Various cooling towers are operated in the water treatment plant at the forge. Disinfection is carried out using expensive biocides, which are also environmentally problematic for rivers when discharged directly. The company was therefore looking for new, efficient and cost-effective disinfection technology to solve these issues.

Since 2018 Stratmoor Hills Water & Sanitation Districts in Stratmoor Hills, Colorado has had two IX48 ion exchange treatment systems in place to remove PFOA and PFOS from two separate wells. Each treatment system was seasonal, running only in the summer and consisted of an ion exchange system from Evoqua Water Technologies.

In the municipality of Vlaardingen, rainwater and wastewater are processed by more than seventy pumping stations, six of which are large, dry-installed main pumping stations and a large number of subsidiary and mini-pumping stations. Supervision is the responsibility of Xylem, which means that the Vlaardingen maintenance department receives a weekly overview of all relevant events.

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A food processing company’s wastewater treatment plant was struggling to meet local discharge limits and faced a hard deadline for compliance from the local authority. The problem centered on excessive solids in the effluent. To ease the hydraulic load on the existing concrete secondary clarifier and reduce total suspended solids (TSS), Xylem installed a Taron activated sludge filter.

CAT implemented the Xylem Vue platform and its Smart Water Engine to solve this problem and boost water and energy efficiency. The Unified Network Management application was implemented to provide a single control center for CAT’s drinking water treatment assets, regardless of their geographical location.

CMS Energy needed to design and build a water treatment system to feed the turbines at the 155-megawatt Livingston Generating Station. The system had to withstand extreme cold and satisfy stringent environmental regulations. It also needed to meet a peaking station's intermittent need for reliable demineralized water.

Recognising the urgency of the situation, PressBoost’s engineering team swiftly arranged the installation of the booster set unit to restore the water supply in the building the same day.

For decades, the City of Richmond’s Department of Public Utilities has been working to reduce combined sewer overflows (CSOs) and improve water quality in the James River. Despite making significant improvements, the City still experiences between one and three billion gallons of annual overflow and is actively working to reach Department of Environmental Quality (DEQ) water quality goals.