Modelling complex industrial systems

Size, design, secure and optimize complex installations while assessing equipment performance.

Analyse complex phenomena using appropriate tools, considering physical domains and their coupling (chemical, thermal, fluidic, two-phase, etc.)
Develop and design new processes or adapt existing processes (core processes), requiring various studies to:
- Analyze physical phenomena
- Analyze equipment operation
- Optimize systems or component topology
- Extrapolate (scale-up or over time)
- Interpret degraded operations conditions
- Test and rank design concepts
- Simulate new operating conditions for the installation

Benefit from our multidisciplinary expertise to develop digital models tailored to your needs
Combine the physical phenomena to be modelled within the same software and take advantage of 3D software to analyze local phenomena in greater detail
Access support from our multidisciplinary teams to simulate complex physico-chemical phenomena in steady-state or transient regimes

Experts and computing power

Serving your needs

Team specialized in physical modeling
Support in the design, sizing, optimization, diagnosis and performance verification of process equipment, buildings, etc.
Technical support for studies/demonstrations (safety, nuclear security, etc.)
Technical assistance on complex Multiphysics topics, coupled with computing power available to experienced engineers
Proficiency with the ASPEN suite and 3D software (FLUENT, ANSYS Thermal, COMSOL, FDS)
Significant computing power (more than 500 processors for CFD calculations and a dedicated AI server)
Modeling solutions implemented for our customers in France and worldwide (Orano, Naval Group, CEA, Andra, Framatome, Sellafield, ENRESA, JNFL, etc.)

Challenges