Join Charlotte Water in Enhancing Water and Wastewater Services

Provides for the rehabilitation of 10 to 12 sanitary sewer lift stations. Modernization of electrical and controls, installation of flow measurement equipment and miscellaneous safety and security upgrades as deemed needed on a per site basis.

Construction contract utilized for water main replacement. Replacement focuses on assets that have reached end of useful life that are now causing operational issues. Primarily focuses on assets that are 12 inches and smaller.

Provides for rehabilitation of Preliminary and Primary Treatment Facilities. Facilities generally include headworks, flow equalization basins, primary clarifiers, and gravity thickeners. A facilities evaluation, conducted by the design team, will determine the final scope of work.

Construction contract utilized for water main replacement. Replacement focuses on assets that have reached end of useful life that are now causing operational issues. Primarily focuses on assets that are 12” and smaller.

The proposed project will fund renovation of Franklin Water Treatment Plant Main Building. It provides 85% of the potable water produced and is need of major renovations such as HVAC, plumbing, process lab, building offices and parts storage for water treatment. Major architectural renovations such as curtainwall and windows are included. Rearrangement of space for laboratories, parts storage, office space, and records storage.

This will be for a construction contract utilized for sanitary sewer rehab and repairs. Work will be focused on failed or failing sanitary sewer collection system assets. Work performed for this contract will help prevent future sanitary sewer overflows.

This project provides design services to Charlotte Water. The project involves rehabilitation of Preliminary and Primary Treatment Facilities. Facilities generally include headworks, flow equalization basins, primary clarifiers, and gravity thickeners. A facilities evaluation, conducted by the design team, will determine the final scope of work.

Charlotte Water will be seeking contracts with companies for the as-needed purchase of fire hydrants and American Flow Control, Clow, Kennedy, and Mueller fire hydrant parts. One manufacturer will be selected (based on low bid) for the purchase of fire hydrants, and contracts for parts will be established for each manufacturer. Fire hydrants and parts shall be delivered to the Charlotte Water location specified at the time of purchase, with the most frequent delivery location being 5730 General Commerce Drive, Charlotte, North Carolina 28216.

This project will deliver a new lift station and force main to convey wastewater flow from the City of Belmont to Charlotte Water’s Stowe Regional Wastewater Reclamation Facility via Charlotte Water’s Paw Creek Pump Station. This project will allow the existing Belmont Wastewater Treatment Plant to be decommissioned and eliminate the need for costly improvements at this facility. Due to separate funding sources, the project will be delivered via Design-Bid-Build delivery method through two phases of design and three separate construction contracts.

This project will deliver a new lift station and force main to convey wastewater flow from the City of Belmont to Charlotte Water’s (CLTWater) Stowe Regional WWRF via CLTWater’s Paw Creek Pump Station. This project will allow the existing Belmont Wastewater Treatment Plant to be decommissioned and eliminate the need for costly improvements at This facility. Due to separate funding sources, the project will be delivered via Design-Bid-Build delivery method through two phases of Design and three separate construction contracts.

This project will deliver a new pumping station and pressurized pipe to convey wastewater flow from the City of Belmont to Charlotte Water’s (CLTWater) Stowe Regional Wastewater Reclamation Facility via CLTWater’s Paw Creek Pumping Station. This project will allow the existing Belmont Wastewater Treatment Plant to be decommissioned and eliminate the need for costly improvements at this facility. Due to separate funding sources, the project will be delivered via Design-Bid-Build delivery method through two phases of design and three separate construction contracts.

This project will upgrade the existing meter reading system to a self-reporting network and replace end of life residential meters. Existing communication endpoints not compatible with the network selected will be replaced. Most residential meters will be replaced; those meters not replaced will require a replacement register compatible with the new endpoints. Commercial meters will receive replacement registers or be replace, depending on compatibility with the selected network solution. The communication network, hourly interval data and customer access portal will improve customer experience, increase billing efficiency and accuracy, reduce system losses and operational expenses, and improve system monitoring and planning.