Harnessing the power of predictive stormwater management systems can revolutionize flood mitigation. From accurate forecasts to real-time responses, discover how intelligent and timely interventions hold the key to safeguarding communities from the devastating impacts of floods.
From reducing the strain on freshwater sources to mitigating urban flooding and fostering environmental resilience, reusing stormwater can revolutionize water conservation efforts to provide a sustainable solution to the global water crisis. Discover the transformative potential of harnessing untapped stormwater to create a water-secure future.
While traditionally regarded as a problem to be solved, stormwater is increasingly being viewed as an asset to be utilized. Discover why landowners are turning to intelligent stormwater management systems and their associated infrastructure to capture, control, and optimize stormwater.
As the climate changes, adaptive stormwater management is giving municipalities the power to safeguard against new and more frequent inclement weather events. Discover how adaptive stormwater management is revolutionizing the way we approach urban infrastructure and how Opti enables communities with smart climate technology solutions.
Stormwater management is complex and demands a proactive approach. Traditional infrastructure design is passive and reactive. Discover how Opti is raising the bar in helping communities better manage their stormwater challenges.
This study evaluates the stormwater benefits of an at scale implementation of CMAC in Howard County, MD
The approach to managing stormwater has not kept pace with the digitally enabled environment. Adaptable infrastructure with Opti changes what was once thought of as a liability into an asset.
The iPond is an intelligent stormwater management project, developed in response to a persistent problem of roadway flooding and property damage in Beckley, WV.
CMAC was deployed at three stormwater management facilities within the Anacostia River watershed to convert passive systems to dynamically controlled systems and monitor performance of each site for a year.
Villanova University has teamed up with OptiRTC to design and retrofit existing green infrastructure systems at Villanova University with real-time control technology to evaluate system performance and investigate the role of automated, self-learning controls within traditional GI design.
Improve water quality with Opti’s active control at a fraction of the cost compared to excavation.
Retrofitting a stormwater retention pond with CMAC technology helps Philadelphia address combined sewer overflows.
Runoff from urban environments is threatening environmental health by lowering the quality of receiving waters, including fisheries, recreational sites and sources of drinking water. There is an unprecedented opportunity, however, to improve urban water flow and quality by equipping existing stormwater systems with sensors and controllers.
Traditional stormwater management practices have almost entirely been designed as passive systems. Advances in Internet-accessible controller systems have made dynamic control a viable, cost-effective and beneficial option.
How forecast-based, real-time controls can be applied to independent, distributed pieces of stormwater infrastructure to optimize system performance.
Look beyond conventional approaches to stormwater infrastructure and examine the effectiveness of various decentralized controls that use natural elements and technology to dampen stormwater surges.