As part of its long-term water infrastructure resiliency strategy, the City of Vero Beach is retiring an existing water reclamation facility and constructing a new one further inland. In parallel, John’s Island Water Management, a nearby private utility, sought to reduce potable water use by expanding access to alternative water for irrigation. The city’s proposed solution was to pump treated stormwater to support the reduction of potable water usage.
To support this goal, this project constructed a 3.0 MGD stormwater intake pump station and installed approximately 26,000 feet of pipeline, including 3,600 feet of 18-inch HDPE transmission main beneath the Indian River Lagoon from Gifford Dock Park to Bee Gum Point. The intake station draws stormwater from the Indian River Farms Water Control District Main Relief Canal. The subaqueous pipeline was installed using horizontal directional drilling (HDD) with DR 9 HDPE pipe. This approach minimized surface disruption, reduced environmental impact, and preserved sensitive wetland ecosystems.
The project improves lagoon health and provides a sustainable source of irrigation water for the barrier island community. Located within a regulatory Basin Management Action Plan (BMAP) area, the project is estimated to reduce nitrogen loading to the Indian River Lagoon by approximately 17,000 pounds annually.
The project involved installing 3,600 feet of 18-inch HDPE DR9 pressurized transmission main.
Intake pump station has four pumps capable of conveying up to 3.0 MGD of stormwater
Five phases streamlined construction and permitting, minimized disruption, and aligned with funding.
Weston Haggen, PE*
Section Manager,
Senior Project Manager
Weston is a seasoned professional with expertise in water and wastewater treatment, reclaimed water facilities, and water infrastructure. His skills include designing pipeline networks, lift stations, and potable water quality enhancements. Weston is also experienced in hydraulic modeling, flushing programs, infiltration and inflow studies, and data management.