Opti WEF final
Download as PPTX, PDF0 likes465 views
The document discusses OptiNimbus, a cloud-based stormwater management platform that uses sensors and controls to intelligently manage stormwater and provide benefits such as reducing combined sewer overflows, improving water quality, preventing flooding, and providing predictive maintenance alerts. It has been deployed over 91 times and can optimize performance of both new and existing water infrastructure through active real-time control. OptiNimbus allows users to remotely monitor sites, analyze data, and interact with real-time forecasts to improve management of stormwater networks.
Opti WEF final
- 1. New Directions for Clean Water: Intelligent Infrastructure WEF eShowcase July 22, 2015 Marcus Quigley, P.E., D.WRE active intelligence | clean water
- 2. OptiNimbus Intelligent Control of Stormwater OptiStratus Performance monitoring and predictive maintenance alerting OptiCumulus No effort monitoring of environmental conditions
- 3. 91 Deployments Built for Distributed Systems
- 4. OptiNimbus Maximizes Performance & Reduces Cost and Risk • Combined sewer overflow reduction • Sediment and water quality retrofits • Existing and new infrastructure (gray and green) • Alerting of maintenance needs • Providing auditable reports to regulators
- 5. OptiNimbus: Measure and Improve Performance
- 6. Cloud Based Monitoring and Active Control Sensors (i.e depth) & Valve Control Web Dashboard and Controls NOAA Weather Forecast InformationCloud Native Platform
- 7. Traditional – Passive Controlled Discharge Time Rainfall&Discharge Rainfall Uncontrolled Post-Development Discharge Pre-development peak driven flow rate target Facility discharge to receiving system or waterbody
- 8. OptiNimbus – Intelligent Discharge + Water Quality, + Rainwater Harvesting Time Rainfall&Discharge Rainfall Uncontrolled Post-Development Discharge Pre-development peak driven flow rate target
- 9. Time Rainfall&Discharge Rainfall Uncontrolled Post-Development Discharge Pre-development peak driven flow rate target OptiNimbus – Intelligent Discharge + CSO Mitigation, + Flood Prevention
- 10. Example Rain Event Facility discharge to receiving system or waterbody Storage not used by existing system
- 11. A Few Example Projects
- 14. EPA Headquarters Prevented over 100,000 gallons of wet weather flow in one year with only 6,000 gallons of storage
- 15. Adjusting to Inaccurate Forecasts Summary of storm characteristics and performance for events that were accurately predicted by the OptiRTC system
- 16. More Rain Than Expected Summary of storm characteristics and performance for events that were under-predicted by the OptiRTC system
- 17. Less Rain Than Expected Summary of storm characteristics and performance for events that were over-predicted by the OptiRTC system
- 18. >95% Reduction in both Wet Weather Volume and Peak Flow (n=22) If Wet Weather Discharge Occurs…
- 19. + Water Quality Benefits Estimated stormwater water quality benefits provided by the OptiRTC system from May 1, 2014 until May 1, 2015.
- 20. Flow Control, Stream Protection, and Water Quality
- 21. Polygon at North Bethany Falls Consulting Services for Project by:
- 22. Consulting Services for Project by: Rain Gage Camera Control Panel Battery Backup
- 23. Butternut Creek Consulting Services for Project by:
- 24. Consulting Services for Project by:
- 25. OptiNimbus is also a solution for: • Rainwater Harvesting • Flood Control • Improving Water Quality • Stormwater Credit Markets
- 27. Select Site & Dashboard
- 28. View Key Data & Performance Indicators
- 30. Interact with Graphical Forecasts
- 31. Analyze
- 35. OptiNimbus – A Smarter Approach Costs Reduced capital investment Reduced labor Reduced maintenance Stay in Compliance Water quality Alerts Environmental Benefits Wet weather flow decrease of 70 to 99% Water reuse