Learn how this Romanian utility has implemented the Xylem Vue platform to transform its infrastructure and tackle water losses in real time.

Xylem Vue's Meter Asset Management application enables water network operators to optimize meter replacement planning.

Xylem Vue's Sewer Management application helps network operators stay ahead of emerging challenges by combining real-time sensor data and intelligent alerts with embedded digital twins for overflow forecasting and evidence-led what-if decision-making across sewer and wastewater networks.

Discover how data-driven strategies are helping water utilities improve system visibility, optimize spending, and advance water equity

Learn how to turn utility data into actionable insights that drive smarter decisions and better outcomes.

Discover how AI-driven analytics from Xylem Data Lake (XDL) empower utilities to transform data overload into actionable insights. Streamline operations, detect leaks, optimize load profiles, and make faster, smarter decisions with intuitive tools and real-time analytics.

BALTEN needed to modernize its outdated infrastructure and software platforms, so it could optimize its irrigation water transportation system and improve the overall performance of its irrigation water service.

In the face of climate change and cost and supply uncertainties, cities and municipalities must operate their plants and processes as efficiently and sustainably as possible. In this context, the town of Kaufbeuren recognized significant potential for energy optimization at its wastewater treatment plant.

The Empresa Municipal de Aguas de La Coruña (EMALCSA) manages the water cycle in the city of A Coruña and seven neighboring municipalities, serving a total population of 400,000. The utility collects, treats and distributes over 36 million cubic meters of drinking water to 138,000 customers each year, via a network of over 560 kilometers, 26 storage tanks and six pumping stations.

Xylem Vue has helped to reduce Cuxhaven’s WWTP aeration energy requirements by over 26% and meet its effluent quality requirements.

Xylem Vue helped Stadtwerke Trier optimize renewable energy use in its drinking water network, achieving 90% self-consumption.

Le acque reflue trattate provengono per circa il 50% da attività turistiche, per il 25% da utenze municipali e per il restante 25% da scarichi industriali. Tra le principali fonti di reflui industriali si annoverano caseifici locali, un produttore di succhi e un’azienda che lavora carne e insaccati.

L’utility di Herford riduce gli sfiori di fognatura mista del 15% con il sistema avanzato di supporto decisionale in tempo reale di Xylem Vue, senza modifiche infrastrutturali.

La trasformazione digitale del ciclo idrico integrato rappresenta una leva strategica fondamentale per affrontare le sfide della sostenibilità, dell’efficienza e della resilienza nella gestione delle risorse idriche.

L’applicazione Unified Network Management di Xylem Vue offre una vista sinottica completa del funzionamento delle reti fognarie. Integra i dati...

L’applicazione Pipe Planner di Xylem Vue semplifica il monitoraggio dello stato delle infrastrutture e la gestione dei piani di sostituzione delle...

L’applicazione Plant Management di Xylem Vue offre una visione completa a 360° degli impianti di trattamento dell’acqua potabile tramite...

Early warning system for wastewater quality monitoring and detection of illegal industrial discharges

Residents in Mexico City and Monterrey will soon enjoy more reliable water supply thanks to innovative infrastructure upgrades that will save over 1.3 billion liters of water per year. The two cities are partnering with Xylem and Amazon to deploy Xylem Vue, leveraging data and advanced analytics to detect leaks, cut water losses, and improve water supply for residents. These projects are estimated to save around 800 million liters of water per year in Mexico City and 560 million liters in Monterrey. In Mexico City, where around 9 million people rely on the municipal water network, up to 40% of the water is wasted through leaks before it reaches the consumer.

Learn how an AMI system can be transformed into a Smart Utility Network to improve customer service, automate processes, protect revenue, improve water quality, identify breaks, evaluate asset health, and more.

Urban sustainability is steaming ahead globally thanks to the revolution in smart buildings and district heating and cooling (DHC) networks, which aim to...

This project aims to build and calibrate a hydraulic model for trunk mains water systems in selected areas of New Territories East Region and deploy the model through Idrica’s Real-Time What-If-Scenarios solution (now called Xylem Vue).