Wastewater
A single platform to capture all your data and optimize wastewater network and treatment plant management
Xylem Vue helps utilities break down silos and integrate existing data into a single, unified software and analytics platform.
This comprehensive platform provides intelligence and smart analytics at network, plant and asset level, from forecasting and monitoring wet weather events and discharges to optimizing operational efficiency in wastewater treatment plants and sewer networks.
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Water quality and flow control
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Reduction of urban flooding and discharges
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Prevention of sanitary sewer overflows (SSOs)
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What-if scenarios for simulating and testing events
Centralized management of wastewater processes
Wastewater treatment plants
- Comprehensive plant data management
- Improvement of plant operational costs: sludge production, energy, and reagents
- Carbon footprint reduction
- Process automation: sludge purging, aeration, etc.
- Adapting WWTP operations according to influent quality
- Machine-learning techniques to predict influent flows and concentrations
- Effluent monitoring to comply with quality requirements
- Simulations with what-if scenarios
Sewer Networks
- Early Warning System for floods and overflows
- Detection of blockages in the sewer network and prevention of SSOs (sanitary sewer overflows)
- Simulation of future and past events and scenarios
- Water quality early-warning system at WWTP inlet
- Analysis of contaminants and viruses
- Optimization of preventive sewer cleaning
- Detection of undesired flows: infiltrations, fraud and connections of rainwater network to the wastewater network
- Detection and control of industrial discharges
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Unified Network Management
Comprehensive synoptic view of network operations, retrieving the main insights from sensors and the results of advanced algorithms
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Plant Management
Monitoring and process optimization in WWTPs through data integration from plant sensors and easy synoptic customization.
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Clog Monitoring
Real-time sewer monitoring and optimization of sewer network cleaning for environmental overflow prevention (SSO).
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Real-Time What-If Scenarios
Decision support system for sewer networks with real-time and near-future insights as well as what-if scenario capabilities for operational configuration assessment.
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Biological Monitoring
Management and monitoring of pathogen detection in wastewater networks. Integration with laboratory LIMS.
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Sewer Tracker
Wastewater quality monitoring and detection of illegal industrial discharges. Early warning system to safeguard sewer networks, WWTPs and the environment.
Real-time decision support helps cut combined sewer overflow volume by 100 million gallons and reduces capital needed for regulatory compliance
Evansville is located on the north bank of the Ohio River in southwest Indiana. The City’s sewer system, parts of which are more than 100 years old, serves a population of 163,000, with combined sewers making up almost 40 percent of the total sewer area.
Real-time digital analytics identifies more than 180 million gallons of annual CSO reduction
For decades, the City of Richmond’s Department of Public Utilities has been working to reduce combined sewer overflows (CSOs) and improve water quality in the James River. Despite making significant improvements, the City still experiences between one and three billion gallons of annual overflow and is actively working to reach Department of Environmental Quality (DEQ) water quality goals.
Let's see what's possible for water.
By working together, we can unlock the insights required to make data-driven decisions and confidently plan for the future.