AI could warn of floods and water shortages before they strike: UAE researchers
Artificial intelligence could help governments predict water shortages, floods and other water-related risks earlier, allowing authorities to plan and respond before problems become more serious, according to researchers from Khalifa University. The university presented its work on AI, water treatment and climate resilience during meetings in New York held alongside the 81st United Nations…
Researchers at Khalifa University in the UAE are exploring how artificial intelligence (AI) can help predict water shortages, floods, and other water-related risks before they occur. This early warning system could enable authorities to plan and respond before problems escalate, as experts from the university presented their findings in New York alongside the 81st United Nations General Assembly High-Level Meetings and Climate Week NYC 2026.
The discussions emphasize the importance of integrating AI predictions with engineering, policy, and deployable technologies to move beyond reactive responses to proactive planning.
Professor Shadi W. Hasan, Director of Khalifa University’s Center for Membranes and Advanced Water Technology (CMAT), participated in discussions on leveraging AI, satellite-based Earth observation, data, and advanced modeling to enhance understanding of water systems. While acknowledging the potential of AI to anticipate scarcity, floods, and emerging risks, Hasan stressed the necessity of connecting predictions with engineering solutions, policy implementation, and the deployment of practical technologies.
The conversations also addressed the role of AI in improving water management, desalination processes, and the efficient utilization of resources. Simultaneously, experts evaluated the environmental impact of AI growth, considering the water and energy requirements associated with expanding AI infrastructure. Additionally, Khalifa University showcased its research on biodegradable membrane technology aimed at enhancing water reuse processes.
The technology, developed from laboratory synthesis to manufacturing and real-world application, was presented during the university's participation in the first Water Cities Dialogue at Columbia University. This dialogue explored topics such as desalination, water reuse, urban flooding, and climate resilience, with plans to continue in Abu Dhabi during the UN Water Conference in December.
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