Fluves Sewer - Inspect the Integrity of Sewers
Monitor hydraulic performance, detect water ingress, and identify blockages along every meter of your sewer system. Turn your sewer system into a sensor: Fluves Sewer uses advanced Distributed Temperature Sensing (DTS) and fiber optic technology to monitor the hydraulic performance of every meter of your sewer system. It detects critical anomalies such as water ingress and blockages in real time, allowing you to take prompt actions and ensure smooth, uninterrupted operations.
Detect infiltrations
Fluves Sewer identifies unwanted infiltrations, leaks, and illicit connections in your sewage network with precision.
Pinpoint water ingress
Detect and localize cold and hot water ingress from rain, groundwater, or household connections with precision.
Detailed dashboard
The Fluves Sewer dashboard provides real-time visualization of flow trends, anomalies, and comprehensive data insights.
Predict sewer blockages
Prevent blockages before they occur with predictive monitoring, while our algorithms estimate flow velocity for better system control.
Economical efficiency
Proactive sewer health management helps reduce operational costs and minimize financial losses from unexpected downtime.
Extend sewer lifespan
Long-term monitoring with Fluves Sewer extends your infrastructure’s lifespan, ensuring reliable performance over time.
Here’s why Fluves SEWER is the preferred solution for sewer monitoring
Fluves SEWER detects unwanted infiltrations, leaks, and illicit connections in your sewage system.
Fluves SEWER localizes cold and hot water ingress, whether from rain, groundwater, or household connections.
The Fluves SEWER dashboard visualizes flow trends, anomalies and detailed data insights.
Fluves SEWER predicts sewer blockages so you can prevent them. Our algorithms also estimate the flow velocity of sewage fluids.
By proactively managing sewer health, you save on operational costs and reduce financial losses due to unexpected downtimes.
Long-term sewer monitoring with Fluves SEWER translates to extended infrastructure lifespan.
In many areas, over 50% of the water entering sewage treatment plants is not actually polluted, caused by unwanted infiltrations, leaks, and other sewer issues. These inefficiencies drive up energy costs, reduce plant effectiveness, and increase the risk of drought by depleting groundwater resources.
Fluves Sewer monitors every meter of your sewer system, detecting and preventing these problems, including illicit connections. This results in improved operational efficiency, reduced energy and maintenance costs, and a smaller environmental footprint.
From monitoring to actionable insights
Fluves Sewer leverages advanced fiber optic technology with Distributed Temperature Sensing (DTS) to monitor the hydraulic performance in real-time, enabling cost-effective decision-making.
1. Easy installation
We install a unique fiber optic cable in your sewer system to continuously monitor temperature across the entire network, ensuring real-time detection of anomalies.
2. Smart sensing device
By sending laser pulses through the fiber optic cable, we capture temperature-based reflections through a Distributed Temperature Sensing (DTS) device. This enables precise temperature measurements every meter along up to 50 kilometers of sewer, with an accuracy of 0.1°C for reliable monitoring.
3. Real-time insights and dashboard
Our system continuously tracks temperature at regular intervals (by minute, hour, day, and month) along the fiber optic cable. This real-time data is sent to a central DTS unit, providing a complete monitoring solution that accurately detects issues such as water ingress and blockages. Users can access a user-friendly dashboard to visualize temperature trends and anomalies, along with detailed reports that support informed decision-making and proactive maintenance.
4. Improve sewer performance
Fluves Sewer provides a comprehensive solution for managing your sewer system effectively. By enabling early detection of leaks, blockages, and unauthorized connections, it minimizes disruption and lowers maintenance costs. This proactive approach not only helps reduce operational expenses but also protects the environment by monitoring for unwanted infiltrations and leaks, safeguarding groundwater resources.