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Leakage Modeling Workflows for Calibrating Water Distribution Models

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    Description

    Water utilities increasingly rely on hydraulic models to improve water-loss management. Yet, explicitly representing real losses remains a common challenge. This session will present a practical, repeatable workflow for modeling leakage using InfoWater Pro software. You will learn how to go beyond traditional water-loss representations and incorporate system pressures, SCADA data, and district metered areas into calibrated models to quantify and spatially allocate real losses. We'll demonstrate how pressure-dependent leakage formulations can improve calibration accuracy and identify high-leakage zones. Real-world examples will show how, when calibrated, these models support operational decision making, targeted leak detection, and capital planning.

    Key Learnings

    • Learn how to implement pressure-dependent leakage representations within InfoWater Pro water distribution models.
    • Learn how to integrate SCADA data, system pressures, and DMA measurements into model calibration workflows.
    • Learn how to validate modeled leakage results against observed system performance to improve calibration confidence.
    • Learn how to assess spatial leakage outputs from InfoWater Pro models to prioritize leak detection strategies.

    Tags

    Product
    Info360 Insight
    InfoWater Pro
    Industries
    Architecture
    Topics
    Software Development
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