Improve hydraulic efficiency of the water distribution system for the City of Barranquilla, Colombia and its 14 surrounding municipalities and reduce non-revenue water losses, which were around 50%.

When the affluent, new home development was being established, odor control was top of mind. The wastewater treatment plant was in close proximity to the new development, which includes 900 acres (364 hectares) of preserved open space, including 24 miles (38 kms) of trails, 10 neighborhood parks, a community pool and water park, as well as outdoor sport courts.

The Vallejo Sanitation and Flood Control District is an independent special district created by the State of California to collect and treat wastewater and protect the Vallejo community from flooding. Since 1952, the district has protected public health and the San Francisco Bay Area by treating wastewater generated by the more than 115,000 residents of Vallejo and surrounding area.

A global hyperscale data center customer was looking to operate their cooling water system without continuous chemical dosing. Evoqua worked closely with the customer‘s engineering team to find the solution that would best fit their needs. Ultimately, a combination of media filtration and ultraviolet (UV) was selected and installed.

Discover how Sentec engineered a compact, non-intrusive smart connector to digitally transform welding operations. From non-contact wire speed sensing to seamless Bluetooth integration, this case study highlights a scalable solution built for regulation, reliability and industry-wide adoption.

The Metropolis of Nice is implementing a hypervision platform, based on Xylem Vue technology, to increase efficiency, sustainability, and resilience by providing a real-time view of the network.

For many years, maintaining efficient aeration control was a challenge for the 24 MGD Muncie, Indiana, Water Pollution Control Facility (WPCF). A manually operated system combined with severe mixing-limited conditions resulted in over-aeration and wasted energy. The plant alleviated this problem with automated control and Pulsed Aeration, allowing it to satisfy the needs of the bacteria and mix basin contents while expending less energy.

One of the ports within the Ports of Stockholm was outfitted with a Flygt pump station for the handling of sewage and grey water. To handle the large amount of waste water without clogging, a Flygt TOP pump station including N-pumps was installed.

The investor set out to realize a sustainable and innovative concept that meets the demands of a contemporary urban quarter.

Xcel Energy is a leading provider of electricity and natural gas to customers in the Midwestern US. As part of their expansion plans for the Comanche Station, a coal-fired electric generating station located in Pueblo, CO, Xcel Energy contacted Evoqua Water Technologies to explore cost effective solutions for their water treatment needs.

EMASA (Empresa Municipal Aguas de Málaga S.A.) is the Malaga City Council’s public utility which has been in charge of managing the entire urban water cycle since 1987. The company serves more than 600,000 residents and supplies approximately 42 hm³ of drinking water. The system operates at a flow rate of up to 2 m³/s, ensuring urban water supply through an extensive pipeline network of around 2,000 km, divided into approximately 240 DMAs (District Metered Areas) and equipped with over 240,000 meters, 170,000 of which are smart devices.

Implementation of the Xylem Vue platform to optimize management, anticipate events, and improve the efficiency, resilience, and sustainability of the water cycle in Seville.

40-year-old carbon steel pipe with catastrophic failure repaired in hazardous wet well conditions. Smith-Blair 675 restored system integrity with zero downtime.

For aquaculture producers, working with a trusted partner can help them avail of global expertise alongside regional and local knowledge built over decades of working with fish farmers, original equipment manufacturers (OEMs), integrators, well boat manufacturers, and processing plants.

One of the largest global energy exploration companies faced the challenge of drawing source water among the steep slopes of Northern Pennsylvania. The water had to be drawn from a 30-feet deep wet well beside a creek and then pumped 300-feet vertically out of a ravine into the impoundment pond.