• ICT-Enabled Water Management
• ICT-Enabled

ICT-Enabled Water Management

The University of Warith Al-Anbiyaa (UOWA) employs ICT-enabled systems across campus to monitor water use and manage efficiency. Over 60% of campus buildings are equipped with digital meters that track water consumption in real time. Green spaces are irrigated via automated systems linked to soil moisture sensors, ensuring precise distribution and up to 40% water savings compared to manual irrigation. These systems also detect leaks early — 15 leaks were identified in 2024 — and allow for predictive maintenance and continuous optimisation.

Sustainable Water Extraction Technologies

In addition to monitoring, UOWA ensures that water extracted from natural sources, including aquifers and nearby lakes, is managed sustainably. Key practices include:

• Water Filtration and Treatment Systems: All extracted water is filtered and treated to meet potable and irrigation standards.
• Smart Extraction Monitoring: ICT systems track extraction volumes to prevent overuse and depletion of local aquifers, maintaining operations within sustainable limits.
• Recycling and Reuse: Treated wastewater is reused for irrigation and landscaping, reducing dependence on fresh water.

Off-Campus Initiatives

• At Fadak Farm, UOWA implements smart irrigation systems that monitor soil moisture and use only the necessary water, further reducing groundwater extraction.
• University experts collaborate on groundwater management research to optimise sustainable extraction practices.
• Solar-powered water systems at Fadak Farm reduce environmental impact while supporting sustainable water use.

These initiatives demonstrate that UOWA combines advanced monitoring, efficient on-campus management, and sustainable extraction technologies to ensure responsible water use, protect natural resources, and reduce the environmental footprint of its operations.

Student and Staff Engagement

Student-led projects develop low-cost monitoring tools and innovative solutions for water management. These initiatives integrate educational outcomes with practical improvements to campus operations.

Future Development 

Plans include full metering of all buildings, integration of predictive analytics for water allocation, and embedding monitoring into the university’s central Sustainability Performance Portal.