InfoSWMM offers DIRECT ArcGIS INTEGRATION enabling engineers and GIS professionals to work simultaneously on the same integrated platform. It allows you to command powerful GIS analysis and hydraulic modeling in a single environment using a single dataset. You can now create, edit, modify, run, map, analyze, design and optimize your sewer network models and instantly review, query and display simulation results from within ArcGIS. Its unique interoperable geospatial framework enables world-record performance, scalability, reliability, functionality and flexibility - all within the powerful ArcGIS environment.

InfoSWMM is a fully dynamic, geospatial wastewater and stormwater modeling and management software application. InfoSWMM can be used to model the entire land phase of the hydrologic cycle as applied to urban stormwater and wastewater collection systems. The model can perform single event or long-term (continuous) rainfall-runoff simulations accounting for climate, soil, land use, and topographic conditions of the watershed. In addition to simulating runoff quantity, InfoSWMM can also predict runoff quality including buildup and washoff of pollutants from primarily urban watersheds. Once runoff quantity and quality is simulated, and wastewater loads at receiving junctions are determined, the routing portion of InfoSWMM transports using either steady routing, kinematic wave routing or dynamic wave routing, this flow through a conveyance system of pipes, channels, storage/treatment devices, pumps, and hydraulic regulators such as weirs and orifices. The model offers very advanced Real-Time Control (RTC) scheme for the operational management of hydraulic structures.

InfoSWMM also supports a variety of specialized treatment plant control devices as well as river profiles resulting in an Integrated Catchment Management solution for modeling the sewer system, the receiving water and the wastewater treatment plant in an integrated manner.

•  Rainfall-Runoff Modeling of Urban and Rural Watersheds •  Infiltration/Inflow Assessment •  Real-Time Control (RTC) Operational Studies •  Pond Design •  Hydraulic and Water Quality Analysis of Storm, Sanitary, and Combined Sewer Systems •  Combined Sewer Overflow (CSO) and Sanitary Sewer Overflow (SSO) studies •  Master Planning of Sewer Collection Systems and Urban Watersheds •  Pollutant Analysis •  Overflow Management •  System Evaluations Associated with USEPA's Regulations Including NDPES Permits, CMOM, and TMDL •  Modeling of River Hydraulics and Associated Flooding Problems •  Best Management Practices (BMPs) and Low Impact Development (LID) Studies •  TMDL Compliance •  Flood Plain Management •  Watershed Quality Analysis •  Build/Run Network Model in ArcGIS •  Provide Native ArcGIS™ Model-Building Tools •  Construct/Update Models Directly from Geodatabase and Geometric Network or Any External Data Source •  Allow Complete or Filtered Data Exchange on Geometric and/or Non-Geometric Data with Geodatabase or RDBMS •  Create/Edit Multiple Scenarios in the Same Geodatabase •  View fully Animated Extended Period Simulation (Dynamic) Results Sequentially Using VCR-Style Controls Directly in ArcGIS •  Generate Contours, Graphs and Tables of Modeling Results Directly in ArcGIS   • Combine Input and Output Attribute Tables   • Use Relational Database and Geodatabase to Store Model Data   • Fully Automate GIS Data Exchange with ESRI Data Sources   • Pick any GIS Attributes Automatically Without Mapping any Fields   • Automatically Publish Simulation Results to Enterprise Geodatabase and/or RDBMS   • Fully Compatible with Intergraph GeoMedia and GeoMedia Professional   • Automatically Import and Export Any SWMM5 Projects