Available OnDemand

When designing or rehabilitating water distribution networks, it is necessary to meet the needs of the client and deliver the design in a fast, cost-effective, and efficient manner. And all deliverables must be met without compromising the reliability and performance of the network.​

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To meet these challenges, designing your water supply network with an intelligent model is key. OpenFlows WaterGEMS, a comprehensive hydraulic modeling software, can help design an efficient and cost-effective network. ​

Additionally, if you're looking to control transients in these types of projects, OpenFlows HAMMER, when used correctly, can identify critical points in the system that need protection and facilitate sound system design. Plus, OpenFlows HAMMER is interoperable with OpenFlows WaterGEMS and can streamline your analysis and design process. ​
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Join us for this free webinar to explore how OpenFlows WaterGEMS along with OpenFlows HAMMER can provide you the tool sets and capabilities necessary to enhance your optimization and project deliverables.

Join the session to learn how to:

  • Optimize model design and operations​
  • Bring your model into OpenFlows HAMMER from OpenFlows WaterGEMS along with additional interoperability
  • Run a surge analysis on OpenFlows HAMMER

Watch Now

Webinar Presenters

Izanami Vázquez

Izanami Vaszquez

User Sucess Manager - Water Resources 

Virtuosity

Izanami Vázquez is a Civil Engineer and holds a Master’s Degree in Water Resources. He has over 5 years of experience in different hydraulic and hydrological projects, solving practical problems and ensuring adequate and cost-efficient water flow and supply. 

Diego

Diego Rodriguez

Product Sales Engineer,  Water Infrastructure 

Virtuosity

Diego Rodriguez is a Product Sales Engineer at Virtuosity, A Bentley Company. After obtaining a Bachelor’s Degree in Civil Engineering, Diego worked as a Water/Wastewater Engineer specializing in stormwater related projects. Diego has experience working with Combined Sewer Systems, stormwater management, drainage design, and Site development.