Features and Benefits
The leading software solution integrating asset and business planning with urban drainage network modeling
Workgroup Model Management
| Features & Benefits | Screenshots |
| Manages multiple modelers on multiple projects
Highly efficient workflow within the organisation - saves time and money on each project | )
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| Supports both Local and Network Dongles for licence authentication Flexible implementation approach, which can be tailored to current and future IT strategies | )
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| Controls access permissions to models by user login details Model data and results are secure at all times | )
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Data Integration
| Features & Benefits | Screenshots |
| Seamless exchange of data and results to and from GIS and other third party applications Avoids any duplication of data, or the need to re-enter information by hand. | |
| Import models and export results to any data source using InfoWorks Open Data Import/Export Centre Custom or Closed format data present no barriers, leading to exceptionally quick model build time | )
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| Import asset data directly from Microsoft databases (Excel / Access), and manhole databases such as STC25, STC26, FastSTC and Thesis
All standard Office and GIS applications can act as data sources without any data needing to be duplicated. | |
| Import network survey information directly from Examiner CCTV export data
CCTV data is often vital to the model calibration process, so quick and easy importation of this data is vital | )
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Model Building Tools
| Features & Benefits | Screenshots |
| Automatic inference of missing model data and assignment of headloss coefficients
Efficient and dependable approach ensures time is not wasted on labor intensive manual processes | )
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| Engineering validation checks ensure consistency with expected engineering values
Avoid gross errors in the data, leading to better models built to a consistent standard | )
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| Interactive network simplification through query analysis and SQL assignment
A fast and efficient way to reduce the overall size of a model without loss of important details | )
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| Automatic compensation for 'lost' storage when pruning and merging network data
Hydraulic performance is not compromised by reducing the size of a model | |
| Ability to perform subcatchment area take-off and population count directly from the GIS mapping data
Takes the information directly from the GIS and avoids the need to re-enter information by hand | )
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| Tracing tools to help identify, view and modify network paths and links
Avoid connectivity errors, resulting in better model construction standards | |
| Allows data flagging on all model data
Indicates data source and confidence levels in modeled information | )
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| Carry out network comparisons and apply differences to any network
Allows for simple cross-checking and updating of different models | )
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| Consolidates modeling data from multiple sources in one coherent interface
A consistent approach to all aspects of the import process ensures time is not wasted. |
Powerful Hydraulic Simulation
| Features & Benefits | Screenshots |
| Exceptionally fast, robust and efficient with large networks
Saves time and money on each run performed, without compromising the quality of the results produced | )
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| Real life modeling of complex ancillary and pump behavior
A one-to-one relationship ensures the best possible representation of real-life performance | )
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| Fully Integrated Water Quality and Real Time Control capability
No need to purchase add-on modules at the point Water Quality or Real Time Control is needed in a model. | |
| Unlimited ´Time Series´ capability
There's no restriction to the length of any simulation. Any event, of any length can be simulated. | |
| Infiltration Module for Slow Response surfaces and Groundwater influences
Important hydraulic behaviors which need to be modeled for accurate representation of catchment response. | |
| Support for SUDS structures such as Soakaways, Infiltration Trenches, Swales and Permeable Pavements
Structures which are commonly found in all Stormwater systems and are therefore needed to ensure accurate model results | |
| Flexible sediment modeling with feedback to the Hydraulic Model
Sediment causes hydraulic blockages and without the feedback in the model, the hydraulic results are unrepresentative of real life. |
Results Interpretation
| Features & Benefits | Screenshots |
| Fully dynamic thematic displays with simulation replays in Plan View
Easy to understand and simple to diagnose problem areas in a network. | )
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| Time varying Longitudinal Sections with dynamic Water Levels
Allows for quick and easy assessment of underground capacity and potential flood points | )
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| Database grid reports for all results
A fast and efficient way to present important data and results | )
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| Time varying graphical data
The familiar time varying graph can be used to quickly show almost any aspect of the model's performance | )
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| 3D Terrain View for viewing ground surface of networks with ability to shade hill contours
A very powerful view, utilising both network data and terrain information for a more complete picture of the networks performance | )
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