Course Introduction

Industrial plants frequently encounter operational disturbances, process deviations, and unexpected equipment behavior that may lead to plant upsets if not managed quickly and correctly. Effective plant upset management requires strong diagnostic skills, a deep understanding of process behavior, and structured troubleshooting techniques to identify, control, and resolve abnormal conditions.
This intensive course equips participants with the knowledge and hands-on tools needed to recognize abnormal situations early, troubleshoot process and equipment problems, stabilize plant performance, and prevent recurrence. Real operational case studies, simulations, and scenario-based discussions are incorporated to strengthen practical skills relevant to oil & gas, petrochemical, utilities, and process industries.

Course Objectives

Upon completing the course, participants will be able to:

• Understand causes and types of plant upsets and operational abnormalities.

• Identify early warning symptoms and process indicators of deviations.

• Analyze how disturbances affect process behavior and system stability.

• Apply systematic troubleshooting and problem-solving techniques.

• Respond safely and effectively to upset conditions.

• Interpret control system data, alarms, and trends for faster diagnosis.

• Coordinate actions between control room and field operations.

• Assess equipment-related causes of upsets and manage recovery strategies.

• Implement preventive measures to reduce future operational disturbances.

• Improve plant reliability, availability, and process safety performance.

Who Should Attend

This course is designed for professionals responsible for plant operations, troubleshooting, and process stability, including:

• Control Room Operators (CROs)

• Plant & Field Operators

• Process Engineers and Production Engineers

• Operations Supervisors & Shift Team Leaders

• Maintenance & Reliability Engineers

• Instrumentation & Automation Technicians

• HSE and Process Safety Professionals

• Startup, shutdown, and commissioning personnel

Course Outlines 

Module 1: Fundamentals of Plant Upset Management

• Definition of upsets, disturbances, and operational deviations

• Common process upset scenarios

• Interaction between equipment, processes, and controls

• Process safety concepts relevant to upset prevention

Module 2: Process Monitoring & Early Detection

• Using instrumentation, alarms, and control panels

• Trend analysis and deviation identification

• Recognizing abnormal signs in temperature, pressure, flow, and level

• Alarm management and prioritization

Module 3: Troubleshooting Methodologies

• Systematic troubleshooting frameworks

• Cause-and-effect analysis

• Identifying root indicators vs. symptoms

• Diagnosing mechanical, electrical, and control-related issues

Module 4: Managing Process Upsets in Critical Equipment

• Compressors, pumps, turbines, and rotating machinery

• Furnaces, heat exchangers, boilers, and reactors

• Separators, columns, and storage systems

• Instrumentation failure cases and responses

Module 5: Stabilization and Recovery Techniques

• Operational adjustments to control deviations

• Emergency corrective actions

• Controlled shutdown and safe isolation procedures

• Restart considerations after upset events

Module 6: Human Factors & Operational Excellence

• Improving operator situational awareness

• Communication between field operators and control room

• Decision-making under pressure

• Minimizing human error during abnormal situations

Module 7: Case Studies of Real Industrial Upsets

• Major upset incidents from oil & gas and petrochemicals

• Key lessons learned and best practices

• Preventive strategies and improvement opportunities

Module 8: Root Cause Analysis & Preventive Measures

• RCA tools: 5-Why, Fishbone, Fault Tree Analysis

• Documentation and reporting of upset events

• Operational changes, maintenance, and procedural updates

• Enhancing reliability and process stability