What you will learn

• Techniques for calculating material and energy balances
• Thermodynamic modeling techniques and calculation of thermodynamic equilibrium
• Thermokinetics
• Computer-aided process engineering: Modeling and simulation of matter and energy transformation processes

Summary

This course aims to provide the basic notions of process thermodynamics and the rules for calculating mixtures and system equilibria. multi-component thermodynamics. These two elements constitute in fact, the heart and base for process modelling, simulation and optimization of industrial chemical processes.

Description

The course '' Thermodynamics of processes chemical '' aims to provide the basic notions necessary for the understanding of the thermodynamics of processes as well as methods for calculating mixtures and system thermodynamics balances.

Key Benefits

In concrete terms, following this course, participants will be able to understand:

• Techniques for calculating material and energy balances
• Thermodynamic modeling techniques and calculation of thermodynamic equilibrium
• Thermokinetics
• Computer-aided process engineering: Modeling and simulation of matter and energy transformation processes

Who Should Attend :

This course is intended for Process Engineers and Mathematical Modeling Engineers.

Participants must have the following prerequisites:

• Basic knowledge in macroscopic Thermodynamics (Bac+2, prepas).