Storm System Design
Stormwater Management Solution for a Resilient and Sustainable Infrastructure
Increase productivity of stormwater system planning and design
A comprehensive solution that enables engineers to deliver stormwater projects from planning and design to assessment of systems.
The solution uses hydraulic and hydrologic capabilities, drawing production, reporting, quantity mapping, and system components to meet city expansions and climate adaptation programs. It allows users to address aging infrastructure challenges and manage surface water, reducing the development impact and mitigating flood risk.
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Storm System Design
Optimize Design Projects
Streamline workflows in design projects and efficiently deliver high-quality stormwater infrastructure, including detailed plans, hydraulic models, and documentation.
Improve Hydraulic Performance of Stormwater Systems
Evaluate the hydraulic performance of drainage systems under real-world conditions and hypothetical scenarios to ensure robust and reliable designs.
Enhance Collaborative Workflows
Leverage integrated tools and platforms to collaborate across engineering disciplines. Enable seamless data, model, and documentation sharing to align stakeholders throughout the project lifecycle.
Digitale Transformation in der Praxis
“Bentley’s stormwater solution allowed me to quickly and efficiently design a new stormwater network for a project with multiple unique challenges in a timely manner, while accommodating difficult project constraints.”
Quattrone & Associates, Inc.
Stormwater Network Design
Cost efficient design solution for stormwater network saves USD 10,000 and avoids potential six-month construction delay
Storm System Design: Solution Capabilities
- Projektabwicklung
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Enhance document management and streamline approval workflows. Ensure effective management of project deliverables by integrating design document reviews and issue resolution.
- Drafting and Detailing
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Features CAD tools that help designers effectively produce plans and support BIM modelers with final drafting works, as well as advanced delineation tools and CAD georeferenced environment to build effective models.
- Design Assurance
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Ensures verification of all relevant aspects that determine its approval or validation. Integrate external information of existing infrastructure from many types of sources (GIS, BIM, CAD, databases, etc.), to be used on automatic conflict detection.
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System Design
and Analysis -
Comprehensive hydraulic and hydrologic analyses for all aspects of stormwater systems, including rainfall and runoff modeling for urban watersheds, inlet capture and bypass flows, gravity storm sewer and pressure piping, 2D surface flows, ponds, and outlet structures, and LID controls (SuDS).
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Subsurface Utility Design
and Analysis -
Leverage BIM methodology and/or extract automatically detailed design deliverables such as Plan, Profile and cross-section sheets, 3D models, excavation volumes, etc. in the same interface where hydraulic results are extracted, ensuring a cohesive and efficient workflow across different engineering domains.
Enhance document management and streamline approval workflows. Ensure effective management of project deliverables by integrating design document reviews and issue resolution.
Features CAD tools that help designers effectively produce plans and support BIM modelers with final drafting works, as well as advanced delineation tools and CAD georeferenced environment to build effective models.
Ensures verification of all relevant aspects that determine its approval or validation. Integrate external information of existing infrastructure from many types of sources (GIS, BIM, CAD, databases, etc.), to be used on automatic conflict detection.
Comprehensive hydraulic and hydrologic analyses for all aspects of stormwater systems, including rainfall and runoff modeling for urban watersheds, inlet capture and bypass flows, gravity storm sewer and pressure piping, 2D surface flows, ponds, and outlet structures, and LID controls (SuDS).
Leverage BIM methodology and/or extract automatically detailed design deliverables such as Plan, Profile and cross-section sheets, 3D models, excavation volumes, etc. in the same interface where hydraulic results are extracted, ensuring a cohesive and efficient workflow across different engineering domains.
