Latest
12h agoDCC Extends Arqiva’s Northern Smart Meter Network To 2037, Sensus To Supply New Base Stations 12h agoOman Water Ministry Signs Nama Deal For LoRaWAN Smart Meters On 1,000 Groundwater Wells 15h agoVia Verde Opens 12-Point, 400 kW Ultra-Fast Charging Hub in Portugal YesterdayRematics Runs Waste-Recognition Cameras On 70+ Collection Trucks As MOBA-Backed Pilots Expand YesterdaySuez And Cornerstone Host Wize Water Meter Network On 100 UK Mobile Towers YesterdayTIM Brasil And Smart Luz To Connect Over 12,000 Rio de Janeiro Lighting-Pole Cameras Over 5G YesterdayAbertis Opens €40,000 Safe Road Operations Challenge To Protect Road Workers Yesterday450connect Equips 712 LTE450 Radio Sites With Inexogy Smart Meters In Germany YesterdaySEWA Installs Over 3,200 Smart Electricity Meters In Sharjah And Replaces 1,600 In Q3 2026 8 NovIntellihub Acquires Taggle Systems For A$50M To Add Water Metering Network And Aqualus Software
Kurrantly News · Weekly briefingThe week in smart cities and utilities, in one email
Share
Water · France

Suez Tests Drone Technology for Water Leak Detection in Rural France

Kurrant News Desk · ·1 min read

Water management company Suez conducted a test in Auxerre, using a drone equipped with a thermal camera to detect leaks in rural water pipelines. This marks the first such experiment in France, aiming to improve the efficiency of water network monitoring in remote areas.

Traditional leak detection methods rely on acoustic devices and manual inspections, which are less effective in rural settings due to the lack of service access points. The drone, operated by D-Tection, captures thermal images every two seconds, identifying temperature variations caused by leaks. With a flight autonomy of 30 minutes, the drone can survey long distances quickly, covering 3.5 kilometers in just 20 minutes.

The test focused on a large water distribution pipeline near a reservoir, where leaks are harder to detect due to high daily water flow. Suez aims to enhance the network’s efficiency, currently at 80%, by reducing water loss from leaks and other factors. This innovative approach could prevent major pipeline failures and improve rural water management.