Making Water Reuse Possible

Expansion & Conversion to Advanced Water Treatment – Sarasota, FL

Reclaimed Water for Irrigation and Aquifer Recharge

Garney is expanding the Bee Ridge Water Reclamation Facility in Sarasota, Florida, increasing its capacity from 12 to 18 million gallons per day (MGD) and upgrading the treatment process to meet Florida’s advanced water treatment (AWT) standards. These enhancements will improve water quality by reducing nutrient discharge, such as phosphorus and nitrogen, and offering sustainable opportunities for reclaimed water use, including irrigation and aquifer recharge. By upgrading the facility to AWT, Sarasota County protects natural resources, reduces reliance on surface and groundwater, and prepares for future water reuse initiatives that support long-term sustainability goals.

Nansemond Sustainable Water Initiative for Tomorrow (SWIFT) Facility & Recharge Wells – Suffolk, VA

Recharging Aquifers

Garney is leading the design and construction of the Nansemond SWIFT Facility. This cutting-edge water reuse project addresses Eastern Virginia’s critical environmental challenges. As part of the SWIFT initiative, this advanced water treatment facility will receive highly treated wastewater effluent from the Nansemond Treatment Plant to match the effluent to the groundwater chemistry and recharge the Potomac Aquifer via 19 Managed Aquifer Recharge (MAR) wells. This innovative approach provides a sustainable groundwater source and plays a vital role in restoring the Chesapeake Bay ecosystem and securing long-term water resources for the region.

Central Mesa Water Reuse Pipeline & Plant Improvements – Mesa, AZ

Reclaimed Water for Agriculture and Sustainability

The Central Mesa Reuse Pipeline & Plant Improvement project focuses on delivering reclaimed water from the Northwest Water Reclamation Plant to the Gila River Indian Community (GRIC) for agricultural use, supporting sustainability and regional water reuse. By improving connections between the Northwest, Southeast, and Greenfield Water Reclamation Plants, the project enhances the City of Mesa’s water infrastructure and supports future development. The new 10.5-mile reclaimed water pipeline will enable the City of Mesa to exchange reuse water for surface water credits, ensuring a sustainable water supply and promoting continued growth while benefiting the GRIC’s agricultural operations.

Fraser River Pump Back Phase 2 & Snowmaking Facilities – Winter Park, CO

Water Storage and Sustainable Snowmaking

Upgrades to the Winter Park Resort’s snowmaking system reduce reliance on external water sources through innovative water reuse solutions through an Exchange Agreement with Denver Water. The new system includes a 13-million-gallon storage reservoir, pump stations, and valve houses, allowing water to be captured from the Fraser River Intake Pump Station and Vasquez Canal and stored for efficient snow production. By reusing water from on-site sources, Winter Park Resort produces snow more efficiently, cutting production time while ensuring a consistent water supply during peak snowmaking conditions. This sustainable approach supports the resort’s long-term water needs and enhances operational efficiency.

March 17, 2025 – 4:30-4:55 PM

Climate Resiliency & Adaption: Groundwater Sustainability