HVAC engineering.

CFD simulation attests to compliance with a comfort specification — temperature, air velocity, humidity — or a standard (ISO 7730, EN 16798) through a calculation report, where a rule-of-thumb calculation falls short.

• Defensible CFD calculation report
• Comfort (PMV/PPD) and air-velocity mapping
• Compliance table, requirement by requirement

From the concept stage, we guide the choice and placement of emitters — AHUs, diffusers, radiant ceilings — as well as flow rates and setpoints, comparing several variants.

• Quantified comparison of air-diffusion variants
• Target flow rates and setpoints
• Placement recommendations

We limit overheating and stratification, adjust setpoints and flow rates to reduce consumption without degrading comfort. Each gain is quantified before any work.

• Energy diagnosis of operation
• Action plan ranked by gain
• Estimated energy savings

What happens if an AHU or a chiller stops? We simulate failure scenarios and the drift of indoor conditions to check the real margins and whether comfort holds.

• Failure scenarios studied
• Drift of indoor conditions over time
• Bottlenecks and safety margins

In operation, we trace the source of malfunctions through on-site measurements compared against the model, to objectify the risks and prioritise the fixes.

• On-site measurement campaign
• Mapping of discomfort zones
• Prioritised corrective recommendations

We rebuild a digital twin of your building and solve it on compute servers (HPC) to visualise the velocity, pressure and temperature fields in 3D at every point.

• Calibrated digital twin
• 3D fields, slices and isosurfaces
• Usable study videos