The Hastings/Princeton Storm Drainage Improvement Project will reduce street and structure flooding throughout the neighborhood. Located within a drainage area of approximately 80 acres, the project will replace aging infrastructure and provide adequate system capacity. The project area is bordered by Wellesley Avenue to the north, Hastings Drive to the south, Selwyn Avenue to the east and Jamestown Drive to the west.

Old Plank portion of project: Project initiated due to failure of 84” CMP system on Old Plank Rd. City plans to remove and replace 86” CMP with 56LF 8’x7’ RCBC; Add (2) concrete wingwalls;

Caldwell Williams portion of project: Project initiated due to road flooding. City plans to replace (2) 60” CMP pipes with 39 LF of 13×5 Box culvert. City also intends to add 40LF of 18” RCP; (2) Double catch basins and (2) concrete wingwalls; Pavement and curb replacement.

Project initiated to permanently fix what was an old AFT project. City intends to replace the existing 12’x8’ CMP and replace with approx. 50 LF of 10×8 RCBC; Add (2) concrete wingwalls; (4) CBs; (1) JB; Asphalt and curb replacement; Tie existing sewer crossing into a separate system (2) SSMH’s and approx 30 LF of 8” DIP; 15 LF 15” PVC

The Charlotte Area Transit System (CATS) anticipates soliciting for the repair of a damaged storm drain pipe along 4th Street in order to improve drainage at the Charlotte Transportation Center.

PSR # 1955

The Charlotte Area Transit System (CATS) development division anticipates contracting out the repair at six (6) parking decks:

1. JW Clay
2. University City Blvd
3. Sugar Creek
4. North Davidson
5. South Tryon
6. I-485

The scope of work includes, but is not limited to, the following:

• Concrete repairs using shotcrete
• Crack sealing via epoxy resin injection
• Installation of pourable joint sealants
• Minor drainage relocation
• Seeding and mulching

PSR # 1969

The project consists of providing equipment, vehicles, machinery, implements, tools, supplies, incidentals, and skilled personnel to complete unspecified extensions, modifications, maintenance, and repairs to the existing water and
sewer system in the Charlotte Water service area.

The Ashe Plantation Lift Station project involves the design, bidding, and construction of a new lift station utilizing the existing wet well built during Phase I of the Ashe Plantation Wastewater Treatment Plant. The proposed system is a duplex lift station with a capacity of 320 gallons per minute, which will connect to an 8-inch forcemain. This new infrastructure will convey wastewater to the Goose Creek basin. As part of the project, the existing package treatment plant will be decommissioned.

This contract will provide services to improve reclaimed water pumping capacity at the Mallard facility. The improvements will enhance system efficiency and support increased demand for reclaimed water usage. Upgrades will include pump replacements and infrastructure modifications.

This contract covers the installation of a new gas and diesel fuel tank at the Sugar Creek facility. The project will support fleet fueling operations and ensure compliance with environmental regulations. Proper installation and containment measures will be included.

This contract will include the construction of street main extensions and various infrastructure projects. The contract will provide construction assistance for other capital projects as needed. It covers the entire Charlotte Water service area, ensuring water distribution system improvements.

The project is bounded by Pondella Drive to the West and North, Georgetown Drive to the South and Rosada Ave to the East.  The project involves storm drainage improvements along Georgetown Rd primarily with some improvements in intersections with Rosada Avenue and Pondella Drive.

The project is bounded by the Park Rd Shopping Center to the South, Park Rd to the West, Arbor Lane to the North and Little Sugar Creek to the East.  The project involves storm drainage improvements along Reece Rd primarily with some improvements in intersections with Park Rd and Arbor Lane.