Aganova, a global leader in advanced leak detection technology, is partnering with Uisce Éireann (formerly Irish Water), SUEZ, and Microsoft to launch a transformative water conservation project in Dublin. This initiative is part of Microsoft’s Replenishment Program and aims to significantly reduce water losses in the city’s distribution network by identifying leaks and enabling Uisce Éireann to carry out targeted, efficient repairs.
Water scarcity is a growing concern in Dublin, where 84% of the city’s water comes from the River Liffey, and approximately 33% of that water is lost before reaching consumers. This collaboration directly supports Microsoft’s commitment to become water positive by 2030, replenishing more water than it consumes, and reinforces its focus on driving climate action through innovative, community-focused partnerships.
Deploying Advanced Leak Detection Technology
At the heart of the initiative is Aganova’s Nautilus System, a state-of-the-art acoustic technology that travels through large-diameter pipelines to detect leaks and anomalies—without interrupting water service. The system will inspect 40 kilometers of the Greater Dublin Area’s water transport network, enabling precise and proactive leak detection.
A Unified Effort for a Sustainable Future
Once leaks are identified, Uisce Éireann will lead the repair and maintenance operations, ensuring the long-term resilience and reliability of Dublin’s water supply. Aganova will continue to monitor the network to measure conservation impact and validate volumetric benefits, while SUEZ will provide essential operational support during the project’s implementation phase.
Key Benefits of the Project Include:
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Water Conservation: Reducing water loss will improve Dublin’s overall water efficiency and network resilience.
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Community Impact: Customers and communities across the city will benefit from a more consistent and reliable water supply.
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Lower Carbon Emissions: By reducing water leakage, the project will decrease energy consumption associated with water treatment and distribution, supporting climate mitigation goals.
Driving Innovation in Water Management
Uisce Éireann has demonstrated a strong commitment to innovation by embracing new technologies to meet modern water management challenges. By integrating advanced detection systems and proactive infrastructure strategies, the utility is setting new industry benchmarks for sustainability and operational excellence.
Aganova shares this vision. As a leader in leak detection, the company continues to develop cutting-edge solutions that enhance water efficiency and reduce losses on a global scale. By collaborating with strategic partners, Aganova is committed to helping utilities achieve long-term resource conservation and infrastructure resilience.
SUEZ, a key global player in sustainable water management, is proud to support this initiative, aligning with its mission to reduce Non-Revenue Water (NRW) and address water scarcity through advanced technologies and collaborative partnerships.
Microsoft’s Role in Replenishing the Planet
Microsoft’s Water Positive strategy is centered on reducing water use intensity, improving access to clean water, and supporting local conservation projects with tangible community impact. This collaboration in Dublin reflects the company’s dedication to public-private partnerships that deliver measurable climate and sustainability outcomes in water-stressed regions.
A Step Forward for Dublin’s Water Security
Speaking about the project, Margaret Attridge, Head of Water Operations at Uisce Éireann, said:
“We are delighted to work with Aganova, Microsoft, and SUEZ to identify leakage in our strategic water network. By using innovative technology in our pipe network, we can get a clear picture of which areas to target for repair. This supports us in our plan to reduce the national leakage rate to 25% by the end of 2030 and to below 20% in the Greater Dublin Area.”
This collaboration represents a critical step toward improving water security in Dublin and sets a powerful precedent for future large-scale water conservation efforts worldwide.