Reduce Risk with OpenFlows – Thank You

Reduce Risk with OpenFlows

A large pipeline stretches across a desert landscape at sunset. Text overlay reads: "OpenFlows Future-proofing Water Infrastructure: Reduce Risk in Water, Sewer, and Storm Networks.

Download the “Future-proofing Water Infrastructure” e-book and take the first step in investing in risk reduction for your future water infrastructure projects.

OpenFlows Water Solutions offers comprehensive risk reduction services tailored to your specific needs across your water, sewer, and storm networks.

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Aerial view of a marina with numerous boats docked along the piers. Nearby buildings line the left side, and clear blue water surrounds the area. Using OpenFlows technology helps manage water flow efficiently, aiming to reduce risk while preserving this coastal gem.

Digital Tools for Smarter, Safer, and Risk-Proof Water Infrastructure

Advances in digital tools are helping engineers develop more resilient infrastructure, enabling comprehensive view of infrastructure and informed decision-making throughout its lifecycle. From planning to design, analysis, and operations, OpenFlows users are creating efficient and effective workflows to support increase in demand, operational efficiencies, changing regulations, and environmental factors.

A color-coded map highlights the Danville area, with plant and local office locations marked by stars. Utilize OpenFlows for detailed insights, reducing risk in site planning and management.

AQUA Relies on Hydraulic Modeling to Assist During Illinois Emergency Outage

The success of this project and the positive impact it had on the Danville community, serves as a testament to AQUA’s dedication to leveraging digital solutions for improved service delivery and emergency response.

Key Highlights:

  • Hydraulic Modeling for Real-Time Insights: AQUA utilized OpenFlows Water to create a virtual replica of the entire water system. This real-time modeling environment allowed them to accurately identify impacted areas, make data-driven decisions, and forecast a recovery plan.
  • Effective Communication: Bentley was able to work closely with the local Danville operations team. This digital approach enabled them to issue a timely water boil advisory and develop a structured recovery plan.
  • Optimized Emergency Response: The hydraulic model helped reduce the number of affected customers from 20,000 to just over 2,000 and accelerated the recovery schedule by a few days. This project set a new standard for emergency response across 1,700 systems.

Benefits of Digitalization:

  • Accurate Network Performance: Real-time insights into network performance allowed strategic communication with the community, local authorities, and regulators.
  • Enhanced Resiliency: The project demonstrated the importance of resiliency and operational insight, ensuring networks can handle future emergencies effectively.