OUR INTELLIGENT DISTRICT METERED AREA (DMA) MANAGEMENT & LEAK TELEMETRY SYSTEM

StarAqua is an end-to-end smart water grid intelligence platform that empowers water utility operators to monitor, isolate, and reduce Non-Revenue Water (NRW) in real time. Combining acoustic leak loggers, pressure transient transducers, and DMA water balance algorithms, StarAqua pinpoints hidden pipeline bursts before they surface.

Key Features

Automated DMA Water Balance

Calculates continuous inlet versus billed consumption to detect sub-surface pipe leakage across zones.

Acoustic Leak Correlation

High-frequency vibration analytics localize pinhole leaks to within +/- 1 meter along buried pipelines.

Transient Pressure Tracking

Sub-second pressure surge detection alerts dispatchers to water hammer conditions that rupture infrastructure.

Automated Pressure Regulating Valves

Dynamic PRV modulation adjusts distribution pressure based on real-time consumption demands.

Water Quality & Contamination Alerts

Multi-parameter sensor telemetry tracking residual chlorine, turbidity, conductivity, and pH across distribution nodes.

Protect scarce water resources, extend distribution asset longevity, and maintain regulatory compliance with StarAqua's AI-assisted hydraulic analytics.
StarAqua — The Digital Twin Platform for Modern Water Distribution Utilities.

StarAqua Municipal Water Pipeline Automated Pressure Regulating Valve Manifold and Telemetry System

Hydraulic Digital Twin & Telemetry Architecture

Real-time GIS integration and calibrated EPANET hydraulic modeling

Traditional municipal water management relies on reactive citizen leak complaints after hundreds of thousands of gallons have been lost. StarAqua combines mathematical pipe network models with live IoT pressure and flow feeds.

Machine learning algorithms compare real-time acoustic spectral signatures against background ambient urban noise to distinguish true pipe fissures from vehicular rumble, notifying repair crews with exact street coordinates and recommended repair clamps.

EPANET 2.2 Integration GIS Spatial Mapping NB-IoT / LoRaWAN Cellular Sub-Second Transient Sampling Automated PRV Modulation ISO 55000 Asset Management

By lowering distribution pressure during off-peak night hours through automated valve control, StarAqua immediately reduces background leakage volume by up to 25% across municipal sectors.

Smart Water Network Deployment Lifecycle

From hydraulic zoning to automated leak localization and dispatch

STEP 01

DMA Boundary Segmentation

Dividing pipe network into isolated District Metered Areas with strategic placement of bulk flowmeters and pressure loggers.

STEP 02

Continuous Acoustic & Flow Analysis

Automated nightly Minimum Night Flow (MNF) calculations and acoustic cross-correlation to detect emerging underground leaks.

STEP 03

Automated Work Orders & Control

Instant work-order generation dispatched to field maintenance crews alongside automatic PRV pressure stabilization.

Water Utility ROI & Sustainability Metrics

Driving quantifiable resource conservation and infrastructure resilience

Network Optimization Metrics

  • Average Leak Run Time: Reduced from 45d to 3d
  • Pipe Burst Frequency: Reduced by 42%
  • Annual Water Recovery: 1.2B Liters Saved / Yr
  • Energy Pumping Optimization: 18% Pumping kWh Saved

Smart City Water Interoperability

Universal data connectors for water utility GIS, SCADA, and dispatch platforms:

ArcGIS / QGIS Integration SCADA / DNP3 / Modbus TCP Hydraulic Transient Analysis Automated Pressure Management IWA Water Balance Standards Acoustic Vibration FFT Loggers