Heathrow Airport, an early adopter of the Flygt Concertor intelligent pumping system, expands use and reduces annual cleaning and service costs by 87.5%

Relocation of major sewer infrastructure enables construction of pedestrian link for 35 million visitors to the 2025 Jubilee.

Innovative utility builds resilience, while protecting bottom-line, through proven digital solution

Operators need to efficiently manage drinking water networks, but they often lack visibility into their systems to make data-driven decisions. Learn how one utility is using hydroinformatics and a network digital twin to improve operations.

Pasco, Washington, built a shared system for six food plants that turns wastewater into clean water and renewable energy while protecting local resources.

Beijing Drainage Group is using water reuse, digital solutions and bold innovation to solve some of the toughest urban water challenges of our time.

Artificial intelligence (AI) is dominating global conversations, as people question what it will mean for society and how to identify the best ways to put its transformative powers to work responsibly. We’re already seeing the incredible impact of Amazon’s Alexa, Apple’s Siri and ChatGPT on our everyday lives. How will AI shape the future of water?

Faced with limited space and rising energy costs, a German town upgraded its water system with a compact, efficient pump that reused existing piping.

The Confederated Tribes of the Umatilla Indian Reservation is managing a project to replenish freshwater mussels, a “First Food” of the tribes.

Biogas production requires reliable mixing and pumping solutions. Learn how Xylem’s technology optimizes biogas production and prevents common problems.

Discover how Xylem Water Walks uncover hidden ways to cut water use, reduce costs, and improve sustainability at industrial and commercial facilities.

Discover how the Rivo™ System transforms water treatment management with seamless integration, improved efficiency, and future-ready capabilities

Patrick Higgins

Idrica and Xylem experts share insights on Southeast Asia’s water problems and proven digital technologies to help solve them.

Discover how seven aquaculture farms overcome their unique challenges with Xylem technology, helping increase productivity and efficiency.

In the middle of Luneburg Heath, far from any major body of water in northern Germany, Heidefisch GmbH focuses on continuous water circulation and treatment.

Two entrepreneurs turned to Xylem with an extraordinary project: they wanted to breed shrimp in the Alps, without using chemicals and antibiotics.

Xylem veterans share how the skills they honed during their military service, from innovative problem-solving to teambuilding to rapid response, help them tackle urgent water challenges such as advanced treatment after Hurricane Helene and dewatering after severe weather and water main breaks.

Will Miller

As extreme weather events like heavy rainfall and flooding become more frequent, combined sewer overflows (CSOs) are putting greater strain on urban water systems.  These overflow events not only threaten local ecosystems but also pose public health risks. To meet these growing challenges, utilities need smarter, data-driven approaches to effectively manage and mitigate CSOs.

The Kariba Dam holds back the world’s largest artificial reservoir and generates power for millions of people in Zambia and Zimbabwe. A recent study of the dam showed how it affects the release of greenhouse gas emissions in the reservoir and downstream. Using Xylem’s YSI EXO2 multiparameter sonde for continuous monitoring, researchers gained new insights into how hydropower plants can be optimized to reduce carbon emissions.

A closer look at the solutions Xylem supplies for commercial, facilities and industrial customers

A closer look at the key questions and expert insights on cooling tower treatment in power generation.

Discover the critical differences between two popular electrochlorination treatment technologies: concentric tube (CTE) and parallel plate (PPE), also known as flat plate systems