Challenges
How It Works
Step 1
Continuously monitors water levels at overflow points to detect discharge events as they occur—eliminating reliance on manual inspections and delayed reporting.
Measures levels in sewer chambers, basins, and overflow structures to identify rising conditions that may lead to overflow during storm events or system overload.
Tracks how long and how often overflow events occur, providing objective data for performance evaluation, planning, and compliance documentation.
Correlates level data with rainfall-driven conditions to distinguish storm-induced overflows from other network issues and support root-cause analysis.
Detects unusual patterns such as rapid level increases, repeated overflow activation, or abnormal event behavior—triggering early warnings before critical incidents escalate.
Step 2
Step 3
All collected data is securely stored and analyzed over time, turning real-time monitoring into valuable insights. By identifying trends and recurring patterns, the platform helps predict potential issues before they occur. Historical data supports smarter maintenance planning, reduces operational costs, and drives long-term system reliability.
By analyzing data trends over time, the system reveals emerging risks early, enabling proactive maintenance instead of reactive fixes.
Historical readings make it easy to see which locations require attention first. The platform highlights deviations, recurring issues, and long-term shifts that are otherwise hard to detect.
Historical insights help you schedule interventions at the right time, reduce unnecessary site visits, and extend asset lifetimes.
FULL PROVIDER
COMPATIBLE DEVICES
WIONIQ WATER APPLICATIONS
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