Sewer Level Monitoring and Wastewater Management
Preventing overflows and protecting public health through precise sewer level insights
Our IoT device, connected to a radar or float level sensor, collects and transmits real-time data on sewer levels, enabling proactive management and prevention of overflow and blockages. Equipped with rugged technology designed for extreme conditions, it’s the reliable choice for critical infrastructure monitoring.
Understanding our Solution
Managing urban sewer systems is complex, with risks of overflows leading to environmental and public health concerns. With many overflows being reported by the public after they have occured, utilities are looking for ways to proactively manage their wastewater networks to prevent significant overflow events and blockages.
The Solution
The Captis Multi, with its IP68 rating, long-life battery, and advanced connectivity, is ideally suited for remote, precise water level monitoring in harsh environments, offering reliable, low-cost device management and data integrity for comprehensive water management solutions.
The Kallipr Radar Sensor, designed for non-contact level measurement with a high degree of accuracy and durability, excels in monitoring water levels up to 15m, even in harsh UV environments, making it a robust solution for precise flood and sewer monitoring.
The custom-made mounting bracket kit ensures stable and secure positioning of the Captis Multi and radar level sensor, facilitating easy installation and optimal performance in measuring water levels, even in challenging environments.
Success Stories
Sydney Water Invests $15m in Wastewater Sensors
Sydney Water are saving on average $400,000 a month in blockage prevention thanks to a large-scale IoT wastewater monitoring deployment with Kallipr.
It will see the company spend $15m dollars to install over 26,000 devices across 4,600km of wastewater infrastructure. The Captis devices are installed on existing infrastructure and alarm when there is threat of a potential blockage.
See the Case Study
Tackling Water Monitoring Challenges at Sea World
As part of their sustainability commitment Seaworld must monitor and report the water quality and volume being expelled into the wider waste water network.
They have effectively brought together three sensors into one cohesive device – so they can monitor water velocity, height, temp, EC, TDS and salinity.