WASTEWATER TREATMENT RESOURCES
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The Wolcott Wastewater Treatment Plant in Kansas City chose the AquaNereda technology for its capacity and cost benefits. The system improved nutrient removal and met permit requirements.
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Every drop of water counts, but when we talk about our collective conservation efforts for the greater good, it's natural to think about high-volume users. Those users are generally on the industrial side of things — agriculture, of course; the energy industry, with its intractable relationship to water; and also the food and beverage industry. Thankfully, there are leaders in these spaces who not only understand the need for sustainable water management — they pioneer it.
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Climate change, consumer confidence, and emerging contaminants add to the challenges of water treatment. Rising costs of improved treatment, including both equipment and chemicals, make it even more important for plants to operate efficiently.
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By gaining insights into the diverse types of pH measuring analyzers and sensors, companies can make informed decisions to enhance their UPW management strategies and drive operational excellence.
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Despite the availability of manufacturer sizing tools and selection guides, selecting the appropriate flowmeter remains a complex endeavor.
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In several U.S. states, government agencies and utilities are exploring how to treat wastewater properly so it can be used for drinking water — what we know as potable water reuse. While potable reuse is not a new concept, it's being pursued more aggressively with renewed support and new ideas as we see limits with existing water sources.
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The heavy reporting requirements associated with deep well injection means wastewater facilities need to have the most accurate and reliable metering possible.
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This article will explore how mag meters compare to common types of open pipe measurement technologies and how they can help minimize or prevent sewer system surcharging.
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In an era where waterborne pathogens are evolving and regulatory standards are tightening, the role of supplementary disinfection in water treatment for municipal operators and industrial facility engineers has never been more crucial.
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In this case study, read about a successful pilot test in Long Island, New York, removing 1,4 dioxane from water. The technology used offers improved efficiency, reduced maintenance, and ongoing monitoring for reliable water treatment.