Smart Water Solution

Live water-quality monitoring, precise leak location, and smarter dispatch so a utility uses water more carefully

Smart water overview

This solution is built around the Internet of Things, cloud computing, and big data. It watches the chain from the water source and the treatment plant through the network to the customer. Water-quality sensors, flow meters, and pressure gauges at key points collect water quality and how the pipes are running. AI finds leaks, forecasts demand, and schedules pump stations, so the utility moves from running on experience to running on data, with a safer supply and a more efficient operation.

Live water-quality monitoring
Pinpoint leak location
Smarter dispatch
Safer water supply
Smart water utility network

Core modules

Supply and drainage, from the source to the street

Online water-quality monitoring

Multi-parameter water-quality sensors at the source, the plant outlet, and the ends of the network watch turbidity, pH, residual chlorine, and dissolved oxygen, so water leaving the plant and water at the tap stay within standard.

Pipeline leak detection

Flow meter readings and district metered areas (DMA) show where the network is losing water, so crews can find the leak faster, narrow the gap between water produced and water sold, and waste less.

Pump-station dispatch

From network pressure, flow, and a demand forecast, AI sets how the pump station should run. Energy use falls, pumps wear less, and the equipment lasts longer.

Burst warning and response

A pressure-anomaly model flags a burst before it spreads, raises an alarm, and works with the valve controls so the affected area stays small and supply comes back quickly.

Drainage and flood prevention

Level and flow in the drainage network, read against the weather, show where flooding is likely. Drainage pumps start early and crews are sent out before a street flood takes hold.

Operating reports

Data from the whole supply chain becomes a network-health report, a produced-versus-sold analysis, and an energy-saving review, for the utility's own decisions and for the regulator's assessment.

Where it is used

City and rural water, from the plant to the field

City water supply

Monitoring and dispatch for the city tap-water network

Industrial water

Water use in industrial parks, and wastewater discharge kept within permit

Rural water supply

Remote supervision and water-quality assurance for rural drinking-water projects

Wastewater treatment

Process control and monitoring at the treatment plant

What changes

30%
Lower network leakage
25%
Lower operating energy
99.9%
Water-quality readings within standard
40%
Faster fault response

Related resources

Build a smarter water operation

Our water specialists will shape a program around your network