Evoqua Water Technologies (old)
Transforming Water - Enriching Life
Documents (10)
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Expanding Capacity while Conserving Space, Energy And Chemical Use – Springfield, IL MSD
The Springfield Metro Sanitary District, serving the Illinois State Capital Metro area, is a showcase for best practices in regulatory compliance, safety and energy conservation More »
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Reduce Lifetime Costs With Steel Tanks For Wastewater Treatment
In municipal or industrial wastewater treatment applications, steel constructed tanks up to 5.0 million gallons per day (MGD) and below offer significant advantages over concrete; benefits that lead to lower operating and lifetime costs, regardless of application More »
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Bowling Green Municipal Utilities (BGMU) Uses One Of The Country's Largest SBR Systems To Meet Current And Future Permit Limits And Environmental Goals
Bowling Green Municipal Utilities (BGMU) provides commercial water and wastewater treatment and electrical power services to a population of more than 60,000 in the community of Bowling Green, KY. Built in 1963 and expanded in 1974 and 1993, the plant was approaching its capacity limit and would not be able to meet the city’s future wastewater needs. The existing treatment process also could not meet the seasonal limits for ammonia nitrogen that the renewed permit would require. With that in mind, BGMU began to look at treatment designs that would handle population growth and provide flexibility into the foreseeable future. More »
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An All-New Treatment Facility Is Designed To Meet The Clean Water Needs Of Future Generations
About an hour south of Atlanta, the city of Barnesville, Georgia is a town of shady, tree-lined streets, a fondness for celebrating its history, and a sharp eye on the future. In 2013, as its 30-year-old wastewater treatment plant was reaching the end of its useful life, Barnesville found itself planning for a future of growth, progress, and a new, state-mandated <0.6 mg/L total phosphorus (TP) wastewater discharge limit. More »
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The BioMag® System Delivers Process Stability and Winter Nitrification for an SBR Application
Simple, reliable and proven, the innovative BioMag™ System from Evoqua uses magnetite to ballast conventional biological floc, enhancing settling rates and increasing the performance of wastewater treatment facilities, while substantially reducing life-cycle costs. Primarily used to improve secondary wastewater treatment, the BioMag™ System easily integrates with planned or existing facilities, making it easier than ever to solve today’s operational and environmental challenges. More »
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Xpress MBR Package Plants
Evoqua’s Xpress™ membrane bioreactor (MBR) packaged plant from the DAVCO™ product line enables municipal and industrial wastewater treatment plant owners and operators to achieve high quality effluent while reducing energy and maintenance costs. The compact, robust design is factory pre-assembled, tested, and skid-mounted providing easy installation for the treatment of applications ranging from 10,000 gallons per day (gpd) to 200,000 gpd. More »
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OMNIFLO SBR Systems with Jet Tech technology: 700 Installations and Counting
Jet Tech, and now Evoqua, has helped municipalities and industries overcome wastewater challenges for 35 years. Today, our SBRs are successfully treating wastewater in plants ranging from 0.01 MGD to 60 MGD. The design flexibility empowers engineers. The simplicity of operation puts operators at ease. Over 700 satisfied customers is just the beginning. More »
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The CoMag System Meets Stringent Phosphorus Limits Under a Wide Range of Conditions
The Village of Waterbury Wastewater Treatment Plant (WWTP) is located on the Winooski River floodplain, which poses challenges from significant flooding during the spring runoff and storm seasons to strong algal blooms in late spring. During algal blooms, the plant encounters bright green lagoon effluent high in total suspended solids (TSS), resulting in treatment upsets and inconsistent permit compliance. The system is part of a sensitive mountain watershed that discharges into Lake Champlain. Read more. More »
