Modelling complex industrial systems
Size, design, secure and optimize complex installations while assessing equipment performance.
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- 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
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- 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
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- 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.)
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