Water Distribution System Modeling and Management

OpenFlows Water is a user-friendly hydraulic modeling application trusted by thousands of engineers every day to understand their water distribution systems and make better decisions. From planning, designing, and building sustainable water systems, to solving everyday challenges in operations and maintenance of your system, OpenFlows Water is the application of choice for superior interoperability and flexibility. 

Why OpenFlows Water?

Optimize System Performance

• Understand system hydraulic behavior and performance
• Build, calibrate, and manage models quickly and easily
• Predict and solve network system problems
• Perform and track multiple scenarios Improve Operational Strategies
• Analyze and improve water quality
• Identify water loss locations and reduce non-revenue water
• Improve pump modeling and reduce energy expenses
• Improve emergency response Intelligent Decision-making
• Mitigate risk of catastrophic water events
• Assess and meet fire flow reliability requirements
• Predict and meet population demands
• Design cost-effective system expansions and rehabilitation strategies

Capabilities

Scenario Management Perform multiple hydraulic model scenarios using alternative data sets to simulate the system under a variety of what-if conditions. Analyze pipe and valve criticality to determine the weakest links in your water distribution system. Transient Simulation and Analysis Use water hammer and hydraulic analysis software to efficiently identify, manage, and mitigate the risks associated with transients. Hydraulic Modeling Build your hydraulic model quickly, synchronizing network data from standard formats that include GIS and CAD files, databases, and spreadsheets. Be compatible with various data formats and sources. Model Calibration Apply AI-powered automated calibration using Darwin® Calibrator and ensure your model is calibrated and accurate in any condition—including peak days, component failures, fire flows, and future demands—by eliminating discrepancies between the model and field data. Design Optimization Use Darwin Designer to automatically determine maximum pressure benefits, minimum cost designs, and rehabilitation strategies based on available budget, construction cost, and pressure and velocity constraints.