InfoWorks ICM (Integrated Catchment Modeling) is the first truly integrated modeling platform to incorporate both urban and river catchments. With full integration of 1D and 2D hydrodynamic simulation techniques, both the above- and below-ground elements of catchments can be modeled to accurately represent all flow paths. InfoWorks ICM enables the hydraulics and hydrology of natural and man made environments to be incorporated into a single model.
Unprecedented Model Creation
InfoWorks ICM gives engineers the ability to create a single model that contains the salient features existing in an environment with a single, unified hydrology. Manholes, pipes, and inlets can be combined with natural and man made channels to create a model in which the catchment and the floodplain are one, as they are in real life. The additional ability to model objects such as bridges, sluices, weirs and pumps allows the creation of models that are more complete and more accurate than ever before.
Cutting Edge Simulation Techniques
Full two-dimensional (2D) surface flood modeling can be employed across both the wastewater and river components of the model, providing more precise modeling of flows through complex geometries.
Real-Time Control allows control structures to be directly programmed to respond automatically to conditions in the system during a simulation, allowing the optimization of storage and operation.
Water quality and sedimentation studies can be carried out across both 1D and 2D areas, allowing users to assess the fate of pollutants entering the catchment from both wash off and point sources.
The linking of 1D river channels and 2D floodplain is carried out by means of lateral banks. The flow can pass between these two components at any location along the river, allowing real life conditions to be more accurately modeled.
Greater Efficiencies with Remote Simulation
InfoWorks ICM Remote Simulation allows the simulation of models to be performed by remote agent machines, which means engineers can start a simulation and then return to the task of modeling without the performance of their computer being affected. Remote agents can either be similar computers within a small workgroup environment or alternatively high performance servers with the capability to run simulations many times faster. This is increasingly valuable as engineers require the ability to simulate a large number of scenarios, within complex environments, with the benefit of the latest 2D simulation techniques applied.
Industry Leading Technology Support
InfoWorks ICM has been developed around the very latest technological innovations, with ArcGIS compatibility and integration at the very core of the solution. Hardware developments such as multi-core processors and specialist graphics processing units (GPUs) can be employed to ensure simulations run as quickly as physically possible. InfoWorks ICM is also fully compatible with Microsoft’s Windows 8 and Windows Server 2012 operating systems, in both 32bit and 64bit editions, allowing users to carry out leading-edge hydraulic modeling within a fast and reliable environment.
River, drainage and sewerage master planning studies
Surface Water Management Plans
Effective implementation of sustainable urban drainage systems (SUDS / BMPs)
Urban drainage storm runoff control and retention design
Development of solutions to existing flooding problems
Assessment of catchment future needs under growth or climatic changes
Flooding and pollution prediction under complex urban and river interaction
Flood flow planning and management
Impact of intermittent discharges from sewerage systems (UID's, CSO's or SSO's) on river environments
Low flow assessments for rivers and watercourses
Hydraulic analysis of wastewater treatment works and their interaction with the natural and built environments
Infiltration and inflow assessments and control
Combined / wastewater interceptor system design and analysis
InfoWorks ICM SE (Sewer Edition)
InfoWorks ICM SE incorporates all the powerful analysis features and capabilities of InfoWorks ICM for comprehensive sewer collection systems modeling, but without 2D simulation of surface flooding. The program gives wastewater utilities an enhanced set of tools and functionalities and an enriched modeling experience for planning, managing and operating large and complex sewer networks.
InfoWorks ICM SE Powerful Dynamic Sewer Modeling Capabilities
InfoWorks ICM SE is a fully-dynamic sewer network modeling solution that uses a fast, accurate and unconditionally stable implicit numerical solution scheme — providing a high degree of confidence in simulation results. It can be effectively used to model any complex sanitary, storm and combined sewer system, offering complete hydrology, hydraulic and water quality simulation and sophisticated real-time control (RTC) modeling capabilities. (As a specialized version of InfoWorks ICM, SE does not model overland flow or 2D flooding.)
The software automates many user-intensive operations, helping engineers minimize time spent creating, calibrating and simulating reliable sewer models and analyzing results. InfoWorks CS users will greatly benefit from an improved interface and visualization and reporting tools; additional modeling capabilities (e.g., SWMM5 and CS Horton infiltration, non-prismatic open channels, H2S, Algae, nutrient dynamics); enhanced database and scenario management; multivariable themes and mapping; and stunning graphics.
Such advanced capabilities make it easier for users to set up, visualize and manage simulations, and arrive at fast, reliable solutions to support cost-effective drainage design, operation and management.
InfoWorks PDM (Probability Distributed Moisture Model)
InfoWorks PDM is a rainfall-runoff model based on probability-distributed moisture stores and translation of runoff and drainage via routing stores. PDM was designed to provide a toolkit of model algorithms (standard, splitting and demand-based) which can be configured and calibrated to suit a wide variety of catchment response forms. It also provides real-time forecasting of flows for any complex river catchments. Model inputs are rainfall and evaporation over the catchment. Output is river flow (or level) at the catchment outlet along with other important parameters including soil moisture deficit and the various flow components (e.g., infiltration excess runoff, inflow to groundwater store, baseflow, fast response surface flow).
