We apply CFD — Computational Fluid Dynamics — to analyze flow behavior in equipment, piping, ventilation systems, industrial units, and multiphase processes.

We use DEM — Discrete Element Method — to simulate the behavior of particulate materials, enabling the evaluation of mixing, segregation, transport, milling, drying, and granular flow in industrial equipment.

FlowLab integrates computational simulation with parametric analysis methods, experimental design, and optimization, enabling the identification of more efficient operating conditions for industrial processes.

We support companies in the analysis, sizing, and resizing of industrial equipment, with a focus on performance, energy efficiency, and operational suitability.

We conduct computational studies to assess dispersion scenarios for gases, vapors, or contaminants in industrial environments, contributing to prevention strategies, risk mitigation, and operational safety.