CFD studies tailored to real-world performance
From building comfort to industrial process optimisation — we apply CFD where datasheets stop and reality begins.
Comfort, air quality, energy
Air flow and heat exchange analysis in commercial and residential buildings — to ensure homogeneous comfort, healthy indoor air, and energy-efficient operation.
Thermal comfort & indoor environment
Simulation of airflow and temperature distribution to ensure homogeneous thermal comfort for occupants.
Indoor Air Quality (IAQ)
Assessment of air renewal and pollutant dispersion to identify under-ventilated areas and improve indoor air quality.
Airflow management in complex spaces
Analysis of airflow patterns in large volumes, atriums, or open spaces to control stratification and recirculation effects.
Building-scale energy optimisation
Evaluation of airflow impact on heating and cooling demands to enhance overall building energy performance.
Layout, performance, integration
Performance analysis of heating, cooling and ventilation systems under real conditions — to optimise layout, validate equipment integration, and quantify true on-site performance.
HVAC system layout optimisation
Validation of diffuser, return grille and equipment positioning to ensure efficient air distribution.
Interaction analysis between systems
Simulation of system interactions to prevent performance losses and unwanted recirculation phenomena.
Performance under operating conditions
Modelling of HVAC behaviour under different operating scenarios to optimise efficiency and occupant comfort.
External analysis of technical equipment
Study of wind influence and outdoor conditions on the performance of systems such as heat pumps.
Process flow, thermal control, efficiency
Thermal management and flow analysis in industrial environments — to control internal conditions, optimise equipment layout and reduce energy consumption.
Industrial airflow & ventilation optimisation
Simulation of airflow patterns to improve air distribution, reduce stagnant zones, and ensure controlled working conditions.
Thermal management of processes & equipment
Analysis of heat transfer phenomena to control heat accumulation and improve process stability.
Flow analysis around industrial equipment
Study of airflow interactions with technical installations to optimise equipment layout and operational efficiency.
Improvement of industrial installations
Identification of airflow-related losses and optimisation of ventilation or cooling strategies to reduce energy consumption.
A problem we can simulate
is a problem you can solve.
Tell us what you're working on. We'll tell you what CFD can deliver.
CFD studies tailored to real-world performance
From building comfort to industrial process optimisation — we apply CFD where datasheets stop and reality begins.
Comfort, air quality, energy
Air flow and heat exchange analysis in commercial and residential buildings — to ensure homogeneous comfort, healthy indoor air, and energy-efficient operation.
Thermal comfort & indoor environment
Simulation of airflow and temperature distribution to ensure homogeneous thermal comfort for occupants.
Indoor Air Quality (IAQ)
Assessment of air renewal and pollutant dispersion to identify under-ventilated areas and improve indoor air quality.
Airflow management in complex spaces
Analysis of airflow patterns in large volumes, atriums, or open spaces to control stratification and recirculation effects.
Building-scale energy optimisation
Evaluation of airflow impact on heating and cooling demands to enhance overall building energy performance.
Layout, performance, integration
Performance analysis of heating, cooling and ventilation systems under real conditions — to optimise layout, validate equipment integration, and quantify true on-site performance.
HVAC system layout optimisation
Validation of diffuser, return grille and equipment positioning to ensure efficient air distribution.
Interaction analysis between systems
Simulation of system interactions to prevent performance losses and unwanted recirculation phenomena.
Performance under operating conditions
Modelling of HVAC behaviour under different operating scenarios to optimise efficiency and occupant comfort.
External analysis of technical equipment
Study of wind influence and outdoor conditions on the performance of systems such as heat pumps.
Process flow, thermal control, efficiency
Thermal management and flow analysis in industrial environments — to control internal conditions, optimise equipment layout and reduce energy consumption.
Industrial airflow & ventilation optimisation
Simulation of airflow patterns to improve air distribution, reduce stagnant zones, and ensure controlled working conditions.
Thermal management of processes & equipment
Analysis of heat transfer phenomena to control heat accumulation and improve process stability.
Flow analysis around industrial equipment
Study of airflow interactions with technical installations to optimise equipment layout and operational efficiency.
Improvement of industrial installations
Identification of airflow-related losses and optimisation of ventilation or cooling strategies to reduce energy consumption.
A problem we can simulate
is a problem you can solve.
Tell us what you're working on. We'll tell you what CFD can deliver.