Aspen Plus & HYSYS (Sept batch)

This Aspen Plus Course will show you how to model and simulate Processes (From Petrochemical, to Ammonia Synthesis and Polymerization).
Analysis of Unit Operation will help you in order to optimize the Chemical Plant.
This is helpful for students, teachers, engineers and researchers in the area of R&D and Plant Design/Operation.
The course is didactic, with a lot of applied theory and Workshops/Study cases.
At the end of the course you will be able to setup a simulation, run it, get results and more important, analysis of the process for further optimization.

Course Content

“Interactive Lecture & Aspen Plus Use in industries “

Lectute 1

01:10:05

Introduction to Aspen hysys
User Interface, Model palets, Unit sets, Help section File type like .bkp, apwz, apw. Templates. Simulation, Properties and all environment.

Property Environment -Selection of Physical Property Methods
Type of component and properties selection. Electrolytic wizard, SFE assistance,

Understanding of Unit operation models in Aspen HYSYS
 Simulation of Flash Drum, Mixer/Splitters  Simulation of Reactor Models  Reactors- Conversion, Equilibrium, Gibbs, CSTR.  Exchangers-Heater, Cooler.  Simulation of Distillation Models

Logical Operations
Use of balance, adjust, set, recycle, spreadsheet. Stream cutter, transfer function

Equipment Sizing
 Column Sizing & Rating Detailed Column Hydraulics study

Simulation Tools
 Stream analysis, Data tables Model summary, utility manager

Simulation of distillation column

Simulation Environment
Model Palette, Ribbon options, material Streams, energy stream, Overview of Unit operations

Introduction to HYSYS dynamics
 Example on dynamic simulation  Compressor Dynamic study  Analyze error and warning messages  Convergence Methods Tear Stream

Line Sizing

Common Reporting options & HYSYS workbook

HYSYS case studies
 Hydrotreator Modelling Crude Column Modelling

Understanding of Unit operation models in Aspen Plus
Simulation of Separators -Flash Drum, Mixer/Splitters Calculation of Bubble Point & Dew Point Simulation of Reactor Models Simulation of Reactors-R Stoic,Requilibrium, RGibbs, CSTR, PFR, Specifying Reactions Exchangers-Heater, Cooler, HeatX Simulation of Distillation Models DSTWU, DISTL, RadFrac, Petrofac

Flowsheeting Options
Design Specification Calculators

Model Analysis Tools
Sensitivity analysis Optimization

Equipment Sizing
Column Sizing & Rating (rigorous designing)

Case Studies

Convergence
Analyze error and warning messages Convergence Methods Tear Stream

Aspen Certification Exam Guidance

Student Ratings & Reviews

No Review Yet

Aspen Plus & HYSYS (Sept batch)

What Will You Learn?

Course Content

“Interactive Lecture & Aspen Plus Use in industries “

Lectute 1

Introduction to Aspen hysys
User Interface, Model palets, Unit sets, Help section File type like .bkp, apwz, apw. Templates. Simulation, Properties and all environment.

Lecture 2

Lecture 3

Property Environment -Selection of Physical Property Methods
Type of component and properties selection. Electrolytic wizard, SFE assistance,

Understanding of Unit operation models in Aspen HYSYS
 Simulation of Flash Drum, Mixer/Splitters  Simulation of Reactor Models  Reactors- Conversion, Equilibrium, Gibbs, CSTR.  Exchangers-Heater, Cooler.  Simulation of Distillation Models

Lecture 4: Unit operation

Lecture 5: Unit operation

Logical Operations
Use of balance, adjust, set, recycle, spreadsheet. Stream cutter, transfer function

Lecture 6: Logical operation

Equipment Sizing
 Column Sizing & Rating Detailed Column Hydraulics study

Simulation Tools
 Stream analysis, Data tables Model summary, utility manager

Lecture 7: Simulation tools & equipment sizing

Simulation of distillation column

Lecture 8: Distillation column simulation

Simulation Environment
Model Palette, Ribbon options, material Streams, energy stream, Overview of Unit operations

