Join our DALI webinar on 7th December 2023 at 13:30 PM CET to experience blind testing of a cutting-edge fiber-based leak detection system.
Register nowWe ensure the integrity of your pipeline in real time.
Contact usInstantly locate leaks and intrusions in liquids, gas and steam pipelines for utilities and industry
DALI is a revolutionary pipeline monitoring system that helps reduce losses from NRW (Non-Revenue Water), waste and incidents. It is designed to help utility and industry asset managers save money and lead their businesses into a more sustainable future.
Unlike existing monitoring systems, DALI uses Distributed Acoustic Sensing (DAS) technology to automatically pinpoint the exact location of leaks and intrusions around the clock, allowing timely interventions and smarter asset management.
Rapid installation
24/7 monitoring
Locate leaks with 10 m accuracy
Reduce NRW and incident risk
Improve asset reliability and extend lifetime
Automatic alerts
Installation and operation costs for the DALI system depend on specific pipeline characteristics such as length and pipeline material. However, a typical DALI installation costs less than 1% of a full pipeline replacement, while extending the lifetime of the existing pipeline by many years, reducing Non-Revenue Water (NRW) loss, and giving you full peace of mind about the condition of your assets.
Check how much you can saveDurable microduct certified for use in drinking water.
Custom hot taps allow installation in pressurized pipes.
Fibers can also double as communication channel with valves and other sensors.
The DAS records acoustic vibrations, turning the cable into thousands of microphones.
Our software locates these sounds within 10 m of their origin.
Machine-learning algorithms identify leaks and other anomalies.
Alerts are automatically sent via e-mail, SMS or SCADA and visualised on a dashboard.
Long-term monitoring results are summarized to support your maintenance strategy.
The system can also be installed temporarily for periodic or one-off incident detection.