Collection System Monitoring

Effective monitoring of Sanitary Sewer Overflows (SSO) and Combined Sewer Overflows (CSO) is essential to prevent the discharge of untreated wastewater into the environment. Our comprehensive overflow monitoring solutions utilize state-of-the-art sensors and near real-time remote data analysis to recognize trends and detect potential overflow conditions before they escalate. Tracking level and level metrics, these systems support compliance with environmental regulations and safeguard public health, while optimizing operational efficiency and minimizing the risk of costly spill events.

Utilities rely on lift stations to pump wastewater between locations of varying elevation. Because lift stations are powered by electricity, any outage has the potential to result in a sewer spill. Our integrated, turnkey monitoring solutions utilize advanced pressure and flow sensors to detect issues such as leaks, bursts or blockages that can lead to an environmental or public health emergency. These systems also track key performance indicators, including efficiency, power consumption and operational status, to limit downtime and improve response rates.

Managing and controlling gas in sewer networks is one of the greatest challenges for the wastewater sector. High levels of hydrogen sulfide (H₂S), for example, create costly process complications due to toxicity, corrosion and odor nuisance. Our unique solution combines liquid and gas phase sensors to provide continuous, accurate and near real-time odor monitoring for sewer networks. Data can be linked directly to Badger Meter software or the customer's preferred system, providing enhanced monitoring and control capabilities. 

Inflow and Infiltration (I&I) management is critical for maintaining the efficiency and capacity of wastewater collection systems. Our I&I monitoring solutions identify and quantify the correlation between localized rainfall and sewer response. By deploying flow meters and advanced data analytics, these solutions help utilities to prioritize repairs, implement effective control measures and reduce the burden on treatment facilities—enabling optimal system performance.

Effective stormwater monitoring is crucial for managing the impacts of rainfall and surface water on urban and natural environments. Our advanced stormwater monitoring solutions provide near real-time, remote level and flow data management for storm and surface water applications. By integrating layered data, such as rain, tide and river levels, we offer a comprehensive view of the causes and effects of stormwater events.

The conventional practice of regularly scheduled sewer cleaning is typically based on history and perceived risk of spills. While high-frequency cleaning may lower instances of sanitary sewer overflows, it carries a substantial operational cost with demands on personnel and equipment. Our remote-monitoring technology and predictive analytics drive and optimize the cleaning process to reduce operation costs and redirect resources to extended asset life.

Predictive analytics and historical data help identify potential problems early, empowering utilities to perform maintenance before issues escalate—reducing repair costs and preventing lengthy service disruptions.

Prompt detection and resolution of leaks, blockages or overflows prevent wastewater from contaminating the environment, protecting water bodies and public health.

Continuous system monitoring optimizes performance, reducing energy consumption and operational costs. Cleaning optimization, hydraulic modeling and capacity assessment protocols extend asset life and protect investments.

Near real-time collection system monitoring enhances hydraulic models that help utilities comply with local, state and federal regulations regarding wastewater management.