Egypt’s water security hangs in the balance, and Mona M. El Azab, a postgraduate student at Ain Shams University’s Faculty of Graduate Studies and Environmental Research, has just mapped the fault lines. Her research, published in the *Journal of Environmental Science* (formerly *Majallat al-‘Ilm al-Bi’i*), reveals how Egypt’s water management system is being pulled in competing directions—by social pressures, economic constraints, and environmental risks—all while the country faces growing scarcity.
El Azab’s study, based on a survey of 228 professionals in Egypt’s water planning sector and the National Center for Water Research, identifies a critical tension: modern variables—social dynamics, economic forces, and technological factors—are not just influencing water management, they’re actively reshaping it. “The relationship isn’t passive,” she notes. “It’s expulsive. The system is being pushed toward unsustainability unless strategic interventions are made.”
At the heart of the challenge is efficiency. Egypt’s irrigation sector, a cornerstone of its economy, operates with significant water loss. El Azab’s findings suggest that improving water use efficiency—through better infrastructure, pricing reforms, and cost recovery—could unlock economic value while reducing pressure on finite resources. But the stakes go beyond agriculture. As urban populations swell and industrial demand rises, the pressure on water systems intensifies. “We cannot manage water in isolation from its economic context,” El Azab observes. “Cost recovery isn’t just about funding—it’s about signaling value and driving behavior.”
Her recommendations point toward a future where water is not just a resource to be managed, but a commodity to be optimized. Among the most commercially significant is the call to expand the use of non-traditional water sources—particularly desalination powered by renewable energy. El Azab highlights solar and nuclear energy as viable pathways, noting that “sustainable desalination isn’t just an environmental goal—it’s an energy transition opportunity.” For the energy sector, this represents a potential new market: a multi-billion-dollar industry in water infrastructure that aligns with decarbonization goals.
Another key insight is the role of the private sector. El Azab argues for transforming water resource development into a competitive industry—one where private investment drives innovation, reduces costs, and improves service delivery. “Water can’t be managed effectively in a silo,” she says. “It needs market forces to drive efficiency and accountability.”
The implications are clear. Egypt’s water future will be shaped not just by hydrology, but by economics, policy, and energy strategy. As El Azab’s work shows, the most sustainable solutions may well emerge at the intersection of water, energy, and commerce. For industries watching the region, the message is timely: the next wave of infrastructure investment in Egypt may not be in roads or ports, but in water—and the energy that powers it.