When you make decisions that result in better operations, reduced costs, and safer conditions, members will take notice. However, the ever-savvy customer also wants some say in managing their own budgets when it comes to energy use.

The temperature of the drinking water delivered to a utilities end-customer is becoming increasingly important. Governments and regulators around the world are looking at ways of improving the overall water quality in the drinking water distribution systems by reducing the risk of microbial contamination.

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.

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.

Discover how Xylem delivered six pumping stations to prevent flooding in London’s new Silvertown Tunnel, ensuring safe, reliable transport for 25,000 vehicles daily.