InfoWorks™ ICM – The Most Powerful 1D/2D Integrated Catchment Modeling Solution

InfoWorks™ ICM (Integrated Catchment Modelling) is the first software platform on the market for complete and truly integrated 1D /2D hydrodynamic modelling of both rivers and sewer systems. For the first time, it is possible a thorough study of complex catchment areas with all elements of the drainage infrastructure and natural river systems and the interactions between them in qualitative and quantitative level in one product as a single work flow.

Inheriting from the internationally recognized and widely adopted InfoWorks CS (sewer systems, retired in 2015) and InfoWorks RS (river systems), InfoWorks™ ICM combines more than 30 years of international experience with the latest scientific achievements in the field of hydrology, computational hydraulics and the cutting-edge software technologies. In less than 5 years since its market premier in 2010 InfoWorks™ ICM became a standard platform for designers, consultants and utility operators across the globe, including United Kingdom, BENELUX Union, France, Italy, Spain, USA, Canada, Japan, China and many more.

InfoWorks™ ICM - designing, hydraulic modelling, real-time flood forecasting and risk management

InfoWorks™ ICM is a complex software platform with wide range of applications in solving contemporary engineering problems. Here is just a short list of possibilities:

InfoWorks™ ICM - 1D / 2D results in Geoplan and graphs — InfoWorks™ ICM - 1D & 2D results in Geoplan and graphs

InfoWorks™ ICM - 1D & 2D results in Geoplan and Long Profile

Professional building and utilizing of operational hydraulic models of both sewer and river systems;
Setting up real-time modelling, flood forecasting and risk management systems;
Designing of sewer systems and river corrections – from building of geospatial models to complex engineering and economical analyses;
Complete 2D modelling of surface water flows, including comprehensive water quality simulations;
Sewer and river systems master planning;
Effective designing and planning of sustainable urban drainage systems (SUDS / BMPs);
Quantitative and qualitative analyses of formation and transport dynamics of solid and soluble contaminants from urbanized territories and of their impact on WWTPs and natural interceptors;

InfoWorks™ ICM provides a wide range of internationally approved theoretical and empirical computational models for detailed simulation of runoff volume formation and routing over complex catchments, while taking into account various hydrological processes such as interaction with ground waters, snow melting, evaporation, formation and transport dynamics of surface contaminants and many more. Along with its unparalleled 1D / 2D computational engine for simulating unpressurized flows in prismatic and non prismatic channels, InfoWorks™ ICM is a universal platform for building from simplified design models to very complex real-time operational models covering the entire water cycle over a given catchment.

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InfoWorks™ ICM - team work and complete data integration

ICM CorporateSetup EN — Integration in corporate environments

InfoWorks™ ICM has been built upon the multi-user software platform of InfoAsset™ Manager, thus providing unmatched functionality for an unlimited number of users to work simultaneously in one shared geospatial database, onto one single model. A complete built-in tool set allows integration with external corporate RDBMS and file systems, such as GIS, SCADA, systems for meteorological measurements and forecasts (including raster radar imagery), ERP, CRM, etc. The software can import / export data from / to many standard formats - ESRI SHP, ESRI GeoDatabase, MapInfo TAB, MS Access, MS SQL Server, ORACLE Database and more.For complete data exchange automation, an ICMExchange Server license is required, which will also bring ability to schedule and run simulations automatically.

InfoWorks™ ICM brings out-of-the-box all tools required for building and managing the modelling databases – from database structure management to user access control. In addition to the standard ICM Master Database, the software platform can flawlessly use MS SQL Server and ORACLE Database as its default data store. The built-in functionality is truly easy to use so even users with standard computer skills can set up complex multi-user modelling environments without the need of IT professional support.

InfoWorks™ ICM - unparalleled simulation engine - speed, accuracy, scalability

The InfoWorks™ ICM simulation engine is a result of more than 30 years of scientific research in the UK, USA, and Western Europe. It inherits from and dramatically enhances the capabilities of the internationally recognized Mainframe WASSP - Wallingford Storm Sewer Package (1982), WALLRUS (1989), SPIDA (1992), HydroWorks PM (1994), InfoWorks CS (1998), InfoWorks CS 2D (2007).

InfoWorks™ ICM is the first software platform on the market truly able to simulate simultaneously in real-time hydrology, 1D/2D hydraulics and water quality as one single and completely integrated process. Incorporating the latest achievements in informatics and in software technologies, the simulation engine utilizes the full power of the contemporary multi-core CPUs (Intel Xeon family for example). But also (again for the first time on the market) it can use the high-end GPUs (nVIDIA TESLA, nVIDIA QUADRO, etc.), thus making possible to reduce the simulation times by an order of magnitude – from hours to minutes. sotwe girl school extra quality

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ICM SimEngineScallability EN — Simulation engine scalability

One of the major advantages of InfoWorks™ ICM’s simulation engine is its horizontal scalability in terms of the available hardware resources within organizations. In accordance with the type and the number of seats in their license, the users can easily create a simulation pool of PCs, which can be used to carry out multiple remote simulations simultaneously. Once set up the built-in ICM Coordinator and ICM Simulation Agent take care automatically to distribute / accept the simulation tasks on the available workstations and their CPU / GPU cores and then to bring the results back to the users or store these on a central server. tell authentic stories

Short video demonstrations of the ICM's simulation engine scalability: Creating a simulation pool and Running multiple simulations in a workgroup.

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