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ContactCompany FeaturesApplicationDemonstrationReferences

ContactCompany FeaturesApplicationDemonstrationReferences Main Services and Products Specialisation

ContactCompany FeaturesApplicationDemonstrationReferences -Construction of Process Models -Consulting Services Related to Mathematical Modelling -Mobatec Modeller -LauTrane Solver Main Services and Products Specialisation Main Services and Products

ContactCompany FeaturesApplicationDemonstrationReferences Specialisation Main Services and Products -Mathematical Modelling of any kind of process knowledge in Chemical Engineering -Modelling Activities for purpose of: - Process Design -Process Analysis -Process Optimisation -Process Control -Real-Time Training Simulation Specialisation

ContactCompany FeaturesApplicationDemonstrationReferences ES Oriented Why Mobatec?

Unit operation oriented (flow sheeting) Equation oriented Equation and System based Skip animation ContactCompany FeaturesApplicationDemonstrationReferences ES Oriented Why Mobatec?

Equation and System based -Dynamic modelling -Mass and energy balances for free -High modelling flexibility -Graphical User Interface -Library of equations -Easy extendable libraries for predefined unit operations -Flexible when user models are to be incorporated -No problems with initialization of models ContactCompany FeaturesApplicationDemonstrationReferences ES Oriented Why Mobatec?

-Time spent on modelling often greater than time needed for finding solution -Higher complexity of models -Assist in model building -Reduce time effort -Reduce low-level modelling errors -Provide input for existing simulators -Increase maintainability of models Models also understandable by persons who did not develop the model ContactCompany FeaturesApplicationDemonstrationReferences Why Mobatec? ES Oriented Why Mobatec?

Application areas ContactCompany FeaturesApplicationDemonstrationReferences Expertise

ContactCompany FeaturesApplicationDemonstrationReferences Application areas Expertise -Research -Operator Training Simulator -Real-Time Simulation -Process Control -Optimisation Application areas

-Reactor Modelling - Homogeneous systems - Heterogeneous systems -Distillation -Stripping -Heat and Mass Transfer - Vapour/Liquid interface - Transfer from bulk fluid to particles - Pore diffusion - Adsorption on catalyst surface - Multi-phase interactions -Evaporation -Polymers -Crystallisation -Thermodynamics -Numerical Mathematics -Software Development of Modelling Tools - Solver for large sets of differential and algebraic equations - Modelling Environment - Parameter Estimation - Data Reconciliation ContactCompany FeaturesApplicationDemonstrationReferences Expertise Application areas Expertise

ContactCompany FeaturesApplication Demonstration References Building-up a model DCS Field Operation

ContactCompany FeaturesApplication Demonstration References Building-up a model Field Operation DCS Simple Example -CSTR for liquid phase. -2 inlets and 2 outlet (one in the bottom + one overflow). -Streams consisting of a mixture of Water and Methanol. -Monitoring of main variables, either numerically (i.e. level) or graphically (i.e. composition, temperature, flows, etc.). -Possibility to change manually valve positions and inlet compositions during simulation. -Level in the tank controlled by manipulating the valve position of the outlet stream. In Mobatec Simple Example

ContactCompany FeaturesApplication Demonstration References Building-up a model Field Operation DCS In Mobatec: Step 1 Simple Example In Mobatec Step 1 Step 2 Step 3 Step 4 Step 5 Physical Topology -Break down process into smaller, interconnected parts. Elementary Systems Connections Inlet 1 Inlet 2 Overflow Outlet -Two basic building blocks -Example:

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 2 Building-up a model Field Operation DCS Simple Example In Mobatec Step 2 Step 1 Species Topology -Define Chemistry of process : H2O – Water (H2O) MeOH – Methanol (CH4O) Species in System: Step 3 Step 4 Step 5

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 3 Building-up a model Field Operation DCS Simple Example In Mobatec Step 3 Step 2 Equation Topology -Information of Physical Topology and Species Topology. -Define details, i.e. the Constitutive Equations: Select equations for transfer laws, kinetics, geometry, equations of state, etc. from (extensible) database. Generating balance equations is trivial ! (Automated by Mobatec Modeller) -Important for model completion: consistent set of equations and consistent initial values. Step 1 Step 4 Step 5

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 4 Building-up a model Field Operation DCS Simple Example In Mobatec Step 4 Step 3 Graphical User Interface -These are some of the options (click on them for more info): Update and display of plots and tables in simulationButtonsDisplay ObjectsGraphics Step 2 Step 1 Step 5

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 4 Building-up a model Field Operation DCS Simple Example In Mobatec Graphical User Interface The user can add any image to both elementary systems and connections. Example: Liquid DefaultWith an icon Back Graphics Step 4 Step 3 Step 2 Step 1 Step 5 Next

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 4 Building-up a model Field Operation DCS Simple Example In Mobatec Graphical User Interface The user can add objects to display either numerically or graphically any variable. In case of a Numerical Display Object the user has the option to access to its value in simulation environment. Example: NumericallyGraphically Display Objects Numerically (accessible in Simulation) V 20% Fm 20 kg/h Step 4 Step 3 Step 2 Step 1 Step 5 BackPreviousNext

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 4 Building-up a model Field Operation DCS Simple Example In Mobatec Graphical User Interface With the buttons the user has the option to include objects with different captions and colors by defining actions and conditions. Example:Pump with on/off button Buttons Step 4 Step 3 Step 2 Step 1 Step 5 BackPreviousNext

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 4 Building-up a model Field Operation DCS Simple Example In Mobatec Graphical User Interface Example:Plotting the level in a tank Update and display of plots and tables in Simulation Step 4 Step 3 Step 2 Step 1 Step 5 BackPrevious

ContactCompany FeaturesApplication Demonstration References In Mobatec: Step 5 Building-up a model Field Operation DCS Simple Example In Mobatec Step 5 Step 4 Simulation Step 3 Step 2 Step 1

ContactCompany FeaturesApplication Demonstration References DCS Field Operation Building-up a model DCS Screenshot Example Vendors Screenshot

ContactCompany FeaturesApplication Demonstration References DCS Field Operation Building-up a model Possibility to connect to DCS Vendors Screenshot Vendors Honeywell Siemens DeltaV Invensys Yokogawa ABB SMAR A

ContactCompany FeaturesApplication Demonstration References Field Operation DCS Building-up a model Special Interface via ExplainMedia Operator Interface

ContactCompany FeaturesApplication Demonstration References Field Operation DCS Building-up a model Outside Operator Interactions Interface OperatorCLOSE OPEN Click on OPEN or CLOSE

ContactCompany FeaturesApplication Demonstration References Outside Operator Interactions Click on OPEN or CLOSE Field Operation DCS Building-up a model Interface OperatorOPEN CLOSE

ContactCompany FeaturesApplicationDemonstrationReferences Some of the Mobatec customers:

MSc. PDEng. Fernando Polanco Dr. Ir. Mathieu Westerweele ContactCompany FeaturesApplicationDemonstrationReferences General Contact