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
Chemical engineering is the core discipline behind industrial processing, petrochemical production, refining, and chemical manufacturing. It integrates chemistry, physics, thermodynamics, fluid mechanics, heat/mass transfer, and reaction engineering to design, operate, and optimise complex process plants.
This course provides engineers, operators, and technical teams with a strong foundation in chemical engineering principles, industrial applications, process calculations, and troubleshooting. It is designed to build technical confidence and enhance operational decision‑making across chemical and petrochemical environments.
The GTMCS Chemical Engineering Essentials course delivers a practical, industry‑aligned, and competency‑focused learning experience.
This Training Course Will Highlight
Chemical engineering fundamentals
Thermodynamics & phase behaviour
Fluid flow & hydraulics
Heat transfer & energy balance
Mass transfer & separation processes
Reaction engineering
Process calculations
Troubleshooting chemical processes
Course Benefits
Strengthen core chemical engineering knowledge
Improve process understanding & operational awareness
Enhance troubleshooting & diagnostic capability
Build confidence in process calculations & analysis
Support safe & efficient plant operations
Align workforce with chemical engineering best practices
Tools & Techniques Covered
Material & energy balance calculations
Thermodynamic property estimation
Fluid flow & pressure drop tools
Heat exchanger analysis
Mass transfer & separation efficiency
Reaction rate & conversion calculations
Practical Workshops
Material & energy balance exercises
Heat transfer & fluid flow calculations
Mass transfer & separation simulations
Reaction engineering practice
Troubleshooting case studies
Real‑World Case Studies
Reactor conversion drop due to temperature deviation
Distillation column inefficiency caused by tray damage
Heat exchanger fouling reducing heat transfer
Pump cavitation due to improper flow conditions
Process upset caused by incorrect mass balance
Industry Relevance
This course is essential for:
Chemical & petrochemical engineers
Process engineers & operators
Production & manufacturing teams
Maintenance & reliability professionals
HSSE & process safety teams
Future Skills Alignment
Chemical 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 core chemical engineering principles
Apply thermodynamics, fluid flow & heat/mass transfer
Conduct process calculations confidently
Analyse reaction behaviour & conversion
Troubleshoot chemical process deviations
Support safe & efficient plant operations
Certificates
Upon successful completion of this training course, participants will receive a GTMCS Certificate of Completion.
Curriculum
- 5 Sections
- 47 Lessons
- 10 Weeks
- Day 1 – Fundamentals of Chemical Engineering8
- Day 2 – Thermodynamics & Phase Behaviour8
- Day 3 – Fluid Flow & Heat Transfer11
- 3.1Fluid Flow
- 3.2Flow regimes (laminar, turbulent)
- 3.3Pressure drop & friction factor
- 3.4Pumping & hydraulics
- 3.5Heat Transfer
- 3.6Conduction, convection & radiation
- 3.7Heat exchanger types
- 3.8Heat transfer coefficients
- 3.9Workshop: Pressure drop & heat transfer calculations
- 3.10Exercise: Analyse heat exchanger performance
- 3.11Case Study: Heat exchanger fouling reducing efficiency
- Day 4 – Mass Transfer & Separation Processes8
- 4.1Diffusion & mass transfer coefficients
- 4.2Distillation fundamentals
- 4.3Absorption & stripping
- 4.4Extraction & separation efficiency
- 4.5Column internals & packing
- 4.6Workshop: Distillation & mass transfer simulation
- 4.7Exercise: Separation efficiency analysis
- 4.8Case Study: Distillation inefficiency due to tray damage
- Day 5 – Reaction Engineering & Troubleshooting12
- 5.1Reaction Engineering
- 5.2Reaction kinetics
- 5.3Rate laws & conversion
- 5.4Reactor types (CSTR, PFR)
- 5.5Catalysis basics
- 5.6Troubleshooting
- 5.7Troubleshooting logic
- 5.8Process deviations
- 5.9Root cause analysis
- 5.10Workshop: Reaction rate & conversion calculations
- 5.11Exercise: Troubleshoot a reaction system deviation
- 5.12Case Study: Pump cavitation due to improper flow conditions




