Click the Close icon to close the C7+* view. Verify that the Critical tab appears as in the figure below before closing the view. Finally, click the Estimate Unknown Props button to complete specification of the hypothetical component. Select units of kg/ m3 and the program will automatically convert the liquid density to 47.45 lb/ft3.ħ. Enter 760 kg/m3 into the Ideal Liquid Density cell by first selecting that cell and then typing 760. Go to the Critical tab and enter 122 into the Molecular Weight cell. Enter C7+ into the Component Name cell and make sure that Family/Class is set to Hydrocarbon. The Hypothetical Component Property View appears. In the Component List view, select Hypothetical in the Add Component list. In this tutorial, you will be creating a hypothetical component. Create a fluid package with the following information:įor more information on creating a Hypothetical Component, refer to Chapter 3 Hypotheticals in the UniSim Design Simulation Basis manual.Ĭ1, C2, C3, i-C4, n-C4, i-C5, n-C5, C6, Nitrogen, CO2, and H2S Close iconġ.2.2 Define the Fluid Package 1. Click the Close icon to close the Session Preferences view. Select the Fields in the Available Unit Sets group. Go to the Variables tab and select the Units page. Select the Preferences command to open the Session Preferences view. Open the Tools drop-down menu in the menu bar. All units for this example are Field.ġ.2 Setting Up the Flowsheet To begin setting up the flowsheet, you must start UniSim Design and create a New case.ġ.2.1 Select the Unit Set To change the unit set to Field: 1. A Fluid System with a hypothetical component is used in a pressure drop calculation for a predetermined flow rate through the pipeline. 18ġ.1 Introduction This example guides you through the construction of a gas condensate pipeline consisting of four Pipe Units. 3 1.2.3 Enter the Simulation Environment. A-1ġ Gas Condensate Tutorial 1.1 Introduction. Optimize Gas Condensate Gathering System. For further information please contact Honeywell 300-250 York Street London, Ontario N6A 6K2 Telephone: (519) 679-6570 Facsimile: (519) 679-3977 Copyright Honeywell 2005. Future revisions will incorporate changes, including corrections of typographical errors and technical inaccuracies. Honeywell may make changes to the requirements described. Time: 09.00-16.Copyright June 2005 R350 Release The information in this help file is subject to change over time. e-mail: Lecture, Video Show, Exercise, Hands On Practicing, Sharing Experience.įacilities: Training Materials, Computers / Internet, Software, Hotel *** Accommodation Koperasi Mitra - Komunitas Migas Indonesia *) UniSim™ is based on the latest release of Hysys® software, recently acquired by Honeywell from Aspen Technology Terusan Sinabung, Simprug, Jakarta Selatan PERTAMINA, Pusat Pembelajaran / PETROLEUM CLUB Complex, Slamet, DR, MT, Ir / Senior Lecturer of UIĪbdul Wahid, MT, Ir /Senior Lecturer of UIĭaru Wiyono, Ir / Senior Process Consultant #How to add a hypothetical compenent in unisim design install#Install streams and attach stream utilities Select components, including hypothetical Define a fluid package – property package Simulate amine towers supply tray dimensions Understand forward-backward information Add operations to build a flow sheet and use the interface to manipulate flow sheets Rigorous distillations (SCDS, Tower, Tower-Plus) Starting a new job, selecting engineering unit, creating a flowsheet, selecting components, selecting thermodynamic options, Inputting feed stream data, specifying unit operations, running the simulation, Reviewing the results, producing report and PFD’s #How to add a hypothetical compenent in unisim design simulator#What is Process Simulator (ChemCAD & UniSim) Plant engineers & operators checking plant performance under different operating conditions Process engineers, Designers & Engineers and Researchers doing process design and optimization projects and studies, process synthesis. Introduction to Open Simulation Environment Improve the convergence performance of a simulation, troubleshoot common problems Evaluate the performance of existing equipment with the Rating utilities Investigate how templates and sub flow sheets can streamline and organize simulation efforts and Explore different means of reporting results, including the use of Excel VB macros Use the Work Book and Process Flow Diagram (PFD) interfaces for quick and effective modeling. #How to add a hypothetical compenent in unisim design software#Discover how the key features of software allow rapid flow sheet construction and intuitive, bi-directional calculations Learn the shortcuts for efficient use of the software to build steady state process simulations Learn to build, evaluate and optimize process flow sheets using software Process Design Modeling & Engineering by Using ChemCAD® & UniSim *)
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