datasheet simsci fcc-fluidcatalyticcrackerreactormodel 12-11
DESCRIPTION
FCCTRANSCRIPT
Software Datasheet
Summary
SimSci-Esscor’s fluid
catalytic cracker (FCC)
Reactor Model provides
you with a key component
of the refinery, FCC
units, within the ROMeo
Refinery Modeling
software so that the
refinery can be simulated,
monitored and optimized.
Tested and proven on
industrial units, the model
gives the flexibility of
tuning parameters online,
providing an accurate
representation of your
FCC reactor.
Business Value
• Helpunderstandingthe
process and complex
interaction between
riser/reactor and
regenerator
• Debottleneckingand
process improvement
study
• MonitorFCCprocess,
track pressure and
heat balances and
catalyst activity for peak
performance
• Maximizeprofitby
optimizing the FCC unit
continously
RIGOROUS FCC MODELING SimSci-Esscor’s™ Fluid Catalytic Cracker (FCC) Reactor Model is one of the reactor models for Refinery Modeling in SimSci-Esscor’s industry-leading ROMeo® Online Performance Suite. The FCC Reactor Model can be used to model industrial FCC reactors of different designs.
FEATURESThe FCC model offers the following key features:
•ConfigurableinterfaceaccommodatesdifferentFCCdesigns• Inputsincludefeedcharacteristics,dimensionsofthereactorandoperating
condition• Rigorousheatbalancearoundreactorandregenerator•CatalystinformationcanbeuseddirectlyviaE-CATdata• PredictsProductcompositionandpropertiessuchasoctane,cetanenumbersand
sulfur distribution and many others• Predictconversionandtemperatureprofilesintheriser•Containsdetailedkineticsub-modelsforriser,reactorandregenerator,anda
pressure balance model for accurate catalyst circulation modeling• YieldsandPropertiestunablewhilethemodelisonlinetomaintainmodelaccuracy
with changing feeds and operating conditions
Fluid Catalytic CrackerReactor Model
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APPLICATIONS•Refinery-widemodelingandoptimizationforunderstandingtheinteractionbetweentheFCCandupstream/downstreamunits
•Operatorandengineerfamiliarizationforbetterunderstandingoftheprocess•PlanningmodelupdatesbasedoncurrentFCCunitcharacteristicsandoperatingconditions•OnlineorOfflineFCCperformancemonitoringandoptimization•Offlineengineering&processimprovementstudieswithofflineSIM4ME®PortalExcel®interface
ROMeo REFINERY MODELINGROMeoRefineryisauniquesolutionthatenablesscalablerefinery-widemodeling&optimization.Whiletraditionalmodelingsolutionscanonlysimulateindividualprocessunitsorprovidepointsolutionstosolveaspecificproblem,theROMeoOnlinePerformanceSuiteprovidesascalableplatformthatenablescompaniestooptimizerefinery-wideperformanceaswelloptimizeotheraspectsofrefineryprofitabilitysuchasUtilitiesandinstrument/equipmenthealthmonitoring.Additionalbenefitsarederivedfromleveragingthedata-generatedrigorousmodelstoenhancedplanningandschedulingdecisions,leadingtoincreasedrefinerymargins.
Rev.12/11PNSE-0158