It has no damage to the environment. It also has a strong capability in extinguishing liquid fires under no ventilation conditions which is not like other water-based fire suppression systems. However, the case- dependent and varying performance of WMFSS under ventilation conditions create a significant problem in practical application. Therefore, more studies including experiments and modeling work should be carried out for a better understanding of the WMFSS.
ACKNOWLEDGEMENT
This project is funded by a PolyU research grants