PROCESS ENGINEERING
We develop, optimize, and validate industrial processes through a combination of analysis, multiphysics numerical simulation, and experimental testing.
We apply modeling and simulation tools to analyze material and energy balances, heat transfer, fluid dynamics, chemical reactions, and multiphysics phenomena.
We combine analysis, multiphysics numerical simulation, and experimental testing. We develop, optimize, and validate industrial processes using a combination of analysis, multiphysics numerical simulation, and experimental testing. We apply modeling and simulation tools to analyze mass and energy balances, heat transfer, fluid dynamics, chemical reactions, and multiphysics phenomena.
01
Development of industrial projects:
Design of the basic concept of equipment (reactors, columns, filters, tanks,…) and facilities.
02
Selection and technical specification of process equipment.
Calculation and sizing of equipment.
03
Unit operations simulation
Heat exchange, separation, reaction, fluid transport.
04
Simulation and optimization of industrial processes and equipment:
- Material and energy balances
- Thermodynamic modeling
- Kinetic modeling
- Multiphase simulation
- Integration of models into equipment and systems
05
Analysis of steady-state and transient regimes.
06
Modular process engineering
(SKIDS; MODULES; PACKAGES).
07
Development of solutions for the decarbonization of industrial processes and the production of green hydrogen.
08
Execution of experimental programs; scaling and calibration of models.
In a time when everything is possible, it is necessary to do what is most reasonable.
