In any process or environment that has the presence of fluid flow, whether liquid or gaseous, 3D Computational Fluid Dynamics is allowed. Variables such as speed, pressure, temperature, concentration and turbulent properties can be analyzed using mathematical models based on the principles of conservation of mass, energy and amount of movement in the domain of space and time.
With this focus, we seek to understand, identify, create and develop complex applications with a high degree of precision that are capable of providing scientific basis for decision making in diagnostics, improvements and validations. Thus achieving reduction of losses and gains in productivity.
Our extensive experience in the segments of the transformation industry and agro-industry associated with scientific knowledge in processes, thermally controlled environments and industrial ventilation, allows us to deliver results with high added value.
Our solutions are developed with the PMI/IPMA standardization to ensure that the technical-scientific application meets high levels of efficiency and compliance.