Webinar: Water Security and Resiliency

Tue, Apr 25, 2017 1:00 PM – 2:30 PM CDT
Register at https://attendee.gotowebinar.com/register/287664509489298691

Presentation 1: Resiliency Framework and the Route to Resilience Tool (Presented by Jeffrey F. Fencil, EPA’s Office of Water). Maintaining and repairing aging drinking water infrastructure remains a significant challenge for the water sector. Utilities must be able to increase their readiness and resilience to potential all-hazard incidents, and adapt to future hazards that may impact their ability to provide safe and clean drinking water. The Resiliency Framework defines what it means to be a resilient drinking water/wastewater utility and provides a greater sense of cohesion among EPA’s water security products and services. The Route to Resilience (RtoR) Tool, features the framework and is specifically designed to help small- and medium-sized drinking water and wastewater utilities learn more about becoming resilient to all-hazards, such as floods, tornadoes, hurricanes and contamination incidents. This presentation will introduce the framework and provide an overview of the RtoR Tool.

Presentation 2: Using Hydraulic Modeling to Assess Resilience of Drinking Water Systems to Natural Disasters and Other Hazards (Presented by Dr. Regan Murray, EPA’s Office of Research and Development). Drinking water systems are subject to floods, power outages, extreme winter storms, contamination incidents and other hazards that can disrupt service to customers and damage critical infrastructure. This presentation will demonstrate a new hydraulic modeling tool—the Water Network Tool for Resilience (WNTR)—that will be available to the public later this year. WNTR will help water utilities investigate the resilience of their water systems to a wide range of hazardous scenarios and evaluate emergency response actions and long term resilience‐enhancing strategies. The software estimates potential damages from disaster scenarios; predicts how damage to infrastructure would occur over time; evaluates preparedness strategies; prioritizes response actions; and identifies worse case scenarios, efficient repair strategies, and best practices for maintenance and operations. An application to a small system will be presented.

Archives of previous webinars in the series are available here.

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