Table summarizing the key aspects of InfoSWMM based on the gathered information:
| Feature Category | Description | Emojis |
|---|---|---|
| Core Functionality | - Hydrologic, hydraulic, and water quality simulation model | 💦💧 |
| - Management of urban stormwater and wastewater collection systems | 🌧️🌪️ | |
| GIS Integration | - ArcGIS-centric simulation model | 🌐 |
| - Integration of GIS layers for urban drainage analysis | 🗺️ | |
| Modeling and Simulation | - Analysis of stormwater, sanitary sewer, and combined sewer networks | 🌀 |
| - Dynamic simulations for routing loads over time | ⏳ | |
| Technical Capabilities | - Water quality assessment, urban flooding analysis, real-time control, and record keeping | 🌊🌪️🕒🗂️ |
| - Low Impact Development (LID) controls like Bio-Retention Cells, Infiltration Trenches, etc. | 🌿 | |
| Customization and Analysis | - Database customization, result querying, mapping, and labeling using imported GIS layers | 🗄️🔍 |
| - Generation of custom-built reports, graphic animation sequences, and much more | 📊📈 | |
| Training and Support | - Training for water resource engineers and GIS professionals for model creation, analysis, and management | 🎓💡 |
- InfoSWMM stands as a comprehensive model addressing operations of typical sanitary, storm, and combined sewer systems within a fully integrated geo-engineering environment. It spans across analysis, design, to management functions such as water quality assessment, urban flooding, real-time control, and record keeping within1latform【16†source】.
- It is distinguished by its cutting-edge GIS functionality combined with hydraulic, hydrologic, and water quality simulation capabilities, delivering a comprehensive and cost-effective solution for managing urban runoff and wet weather water quality problems in combined, sanitary2 sewers【17†source】.
- It also supports Low Impact Development (LID) controls like Bio-Retention Cells, Infiltration Trenches, Continuous Porous Pavement, Rain Barrels (Cisterns), and Vegetative Swales, similar to the features o3PA SWMM【18†source】.
- The model is designed to simulate the hydrologic, hydraulic, and water quality behaviors of sewer collection systems, thereby enabling efficient management and analysis of urba4systems【19†source】.
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