We apply CFD to analyze flow in equipment, piping, ventilation systems, industrial units and multiphase processes. The study helps identify how fluids are distributed and where system behavior needs attention.
What we can investigate
Flow in equipment and piping
Pressure losses and recirculation zones
Ventilation and fluid distribution
Heat transfer and multiphase systems
The question behind the study
How does fluid flow influence the performance of this system?
Understand how each particle’s motion affects the whole.
We use the Discrete Element Method to simulate particulate materials. We evaluate mixing, segregation, transport, milling, drying and granular flow in industrial equipment.
What we can investigate
Material mixing and segregation
Transport and granular flow
Behavior during milling and drying
Influence of operating conditions
The question behind the study
How do particles move and interact inside the equipment?
We integrate computational simulation, parametric analysis, experimental design and optimization methods. The analysis explores how process variables affect performance and identifies more efficient operating conditions.
What we can investigate
Operating scenario comparison
Sensitivity and parametric analysis
Experimental design
Productivity and energy relationships
The question behind the study
Which operating conditions best serve the process objective?
Connect equipment capacity to process requirements.
We support the analysis, sizing and re-rating of industrial equipment, with a focus on performance, energy efficiency and operational suitability. We investigate expected behavior under the required conditions.
What we can investigate
Operating capacity analysis
Sizing and design reassessment
Adaptation to new operating conditions
Equipment performance assessment
The question behind the study
Is the equipment suitable for the conditions in which it needs to operate?
Explore dispersion scenarios to support prevention decisions.
We conduct computational studies to evaluate the dispersion of gases, vapors and contaminants in industrial environments. The analyses contribute to prevention, risk mitigation and operational safety strategies.
What we can investigate
Gas and vapor dispersion scenarios
Contaminant transport
Influence of ventilation conditions
Support for sensor placement
The question behind the study
How might a gas or contaminant disperse in this environment?
