Evoqua Water Technologies has been selected by United Utilities and its design and construction partner, Advance Plus, to supply Evoqua’s BioMag® ballasted clarification system to reduce phosphorus at both the Horwich and Burnley Sewage Treatment Works in Lancashire.

A Southern California refinery resolved stormwater discharge permit violations in five days using Xylem’s vessel-based treatment system with organoclay, carbon, and ion exchange to remove hydrocarbons and metals to ppb levels.

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.  In 2010, the BGMU wastewater treatment plant was approaching the end of its useful life, just as the utility’s operating permit was up for renewal.

The Mimizan Federation of Municipalities is implementing the Xylem Vue platform to reduce inflow and infiltration by improving infrastructure monitoring.

A Minnesota mine reduced copper and cobalt in its discharge using wastewater ion exchange, achieving compliance without chemicals and adapting to seasonal flow increases.

After installing Xylem's Wedeco MiPro eco3 advanced oxidation process system K-Water was able to eliminate taste and odor complaints economically.

To help address the USS Hornet’s urgent wastewater system needs, a Xylem Goulds Water Technology 1GD51G4AA model grinder pump was recommended to replace the damaged unit that serves one of the ship’s critical onboard sewage tanks. This support provided the museum with a reliable, high-quality replacement that restored confidence in an essential system while easing the financial burden on the nonprofit organization.

Before deciding on the 4320s, Kennedy Industries along with YCUA operations and maintenance personnel performed an extensive energy study of the aeration mixers.

Shanghai Xinlun Paper was upgrading its pulping and paper-making process. As this was taking place, new regulations came into effect that required the mill to invest in secondary wastewater treatment so it could meet stringent effluent limits of 100 mg/l chemical oxygen demand (COD), 30 mg/l biochemical oxygen demand (BOD), and 200 mg/l total suspended solids (TSS).