“At the rate our climate is changing, America’s water infrastructure is not equipped to handle the challenges to come” – CNN US, 2023
“How could England’s water system be fixed?” – The Guardian, 2024
Some of the world’s largest economies…are even struggling with run-down water infrastructures. So how are smaller nations coping up with climate change, you may ask? Not great either.
“More than half of the water supply infrastructure (in Gaza) is currently damaged and in need of repair” – Action Against Hunger, 2023
“More than 60% of the country’s dams are overexploited and only a third of the rivers are in good condition” – Good Governance Africa, 2023
“The lack of adequate physical infrastructure (in Vietnam)…resulting in water shortages throughout the country” – The Water Project
Water infrastructure resilience is becoming increasingly more and more critical, especially in safeguarding communities against the increasing threats of climate change, population growth, and aging systems. Leaks not only contribute to water loss but also strain resources, exacerbate operational costs, and compromise the reliability of water services.
To accelerate the efforts to meet water security challenges, the UN General Assembly declared 2018-2028 the Water Action Decade for Sustainable Development (INWEH, 2023). GAILL technology steps in as a key player in fortifying infrastructure, offering a proactive approach to identify and address potential issues promptly.
How can EFAS reverse the tide? 🌊
Generator-based AI Leak Locator (GAILL) technology leverages Artificial Intelligence and geographical data (Digital Twins) to pinpoint leaks with unparalleled accuracy. By analyzing data from various sources, including pressure, flow, and GIS, GAILL identifies anomalies indicative of potential leaks. This proactive approach enables utilities to intervene swiftly, minimizing water losses, infrastructure damage, and associated costs.
In practical terms, GAILL enabled one of our customers to identify leakages (100% accuracy with sufficient data) when their personnel were dispatched to the field, leading to a reduction in non-revenue water (With just 8 identified leaks, they estimated a decrease in NRW to 3-4%)
The implementation of GAILL technology translates into a significant leap forward in water infrastructure management. Its real-time monitoring capabilities empower utilities to detect leaks promptly, reducing response times and operational disruptions. This efficiency not only conserves water but also optimizes maintenance efforts, contributing to the overall sustainability of water resources.
The barriers to water SUCCESS? 💦
While the benefits of AI-powered GAILL technology are evident, challenges in implementation persist. Data quality/availability, absence of AMR systems are challenges that utilities may face. Without reliable and timely data, the algorithms powering leak detection may struggle to function optimally. Inaccurate or incomplete data hampers the ability of AI to identify anomalies accurately, impacting the overall effectiveness of leak detection efforts.
However, the opportunity lies in strategic partnerships and collaborations with technology providers and experts. These alliances can address challenges and open avenues for shared knowledge, fostering innovation in water infrastructure resilience.
EFAS also presents our Global VAR (Value-Added Reseller) Program – an unique opportunity for our valued partner. Through this program, VARs gain the flexibility to determine the pricing of GAILL technology sold to their customers. This initiative empowers our partners with the tools, resources and support to drive success and foster mutually beneficial relationships worldwide. Become a distributor HERE!
#WaterForOurFuture
As communities worldwide grapple with the imperative of resilient water infrastructure, GAILL technology emerges as a beacon of hope. By combining the power of AI with Digital Twins, GAILL not only detects leaks but transforms the approach to water management. Its proactive capabilities contribute to sustainable, efficient, and resilient water infrastructure—a cornerstone for safeguarding the well-being of communities now and in the future.