Software Datasheet Summary SimSci-Esscor’s Isomerization Reactor Model provides you with a key component of the refinery, Isomerization units, within the ROMeo Refinery Modeling software. This allows the refinery to be simulated, monitored, and optimized. Tested and proven on industrial units, the model allows the flexibility of tuning parameters online, providing an accurate representation of your Isomerization unit. Benefits • Maximize profit by optimizing the reactor and separation operating condition • Help with understanding the process and the interaction between reactor and downstream separation due to recycle • Debottlenecking and process improvement study RIGOROUS ISOMERIZATION MODELING SimSci-Esscor’s™ Isomerization (ISOM) Reactor model is one of the reactor models for Refinery Modeling in SimSci-Esscor’s industry-leading ROMeo® Online Performance Suite. Isomerization is a process used in petroleum refineries to convert the low-octane normal paraffins in light straight–run naphtha into iso- paraffins to increase the octane values of gasoline pool. Accurate modeling of isomerization unit can help refiners to maximize profit from upgrading gasoline quality while minimizing the unit operation costs. The ISOM Reactor model can be used to model industrial isomerization units of different designs. FEATURES The ISOM model offers the following key features: • Rigorous kinetic and heat balance modeling of the isomerization process • Inputs include feed composition, reactor operation mode (adiabatic or isothermal) and pressure • Product provide detailed compositional information including H2, C1-C9 paraffins, naphthenes, and aromatics • Accurately model UOP I-8 catalyzed C4-C6 isomerization processes and others • Predicts product composition, octane number and temperature • Catalyst activity is tunable during operation to maintain model accuracy and match current operating conditions Isomerization Reactor Model
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Software Datasheet
Summary
SimSci-Esscor’s
Isomerization Reactor
Model provides you with
a key component of the
refinery, Isomerization
units, within the ROMeo
Refinery Modeling
software. This allows
the refinery to be
simulated, monitored,
and optimized. Tested
and proven on industrial
units, the model allows
the flexibility of tuning
parameters online,
providing an accurate
representation of your
Isomerization unit.
Benefits
• Maximizeprofitby
optimizing the reactor
and separation
operating condition
• Helpwith
understanding
the process and
the interaction
between reactor
and downstream
separation due to
recycle
• Debottleneckingand
process improvement
study
RIGOROUS ISOMERIZATION MODELING SimSci-Esscor’s™ Isomerization (ISOM) Reactor model is one of the reactor models for Refinery Modeling in SimSci-Esscor’s industry-leading ROMeo® Online Performance Suite. Isomerization is a process used in petroleum refineries to convert the low-octane normal paraffins in light straight–run naphtha into iso-paraffins to increase the octane values of gasoline pool. Accurate modeling of isomerization unit can help refiners to maximize profit from upgrading gasoline quality while minimizing the unit operation costs. The ISOM Reactor model can be used to model industrial isomerization units of different designs.
FEATURESThe ISOM model offers the following key features:
• Rigorouskineticandheatbalancemodelingoftheisomerizationprocess• Inputsincludefeedcomposition,reactoroperationmode(adiabaticor
isothermal) and pressure• ProductprovidedetailedcompositionalinformationincludingH2,C1-C9
paraffins, naphthenes, and aromatics•AccuratelymodelUOPI-8catalyzedC4-C6isomerizationprocessesandothers• Predictsproductcomposition,octanenumberandtemperature•Catalystactivityistunableduringoperationtomaintainmodelaccuracyand
match current operating conditions
Isomerization Reactor Model
Invensys, the Invensys logo, ArchestrA, Avantis, Eurotherm, Foxboro, IMServ, InFusion, SimSci-Esscor, Skelta, Triconex, and Wonderware are trademarks of Invensys plc, its subsidiaries or affiliates. All other brands and product names may be the trademarks or service marks of their representative owners.
©2011InvensysSystems,Inc.Allrightsreserved.Nopartofthematerialprotectedbythiscopyrightmaybereproducedorutilizedinanyformorbyanymeans,electronicormechanical,includingphotocopying, recording, broadcasting, or by any information storage and retrieval system, without permission in writing from Invensys Systems, Inc.
Invensys Operations Management • 5601 Granite Parkway III, #1000, Plano, TX 75024 • Tel: (469) 365-6400 • Fax: (469) 365-6401 • iom.invensys.com
APPLICATIONS•Refinery-widemodelingandoptimizationforunderstandingtheinteractionbetweentheisomerizationunitandupstreamunits
•Betterunderstandingoftheinteractionbetweenreactorandseparationsectionduetorecycle
•OnlineorOfflineisomerizationunitperformancemonitoringandoptimization
•Offlineengineering&processimprovementstudieswithofflineSIM4ME® Portal Excel® interface
ROMeo REFINERY MODELINGROMeoRefineryisauniquesolutionthatenablesscalablerefinery-widemodeling&optimization.Whiletraditionalmodelingsolutionscanonlysimulateindividualprocessunitsorprovidepointsolutionstosolveaspecificproblem,theROMeoOnlinePerformanceSuiteprovidesascalableplatformthatenablescompaniestooptimizerefinery-wideperformanceaswelloptimizeotheraspectsofrefineryprofitabilitysuchasUtilitiesandinstrument/equipmenthealthmonitoring.Additionalbenefitsarederivedfromleveragingthedata-generatedrigorousmodelstoenhancedplanningandschedulingdecisions,leadingtoincreasedrefinerymargins.
Rev.12/11PNSE-0162
Related Documents
