Course Details

This course is appropriate for a wide range of professionals but not limited to:

• Process Engineers
• Plant Engineers
• Operations Supervisors
• Maintenance Engineers
• Reliability Engineers
• Control & Instrumentation Personnel

• Expert-led sessions with dynamic visual aids
• Comprehensive course manual to support practical application and reinforcement
• Interactive discussions addressing participants’ real-world projects and challenges
• Insightful case studies and proven best practices to enhance learning

By the end of this course, participants should be able to:

• Apply systematic troubleshooting methods
• Identify root causes of plant problems
• Analyze process and equipment performance
• Troubleshoot control and instrumentation issues
• Improve plant reliability and efficiency
• Develop effective corrective action plans
• Utilize engineering problem-solving tools
• Support operational excellence initiatives

DAY 1

Fundamentals of Process Plant Troubleshooting and Engineering Problem Solving
Principles of Troubleshooting in Process Plants 

• Definition, objectives, and scope of troubleshooting 
• Characteristics of effective troubleshooters 
• Systematic versus reactive troubleshooting approaches 
• Common causes of process plant problems 
• Relationship between troubleshooting, reliability, and operational excellence 

Engineering Problem-Solving Methodology 

• Structured problem-solving models 
• Problem definition and problem statement development 
• Data collection and verification techniques 
• Identifying symptoms versus root causes 
• Fact-based decision-making 
• Critical thinking and analytical techniques 

Understanding Process Plant Systems 

• Process flow diagrams (PFDs) and piping and instrumentation diagrams (P&IDs) 
• Process variables and their interactions 
• Equipment functions and operating principles 
• Process control loops and plant-wide interactions 
• Operational limits and process constraints 

Root Cause Analysis Techniques 

• Root cause versus immediate cause 
• Cause-and-effect relationships 
• Fishbone (Ishikawa) analysis 
• 5-Why methodology 
• Fault Tree Analysis (FTA) 
• Event and causal factor analysis 

Process Data Analysis for Troubleshooting 

• Process trends and performance monitoring 
• Identifying abnormal operating conditions 
• Data validation and interpretation 
• Statistical tools for troubleshooting 
• Recognizing patterns and deviations 
• Utilizing historical plant data 
   

DAY 2

Troubleshooting Process Equipment and Control Systems
Troubleshooting Pumps, Compressors, and Rotating Equipment 

• Common failure modes and operational problems 
• Flow, pressure, and vibration-related issues 
• Cavitation, surge, and recirculation problems 
• Mechanical seal and bearing failures 
• Diagnostic techniques and corrective actions 

Troubleshooting Heat Transfer Equipment 

• Heat exchangers performance problems 
• Fouling, scaling, and corrosion issues 
• Temperature imbalance diagnosis 
• Condensers, reboilers, and cooling systems 
• Thermal efficiency assessment 

Troubleshooting Separation and Process Units 

• Distillation column performance issues 
• Separator and vessel operational problems 
• Filtration system troubleshooting 
• Reactor process abnormalities 
• Process upsets and stability concerns 

Instrumentation and Control System Troubleshooting 

• Measurement errors and instrument failures 
• Sensor, transmitter, and control valve issues 
• Calibration-related problems 
• Control loop performance assessment 
• Troubleshooting distributed control systems (DCS) 
• Alarm management and diagnostics 

Electrical and Utility System Troubleshooting 

• Power distribution system issues 
• Motor and motor control center problems 
• UPS and backup power system concerns 
• Compressed air and utility system troubleshooting 
• Steam, cooling water, and utility network problems 
   

DAY 3

Advanced Troubleshooting, Reliability Improvement, and Case Studies
Advanced Process Troubleshooting Techniques 

• Failure Mode and Effects Analysis (FMEA) 
• Reliability-Centered Maintenance (RCM) concepts 
• Risk-based troubleshooting approaches 
• Predictive and condition-based diagnostics 
• Digital monitoring and process analytics 

Human Factors in Troubleshooting 

• Cognitive biases and troubleshooting errors 
• Effective communication during plant incidents 
• Shift handover and information management 
• Decision-making under pressure 
• Team coordination in problem resolution 

Troubleshooting During Plant Upsets and Emergencies 

• Managing abnormal operating conditions 
• Troubleshooting startup and shutdown problems 
• Identifying process bottlenecks 
• Handling equipment trips and process interruptions 
• Maintaining safety during troubleshooting activities 

Engineering Problem Solving for Process Optimization 

• Performance gap analysis 
• Process efficiency improvement techniques 
• Energy optimization opportunities 
• Debottlenecking methodologies 
• Continuous improvement and operational excellence 

Integrated Process Plant Troubleshooting Case Studies 

• Rotating equipment failure investigations
• Heat exchanger performance degradation cases 
• Distillation and separation process problems 
• Instrumentation and control loop malfunction cases 
• Utility system failure analysis 
• Root cause identification and corrective action development 
• Preventive measures and lessons learned 
• Developing effective troubleshooting and problem-solving action plans for long-term reliability improvement