•The compact size of JET FANS allows optimising the spaces and improving the flexibility of installation, when building new properties or refurbishing and/or certifying existing buildings.

•It saves the design time as it does not require a complex ducted system to be designed and implemented.

•The system’s effectiveness can be measured with CFD (Computational Fluid Dynamics) modeling.

• It allows the project designer to benefit from a better pre-sales customer service.

•The project can be financially assessed within 24 hours.

•Final costs are in line with expected costs.

•It removes the need for costly and complex ducted and gridded systems.

•The fans are easy to install, ensuring time saving in terms of hours of work.

•The reduced size of the JET FANS eases installation of other systems (sprinklers, lighting, etc.).

•Ease of scheduled and breakdown maintenance.

Major savings in running costs ensured by distinctive features of the system:

1. Ventilation can be fully or partly operated: the CO (carbon monoxide) detectors and the smoke sensors ensure that only the ventilators located in the areas where pollution levels are exceeded or where a fire has started are enabled.

2. Less total power required as the accurate design ensures the optimal size of the ventilation system; more specifically, the inlet and exhaust fans can be smaller as the JET FANS generate a negligible pressure drop compared to ducted systems.

• Better quality of breathable air: the JET FAN system creates a continuous airflow able to mix the different layers of air and to avoid areas where air gets trapped.

• Optimized safety in the event of a fire: fast and effective toxic fume extraction, leading to safer escape routes, easier access for the emergency teams, promoting people safety and minimizing the effects of fire on the building structures.