Condition Monitoring Techniques
• Module 4: Vibration Analysis
• Vibration principles & units
• Types of vibration sensors & measurement points
• Interpreting vibration spectra
• Common vibration patterns & fault signatures
• Module 5: Thermography & Temperature Monitoring
• Infrared thermography applications
• Hot spot detection
• Temperature profiling of bearings & motors
• Module 6: Lubrication & Oil Analysis
• Lubricant types & selection
• Oil sampling & analysis
• Wear particle detection
• Condition-based lubrication
• Day 3 – Alignment, Balancing & Mechanical Maintenance
• Module 7: Shaft Alignment
• Soft foot correction
• Laser alignment techniques
• Coupling alignment
• Misalignment effects on performance
• Module 8: Rotor & Shaft Balancing
• Static & dynamic balancing
• Balancing procedures
• Effects of imbalance on equipment reliability
• Module 9: Bearings & Mechanical Wear
• Types of bearings & failure modes
• Installation, lubrication, and maintenance
• Seal & packing maintenance
• Day 4 – Troubleshooting & Reliability Best Practices
• Module 10: Mechanical Troubleshooting
• Noise & vibration diagnosis
• Overheating & wear issues
• Seal & coupling failures
• Pump, fan, and compressor faults
• Module 11: Electrical Troubleshooting
• Motor faults: windings, insulation, starters
• Power quality issues
• Drive & control system faults
• Module 12: Reliability-Centered Maintenance
• Preventive vs predictive maintenance
• Failure mode & effects analysis (FMEA)
• Root cause analysis
• Maintenance planning & documentation
• Day 5 – Optimization, Case Studies & Workshop
• Module 13: Equipment Optimization Techniques
• Energy-efficient operation
• Load management & process matching
• Reducing friction and losses
• Module 14: Case Studies
• Real-world equipment failure analysis
• Lessons learned & corrective measures
• Benchmarking maintenance performance
• Module 15: Capstone Practical
• Conduct condition monitoring on rotating equipment
• Perform alignment & vibration checks
• Diagnose a simulated fault scenario
• Present findings & recommendations
• Module 16: Course Review & Wrap-Up
• Q&A session
• Knowledge assessment
• Certification issuance