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MESOL

Octagon Management & Engineering Solutions

Process Simulation & Modeling Aspen Hysys Basic


Duration

( 07 days ) 02Hrs / day

Fee

300 USD

Training Mode

On-line


Courses Description

Objectives

· Learn to build, navigate and optimize process simulations using Aspen HYSYS

· Learn the efficient use of different HYSYS functions to build steady state process simulations


Who will benefit

· New engineering graduates/technologists who will be using Aspen HYSYS in their daily work

· Process engineers doing process design and optimization projects and studies

· Plant engineers checking plant performance under different operating conditions

· R&D engineers and researchers using Aspen HYSYS for process synthesis


Course Detail

Starting with HYSYS

Creating A New Simulation

Simulation Basis Manager

Adding Components to the Simulation

Selecting A Fluids Package

Enter Simulation Environment

Adding Material Streams

Case Study

Equations of State

Equations of State – Mathematical Formulations

Determine the specific volume of a pure component or a mixture with HYSYS

Compare the results obtained with different EOS Preview the result using Workbook

Analyze the property using Case Studies

Pump operation in HYSYS to model the pumping process

Connect streams to unit operations

Determine the pump efficiency and outlet temperature

Adding Unit Operations

Connecting unit operation with Streams

Case Study & Further Study

Compressor operation in HYSYS to model the compressing process

Define a new component using hypothetical

Determine the compressor efficiency and outlet temperature

Case Study & Further Study

Expander operation in HYSYS to model the expansion process

Determine the expansion efficiency and outlet temperature

Case Study & Further Study

Heat exchanger operation in HYSYS to model the heat transfer process

Problem Analysis

Building the Simulation

Case Study & Further Study

Flash separator operation in HYSYS to model the flash separation process

Problem Analysis

Building the Simulation

Adding a Feed Stream

Adding a Compressor

Adding a Cooler

Adding a Flash Separator

Case Study & Further Study


Partial oxidation reaction of methane to produce hydrogen

Develop a model that represents partial oxidation of methane to produce hydrogen

Simulate conversion reactor and reactions

Add the reactions and reaction sets

Attach reaction sets to the fluid package

Making Sequential Reactions

Case Study

Develop a model that represents the water gas shift reaction

Simulate equilibrium reactor and reactions in

HYSYS

Re-add the reactions and reaction sets

Attach reaction sets to the fluid package

Print Stream and Workbook Datasheets

Problem Analysis & a case study

Production of propylene glycol

Simulate continuously-stirred-tank reactor and reactions in HYSYS

Set new Session Preferences

Creating a New Unit Set

Providing Binary Coefficients

Defining the Reaction

Installing the Mixer

Installing the Reactor

Case Study

Absorber operation in HYSYS to model the absorption process

Problem Analysis

Running the Simulation

Changing Trays to Packing

Getting the Design Parameters

Case Study & Further Study

Recovery of (NGL) from natural gas

Add columns using the Input Experts

Add extra specifications to columns

De-Methanizer Operation

De-Ethanizer Operation

De-Propanizer Operation

Adding a Valve

Case Study




On-line Registration:

http://www.omesol.com/student


Available Payment Methods:

VISA, MASTERCARD, Paypal, Discover, American

Express, Diners Club International, JCB

On-line Fee Submission:

http://www.omesol.com/submit-fee-online