The Twin Oaks branch of the Austin Public Library wanted to upgrade its existing rainwater harvesting system to improve its wet-weather performance.

One of the country's largest coal transfer facilities operated by a large multinational, required an intelligent rainwater harvesting system to reduce potable water use and help eliminate stormwater discharges.

The USEPA and General Service Administration upgraded an existing 6,000-gallon capacity rainwater harvesting system at the USEPA headquarters to minimize wet-weather discharge while maintaining water availability for irrigation.

The City of St. Joseph needed high-value solutions to reduce combined sewer overflows as a component of a large program to address regulatory requirements. During the design and construction of a wetland park, intelligent stormwater infrastructure was chosen to attenuate peak flows and help reduce wet-weather flow to the combined sewer.

Denver Green School wanted an optimized rainwater harvesting system to eliminate wet-weather discharge and retain water for irrigation.

The City of Omaha enlisted Opti to actively test the effectiveness of permeable pavements and real-time stormwater management as Best Management Practices.

DOEE identified intelligent retention as an important option for limiting wet-weather discharge, storing water on-site for use, and informing future improvements to District infrastructure.