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 |
Refineries are complex, integrated systems that convert crude oil into valuable fuels, petrochemical feedstocks, lubricants, and industrial products. Engineers, operators, and technical teams must understand how refinery units work, how they interact, and how process conditions influence product quality, safety, and efficiency.
This course provides a comprehensive foundation in refinery operations, major process units, crude oil characteristics, separation systems, conversion technologies, hydrotreating, and product blending. It is designed to strengthen operational awareness, troubleshooting capability, and process optimisation skills across refinery environments.
The GTMCS Refinery Operations & Process Units course delivers a practical, industry‑aligned, and competency‑focused learning experience.
This Training Course Will Highlight
Crude oil properties & assay interpretation
Refinery flow & configuration
Distillation & fractionation
Conversion units (FCC, hydrocracking, coking)
Hydrotreating & desulfurisation
Reforming & aromatics production
Product blending & quality control
Troubleshooting refinery operations
Course Benefits
Strengthen understanding of refinery operations
Improve troubleshooting & operational decision‑making
Build confidence in process unit behaviour
Enhance knowledge of crude oil properties & product quality
Support safe & efficient refinery operations
Align workforce with global refining standards
Tools & Techniques Covered
Crude assay interpretation
Distillation curve analysis
Process unit performance monitoring
Catalyst behaviour evaluation
Troubleshooting logic models
Product quality control tools
Practical Workshops
Crude assay interpretation
Distillation column behaviour simulation
Conversion unit case studies
Hydrotreating performance analysis
Refinery troubleshooting exercises
Real‑World Case Studies
Distillation column flooding due to crude variability
FCC unit catalyst deactivation
Hydrotreater temperature excursion
Coker drum foaming incident
Off‑spec gasoline due to blending error
Industry Relevance
This course is essential for:
Refinery engineers
Process operators
Production & planning teams
Maintenance & reliability professionals
HSSE & process safety teams
Future Skills Alignment
Refinery process literacy
Technical troubleshooting
Process optimisation
Catalyst & reaction awareness
Industrial problem‑solving
Objectives
By the end of this training course, participants will be able to:
Understand crude oil properties & refinery configuration
Analyse major refinery process units
Interpret distillation & conversion unit behaviour
Apply hydrotreating & reforming principles
Troubleshoot refinery process deviations
Support safe & efficient refinery operations
Certificates
Upon successful completion of this training course, participants will receive a GTMCS Certificate of Completion.
Curriculum
- 5 Sections
- 54 Lessons
- 10 Weeks
- Day 1 – Crude Oil Properties & Refinery Configuration8
- 1.1Crude oil composition & properties
- 1.2API gravity, sulfur, metals & contaminants
- 1.3Crude assay interpretation
- 1.4Refinery types (topping, hydroskimming, conversion)
- 1.5Refinery flow & integration
- 1.6Workshop: Interpret a crude assay
- 1.7Exercise: Map refinery process flow
- 1.8Case Study: Distillation upset due to crude variability
- Day 2 – Atmospheric & Vacuum Distillation10
- 2.1Atmospheric distillation principles
- 2.2Column internals & trays
- 2.3Vacuum distillation fundamentals
- 2.4Flash zone behaviour
- 2.5Product cut points & quality
- 2.6Workshop: Distillation column simulation
- 2.7Exercise: Analyse distillation curves
- 2.8Case Study: Column flooding incident
- 2.9Column internals & trays
- 2.10Vacuum distillation fundamentals
- Day 3 – Conversion Units: FCC, Hydrocracking & Coking15
- 3.1FCC (Fluid Catalytic Cracking)
- 3.2Catalyst behaviour
- 3.3Reactor/regenerator operation
- 3.4Common FCC issues
- 3.5Hydrocracking
- 3.6Reaction chemistry
- 3.7Catalyst activity
- 3.8Temperature control
- 3.9Coking
- 3.10Delayed coking process
- 3.11Drum operation
- 3.12Workshop: Conversion unit case studies
- 3.13Coke formation & foaming
- 3.14Exercise: Identify conversion unit deviations
- 3.15Case Study: FCC catalyst deactivation
- Day 4 – Hydrotreating, Reforming & Product Quality15
- 4.1Hydrotreating
- 4.2Desulfurisation
- 4.3Hydrogen consumption
- 4.4Temperature control
- 4.5Reforming
- 4.6Octane improvement
- 4.7Aromatics production
- 4.8Catalyst sensitivity
- 4.9Product Quality
- 4.10Gasoline, diesel & jet fuel specs
- 4.11Blending strategies
- 4.12Quality control tools
- 4.13Workshop: Hydrotreating performance analysis
- 4.14Case Study: Off spec gasoline due to blending error
- 4.15Exercise: Product blending simulation
- Day 5 – Troubleshooting & Operational Excellence6




