WASTEWATER MIXING RESOURCES
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Learn how a wastewater treatment plant replaced their existing aeration system, realizing better treatment and 50% savings in operating costs.
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Discover how innovative mixing technology resolved constant build up and settling of lime softener sludge for a water reuse facility.
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Flygt introduced the first submersible mixer in 1951. Today, more than 250,000 Flygt mixers have been deployed and are reliably doing their jobs, operating mainly out-of-sight and out-of-mind.
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Explore how a wastewater treatment plant realized significant energy savings and increased performance with adaptive mixer technology.
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Aire-02 was approached by a large sugar beet processing facility that was in desperate need of a rapid and effective solution for their deteriorating wastewater treatment system.
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Vienna’s climate-neutral wastewater treatment plant gets efficiency boost with Sulzer technologies
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It took 30 attempts, but the Wet Well Wizard was finally able to cut through the FOG at the Memorial Park Pump Station (MPPS).
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Landlocked, shallow bodies of water such as recreational ponds, irrigation, drinking water and animal waste lagoons have a major problem with flow. The only natural methods of movement in these bodies of water are the slight Coriolis Effect of the earth and wind.
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Colorado Springs Chose AquaDDM® Mixers Over Submersible Directional Mixers For Optimum Anoxic Mixing
To help meet the stringent water quality standards for denitrification, the Colorado Springs wastewater treatment facility has employed (20) 7.5 hp AquaDDM mixers.
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In 2013, operators of the Tomball, Texas Wastewater Treatment Plant were facing increasing maintenance issues with three brush aerators operating in the plant's two-channel oxidation ditch. The aerator failures were threatening to compromise effluent quality and environmental compliance. Tomball needed replacements.