OpenFlows Water
Modelling software and water distribution system management
From planning, designing and building sustainable water systems to solving the daily challenges of operating and maintaining your system, OpenFlows Water is the preferred application for superior interoperability and flexibility.
OpenFlows Sewer
Modelling software and management of wastewater collection systems
OpenFlows Sewer makes it easy to design and analyse sanitary, storm or combined sewer systems. Thanks to its integrated hydraulic and hydrological features, it can meet the growing needs of populations, aging infrastructure and associated risks.
OpenFlows Storm
Modelling software and management of stormwater systems
OpenFlows Storm is a multiplatform hydraulic and hydrological modeling solution that helps engineers analyze stormwater systems, design retention basins more efficiently and optimize their work processes.
OpenFlows FLOOD
Flood modelling and risk management software
OpenFlows FLOOD can accurately simulate flooding in urban, rural or coastal areas. Thanks to its advanced hydrodynamic capabilities, it helps anticipate risks, plan resilient developments and better manage extreme events.
OpenFlows Hydraulic Toolset
A set of hydraulic calculation tools to simplify analysis and design
OpenFlows Hydraulic Toolset is a powerful and user-friendly hydraulic computing software. It helps engineers solve the design problems of individual hydraulic components, unlike the entire network model, more suitable for analysis in OpenFlows Water, OpenFlows Sewer or OpenFlows Storm.
OpenFlows WorkSuite
Design and analysis software for water distribution and sewerage systems
OpenFlows WorkSuite enables small or large distribution companies, as well as design offices, to plan, design and optimize their drinking water, wastewater and sewer systems.
Why use OpenFlows products?
The OpenFlows software are designed for modelling, analysis and management of hydraulic and hydrological systems, such as drinking water systems, wastewater systems, watersheds, watercourses and urban drainage systems. They simulate water behaviour under different conditions, including variable flows, precipitation, floods and extreme events.
OpenFlows is distinguished by its ability to pair hydraulics and hydrologyThis allows for simultaneous analysis of flow in pipelines, rivers and basins, and for forecasting impacts on infrastructure. It also allows testing different operating scenarios, optimizing network design and anticipating risks associated with floods or network failures.
Another major advantage is its integration with the Bentley ecosysteme.g. iTwin, which facilitates 3D visualisation, real-time monitoring, team collaboration and data management throughout the infrastructure life cycle.
In summary, OpenFlows is used for ensure the safety, reliability and efficiency of hydraulic and hydrological systems, while optimizing the design, maintenance and management of water systems and related infrastructure.
