Municipal

Our AI analyzes flow patterns, pressure data, and acoustic signals to identify leaks before they surface. Machine learning algorithms distinguish leak signatures from normal usage patterns and prioritize repairs by leak size and location. This enables utilities to find hidden leaks 60-80% faster than traditional methods.

Smart meters record consumption hourly or more frequently and transmit data wirelessly. Benefits include automated billing, leak detection at customer premises, time-of-use data for demand management, and elimination of estimated bills. Many utilities see 5-10% revenue increase after smart meter deployment.

We use machine learning models trained on historical consumption, weather data, seasonal patterns, and special events to predict demand 24-72 hours ahead. Accurate forecasting optimizes pump scheduling, reduces energy costs, and ensures adequate supply during peak periods without over-pressurizing the network.

Pressure management maintains optimal pressures throughout the distribution network using PRVs (pressure reducing valves) and pump control. Excess pressure increases leak rates and pipe bursts. Reducing pressure from 60m to 40m head typically reduces leakage by 25-30% while maintaining adequate service.

We combine pipe age, material, break history, soil conditions, and criticality to calculate failure risk scores. Pipes are ranked by risk and consequence of failure. This data-driven approach ensures limited rehabilitation budgets target the highest-risk assets first.

Distribution system water quality monitoring tracks chlorine residual, turbidity, and other parameters from treatment plant to tap. Online sensors at key locations detect contamination events and disinfection issues. We help utilities design monitoring networks and respond quickly to water quality incidents.

Pumping typically accounts for 60-80% of utility energy costs. Optimization includes pump efficiency upgrades, variable speed drives, optimized pump schedules aligned with electricity tariffs, and pressure zone redesign. We typically identify 15-25% energy savings through operational optimization alone.

SCADA (Supervisory Control and Data Acquisition) provides real-time monitoring and control of pumps, valves, tanks, and treatment plants from a central location. Modern SCADA integrates with analytics platforms for automated optimization, predictive maintenance, and performance dashboards for decision-makers.

Drought management includes demand reduction through conservation campaigns and tariff adjustments, supply augmentation from alternative sources, and operational optimization to minimize losses. We help utilities develop drought response plans and implement real-time monitoring to track drought trigger levels.