WASTEWATER TREATMENT RESOURCES
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Connected PMAs help wastewater utilities predict pump failures, optimize maintenance, reduce emergency repairs, and improve long-term asset performance through data-driven analytics and expert oversight.
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Controlled-vibration screening can help septage receiving stations handle FOG, rags, grit, and debris while reducing manual intervention, shortening truck offload times, and simplifying maintenance.
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A dual-auger washer-compactor helps wastewater plants manage difficult fine-screening debris by reducing bridging and slip flow while improving dewatering, throughput, and maintenance efficiency.
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Whether an area is urban or rural, large or small, its water and wastewater treatment utilities face pressures ranging from supply scarcity and increasing operational costs to more stringent regulatory guidelines. These pressures have combined in recent years to shift the conversation around potable water reuse from a potential option to an increasingly important water management strategy.
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Managing changing solids loading, unpredictable debris, and increasingly variable water sources can make the selection between conventional basket strainers and automatic scraper strainers increasingly significant.
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Capturing and storing that CO2 can offer RNG-producing wastewater treatment plants an additional resource recovery pathway — and revenue stream — through a new technology that integrates carbon capture and storage with water.
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Project duration, available capital, and operational risk can help wastewater facilities determine whether renting or purchasing an aeration blower is the better fit.
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Pile cloth media filtration is expanding beyond tertiary treatment, helping utilities manage primary treatment and wet weather flows while reducing energy, space, and capital needs.
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Chemical interferences during water testing can hide critical corrosion issues and fuel bacterial growth. Understanding colorimetric chemistry helps operators accurately identify testing anomalies, correct pH conditions, and protect cooling systems from bio-fouling.
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As communities and industries compete for finite water supplies, utilities are looking for strategies that support economic growth while reducing pressure on existing resources.