#Aspen hysys depg model manual

To perform this separation, you will apply the standard Aspen HYSYS 3-Phase Separator. Add a Material Stream representing a mixture of natural gas, condensate, and produced water with the following conditions and composition: NameД«efore sending the feed mixture on to the Turbo Expander and Fractionation sections, it would be wise to attempt an inlet separation to knock out any produced water and as much liquid condensate as possible. Select the Simulation button below the Navigation Pane to enter the Simulation Environment.Д§. Scroll down through the Property Package Selection list and select PengRobinson. Click the Fluid Packages folder in the Navigation Pane, and Add a new Fluid Package. Note: To sort the components, you can click on the name on the component that you want to move and drag it to the desired position on the component list. Select Nitrogen, CO2, Methane, Ethane, Propane, i-Butane, n-Butane, iPentane, n-Pentane, n-Hexane, n-Heptane, n-Octane, and H2O. Select the Component Lists folder on the Navigation Pane and click on the Add button at the bottom of the page to create a new component list.ДЈ. Start a new case by opening Aspen HYSYS and selecting the New option.Дў.

WeвЂ™ll begin by defining a suitable property package and component list for use in the simulation. Therefore the first step in HYSYS is to set up the Properties Environment. Task 1 вЂ“ Set Up the Turbo Expander YouвЂ™ll begin this Turbo Expander/Fractionation process model from scratch. This workshop includes the following tasks: Task 1 вЂ“ Set Up the Turbo Expander Task 2 вЂ“ Adding the Fractionation Columns Task 3 вЂ“ Sales Gas Compression Task 4 вЂ“ Customizing Stream Properties The workshop is an introduction to the multi-pass exchanger unit operation and to the different options available to display properties both on the streams and on tables by using the stream tools and the HYSYS Workbook. The remaining gas is then re-compressed for export.

The process is a Turbo Expander plant where LPG Product is obtained from a feed natural gas stream by cooling, expanding, separating, and distilling the condensed liquids. In this workshop, you will build the flowsheet that will be used throughout most of the modules of this course. You will also review reporting in Aspen HYSYS by applying desired physical properties via the Correlation Manager. The liquids produced from the inlet hydrocarbons will feed into a fractionation section consisting of a pair of distillation columns for liquefied gas recovery. You will also use the LNG Exchanger unit operation to simulate a multi-pass heat exchanger. Objective In this workshop, you will build a turbo expander and NGL fractionation plant model. Getting Started Workshop Files can be found in folder: 01_GetStarted Safety Analysis Environment Workshop # 8: Safety Analysis Workshop Modeling Real Separators Workshop # 5: Model Real Separators WorkshopДynamic Depressuring Workshop # 6: Dynamic Depressuring Workshop Model an Acid Gas Cleaning Process Workshop # 3: Model an Acid Gas Cleaning Process Workshop Any such commitment must be explicitly set forth in a written contract between the customer and Aspen Technology, executed by an authorized officer of each company.ДЄdvanced Columns Workshop # 2: Advanced Columns Workshop that may be represented as вЂњproduct roadmaps.вЂќ Any such information is for discussion purposes only and does not constitute a commitment by Aspen Technology to do or deliver anything in these product roadmaps or otherwise. The information contained herein is subject to change without notice, and Aspen Technology assumes no responsibility for any typographical or other errors that may appear.ДЄspen Technology may provide information regarding possible future product developments including new products, product features, product interfaces, integration, design, architecture, etc. This document may not be reproduced or distributed in whole or part in any form or by any means without the prior written permission of Aspen Technology, Inc. 20 Crosby Drive, Bedford, Massachusetts 01730, USA.

#Aspen hysys depg model manual