What is the main function of Cyclonic Ventilation in buildings?

Cyclonic ventilation in buildings primarily serves to control fire and smoke spread. This system utilizes the principles of airflow and pressure differentials to create a cyclonic effect, which can efficiently channel smoke and heat away from occupied areas during a fire event. By doing so, it improves the overall safety of the structure and its occupants, allowing for clearer evacuation routes and mitigating the potential for smoke damage and fire propagation. Properly designed cyclonic ventilation systems can effectively optimize airflow patterns to direct hazardous products of combustion away from critical areas, facilitating a more controlled environment during emergencies.

While other aspects like energy efficiency, aesthetics, and water usage are important in building design, they do not specifically relate to the primary purpose of cyclonic ventilation in the context of fire safety and smoke control, making them less relevant to the question at hand.