gPROMS Process is a next-generation Advanced Process Modelling environment for design and operation of high-performance process plants.
gPROMS Process is a true digital design tool, supporting the process development and design cycle from R&D experimentation through to commissioning. Models used for design can then be exported into the gPROMS Digital Applications Platform (gDAP) for implementation online as part of the automation system.
An integrated toolset for the process lifecycle
gPROMS Process combines industry-leading steady-state and dynamic models with all the power of the gPROMS equation-oriented modelling, analysis and optimization platform in an easy-to-use process flowsheeting environment.
True digital design capability
gPROMS Process is unique among process simulation tools in that it was designed from the ground up to support all aspects of the process lifecycle, from R&D to operations.
This includes a true digital design capability, enabling accelerated innovation, optimized process design and accurate quantification of technology risk.
With gPROMS Process you can:
Industry-leading library models capture physics and chemistry to a high level of detail. If you need to, you can write your own custom models, or use hybrid data driven / first principles models to use the power of AI.
Sophisticated model validation capabilities allow you to incorporate laboratory and plant data into high-fidelity physics-based models, using industry-leading parameter estimation (including Bayesian) techniques.
Global system analysis techniques make it possible to explore the process decision space rapidly and effectively, to determine the effect of variations and uncertainty on process KPIs and accurately quantify risk.
Industry-leading mathematical optimization capabilities allow you to determine the optimal values for multiple design variables simultaneously, to arrive at truly optimized designs in the minimum time.
gPROMS Process models can be exported for implementation online within the gPROMS Digital Applications Platform (gDAP), for real-time monitoring, soft-sensing and real-time optimization applications coupled with plant data.
The feature-rich gPROMS Process environment brings many advantages. Here is a summary:
|Drag & drop flowsheeting||→||easy, natural flowsheet construction|
|Libraries of all standard process models||→||easy modelling of virtually any process, from reactor design to wastewater treatment and utility optimization, within the same environment|
|Steady-state and dynamics||→||one environment for all activity|
|Global system analysis techniques||→||explore the decision space under uncertainty|
|Powerful optimization, including mixed integer optimization||→||seek optimal answers directly rather than via trial-end-error simulation|
|World-leading custom modelling capability using gPROMS language||→||create your own corporate libraries to capture competitive advantage|
|Sophisticated gPROMS Properties including associating, polymer, electrolyte||→||one powerful materials modelling tool for all applications|
|gSAFT advanced thermodynamics, including group contribution method||→||predict complex associating fluid behaviour with minimal data|
gPROMS Process is provided in modular form, so you need only purchase the elements that you require. See the gPROMS Process product sheet for a full definition