EMAGISTER CUM LAUDE
EMAGISTER CUM LAUDE
London Training for Excellence

Ionic Liquids

London Training for Excellence
In London (England)
  • London Training for Excellence

Preis auf Anfrage
PREMIUM-KURS

Wichtige informationen

Tipologie Kurs
Ort London (England)
Dauer 5 Days
Beginn nach Wahl
  • Kurs
  • London (England)
  • Dauer:
    5 Days
  • Beginn:
    nach Wahl
Beschreibung

Emagister has added an Ionic Liquids programme designed by London Training for Excellence.

This course has been especially addressed to scientists and inventors who are related in the oil and gas, plastics and solvents industry. Thanks to this course you will get a deep understanding of the new class of materials, the Ionic Liquids.

In only 20 hours you will get to learn to offer solutions about solvents, adsorbents, separation membranes, bio sensors, electrochemical sensors, electronics.

Don't wait more time and contact Emagister website so you could learn more about the details of this course!

Einrichtungen (1)
Wo und wann
Beginn Lage
nach Wahl
London
198-206 Acton Ln, NW10 7NH, London, England
Karte ansehen
Beginn nach Wahl
Lage
London
198-206 Acton Ln, NW10 7NH, London, England
Karte ansehen

Was lernen Sie in diesem Kurs?

Staff
Chemical Engineering
Design
Industrial Engineering
Oil and Gas
Simulation
Industry
Industrial Chemistry
Chemistry
Staff
Simulation
Staff
Chemical species
Chemical bonds
Liquid cracking Gas
Liquid cracking Gas
Simulation
Liquid cracking Gas

Themenkreis

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 Day 6 Economics Troubleshooting Operational stability Steady state Control Simulation examples of separation processes Day 7 Thermodynamic principles Energy and Exergy analysis in industrial processes / separations Optimization function Sizing and devices Simulation examples of separation processes