Introduction to HYSYS dynamics
 Example on dynamic simulation  Compressor Dynamic study  Analyze error and warning messages  Convergence Methods Tear Stream

lecture : 11 Introduction to dynamic simulation

Lecture 9: Dynamic simulation

Lecture 10: Dynamic simulation

Line Sizing

Lecture 11: Line sizing

Common Reporting options & HYSYS workbook

HYSYS case studies
 Hydrotreator Modelling Crude Column Modelling

Lecture 12

Lecture:13

Flowsheeting Options
Design Specification Calculators

Model Analysis Tools
Sensitivity analysis Optimization

Equipment Sizing
Column Sizing & Rating (rigorous designing)

Case Studies

Convergence
Analyze error and warning messages Convergence Methods Tear Stream

Aspen Certification Exam Guidance

What Will You Learn?

Course Content

“Interactive Lecture & Aspen Plus Use in industries “

Lectute 1

Introduction to Aspen hysys User Interface, Model palets, Unit sets, Help section File type like .bkp, apwz, apw. Templates. Simulation, Properties and all environment.

Lecture 2

Lecture 3

Property Environment -Selection of Physical Property Methods Type of component and properties selection. Electrolytic wizard, SFE assistance,

Understanding of Unit operation models in Aspen HYSYS  Simulation of Flash Drum, Mixer/Splitters  Simulation of Reactor Models  Reactors- Conversion, Equilibrium, Gibbs, CSTR.  Exchangers-Heater, Cooler.  Simulation of Distillation Models

Lecture 4: Unit operation

Lecture 5: Unit operation

Logical Operations Use of balance, adjust, set, recycle, spreadsheet. Stream cutter, transfer function

Lecture 6: Logical operation

Equipment Sizing  Column Sizing & Rating Detailed Column Hydraulics study

Simulation Tools  Stream analysis, Data tables Model summary, utility manager

Lecture 7: Simulation tools & equipment sizing

Simulation of distillation column

Lecture 8: Distillation column simulation

Simulation Environment Model Palette, Ribbon options, material Streams, energy stream, Overview of Unit operations

Introduction to HYSYS dynamics  Example on dynamic simulation  Compressor Dynamic study  Analyze error and warning messages  Convergence Methods Tear Stream

lecture : 11 Introduction to dynamic simulation

Lecture 9: Dynamic simulation

Lecture 10: Dynamic simulation

Line Sizing

Lecture 11: Line sizing

Common Reporting options & HYSYS workbook

HYSYS case studies  Hydrotreator Modelling Crude Column Modelling

Lecture 12

Lecture:13

Flowsheeting Options Design Specification Calculators

Model Analysis Tools Sensitivity analysis Optimization

Equipment Sizing Column Sizing & Rating (rigorous designing)

Case Studies

Convergence Analyze error and warning messages Convergence Methods Tear Stream

Aspen Certification Exam Guidance

Student Ratings & Reviews

Introduction to Aspen hysys
User Interface, Model palets, Unit sets, Help section File type like .bkp, apwz, apw. Templates. Simulation, Properties and all environment.

Property Environment -Selection of Physical Property Methods
Type of component and properties selection. Electrolytic wizard, SFE assistance,

Understanding of Unit operation models in Aspen HYSYS
 Simulation of Flash Drum, Mixer/Splitters  Simulation of Reactor Models  Reactors- Conversion, Equilibrium, Gibbs, CSTR.  Exchangers-Heater, Cooler.  Simulation of Distillation Models

Logical Operations
Use of balance, adjust, set, recycle, spreadsheet. Stream cutter, transfer function

Equipment Sizing
 Column Sizing & Rating Detailed Column Hydraulics study

Simulation Tools
 Stream analysis, Data tables Model summary, utility manager

Simulation Environment
Model Palette, Ribbon options, material Streams, energy stream, Overview of Unit operations

Introduction to HYSYS dynamics
 Example on dynamic simulation  Compressor Dynamic study  Analyze error and warning messages  Convergence Methods Tear Stream

HYSYS case studies
 Hydrotreator Modelling Crude Column Modelling

Flowsheeting Options
Design Specification Calculators

Model Analysis Tools
Sensitivity analysis Optimization

Equipment Sizing
Column Sizing & Rating (rigorous designing)

Convergence
Analyze error and warning messages Convergence Methods Tear Stream