Excellence in mathematical modelling for academic research and teaching
gPROMS is an advanced, state-of-the-art equation-based modelling system with:
- lumped and distribution system modelling
- flowsheeting environment
- steady-state and dynamic applications simulation, parameter estimation, optimisation and experiment design
- open software architecture
- integration with CFD for multi-scale modelling
- integration with MATLAB® and Simulink® for control design.
Welcome to PSE Academic
Because of our academic roots, PSE has a long history of involvement with academic institutions and research organisations around the world.
In order to make our products easily available to academic institutions worldwide, and thus enable them to employ the same state-of-the-art technology as used by leading industrial companies, we offer low-cost gPROMS® licences to academic institutions engaged in bona fide research.
Over 150 academic institutions around the world already use gPROMS to achieve rapid results across a wide range of research topics.
In addition to having access to the gPROMS software, as a licensed user you will receive discounted prices for attending training and other PSE events. You will also have access to the customer login area on the gPROMS web site.
We will also keep you posted with news announcements from PSE, and the latest on all our product developments.
How can you benefit from using gPROMS?
1. Researchers modelling complex systems benefit from gPROMS:
- high-level description of integro-partial and ordinary differential and algebraic equations
- no programing required
- state-of-the-art model validation against experimental data and estimation of multiple model parameters
- model-based design of optimal dynamic and steady-state laboratory experiments
- optimisation for reducing trial-and-error in system design and operation
- easy model maintenance and transfer.
2. Researchers developing numerical techniques use gPROMS for testing their codes on problems of realistic complexity, exploiting gPROMS' :
- open software interfaces - easily interfacing to external solvers
- comprehensive access to all aspects of a problem's mathematical definition.
3. Researchers from a wide variety of disciplines use gPROMS to provide detailed process models within other software environments such as Computational Fluid Dynamics (CFD) packages or control system design environments such as Mathworks MATLAB® and Simulink®.
4. Lecturers and course leaders use gPROMS to teach mathematical process modelling, dynamic simulation, optimisation, and control.
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