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Preliminary Design through Process Simulation
London Training For Excellence

Classroom based course with study materials, lecturer support and CPD Hours included

Summary

Price
£4,560 inc VAT
Study method
Online
Duration
5 days · Self-paced
Qualification
No formal qualification
Additional info
  • Tutor is available to students

4 students enquired about this course

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AI summary

This course equips learners with the knowledge and skills to effectively use process simulation software for preliminary design and feasibility analysis of chemical plants, saving time and money.

What you'll learn
  • Overview of commercial process simulation software
  • Reliable sources of process data and rules of thumb
  • Process flowsheeting fundamentals and unit operations
  • Estimation of chemical properties and fluid package selection
  • Methods to reach convergence and debug errors
  • Process optimization and use of spreadsheets
Who the course is for
  • Suitable for process engineers and those interested in chemical plant design
  • No specific prerequisites, but background in chemical engineering is beneficial
Key features
  • Suitable for learners wanting flexibility
  • Perfect for learners needing maximum flexibility around commitments
Skills & outcomes
  • Skills-based course designed to build practical knowledge in process simulation
  • Skills covered could be beneficial for roles in chemical engineering and plant design

AI generated summary, may contain mistakes. Full details in course description.

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Overview

Process simulation is a versatile tool used by process engineers to investigate about the feasibility of a process and to carry out preliminary design of chemical plants. This course will give you the knowledge necessary to use process simulation software with confidence and efficacy in order to save up money and time associated with the engineering activities.

Description

  • Introduction
  • Overview of commercial process simulation software
  • Reliable sources of process data
  • Rules of thumb
  • Process flowsheeting fundamentals
  • Graphical user interface of a process simulation software
  • Measurement units systems
  • Estimation of chemical properties
  • Fluid packages selection
  • Reaction package
  • Unit operations palette
  • Methods to reach convergence to solution
  • Error debugging
  • Recycles of material streams
  • Process optimization
  • Flowsheet user variables
  • Use of spreadsheets
  • Printing simulation results
  • Interpreting simulation results
  • Case studies

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