InfoWater Calibrator is the most powerful and comprehensive water distribution model calibration software available on the market. It is the first geospatial optimization software in the world to unleash the power of Object-Oriented Messy Genetic Algorithms technology with advanced Elitist and Global Search Control strategies in a true high-performance GIS environment. The result is the fastest, most practical, most comprehensive and accurate GIS-based network model calibration program ever created for water engineers.

Until now, calibrating a water distribution network model was an exhaustive trial-and-error process of adjusting the model input parameters using basic engineering judgement until the model results coincide with observed field conditions. To be effective, such calibration must simultaneously consider all time-disjoint field data to ensure that the model simulates the actual physical system under all conditions.

InfoWater Calibrator fully automates and greatly simplifies this process, making model calibration a remarkably easy and enjoyable task. InfoWater Calibrator considers any combination of field pressure, tank level, and flow measurements, quickly determining pipe status and roughness coefficient, pump and valve status, and demand distribution to provide an extremely well calibrated model and best reflect what is actually occurring in the system. It allows you to generate credible models to help you optimize system performance and capital improvement programs while saving a tremendous amount of time and money. InfoWater Calibrator’s incredible ease of data exchange and integration with existing network models and GIS systems further enhance its value.

Top Benefits of InfoWater Dynamic Calibrator

Discover some of the many advantages and benefits of InfoWater Dynamic Calibrator:

• Seamlessly integrate with the InfoWater Utility Suite application modules
  
• Perform true continuous dynamic 24 hour calibration
  
• Build, analyze and maintain more accurate models
  
• Establish model credibility
  
• Interpret model results with confidence
  
• Produce a reliable and predictive tool
  
• Create a benchmark for water quality assessment
  
• Increase knowledge and understanding of your system
  
• Discover errors or unknowns conditions in the field
  
• Identify model anomalies and problem areas
  
• Command the latest advances in genetic algorithms and nonlinear programming
  
• Automate network calibration process
  
• Simplify periodic re-calibration
  
• Make informed cost-effective planning decisions
  
• Optimize use of existing facilities
  
• Maximize time savings
  
• Minimize calibration costs
  
• Improve system performance, operation and development