03 Industry
Aqueduct and water network remote control
Flow, pressure and levels district by district, in a system that speaks the remote-control protocols water operators already use.
Illustrative figures.
What NeMo reads
The quantities that matter
The network leaks, and without districting and continuous measurement nobody knows where. In northern Italy about a fifth of the network is remotely controlled; in the south, almost none.
Flow and pressure
At nodes and per district, the pair of quantities a leak shows up in before it surfaces.
Levels
Reservoirs and tanks, with the fill and draw dynamics rather than just the instantaneous value.
Pumping stations
State, running hours and power draw: the heaviest electricity line on a water network.
District meters
Including remote reading, so the balance closes without waiting for the meter round.
Water quality
Turbidity and residual chlorine, recorded continuously alongside the hydraulic quantities.
How it connects
It speaks your field’s language
Meters, analysers, controllers and probes: the node connects to what is already installed, over the protocol it already speaks. Nothing in the field is replaced to get started.
Powered on and already talking — self-configuring in the fieldWhat comes out
From the reading to the decision
Water balance
Input against billed volume per district, updated continuously rather than once a year.
Night minimum
The indicator that exposes losses: at night real consumption drops and what remains is leakage.
Energy per m³ lifted
What you are spending to move the water, district by district.
History for reporting
Continuous, traceable series, ready for what the regulator asks for.
Italy’s recovery plan put €4.38bn into the water sector, targeting 25,000 km of digitalised network.
Nearby industries
They usually come together
Start from your plants
A 30-minute technical call to go through what you already measure, what you do not, and what it would take to close the gap.