gPROMS Process
by Siemens
Equation-based process modelling platform for steady-state and dynamic simulation and optimisation, developed by Process Systems Enterprise (PSE) and now part of Siemens. The gPROMS family also covers formulated products, utilities and flare analysis.
Specification
- Vendor
- Siemens
- Categories
- Process Simulation
- Phase
- EEngineering
- Status
- Active
- Deployment
- Desktop
- Licensing
- Commercial licence
- Standards
- None documented
- Official site
- siemens.com
Capabilities
- aEquation-based steady-state and dynamic modelling
- bProcess optimisation and model-based design
- cHigh-fidelity digital twins and soft sensing
- dFlare system analysis (gFLARE)
- eFormulated product and utilities modelling
Assessment
A modelling power tool for high-fidelity digital twins and optimisation, best in the hands of specialists.
-
Capability25%9/10
Equation-based modelling and optimisation for high-fidelity steady-state and dynamic process models.
-
Interoperability20%7/10
Connects with the Siemens digital-enterprise portfolio and supports model reuse in operations.
-
Scale15%7/10
Strong for advanced unit and plant models; less common as the everyday flowsheeting tool.
-
Usability15%5/10
Built for modelling specialists rather than casual users.
-
Deployment10%6/10
Primarily desktop and server-based.
-
Ecosystem15%6/10
Respected in advanced process modelling, smaller in general EPC practice.
Strengths
- Equation-based modelling depth
- Optimisation and model-based design
- Siemens portfolio links
Considerations
- Specialist skill set required
- Not a typical day-to-day flowsheeting tool
- Smaller user community
Editorial assessment from public documentation, 23 October 2026. Not a hands-on benchmark. Methodology
In the same circuit · Process Simulation
- 01 84
- 02 81
- 03 77
- 04 73
- 05 71
- 06 71
- 07 70
- 08 70
- 09 68
- 10 67
- 11 62
Sources
- gPROMSSiemens · accessed 22 October 2026
- Siemens acquires Process Systems EnterpriseHydrocarbon Engineering · 18 September 2019 · accessed 22 October 2026
Plate updated 22 October 2026 · revision 1