TAP for Water Utilities
Account for every drop.
Non-revenue water, pump efficiency, flow balance, and pressure zones — the operating picture a modern water utility runs on.
The Problem
What it costs you today.
The gaps a modern operation can no longer afford to leave open.
Non-revenue water
Treated water disappears between the plant and the tap — but without zone-level metering, nobody can say where or how much.
Pumps run blind
Pumps consume the biggest share of the energy bill, yet their efficiency drifts unmonitored until something fails.
Pressure complaints
Zones swing between too-high and too-low, and the first signal is a phone call from a resident, not a dashboard.
The Solution
Run the network on data, not phone calls.
TAP meters flow, pressure, and pumping across your network to expose losses, protect assets, and keep every zone in spec.
- Non-revenue water tracking by district metered area
- Pump efficiency and specific-energy monitoring
- Flow balance — inflow vs outflow reconciliation
- Pressure-zone monitoring with high/low alerts
- Tank and reservoir level management
- Leak and burst detection from flow signatures
Capabilities
What TAP delivers.
The full toolkit, tuned to the metrics that matter in your operation.
NRW tracking
Reconcile supply against consumption per district metered area to locate and quantify losses.
Pump efficiency
Monitor specific energy (kWh/m³) and flag efficiency drift before a pump fails.
Pressure zones
Keep every zone within band, with high- and low-pressure alerts the moment a threshold is crossed.
Tank levels
Live reservoir and tank levels with automated fill and low-level alarms.
Flow balance
Inflow-versus-outflow reconciliation across the network to catch imbalance early.
Leak detection
Spot bursts and leaks from abnormal flow signatures and night-flow analysis.
Meter-to-screen latency
Zone monitoring
Pump efficiency tracked
Time to instrument a zone
Typical Deployment
One district at a time.
Instrument a single district metered area — inflow, outflow, pressure, and pumping — then extend the same model across the network zone by zone.
See a water utilities demo.
We'll show TAP running with data like yours — and answer whether it fits your specific setup.