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.

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 Publiacqua treatment plant uses low-speed, high-efficiency Flygt 4530 mixers, which can reduce energy consumption by up to 50%.

Faced with aging infrastructure, the city now uses advanced metering infrastructure to proactively detect leaks and send immediate alerts to customers.

Xylem and PODS create first-of-a-kind industry data models to help organize and communicate utility pipeline assessment data.

Leading water operators embrace data-fueled solutions to tackle aging infrastructure and water security challenges.

PFAS treatment technologies can reduce PFAS to non-detectable levels, helping water utilities and companies stay compliant with stricter regulations.

When a fire shut down a major water treatment plant in Chatham-Kent, Ontario, the local water utility urgently needed support to maintain service for 8,500 residents. Xylem responded immediately, deploying a Godwin diesel-driven dewatering pump to restore water access. Once the situation stabilized, the utility upgraded to a more efficient electric pump, keeping the community’s water flowing.

See how advanced flow monitoring is boosting California’s groundwater recharge and transforming the future of water management.

A wastewater treatment plant in France used a customized bypass solution from Xylem to efficiently reroute 10,000 cubic meters of water per hour.

How a water utility in Spain is using digital twins and AI to prevent pipeline breaks, anticipate risks, and optimize water management.

As the water sector embraces digital technologies to improve resilience and efficiency, cybersecurity has become mission critical. Every connected device and cloud-based solution strengthens water management but also expands the attack surface for potential cyber threats.

At Singapore International Water Week, Matthew Pine discussed escalating global water challenges and the proven technologies available to solve them.

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

To move forward with long overdue infrastructure upgrades, Nodra AB needed a wastewater bypass solution capable of lifting up to 3,000 liters per second into its Slottshagens treatment plant. Xylem’s Rental Solutions team set up a turnkey wastewater bypass station in a little over three weeks. Through dedicated service personnel and remote, digital monitoring and control, Xylem provided 24/7 operational support throughout the 10-week bypass.

The meters provide near real-time data for water and power customers, enabling improved reliability, monthly billing and prompt customer service.

Nitrous oxide (N2O) can be a major contributor to greenhouse gas emissions from wastewater treatment. Here are steps utilities can take to manage emissions.

Site managers responsible for utility or industrial water operations face constant demands. Managers must keep operations running smoothly, stay compliant with increasingly complex regulations and prevent costly downtime – all while overseeing limited staff and tight timelines.

Learn how one New York water utility uses Xylem Vue to integrate data and optimize its wastewater management systems.

From the Amazon rainforests to the Caribbean coasts, communities across Latin America are adapting to shifting water conditions. Changing weather patterns, population growth and expanding urban development are placing new demands on drinking water systems across the region. 

Digital twin technology helps water utilities manage resources more efficiently and make smarter decisions about infrastructure. But if your water utility hasn’t used digital twin technology before, what’s the best way to get started? Here’s a three-step approach that will help you get faster results.

Learn how four water utilities are combatting water loss throughout their networks, increasing water and energy efficiency, and reducing emissions.