Super absorbent flood barrier for residential / Muhammad Nazhdmi Fakhri Majalan and Raja Nurulhaiza Raja Nhari

Given the substantial impacts of flooding, such as disruption, financial loss, health risks, and property damage, the challenge lies in identifying and developing effective flood prevention technologies. These technologies should successfully mitigate these adverse effects by preventing floodwater from entering homes and buildings, consequently reducing damage and associated risks. The aim of this research is to develop a Super Absorbent Flood Barrier for residential areas that can prevent floodwater from getting into residential areas or homes. In conducting this study, a comprehensive and multifaceted approach was adopted, centering around online articles, document reviews, and observational methods. Furthermore, the investigation incorporated real-time monitoring, comprehensive data mining, industry trend tracking, and cross-reference checks. The findings of this study show that since flood occurs relatively often, more affordable flood control is needed in flood-prone areas. The study also found that it is feasible to integrate SAP into silicone rubber foam. The compartments created within the foam successfully contain the SAP, allowing the silicone rubber foam to expand as the SAP absorbs water.