OpenFlows Storm 2026 v26.00.00.514 Win x64

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OpenFlows Storm is a professional hydraulic and hydrologic modeling application developed to help engineers design, evaluate, and optimize stormwater drainage systems. It combines advanced simulation capabilities with practical engineering workflows, making it suitable for analyzing urban drainage networks, detention ponds, culverts, channels, and other stormwater infrastructure. The software enables users to evaluate system performance under a wide range of rainfall events while supporting regulatory compliance and infrastructure planning.

Designed for civil engineers, drainage specialists, municipalities, and consulting firms, OpenFlows Storm integrates hydraulic analysis with flexible modeling tools that simplify the development of accurate stormwater models. Whether working on new developments or upgrading existing infrastructure, users can identify bottlenecks, reduce flood risks, improve drainage capacity, and validate design alternatives using detailed engineering calculations.

The application supports standalone workflows as well as integration with leading CAD and GIS environments, allowing engineers to build models using familiar design platforms while maintaining efficient project collaboration. Advanced visualization, reporting, and scenario management tools help streamline the analysis process from initial planning through final documentation.

Software Overview

OpenFlows Storm combines the capabilities of StormCAD and CivilStorm into a comprehensive modeling environment for stormwater analysis. It supports both steady-state and dynamic hydraulic calculations, enabling engineers to simulate complex drainage systems with confidence. The software is suitable for projects ranging from small urban developments to large municipal drainage networks requiring detailed hydraulic evaluation.

Using integrated hydraulic and hydrologic analysis tools, engineers can simulate rainfall events, evaluate pipe capacities, analyze flow distribution, calculate water surface elevations, and assess system behavior under varying operating conditions. The software also supports pond design, channel analysis, catchment modeling, inlet calculations, and numerous engineering workflows required during infrastructure planning and design.

Its multi-platform architecture allows projects to be developed in a standalone environment or alongside CAD and GIS platforms. This flexibility simplifies data exchange and improves collaboration between engineering disciplines while maintaining consistent hydraulic calculations throughout the project lifecycle.

OpenFlows Storm also includes advanced reporting capabilities that help engineers generate technical documentation, compare alternative design scenarios, visualize network performance, and communicate project results more effectively.

Key Features

• Comprehensive hydraulic and hydrologic modeling for stormwater systems.
  
• Analyze storm sewers, drainage networks, ponds, channels, and culverts.
  
• Support for dynamic and steady-state hydraulic calculations.
  
• Integrated stormwater design and flood analysis workflows.
  
• Scenario management for comparing multiple design alternatives.
  
• Improved graphical editor performance for large engineering models.
  
• Expanded coordinate system support with automatic reprojection.
  
• Advanced reporting tools with export options for Word documents.
  
• Flexible graph and FlexTable generation for engineering reports.
  
• Support for standalone, CAD, and GIS-based workflows.
  
• Enhanced custom report filtering and data management.
  
• Hydraulic calculations for complex drainage infrastructure.
  
• 2D modeling tools with Flow Across Line analysis.
  
• Support for digital infrastructure collaboration through iModel Connector.
  
• Engineering documentation and project visualization tools.
  

Why Choose OpenFlows Storm

OpenFlows Storm is designed for engineering professionals who require accurate hydraulic simulations combined with efficient project management tools. Its comprehensive modeling environment enables users to evaluate stormwater systems from multiple perspectives while maintaining consistent engineering calculations throughout the design process.

The software is well suited for infrastructure planning, municipal drainage improvements, commercial developments, transportation projects, and environmental engineering studies. Engineers can compare alternative scenarios, optimize drainage layouts, evaluate flood mitigation strategies, and generate professional reports from a single project environment.

Integration with industry-standard CAD and GIS platforms further improves productivity by allowing engineering data to move smoothly between design applications without requiring duplicate modeling work.

What's New

OpenFlows Storm 2026 introduces numerous enhancements focused on usability, performance, reporting, and engineering productivity.

One of the major improvements is expanded coordinate system support. External datasets can now be automatically reprojected to match the active project, simplifying the integration of terrain models, ModelBuilder data, LoadBuilder inputs, Thiessen polygons, and additional background layers. Engineers can also update a project's coordinate reference system directly within the application without relying on external GIS software.

Graphical editing performance has also been optimized. Navigation operations such as zooming, panning, and object selection are significantly more responsive when working with large hydraulic models, providing a smoother editing experience.

Reporting capabilities have been expanded with direct export to Microsoft Word for graphs and FlexTables. Generated reports can include editable charts and formatted engineering tables, helping users prepare project documentation more efficiently.

This release also introduces the new Text (Formula) User Data Extension type, allowing calculated text values to be generated using built-in formula functions. This feature simplifies project validation and custom engineering workflows.

Additional improvements include enhanced report formatting, better FlexTable filtering, new Totalizing Flow Meter functionality, improved alternative management, Google Maps replacing Bing Maps as the default background mapping service, expanded 2D modeling tools, improved hydraulic calculations, Bentley Copilot technology preview, iModel Connector integration, enhanced compatibility options, and numerous stability improvements throughout the application.
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System Requirements

Compatible Operating Systems:

• Windows 11
  
• Windows 10
  
• Windows Server 2019
  
• Windows Server 2022
  

Supported Platforms:

• Standalone
  
• MicroStation 2026, 2025, 2024, 2023 and CONNECT Edition
  
• AutoCAD 2026 and 2025
  
• ArcGIS Pro 3.1 or later
  
• ProjectWise 2025, 2024, 2023 and CONNECT Edition
  

Frequently Asked Questions

What is OpenFlows Storm used for?

It is used to model, analyze, and optimize stormwater drainage systems, including pipes, ponds, channels, culverts, and urban drainage networks.

Who typically uses this software?

Civil engineers, hydraulic engineers, drainage consultants, municipalities, transportation agencies, and infrastructure design professionals commonly use OpenFlows Storm.

Does OpenFlows Storm support CAD and GIS platforms?

Yes. It supports standalone operation as well as integration with MicroStation, AutoCAD, ArcGIS Pro, and ProjectWise.

Home Page

www.bentley.com

Product Information

• Software Name: OpenFlows Storm
  
• Year of Release: 2026
  
• Version: 2026 (26.00.00.514)
  
• Architecture: x64
  
• Languages: English
  
• License Type: Full Version
  
• File Size: 1.5 Gb
  

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