This project involves the design and construction administration for the rehabilitation of five separate elevated water storage tanks. Each tank will undergo interior and exterior recoating to extend its service life and improve corrosion resistance. The scope also includes the replacement of outdated ladder systems to enhance safety and compliance. Miscellaneous piping repairs will be completed as needed to restore functionality and improve overall system performance. The project is managed to ensure coordination, quality control, and adherence to regulatory standards throughout design and construction.
This project consists of constructing two new elevated storage tanks. The first tank will be called the Woodlawn Tank with a size of 3 MG (million gallons). The second tank will be called the Sunset Tank with a size of 2 MG (million gallons). There will be waterline work associated to extend the mainlines to the tank site. The construction site will require grading and clearing in preparation of the tank installation.
This project involves the rehabilitation of existing elevated water storage tanks to restore structural integrity and operational efficiency. Associated work includes improvements to nearby waterlines to ensure reliable connectivity to the tanks. Site work may include clearing, grading, and other modifications necessary to support the rehabilitation activities. The goal is to extend the service life of the tanks and maintain consistent water system performance.
This project is for the purchase and installation of up to twenty-five electric vehicle charging stations for the Charlotte-Mecklenburg Government Center (CMGC) Parking Deck. Scope includes all electrical infrastructure work including but not limited to electrical panels, conduits, and concrete work.
Cancelled – there is not an annual contract for this need for FY22
Canceled – there is not an annual contract for this need for FY22
Charlotte Water intends to implement the Thermal Hydrolysis Process (THP) and other biosolids treatment improvements at the McAlpine Creek Wastewater Management Facility (WWMF) utilizing the Progressive-Design-Build delivery method to create a sustainable, regionalized, diversified, and resilient biosolids management program. The project will include the design and construction of multiple facilities at the McAlpine Creek WWMF including a Pre-Dewatering building with associated process equipment, screened sludge storage tanks, THP systems as furnished by CAMBI, improvements to the existing anaerobic digester complex including steam boilers, replacement odor control facility, sidestream deammonification treatment, electrical distribution system improvements, and other ancillary components.
