Webinar | Advanced modeling of urban drainage networks with OpenFlows Sewer
Available OnDemand
Part 1. Resilient urban drainage networks with OpenFlows Sewer
OpenFlows Sewer stands at the forefront of solutions for planning and designing urban drainage infrastructure, and it supports industry professionals in solving a variety of challenges.
By harnessing advanced modeling tools, users can quickly evaluate numerous design possibilities and assess current and future system’s performance conditions, allowing you to confidently analyze and optimize your sanitary or combined sewer systems.
Join us for a live webinar and see for yourself how OpenFlows Sewer is being used in real projects, to solve specific challenges and provide reliable, fast results.
You will learn about:
- The application of OpenFlows Sewer, with industry examples.
- The management of various data sources to build an effective drainage network model.
- Supporting the decision-making process for design and rehabilitation strategies.
Part 2. Optimized design of urban drainage networks with OpenFlows Sewer
Extreme events caused by climate change are becoming more severe and frequent, putting urban drainage infrastructures to the test.
OpenFlows Sewer allows engineers and consultants to plan and design more resilient, efficient and sustainable urban drainage infrastructure amid the increasing challenges posed by climate change.
The advanced modeling tools and ability to handle multiple scenario simulations efficiently allow users to explore various design options and make informed decisions quickly with increased design efficiency, which helps to save on costs, time and resources allocated to each project.
Join us for a live webinar and see for yourself how OpenFlows Sewer offers reliable, versatile and easy-to-deploy hydraulic analysis solutions.
You will learn about:
- Best practices for setting up and simulating a sewer network model.
- Optimizing sewer network design for efficiency, resilience and cost-effectiveness.
- Multiple scenario management.
