WASTEWATER MANAGEMENT RESOURCES
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At WEFTEC 2026, Charlotte Water director Angela Charles described a familiar problem: employees worry about AI while utility leaders try to find useful applications. In his October 9 Water Online report, Kevin Westerling explained how Charlotte Water responded with an employee-involved AI framework. The next test of that framework should be operational.
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Field experience, a comparison of German and U.S. testing practice, and two public records show why the moment of verification matters.
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Digital transformation is reshaping the water sector. Utilities have access to more data than ever before, from work orders to inspection data and real-time monitoring information. The reality is that more data and technology alone do not improve asset management outcomes.
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Decades of microbial induced corrosion, repairs that failed to halt deterioration, and heavy traffic shaped a large manhole rehabilitation program, including how methods differed for the most severe structures.
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Automated leak detection, preventive maintenance, safer fittings, and clear labeling help protect personnel and equipment from chemical metering hazards.
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Effective aeration blower specifications account for environmental conditions, technology selection, electrical requirements, and controls—not just airflow and pressure.
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What plant operators really want from field measurement tools, and why so many good methods end up on the shelf.
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An integrated approach to aeration can reduce energy and capital costs by matching blower output, diffuser design, and automated controls to wastewater treatment demands.
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A documented series of corrosive industrial discharges reveals why the costliest monitoring failure can be an unexplained, repeated process condition — not an absent alarm.
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Rags and wipes don’t seize a pump overnight they load it gradually, and the sensors already in the station can see it coming days ahead. The stations that avoid overflows aren’t the ones with the most instruments; they’re the ones that read the right signals together.