Located in Southern Italy, the Mediterranean region of Puglia faces acute climate vulnerabilities driven by erratic precipitation patterns, prolonged droughts, and rising temperatures. These environmental pressures severely threaten regional water security, resulting in severa; challenges:
- Escalating water scarcity risks that impact agriculture, municipal supply, and local ecosystems across the arid region.
- Significant network water losses caused by aging infrastructure, undetected leaks, and unmonitored pressure fluctuations in distribution pipelines.
- Limitations of reactive water management, where infrastructure failures and leakages are addressed only after damage or substantial water loss has already occurred.
Integrated Regional Governance & Digital Infrastructure
To safeguard regional water supplies under changing climate conditions, Acquedotto Pugliese, the Integrated Water Service operator for Puglia, adopted a comprehensive climate adaptation strategy.
By combining digital technology with physical infrastructure upgrades, the operator shifted its operational model from reactive crisis management to proactive, predictive resource preservation. This integrated transition enables regional authorities to anticipate system failures, optimize pressure, and protect vital freshwater supplies across the entire region.
Predictive Technologies, Efficiency Gains, and Leakage Prevention
The digital transformation equips the water operator with state-of-the-art tools to minimize losses and maximize system efficiency:
- Centralized Digital Control Room and Smart Meters: Operating a real-time Control Room alongside smart metering networks to monitor distribution flows, detect anomalies instantly, and regulate system-wide water pressure.
- Advanced Acoustic Leak Detection: Deploying cutting-edge technologies, including noise loggers, hydrophones, and acoustic Smartball sensors, to pinpoint hidden underground leaks before they disrupt supply.
- Network Digital Twins and Predictive Modeling: Utilizing digital twins of the water network to model hydraulic behavior, run predictive scenarios, and anticipate pipe vulnerabilities.
- District Metering & Infrastructure Upgrades: Partitioning the network into District Metering Areas (DMAs), installing precision measuring instruments, and systematically replacing aging pipes to ensure long-term efficiency.