Key features of Autodesk InfoWater Pro

Run fire flow, water quality, and other analyses in the cloud, saving time and improving results efficiency.

If you have an Autodesk subscription to InfoWater Pro, you can now enjoy the benefits of the Info360 cloud platform. (video: 47 sec.)

This new multi-species engine extension to EPANET grants access to new capabilities for water modelers, like diffusivity and some new numerical improvements in the model.

InfoWater Pro now installs with Python scripting support to directly interrogate and extract InfoWater Pro results. This allows modelers to leverage custom scripting and analyses with Python notebooks inside of ArcGIS Pro or other development environments. (video: 2 min.)

The Hydraulic Diagnostic Report now includes warnings related to pumps, valves, and hydraulic disconnection, as well as temporarily closed pipes next to tanks during the simulation.

View a summary of rule-based controls, simple controls, initial status, remote valve controls, and variable speed pump controls in a single dialog box.

If you don’t have access to SCADA systems within Live Data Adapter (LDA), connect to Info360 Insight to get data analytics and preview Info360 Insight patterns through LDA.

The SCADA Event Manager functionality allows you to create a library of separate SCADA Events that can be selected within Gap Analysis.

Calculate and distribute demands based on both existing systems and future system conditions.

Model the propagation and concentration of naturally disseminated, accidentally released, or intentionally introduced contaminants and chemical constituents throughout the systems.

Identify and delineate each pressure zone based on its boundary elements and generate a hydraulic schematic for each pressure zone.

Carry out a detailed assessment of the hydraulic impact of valve operations on customer service and score asset criticality.

Determine the most cost-effective pumping and valve policies to reduce costs and provide safer, more reliable operations.

Find out the most cost-effective, efficient design and rehabilitation of water distribution piping systems.

Design new pumping stations that meet pumping capacity requirements and maintain optimal pumping efficiency.

Reduce excessive pipe segmentation by dissolving interior nodes based on user-specified attributes, while automatically readjusting demands to construct reliable network models.

Run in reverse time to compute input-output hydraulic and water quality characteristics for all flow paths between input sources and output nodes.

Allow multiple water utility departments maximum interaction with spatial photography by publishing hydraulic models to Google Earth.

Determine pipe status and roughness coefficients, pump and valve status, and demand distribution to provide a well-calibrated model that best reflects actual system conditions.

Adjust pipe wall reaction coefficients to provide a calibrated water quality model and best reflect actual water quality conditions in the distribution system.

Perform advanced water quality analysis, assessing reactions between multiple chemical and biological contaminants.