Improvements on Monroe Road between North Wendover Road and Eaton Road to create a more pedestrian-oriented corridor and install a pedestrian hybrid beacon in front of Time Out Youth Center. Improvements will primarily include shared-use paths, drainage, and midblock pedestrian crossings.
Tuckaseegee Rd (Little Rock Rd to Westerwood Dr) Sidewalk
This project will fill in gaps in the existing sidewalk system on the south side along Tuckaseegee Road from Little Rock Road to West Mecklenburg High School, and along the north side of Tuckaseegee Road from Burkholder Road to Toddville Road.
Idlewild Road and Monroe Road Intersection
This project will improve the Idlewild Road and Monroe Road intersection to enhance conditions for all users. Improvements will include pavement widening to accommodate dual left turn lanes at all intersection approaches, bike lanes or multi-use paths, pedestrian refuge islands, and new sidewalks.
Idlewild Road/Rama Road/Monroe Road Intersection
This project will improve the Idlewild Road and Monroe Road intersection to enhance conditions for all users. Improvements will include pavement widening to accommodate dual left turn lanes at all intersection approaches, bike lanes or multi-use paths, pedestrian refuge islands, and new sidewalks.
Airport Tree Clearing
As part of the 4th Parallel Runway project, the Airport will solicit bids for tree clearing, erosion and sediment control. While the final bid package will contain exact line items, it is anticipated for the tree clearing to be roughly 160 acres. The tree clearing will consist of setting perimeter erosion control measures, cutting and hauling off of timber, but will not include any grubbing, clearing or grading.
Elevated Water Tank Rehabilitation
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.
Elevated Water Storage Tanks Improvements
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.
Elevated Water Storage Tanks (Cancelled)
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.
Hidden Valley Firehouse #45
Design and construct a new 2-story, 3-bay firehouse at 14,626 square feet, to be located at 5800 North Tryon Street. This facility will be a new infill firehouse that will alleviate high call volume for surrounding firehouses. A new firehouse must be built when a new “point of dispatch” is required in order to meet response time standards. The proposed facility will be located on a 2.03-acre parcel that facilitates the redevelopment of abandoned/underutilized sites and vacant sites. This location and site selection shall meet the City of Charlotte Policy for Sustainable City Facilities and Charlotte Fire Department Facilities Master Plan.
This project will pursue LEED certification. The site will incorporate solar panels and a geothermal well system with water source heat pumps.