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Chemical Process Simulation - Modeling Using AVEVA PRO/II
Rating: 4.1 out of 5(86 ratings)
364 students

Chemical Process Simulation - Modeling Using AVEVA PRO/II

Learn how to Simulate and Model Chemical and Industrial Process via real-world examples & project-based assignments !
Created byInomzhon Saidmuratov
Last updated 3/2021
English

What you'll learn

  • Simulate basic & complex industrial processes
  • Have the tools and knowledge to be able to facilitate process design projects
  • Model basic & complex chemical processes
  • Set up the required inputs for a Simulation
  • Be able to model the most important/used Unit Operations
  • Be disposed to run the Refining Process simulations
  • Size Distillation and refining equipments

Course content

8 sections • 18 lectures • 3h 3m total length

  • Brief Information about Process Engineering8:07

    This is the brief Introduction to Chemical Process Engineering . Here you will learn what does Chemical Process Engineering mean and why should we use the Simulation Softwares in this subect.

Requirements

  • Chemical Engineering Basics
  • SimSci PRO II (any version), < V10 would be better to use >
  • Elementary Principles of Plant Operation/Design
  • No experience required - We teach you from beginning
  • Knowing Mass Transfer , Heat Transfer & Thermodynamics will be easier to understand the processes , if you don't know them well , don't worry . I'll teach them in very simple way .

Description


THIS COURSE IS BEING UPDATED EVERY FRIDAY ! ! ! 

In this course you will be introduced how the following chemical processes work and how to build  and run the basic to complex simulations step by step in  professional and  most prestigious ,world used Simulation Program ,  AVEVA PRO/II  (version 10.0) . In addition , in this course you will be shown the applications of hydraulics in the practical exercises as well as in the presentations. 

The simulation process taught in this course are with no fluff added. I respect your time and want to teach you what you need to know without bogging you down in the unnecessary details or theory. 

This is a practical course  that will take you into various process simulations and examples to enhance your learning.

In addition , the Individual Case Studies are very professional processes of real daily life . The solutions of how to model and ways of analyzing and solving the problems are shown and explained step by step at the end of every INDIVIDUAL STUDY CASE sections in order to make easier to search the mistakes of your own. 

Please note that most of the sections are directly explained in a PRO II itself to save and prevent spending your valuable time . 

 These skills will  also provide a huge boost to your resume and provide you the knowledge to confidently answer any related interview questions.

" Push yourself , because no one else is going to do it for you "

How the course is set

This course is designed for anyone who has the basic knowledge  of Chemical Engineering  and an interest in Simulation of Industrial Chemical Processes. Each section has lectures dedicated to covering the required theoretical background to the course and also has screen videos to show how the process of interest is simulated using the Schneider PRO II process simulator software. We don't just learn how to proceed the simulation , but we learn how to converge ( model and run ) simulations.

As a Process Engineer, I HIGHLY RECOMMEND you to join this course , you will not regret  to do so . All the lectures are taught in zenith , clear , comprehensive and passionately  of all .

After completing this course I promise ,  you will be working on Chemical Process projects by yourself , without any aid or guidance. 

" A year from now , you'll wish you have STARTED TODAY " -  Karen Lamb 

Who this course is for:

  • Undergraduate & Graduate University students with CHEMICAL Engineering & Oil &Gas Engineering and Petroleum Engineering degrees
  • Chemists , Physicists
  • Biochemical Engineers
  • Industrial Engineering students
  • Chemical Engineering students who are amateur in Process Design
  • Process engineers doing process design and optimization projects and studies
  • New engineering graduates/technologists who will be using PRO II in their daily work
  • Plant engineers checking plant performance under different operating conditions
  • R&D engineers and researchers using Aspen HYSYS and PRO II for process synthesis

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