Curriculum
- 5 Sections
- 47 Lessons
- 10 Weeks
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- 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
Material & energy balances
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