| Single-flow mechanical ventilation | Double-flow mechanical ventilation | VMI® | Comments | |
| IAQ | ||||
| Filtration of incoming air with an F7 filter |  | option |  | Blocks fine particles of up to 0.3 microns |
| Preventing Radon buildup | | | | The positive pressure prevents the radon from entering (85% success rate according to the CSTB) |
| Contains VOCs in their supports | | | | Positive pressure differential of 3 – 4 pascals |
| ENERGY AUDIT | ||||
| Heat recovery in mid-season | | | | Day ventilation healting in the mid-season if the temperature detected by the VMI® system exceeds the setpoint temperature |
| Destratifying the heat trapped at the ceiling | | | | By pushing the air from the ceiling, the heat stored at the ceiling is returned to the living environment |
| Optimising air intakes using bypasses | | | | Selecting the north or south air intake depending on the season |
| Coupling with water heating systems | | | | Integrating VMI in the existing heating system (boiler, collective systems, etc.) |
| Developing coupling with REN | | | | VMI + REN: Heat pump, solar panel (air, water), condensing boiler, thermodynamic hot water tank (double flow + REN = complex and over-expensive systems — no ROI) |
| Insulated duct network | | option | | All of our systems are supplied with insulated ducts |
| COMFORT | ||||
| Preheating incoming air | | | | To ensure user comfort and avoid drafts of cold air |
| Homogeneous temperatures throughout the home | | | | Mixing + destratification contribute to ensuring homogeneous temperatures |
| Humidity control system to maintain relative humidity within the comfort zone | | | | The VMI management system will speed up or slow down the flow to maintain RH between 40 and 60% |
| Flow management depending on outdoor and indoor humidity levels | | | | Outdoor and indoor probe for automatic flow management. |
| Night ventilation cooling option | | | | During hot periods, the positive input ventilation system allows the cool night air to enter to flush the home (automatic management) |
| Avoid uncomfortable zones created by drafts of air from air intake openings | | | | Window openings will not allow cold air to enter, as they are used to remove air |
| No entry of dust, fine particles and pollens via air intakes and inadequate sealing | | | | Mechanical ventilation system air intakes become air vents, preventing dust from entering |
| Assistance with chimney draw | | | | The air flows in the right direction to improve draw |
| Prevents outdoor noises from coming in via the air intake openings | | | | Less noise will enter via the vents |
| USAGE | ||||
| Ventilation flow can be adjusted to the room | | | | Fresh air flow is adjusted to 0.5 V/h |
| Radio remote control | | | | The user is equipped with a radio remote control for the ventilation system |
| Clean ducts | | | | The air entering the duct after the positive intake ventilation system passes through the filter |
| Little work required to install | | | | Shorter and less ducts |
| Reliable and robust | | | | We have been manufacturing our systems since 1986 and their average life cycle exceeds 10 years. |
| Disturbs some gas heating systems | | | | No modification required for gas systems to install a VMI system |
| Made in France | | | | Most components are manufactured and assembled in France |
| Continuous development training for installers | | | | Our technical sales teams are constantly training the installers of our customers |
| Direct sales to private customers | | | | We only sell to professional installers trained in how to install our systems |
The technical data is information that belongs to Ventilairsec and is not free of copyright
