Navigate the stand-alone, ArcGIS, and AutoCAD interfaces and learn how data management and results interpretation tools make it easy to analyze urban sewer systems. >>Watch now!
Ewing-Lawrence Sewerage Authority (ELSA) Mall Expansion Sewer Capacity Analysis: The capacity of a section of the ELSA collection system was modeled using SewerCAD and SewerGEMS to determine if improvements to the collection system would be required for a proposed shopping mall expansion.
Implicit Numerical Dynamic Sewer and Storm Model: Learn about the hydrodynamic, four-point, finite-difference solution technique for the one-dimensional St. Venant equations, as implemented in SewerGEMS.
Leveraging Geospatial Data to Solve Storm Sewer Issues: How advanced geospatial modeling technology and dynamic wave solvers are upgrading the scope and value of systems planning and operations modeling efforts.
Related eSeminars:
Comprehensive stormwater modeling with CivilStormPresented by: Mike Rosh, Haestad Products sales specialist
What's new in WaterGEMS V8 XM?Presented by: Mike Rosh, Haestad Products sales specialist
Download this PowerPoint presentation and learn more about Bentley's Haestad Methods product line.
V8 XM introduces a much tighter integration with ArcGIS. Take a look at the new ArcMap interface where every SewerGEMS feature, toolbar, and menu is now included.
SewerGEMS stand-alone
A straight-forward and easy to use environment to build SewerGEMS models leveraging existing CAD drawings, shapefiles, and images as background references.
Download and print this spec sheet for a detailed feature list, technical specifications, system requirements, contact information, and more.
Bentley Sewer Modeling Solutions Brochure
Download this 8-page PDF with comprehensive information on SewerGEMS and SewerCAD.
SewerCADWaterGEMS CivilStorm StormCADBentley Wastewater