A full-featured programmer’s toolkit, ICMExchange enables users to directly import and export InfoWorks ICM data in a variety of formats (e.g., Oracle, SQL, CSV, MIF/MID, Geodatabases, Shapefiles, etc.) as well as interface with the powerful InfoWorks ICM simulation engine to create their own custom solutions. Having access to this tailored functionality right out of the box also streamlines the creation of independent applications and custom interfaces that enable users to view or modify data for evaluation and comparison of various modeling scenarios. Armed with these capabilities, consultants and utilities can now adapt the input and output from their InfoWorks ICM models to meet specific project needs in a fully automated process that increases efficiencies. These abilities empower them to work more efficiently and instantly get the reliable information they need to make better design and operational decisions for optimal performance.
ICMExchange can do all the following operations as background tasks:
Edit, update and query database tree objects
Create, copy and delete database tree objects
Create network scenarios
Commit and validate networks
Edit network objects
Carry out simulations
Query results and extract data
Features and Benefits
Workgroup Model Management
Manages multiple users on multiple projects
Highly efficient workflow
Model version control and audit in a central 'master' database
Advanced scenario management allow 'what if' situations and risk assessments to be completed
Simulations can be batched remotely and scheduled to run at specified times using multiple workstations
Controls access permissions using login details
Supports both local and network dongles for licence authentication
Model data and results are secure at all times
Shares a common platform with InfoNet
Upgrade path from InfoWorks CS and RS
Seamless exchange of data and results to and from GIS (ESRI and MapInfo) and other third party applications such as Excel and Access
Total flexibility and control of data exchange via Open Data Import / Export Centre
Import network survey information directly from Examiner CCTV export data
Model Building Tools
Data flagging allows tracking of data source and modification
Automatic inference of missing model data and assignment of headloss coefficients
Engineering validation checks ensure consistency with expected engineering values
Long section profiles can be checked and corrected in a methodical and auditable manner
Up and downstream tracing ensures complete connectivity
Automatic compensation for 'minor' unmodeled features such as house connections.
Population values and land use types interpreted from GIS data
Network comparison allow changes to be audited throughout model build
Two dimensional flooding 'mesh' generated from GRID or TIN ground models which can be used in conjunction with GIS polygons and lines
Ground models provide river cross sections, floodplain sections, levee and spill data and stage area tables
River, embankment and floodplain section drawing, extension and modification tools
Powerful Hydraulic Simulation
Fully dynamic simulation engine correctly represents conditions such as flow splits and backwater effects
Exceptionally fast, robust, stable and efficient even for the largest of networks
Two dimensional representation of flooding across the catchment surface includes the complex processes which occur through and around buildings and walls
The sophisticated interaction between the 2D flooding and the 1D assets which occurs at, for example, manholes, pipe outfalls and river banks is fully represented.
Accurate representation of complex ancillary structures including those in wastewater treatment works
Modeling of pressurised pipe networks (force mains) and pump behaviour
Real time control operation of moveable structures
Long term simulations can be run as a single event or split into short sections using the 'hot start' capability. Multi event based simulations can also be scheduled in batches
Variable time stepping in dry and wet weather conditions allows data to be processed based on the accuracy required, speeding up simulations and reducing result sizes.
Latest multi core processing and GPU technology utilised.
Appropriate urban and rural hydrology such as the Horton Infiltration model, SCS, RTK, PDM and Groundwater infiltration can be spatially varied across the catchment
Flow processes present in LID, BMP or SUD structures represented.
Boundary conditions, such as varying downstream levels and inflows can be applied directly to both the 1D and 2D elements
A 'maxima' button instantly presents the worst case scenario for each individual model element, whether it be water level in a manhole, flow velocity on the ground surface or any other model result parameter.
Simulation results can be replayed, fast forwarded or stopped at a particular time. This functionality applies to all the following methods of analysis.
Thematic maps colour assets based on a chosen model parameter allowing results to be visually interpreted by a wide range of stakeholders from laymen to experts.
Longitudinal section (profile) views show maximum or changing water levels.
Multiple water levels from different simulations can be compared.
Grid reports show results in a spreadsheet style format which can be ranked in any order.
Simple one click functionality presents the results from any chosen asset
Graphs can compare any combination of results from different result parameters, locations and simulations. Graphs can be customised and their format saved. This includes 2D result parameters such as depth and direction
Polygons can be drawn on the 2D mesh and the volume within that polygon reported over time. Similarly a line can be drawn and the attributes of the flow as it crosses that line reported.
Model results can also be graphical compared with flow survey results during the verification process.
Three dimensional terrain views show ground topography including the extent of flooding across the surface.
Result labels present results at user defined locations in a clear and easily understood manner
Results can be exported to GIS or spreadsheet applications
Statistical reports analyse long term simulations to extract 'events'. For example the number of flooding events meeting a defined criteria of volume or duration.
Text reports allow modelers to check stability and ensure the validity of results.
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