Available Dates & Venues
Classroom Schedule
| Date | Venue | Format | Fees | Registration |
|---|---|---|---|---|
| July 11, 2026 - July 17, 2026 | Saudi Arabia - Riyadh | Classroom | USD 0.00 | Registration closed |
Introduction
Process plants in petrochemical, chemical, and refining industries operate under complex conditions where equipment behaviour, process deviations, and operational changes can significantly impact safety, efficiency, and product quality. Engineers and operators must be able to diagnose problems quickly, understand root causes, and implement corrective actions that restore stability and optimise performance.
This course equips participants with structured troubleshooting methodologies, process deviation analysis, equipment behaviour interpretation, optimisation strategies, and real‑world case studies. It is designed to build strong operational judgement and enhance plant reliability.
The GTMCS Process Plant Troubleshooting & Optimisation course delivers a practical, industry‑aligned, and competency‑focused learning experience.
This Training Course Will Highlight
Troubleshooting logic models
Process deviation analysis
Root cause analysis
Equipment behaviour under upset conditions
Process optimisation strategies
Heat & mass transfer issues
Reaction & separation problems
Operational discipline
Course Benefits
Strengthen troubleshooting capability
Improve process stability & reliability
Enhance operational decision‑making
Build confidence in diagnosing equipment & process deviations
Support optimisation of throughput, energy, and product quality
Align workforce with best practices in process operations
Tools & Techniques Covered
Troubleshooting frameworks
RCA tools (5 Whys, Fishbone, Fault Tree)
Process data interpretation
Heat/mass transfer diagnostic tools
Reaction & separation performance analysis
Optimisation methodologies
Practical Workshops
Troubleshooting simulation
Process deviation analysis
Equipment behaviour interpretation
Heat/mass transfer case studies
Optimisation strategy development
Real‑World Case Studies
Distillation column flooding due to tray damage
Reactor conversion drop caused by catalyst deactivation
Heat exchanger fouling reducing throughput
Compressor surge affecting downstream units
Pump cavitation due to improper flow conditions
Industry Relevance
This course is essential for:
Process engineers
Operations & production teams
Maintenance & reliability professionals
HSSE & process safety teams
Supervisors & technical leaders
Future Skills Alignment
Troubleshooting competency
Process optimisation
Operational discipline
Equipment behaviour understanding
Industrial problem‑solving
Objectives
By the end of this training course, participants will be able to:
Apply structured troubleshooting methodologies
Analyse process deviations & abnormal conditions
Interpret equipment behaviour under upset scenarios
Diagnose heat/mass transfer, reaction & separation issues
Implement optimisation strategies for improved performance
Support safe & efficient plant operations
Certificates
Upon successful completion of this training course, participants will receive a GTMCS Certificate of Completion.
Curriculum
- 5 Sections
- 45 Lessons
- 10 Weeks
- Day 1 – Fundamentals of Process Troubleshooting7
- Day 2 – Process Deviation Analysis & Data Interpretation7
- Day 3 – Equipment Behaviour & Troubleshooting9
- 3.1Mechanical Equipment
- 3.2Pumps, compressors, heat exchangers
- 3.3Cavitation, fouling, vibration
- 3.4Process Equipment
- 3.5Reactors, columns, separators
- 3.6Temperature, pressure & flow deviations
- 3.7Workshop: Equipment behaviour interpretation
- 3.8Exercise: Diagnose equipment faults
- 3.9Case Study: Heat exchanger fouling reducing throughput
- Day 4 – Reaction, Separation & Heat/Mass Transfer Issues15
- 4.1Reaction Engineering Troubleshooting
- 4.2Conversion drop
- 4.3Catalyst deactivation
- 4.4Temperature control issues
- 4.5Separation Troubleshooting
- 4.6Distillation inefficiency
- 4.7Tray damage
- 4.8Poor mass transfer
- 4.9Heat/Mass Transfer
- 4.10Fouling
- 4.11Poor heat transfer
- 4.12Maldistribution
- 4.13Workshop: Reaction & separation troubleshooting
- 4.14Exercise: Heat/mass transfer diagnosis
- 4.15Case Study: Reactor conversion drop due to catalyst issues
- Day 5 – Process Optimisation & Operational Excellence7




