A custom-built test unit, installed at KISR’s desalination research station, facilitated experiments under real-world conditions to evaluate the system’s effectiveness and performance.

Building on these results, the team developed a conceptual design for large-scale implementation. Using mathematical modeling and simulations, they assessed the technical and economic feasibility of scaling the technology to meet various operational demands.

The system presents numerous social and economic benefits, such as fostering local expertise, strengthening Kuwait’s water security, and minimizing environmental impact. Its adaptability makes it particularly viable for deployment in remote areas, with scalable potential to address increasing water demands efficiently.

The researchers suggested additional pilot-scale testing to refine the technology, focusing on its integration with renewable energy sources and waste heat recovery systems to further reduce energy consumption and enhance efficiency.

The technology notably showed effectiveness in addressing challenges such as blockages, salt deposits, and corrosion, offering the potential to extend membrane lifespan and reduce reliance on chemical additives compared to traditional reverse osmosis desalination methods.