Separation Processes: Extraction, Distillation and Absorption
Classroom based course with study materials, lecturer support and CPD Hours included
London Training For Excellence
Summary
- Tutor is available to students
Overview
Description
Day 1
- Introduction to separation processes
- Chemical properties of interest
- Physical properties of interest
- Micro to macro level separations
- Separation importance and economics
- Case studies
- Simulation tools: from computational chemistry to CFD and Process simulation
- Importance of simulation stages
- Levels of simulation
Day 2
- Adsorption and Absorption
- Interaction energies
- Physical vs Chemical adsorption
- Porous adsorbents
- Types of adsorbents
- Adsorption and absorption columns
- Absorbents
- Liquid Amines and ionic Liquids
- Separation from multi component mixtures
- Efficiency of adsorption and absorption
- Reversibility
- Kinetics and Thermodynamics
- Case studies
- Simulation examples
Day 3
- Distillation
- Principles and equations
- Energy consumption
- McCabe Thiele and empirical equations
- Design and Optimization
- Case studies
- Thermodynamics and limitations
- Novel approaches
- Types of combined distillation [multi step, extractive, adsorptive, reactive]
- Simulation of Distillation
Day 4
- Extraction
- Liquid - Liquid extraction principles
- Dispersions and colloids
- Known [classical] vs Novel extraction liquids
- Ionic Liquids case
- Efficiency and energy requirements
- Column design
- Interface extraction
- Advances and breakthroughs
- Specific cases
- Simulation of extraction: Computational Chemistry and Process Simulation examples
- Limitations
- Operation and Design
Day 5
- Comparative studies of liquid-liquid extraction vs distillation
- Comparative studies of liquid-liquid extraction vs adsorption
- Comparative studies of liquid-liquid extraction vs absorption
- Comparative studies of liquid-liquid extraction vs extraction
- Economics
- Troubleshooting
- Operational stability
- Steady state
- Control
- Simulation examples of separation processes
- Thermodynamic principles
- Energy and Exergy analysis in industrial processes / separations
- Optimization function
- Sizing and devices
- Simulation examples of separation processes
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