Available Dates & Venues
Classroom Schedule
| Date | Venue | Format | Fees | Registration |
|---|---|---|---|---|
| July 11, 2026 - July 18, 2026 | Saudi Arabia - Riyadh | Classroom | USD 0.00 | Registration closed |
Introduction
Petrochemical process engineering is the foundation of modern industrial chemistry. It transforms crude oil, natural gas, and chemical feedstocks into essential products such as polymers, solvents, fuels, fertilizers, and industrial chemicals. Engineers and operators working in refineries, petrochemical complexes, and chemical plants must understand process flow, unit operations, reaction pathways, separation systems, and equipment behaviour to ensure safe, efficient, and reliable production.
This course provides a strong foundation in petrochemical processes, feedstock chemistry, unit operations, process flow diagrams, equipment fundamentals, and troubleshooting. It is designed to build technical confidence and operational excellence across downstream processing environments.
The GTMCS Petrochemical Process Engineering Fundamentals course delivers a practical, industry‑aligned, and competency‑focused learning experience.
This Training Course Will Highlight
Petrochemical feedstocks & chemistry
Process flow diagrams (PFDs & P&IDs)
Unit operations
Major petrochemical processes
Reaction pathways
Heat & mass transfer
Process equipment
Troubleshooting process deviations
Course Benefits
Strengthen understanding of petrochemical process fundamentals
Improve operational decision‑making & troubleshooting
Build confidence in reading PFDs & P&IDs
Enhance knowledge of unit operations & equipment
Support safe & efficient plant operations
Align workforce with petrochemical industry standards
Tools & Techniques Covered
Process flow diagram interpretation
Reaction pathway mapping
Heat & mass transfer calculations
Equipment performance analysis
Troubleshooting logic models
Process deviation analysis
Practical Workshops
PFD & P&ID interpretation
Feedstock & product mapping
Unit operation simulation
Heat & mass transfer exercises
Process troubleshooting practice
Real‑World Case Studies
Distillation column flooding due to feed variation
Reactor temperature runaway incident
Heat exchanger fouling reducing throughput
Compressor surge affecting downstream units
Process upset caused by incorrect valve alignment
Industry Relevance
This course is essential for:
Petrochemical & chemical engineers
Process engineers & operators
Production & manufacturing teams
Maintenance & reliability professionals
HSSE & process safety teams
Future Skills Alignment
Petrochemical process literacy
Technical troubleshooting
Process optimisation
Reaction engineering awareness
Industrial problem‑solving
Objectives
By the end of this training course, participants will be able to:
Understand petrochemical feedstocks & process chemistry
Read and interpret PFDs & P&IDs
Analyse major petrochemical unit operations
Apply heat & mass transfer principles
Identify process deviations & troubleshoot effectively
Support safe & efficient plant operations
Certificates
Upon successful completion of this training course, participants will receive a GTMCS Certificate of Completion.
Curriculum
- 5 Sections
- 46 Lessons
- 10 Weeks
- Day 1 – Petrochemical Industry & Feedstock Fundamentals8
- 1.1Overview of petrochemical industry
- 1.2Crude oil & natural gas feedstocks
- 1.3Naphtha, LPG, ethane & condensate chemistry
- 1.4Primary petrochemical building blocks (ethylene, propylene, aromatics)
- 1.5Process flow diagrams (PFDs) introduction
- 1.6Workshop: Identify feedstocks & products in a PFD
- 1.7Exercise: Map petrochemical value chains
- 1.8Case Study: Feed variation causing distillation column flooding
- Day 2 – Unit Operations in Petrochemical Plants8
- 2.1Distillation & fractionation
- 2.2Absorption & stripping
- 2.3Extraction & separation
- 2.4Heat exchangers & furnaces
- 2.5Reactors (fixed bed, fluidized bed, tubular)
- 2.6Workshop: Unit operation simulation
- 2.7Exercise: Identify unit operations in a process diagram
- 2.8Case Study: Heat exchanger fouling reducing throughput
- Day 3 – Major Petrochemical Processes8
- Day 4 – Heat & Mass Transfer in Petrochemical Systems11
- 4.1Heat Transfer
- 4.2Conduction, convection & radiation
- 4.3Heat exchanger performance
- 4.4Temperature control
- 4.5Case Study: Compressor surge affecting downstream units
- 4.6Workshop: Heat & mass transfer calculations
- 4.7Separation efficiency
- 4.8Mass Transfer
- 4.9Diffusion & mass transfer coefficients
- 4.10Column internals & packing
- 4.11Exercise: Analyse separation efficiency
- Day 5 – Process Troubleshooting & Operational Excellence11
- 5.1Troubleshooting logic & root cause analysis
- 5.2Process deviations & abnormal conditions
- 5.3Equipment behaviour under upset conditions
- 5.4Operational discipline & best practices
- 5.5Final Simulation: Troubleshoot a petrochemical process upset
- 5.6Presentation: Process improvement & optimisation plan
- 5.7Process deviations & abnormal conditions
- 5.8Equipment behaviour under upset conditions
- 5.9Operational discipline & best practices
- 5.10Final Simulation: Troubleshoot a petrochemical process upset
- 5.11Presentation: Process improvement & optimisation plan




