Batch chemical reactors modeling and simulation

On-demand training

Summary

Software:

Level

Level 1

Language

French - English

Duration

Two days

Information

Request a proposal for the dates and location of your choice.

Objectives

This level 1 training course covers chemical synthesis processes and the different methods to better handle this type of process. Attendees will learn how to optimize reactor yield, to better control reaction and to avoid runaways. They will also learn how to use kinetic data in order to simulate chemical reactions.

At the end of the training, attendees will be better equipped to study the different aspects of this type of process (choice of equipment, production yield...) as well as the associated issues (security, scale-up...). The training will use the BatchReactor software.

These objectives are evaluated at the end of the training.

Who should attend?

This training session is particularly relevant to chemists and chemical engineers involved in security, sizing or optimization studies of batch processes with chemical reactors and engineers that manufacture this type of equipment.

Agenda

  1. Introduction
    1. Applications
    2. Chemical system description
    3. Mass & energy balance
    4. Reactions speed
    5. Methodology
  2. Components & Thermodynamics
    1. Physico-chemical properties
    2. Equilibrium calculations
    3. Transport properties
    4. Simulis Thermodynamics within BatchReactor
  3. Kinetic parameters identification
    1. Methods
    2. Experimental data
    3. Simulis Kinetics
  4. Batch reactors modeling
  5. Technology database
    1. Principles
    2. Simulis Technologies
  6. Chemical reactions
    1. Principles
    2. Simulis Reactions
  7. Process Modeling
    1. Principles
    2. Operations steps
    3. Feeds / Sidestreams
    4. Pressure
    5. Composition
    6. BatchReactor: examples

You want to learn more about our training courses

Quote request Contact us View scheduled courses

Cost and Conditions

  • ProSim is a certified training center.

Training organization

  • Before the date of the training coursea 30-minute test session will be organized to validate that our online training environment is working properly with your material.
  • Duration: 4 sessions of 3h30 spread over 4 days
  • Location: online training. Login information will be sent to you prior to the training session.
  • Accessibilitycontact us if you have a disability.
  • Equipment: we have a virtual training room that allows training to be provided online and to follow each trainee individually, especially during the exercices. A web browser is sufficient to have access to the required software (no installation of particular software on your computer is necessary). However, this type of training requires a good internet connection, please check with your IT department beforehand. We recommend to have two screens for the training course.
  • Material support: educational booklet, Powerpoint presentation, computer with software installed.
  • Trainers: all our training courses are led by experienced trainers recognized by their peers. Our trainers are the same persons who develop the software and take care of Support.
  • Teaching method: the training course consists in theoretical lectures and applications exercises. A number of concrete case studies are discussed.
  • Assessment method: a learning assessment sheet is supervised by the trainer for each participant during the session.
  • Software to be used: Simulis Thermodynamics, Simulis Properties and Simulis Conversions.
  • Training follow-up: the follow-up of the execution of the action is done with the signature of attendance sheets by each trainee and by the evaluation sheet of the training session.
  • Software: BatchReactor
  • At the end of the training, a certificate will be issued.

Prerequisites

  • Background in chemical engineering / process engineering
  • Basic knowledge in software utilization

Information is collected before the training in order to identify the knowledge of each future participant.

 

 

Additional relevant training sessions

  • Thermodynamic approach in process simulation (suggested prerequisite)
  • Batch distillation columns modeling and simulation

Hello,

How can we help you? A question about the process simulation software and/or services… contact us.

Contact form