WASTEWATER MIXING RESOURCES
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In 1967 the City of Concordia, MO built a segmented lagoon system to handle the small town’s waste requirements. By Dale Klussman
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In this case study, read about a wastewater treatment plant whose system was reaching the end of its useful life, and the solution they chose that allowed for sustainable growth while meeting strict budget requirements.
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Read about new mixers installed for Anglian Water that have delivered over and above estimated energy savings and had minimal disruption to the plant.
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Discover how a wastewater treatment plant solved its mixing problem that was caused by the high sludge content.
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After twelve years of operation, a modernization of a WWTP was needed for the removal of nitrogen and phosphorous pollutants, as well as an enlargement by another 100’000 PE (population equivalent).
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Learn why a WWTP recently decided to progressively replace the old surface aerators in the biological basins by optimally-adapted equipment.
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With the increase of a WWTP's capacity, the oxygenation of its basins had become insufficient. Learn about the upgrade of its aeration performance of the existing installation with minimal capital expenditure.
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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.