WEBINAR: 10 reasons to use gPROMS
Advanced Process Modeling™
within a flowsheeting environment
This webinar describes 10 key features of gPROMS that
bring a step change to process design and operation
Date
29 March 2012
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Duration
1 hour |
Start time
10:00 EST
15:00 GMT |
Cost
No charge |
gPROMS® is the world's leading process modeling platform. It is widely used in the process industries around the world for model-based optimization of process design and operations and in support of innovation.
gPROMS ModelBuilder® allows you to construct, validate and execute high-fidelity models of process operations within a flowsheeting environment.
Modelbuilder's powerful modeling language and numerical solutions techniques remove the need to deal with complex mathematics, allowing engineers to focus on engineering.
Details & target audience
This webinar will briefly demonstrate some of the key capabilities of gPROMS ModelBuilder.
It is aimed at technical management and process engineers from companies who regularly need to deploy modeling and model-based engineering techniques to optimize process design and operations.
Outline
We were able to reduce lactose crystallization batch time by 44%
Friesland Foods
The webinar will illustrate 10 key aspects of gPROMS that differentiate it from traditional simulation tools and provide a step-change in the capabilities available to engineers. You will hear how:
gPROMS's powerful custom modeling capabilities can be used to create high-fidelity models of virtually any type of process
graphical drag & drop flowsheeting, project and library management and QA facilities make it easy to deal with large flowsheets
Advanced custom modeling in a flowsheeting environment
advanced parameter estimation facilities allow models to be validated against experimental – laboratory, pilot or plant – data, to provide a powerful predictive capability
powerful model libraries, including the world's most advanced models for catalytic reaction, bring a step change to design and operations
multiple activities can be performed using the same model: steady-state and dynamic simulation, steady-state and dynamic optimization, and parameter estimation
Advanced process optimization using gPROMS. Combine continuous/integer dynamic optimisation with rigorous process models
gPROMS high-fidelity models of reaction, crystallization, bio-processes and other complex processes can be linked to CFD packages such as FLUENT® for hydrodynamic modeling
models can be exported to execute in CAPE-OPEN simulators such as Aspen PlusTM or PRO/II®, or Mathworks MATLAB®.
embedding gPROMS behind a web, VBA or MS Excel interface
you can use a variety of physical property packages – built-in Multiflash® properties (with DIPPR databank), CAPE-OPEN compliant packages such as Aspen Properties® and gSAFT® advanced thermodynamics.
Presenters
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Pieter Schmal is the Application Engineer for the America's region. He has a M. Sc. in Chemical Engineering from Delft University in the Netherlands. Pieter has a strong background in large-scale dynamic modeling research. |
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PSE. Advanced Process Modeling
