Xylem experts dive into the impacts of new PFAS regulations on industry, technology and environmental stewardship – and innovative technologies available.

The new 1.4-kilometer tunnel under the River Thames is designed to ease congestion. Learn how Xylem’s flood prevention system helps keep it dry and safe.

Q&A with Xylem’s Vice President, Sustainability and Social Impact Austin Alexander.

Learn how U.S. water utilities are building resilience now – using proven technology, smarter funding, and stronger collaboration.

NLN Farms, located near the coastal town of Chocowinity, North Carolina, needed to transfer water from four aquaculture ponds to a nearby reservoir. The farm selected Xylem's Godwin CD100 dewatering pump for the job, with Field Smart Technology, which enables real-time monitoring and control of the pump from a smartphone.

Discover how cities are making water systems future-ready. Download the Rethinking Resilience report to explore smarter, scalable solutions.

A water utility in Spain uses AI, sensors, and predictive tech to transform water management and boost resilience across 98 communities.

How digital twin technology can help water utilities ride the digital wave

Aurora Water in Colorado is transforming its aging water system to meet the needs of a growing population through digital tools, smart meters, and predictive analytics. The utility uses condition assessments, machine learning, and a 3D digital twin to spot risks and guide infrastructure investments. This data-driven approach helps Aurora deliver reliable water and build a resilient, sustainable system for its growing community.

As climate impacts escalate, utilities worldwide are reimagining water system management to build resilience against more frequent floods. In Ontario, Canada, Kitchener Utilities uses digital technologies to enable quicker response times and make smarter investment decisions.

The utility Roslagsvatten in Sweden needed a more efficient way to inspect its pump stations. It decided to test Avensor Remote Inspection from Xylem, a brand-agnostic hardware kit that sends live video, audio and data to operators. The solution reduced pump station visits by 50%, giving operators more time to focus on crucial tasks.

The semiconductor manufacturer converts 70% of readily available municipal water into Type E-1 ultrapure water, while minimizing maintenance and downtime.

Data and digital technology are increasing priorities for the water industry, helping utilities solve real problems. But while there are many paths to digitalization, there are also pitfalls.

Irrigation expert Begoña Tarrazona shares how smart digital tools help cities and farms save water, reduce costs, and boost sustainability.

As climate change leads to bigger stormwater events, Xylem helps customers address this challenge with reliable, easy-to-use pumping solutions that save costs.

Learn how early warning systems can forecast floods and automatically trigger protective measures to help safeguard people and critical assets.

When heavy rains hit, minutes matter. A few extra moments of warning can mean the difference between reaching safety before a flood or being caught by rising waters. That urgency drove German students Jana Spiller and Niklas Ruf to design WarnMe, a low-cost, open-source flood warning system for small towns and rural communities.

By recirculating and treating shower water in real time, the innovative LOOP shower system reduces water consumption by up to 80% and energy usage by 70%.

Two students combined their interests in machine learning and natural sciences to create an affordable solution to detect and treat PFAS.

Learn how water utilities in Chile, China, Belgium and Germany are transforming water management to be more energy-efficient and less carbon-intensive.

As phosphorus regulations tighten across the United Kingdom, wastewater utilities are turning to ballasted clarification to protect waterways while managing upgrade costs. At Severn Trent’s Finham Sewage Treatment Works, Xylem’s CoMag™ system, designed to settle floc up to 30 times faster than conventional methods, demonstrates how utilities reliably meet phosphorous targets while protecting rivers and cutting costs.