Northwest Regional Water Reclamation Facility Expansion
- Pump Station
The Northwest Hillsborough Wastewater Consolidation Program was approved by the Hillsborough County Board of County Commissioners in 2014 as part of its Capital Improvement Program. The program retires two aging wastewater plants and consolidates treatment at the Northwest Regional Water Reclamation Facility. Overall, the program improves wastewater service in Northwest Hillsborough County, improves reliability, and saves money for all County customers. Garney served as Design-Builder responsible for preconstruction, construction, and public outreach for two of the three projects in the program including:
Northwest Regional Water Reclamation Facility Expansion – The Northwest facility was expanded from 10 million gallons per day (MGD) to 30 MGD. Garney, in a joint venture with Wharton Smith, constructed significant improvements to technologies to efficiently control odor and noise, including sodium hypochlorite chemical feed facilities, aeration, four 130’ diameter secondary clarifiers, two D110 Type II concrete water storage tanks, conventional media filtration, grit facilities, a headworks, concrete equalization basins, and an odor control system. During preconstruction, Garney developed a number of innovative ideas and cost-saving recommendations contributing to $11 million in savings for the County.
River Oaks Diversion – With the River Oaks Wastewater Treatment Plant at the end of its useful life, Garney was selected to design and construct a new wastewater pump station, a wastewater transfer force main from the River Oaks headworks to the new pump station and force main from the new pump station to the Northwest Regional Water Reclamation Facility (NWRWRF), the relocation of an outfall, demolition of the existing treatment plant, and installation of a new 20” reclaimed water line.
Design-Build National Award of Merit in Water/Wastewater Category, 2021 DBIA
Design-Build Water/Wastewater Project of the Year, 2020 DBIA Florida Region
Best Project in Water/Environment Category, 2020 ENR Southeast