The National Water Research Center (NWRC), the research arm of Egypt’s Ministry of Water Resources and Irrigation (MWRI),
The National Water Research Center (NWRC), the research arm of Egypt’s Ministry of Water Resources and Irrigation (MWRI), is a center of excellence recognized for its innovation in water resource management. Established as a national institute in 1975, though its roots date back to 1947, NWRC has been pivotal in shaping sustainable water practices for Egypt and the region through applied research and capacity building. It comprises 12 specialized research institutes, a Central Laboratory for Environmental Quality Monitoring, a Strategic Research Unit, and a Capacity Building Unit, focusing on critical areas such as irrigation, hydraulics, hydrology, sediment transport, water quality, climate change, and coastal protection. As it approaches its 50th anniversary, NWRC continues to drive innovation and address water challenges locally and regionally.
Our proposed collaboration aims to integrate advanced desalination technologies, renewable energy systems, and smart water management approaches into scalable, cost-effective solutions suitable for small- and medium-scale farming systems. The consortium will combine expertise in water engineering, geospatial analysis, agriculture, energy systems, and socio-economic assessment to ensure both technical feasibility and real-world applicability.
Specifically, we are seeking partners with expertise in:
Innovative desalination technologies (e.g., low-pressure reverse osmosis, membrane distillation, capacitive deionization)
Renewable energy integration (solar-powered desalination systems)
Irrigation efficiency and smart agriculture
Brine management and environmental impact mitigation
Socio-economic analysis, policy, and stakeholder engagement
Pilot-scale system design and field implementation
Our institution will contribute through:
Field data acquisition and hydrogeological characterization of brackish water resources
GIS-based site selection and suitability analysis for decentralized desalination units
Hydrological and environmental impact assessment
Integration with agricultural water demand and climate adaptation strategies
Support for pilot implementation and performance monitoring in Egypt
The collaboration will aim to:
Develop modular, decentralized desalination units adaptable to varying salinity and farm scales
Improve water-use efficiency and crop productivity under water scarcity conditions
Minimize energy consumption and environmental impacts, particularly brine disposal
Provide decision-support tools and policy recommendations for scaling up solutions across the Mediterranean
This partnership will ensure a strong science–policy–practice interface, enabling the co-design of solutions with stakeholders, including farmers, water authorities, and policymakers. The ultimate goal is to enhance climate resilience, food security, and sustainable water management in Mediterranean agricultural systems.
Alignment with PRIMA Priorities:
The proposed work directly addresses PRIMA’s strategic objectives on water scarcity, sustainable agriculture, and climate resilience in the Mediterranean, with a strong contribution to the Water–Energy–Food Nexus.
Technology Readiness & Innovation:
The project will combine proven desalination technologies with innovative integration (renewables, smart control, and modular design) to ensure both innovation and deployability.
Pilot Demonstration in Egypt:
Egypt—particularly the Nile Delta and coastal zones—offers an ideal living laboratory for testing decentralized brackish water desalination under real conditions of salinity stress, water scarcity, and agricultural demand.
Scalability and Replicability:
Solutions will be designed as modular and scalable systems, enabling replication across Mediterranean countries with similar hydro-climatic conditions.
Stakeholder Engagement & Co-creation:
The project will actively involve farmers, water authorities, and local communities to ensure that solutions are socially accepted, economically viable, and practically applicable.
Policy and Decision Support Impact:
The project will deliver guidelines, decision-support tools, and policy recommendations to facilitate uptake by governments and regional institutions.
Environmental Sustainability:
Special emphasis will be placed on brine management, energy efficiency, and minimizing environmental impacts, ensuring compliance with international environmental standards.
