There are over 150,000 public drinking water systems in the United States and more than 80 percent of the population receives their potable drinking water from these systems.

The Böseler Goldschmaus GmbH & Co. KG site features its own modern wastewater treatment plant (38,500 ECW). To always ensure high water quality, a reliable solution was sought to keep the proportion of microorganisms, viruses, and multi-resistant germs safely below the prescribed limits without the use of chemicals.

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

The SCADA system provides a way for the plant to monitor their efficiency.

In order to further protect its customers’ drinking water and comply with the latest WIMES and DWI disinfection regulations, Cambridge Water needed to differentiate between the alarms for “quartz sleeve failure” and “UV lamp failure” at its Hinxton Grange facility, thereby allowing operators to take decisive and immediate action in the event of a problem.

This plant treats water from the Ruhr River to provide drinking water for several million people.

Most of the drinking water of the city of Barcelona is drawn from the river Llobregat, the water of which is brackish with differing parameters. The turbidity of the water varies due to sea level and amount of precipitation in the mountains.

Although St. Francis, Minnesota, located in Anoka and Isanti counties, has a population of only 7,218, it has big ideas when it comes to the future of its wastewater treatment system. Those big ideas came to fruition starting in 2015 when the city began building a new treatment facility at its existing wastewater treatment plant, which was built in the 1970s. Although upgraded in 2000, the upgrade did not address existing and future regulations regarding ammonia and phosphorus.