Software solution

watering

Create hydraulic network models

Import data from different sources. Compare model scenarios. Use our model analytics for checking your existing model and calibrate it when necessary

Optimize the placement of sensors

Advanced multiobjective optimization algorithm to place water quality sensors, pressure sensors and flow sensors in your network

Execute water network monitoring

Connect sensor measurements with your hydraulic network model and machine learning based algorithms to detect anomalies, reduced non-revenue water and minimize your operation costs

Run network analysis

Hydraulic and water quality analysis of water networks are part of the core functionalities of WATERing. Splitting simulation results in different views and the comparison of simulation scenarios, empower your analysis capabilities when using this software. Topological and connectivity analysis has been also included.

Discover all features

 

make your way to digitalization

Advanced Model Edition

Create models faster with our graphic tools. Import, update and merge model data from CSV files, EPANET .inp files and GIS shapefiles.

Online Network Analysis

Connect your hydraulic model to the measurements you are getting from your network. Run online hydraulic network simulations adjusted with your measurements

Customized Software Development

Connect your hydraulic model to the measurements you are getting from your network. Run online hydraulic network simulations adjusted with your measurements

Optimal Sensor Placement

Optimize the number and locations of sensors for leak detection and water quality monitoring in your network. Save you time and money with informed decisions.

Operation Optimization

Run network monitoring to identify anomalies in your network after combining simulation results, network measurements and data analytics.

Support and Online Courses

A license includes a subscription to our online courses, webinars and learning resources. We can provide you personalized support and project consultancy services.

Smarter water network analysis and monitoring

Connect sensor measurements with your hydraulic model and machine learning based algorithms to detect anomalies, reduce non-revenue water and minimize your operation costs

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Try watering and start your journey in smarter water network analysis today

Community

Free Starting
free
  • Advanced Model Edition (.)
  • Hydraulic and Water Quality Simulations
  • Simulation Scenario Management (.)
  • Splitting Visualization in Different Monitors and Views
  • Connection to Measurements (.)
  • Import/Export EPANET .inp Files
  • Limited Support

Professional

Empowering you
149
99
00 Year
  • Advanced Model Edition
  • Hydraulic and Water Quality Simulations (+)
  • Simulation Scenario Management
  • Splitting Visualization in Different Monitors and Views
  • Connection to Measurements
  • Import/Export EPANET .inp Files
  • Access to Courses and Priority Support
  • Distribution Spectrum Analysis
  • Topological and Sectorization Analysis
  • Transient Analysis in water networks (..)
  • Optimization of Number and Location of Sensors for Leak Detection (..)
  • Optimization of Number and Location of Sensors for Water Quality Monitoring (..)
  • Operation Optimization Support. Monitoring and Anomaly Detection (..)
Popular

Enterprise

Ultimate Advances
899
699
Year
  • Advanced Model Edition
  • Hydraulic and Water Quality Simulations (+)
  • Simulation Scenario Management
  • Splitting Visualization in Different Monitors and Views
  • Connction to Measurements
  • Import/Export EPANET .inp Files
  • Access to Courses and Priority Support (+)
  • Distribution Spectrum Analysis
  • Topologial and Sectorization Analysis
  • Transient Analysis in Water Networks (full)
  • Optimization of Number and Location of Sensors for Leak Detection (full)
  • Optimization of Number and Location of Sensors for Water Quality (full)
  • Operation Optimization Support. Monitoring and Anomaly Detection (full)
  • Demand Forecasting, Metering and Look Ahead Analysis

(.) some features may be limited to 50 pipes only
(..) some features may be limited to 350 pipes. Transient analysis limited to 15 pipes
(+) additional simulators considered and personalized support

Advanced creation/update of water network models

WATERing facilitates the creation of hydraulic models to the end user by bringing full flexibility for importing data, providing automatic functions for checking and repairing models and including advanced graphic edition tools. 

 

Create model fast based on imported data

Import EPANET .inp files directly and data from practically any format. Turn your GIS shapefiles into a running hydraulic model.

Safe time editing your model by using our map edition tools

Automatic function to eliminate unnecessary intermediate nodes. Divide pipes with a single click. Add nodes automatically when drwing pipes....

organize information adding views splitted in different monitors

Add new map views, detach them from the main application and move it to any of your connected monitors

Run hydraulic analysis and water quality analysis of your water network.

You can run analysis of past events, what-if scenarios, look-ahead analysis to estimate the state of the network in the next hours.

 

select one of several available simulators to perform calculations

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run hydraulic network analysis in extended period simulations

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visualize results simultaniouslythrough different maps and tables

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Connect hydraulic network models online/offline to the measurements coming from your sensors

No matter if you have offline measurements stored in a CSV file or online measurements in your server or any customized solution. We can connect your data to your hydraulic model.

connect measurement data from different data sources

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Link data channels to properites of the corresponding model element

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update model element values from their linked data channel

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Import from epanet and run analysis

Compare different analysis results using the Simulation Scenario Manager. Split visualization to more than one monitors using multiple map and table views. Support Pressure Driven Analysis, Demand Driven Analysis, Extended Period Simulations and several calculation engines.

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