Formulate a population balance (write a population balance model)
Understand the origin and meaning of population balance sheet terms
Solving a population balance sheet (mathematical methods)
Validate the population balance model and estimate the parameters
Summary
This course aims to introduce participants to the concepts and fundamentals to follow and understand the evolution over time of the properties of dispersed particles. In some industrial processes , properties such as the particle size distribution should be mastered.
Description
The course '' Population balance model ''aims to simulate and estimate, a priori, the characteristics of the particles by knowing the operating conditions. It is a robust tool for prediction, optimization and process control , etc.
Key Benefits
Concretely, at the end of this course, participants will be able to:
Formulate a population balance (write a population balance model)
Understand the origin and meaning of population balance sheet terms
Solving a population balance sheet (mathematical methods)
Validate the population balance model and estimate the parameters
Who Should Attend :
This course is intended for engineers in chemical and process engineering, engineers in mathematical modeling.Participants must have the following prerequisites:
Mohamed HAMOU is an engineer in chemical & petrochemical processes, graduated from the Higher School of Hydrocarbons and Chemistry (Boumerdes, Algeria). He holds a PhD in Chemical Reaction Engineering from Claude Bernard University (Lyon, France). His research work has enabled him to acquire scientific skills both in chemical engineering (phenomenological modeling, process intensification, experimental measurements, etc.) and in applied mathematics (numerical methods, optimization, scientific programming). has worked on different issues and multidisciplinary issues related to the oil and gas industry, the phosphate industry and its derivatives. He has collaborated with various academic and industrial partners, from various fields such as process control, organic chemistry and catalysis.