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Tuas Power Singapore identifies and eliminates harmful transients to improve system reliability and prolong the effective life of infrastructure assets
The power utility supplies high grade water for their own internal processes as well other industrial customers. Tuas Power was experiencing leaks within their distribution network, which were unexpected because these pipelines were less than five years old, made of steel, and laid above ground. -
Grand Rapids, Michigan saves one billion dollars as real-time decision support system solves infiltration and inflow problem
After nearly 25 years, Grand Rapids finished retrofitting its combined sewer overflow system to a separate sanitary and stormwater system, completing its long-term control plan (LTCP) in 2015. But now, the City needed to get a better understanding of the infiltration and inflow into these newly separated sanitary sewers to ensure compliance with a mandate from the Michigan Department of Environmental Quality (DEQ). -
Spain: Digital transformation of utility processes and infrastructure
To expand digital transformation initiatives beyond the city of Valencia, and effectively manage up to 400 different services across a widely dispersed geographical area. Due to the nature of the project and the stakeholders involved, Global Omnium needed to integrate the systems, sensors, and communication protocols which were already installed across the various infrastructures it managed. -
Valencia: Digital twin to save 1 billion+ gallons of water annually
Provide integrated, in-depth, real-time knowledge on system, plant, and asset performance which would allow Global Omnium to more efficiently operate and manage the complex water network in Valencia, Spain and the surrounding metropolitan area. -
Giahsa: Supervision and control of the sanitation network
Improve control, responsiveness, and efficiency of facilities and processes by providing real-time network status information and analyzing historical network and asset data. Increase resource management effectiveness and efficiency to provide customers with the highest level of service at the lowest possible cost. -
Servicios de Agua Drenaje de Monterrey: Reducing non-revenue water and controlling pressure
Regulate and monitor pressures, supervise flow rates, consumption, and non-revenue water (NRW) in different sectors, and bring together system information from various sources including the SADM’s SCADA. -
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EMASESA: Data lake design and deployment to increase water and energy efficiency
EMASESA (Empresa de Abastecimiento y Saneamiento de Aguas de Sevilla S.A.) is responsible for water cycle management in the Spanish city of Seville and its metropolitan area. The utility supplies approximately 100 hm3 of drinking water to 1.4 million residents in 12 municipalities every year, as well as distributing raw water to 31 municipalities, serving a total area of 1,220 km2. It manages a 4,000 km network, six water reservoirs, 35 pumping stations... -
CHE enhances flood prevention and management in the Ebro river basin
Xylem Vue is helping the Confederación Hidrográfica del Ebro (CHE) reduce flood damage and implement an EWS for stakeholders managing disaster situations in the basin. CHE is the water authority that manages, regulates and maintains the Ebro river basin, which covers a surface area of around 85,000 km2 and takes in 347 large rivers in northeastern Spain. -
Buffalo Sewer Authority: wet weather operational optimization and real-time control system
As the level of national awareness for the need to protect our nation’s water resources continued to grow, federal and state regulators pursued a consent decree in 2006 requiring enhancements to Buffalo’s collection system. -
Hot Springs: combating aging infrastructure challenges with Xylem digital solutions
Many water pipelines in the United States were installed in the early to mid-20th Century, with some systems still relying on cast-iron pipes more than 100 years old. Aging infrastructure stands as a critical challenge in the water sector for utilities across the nation, posing significant threats to the reliability and safety of water systems.