Collective AJ will consist of 4 projects (2033 Teddington Dr, 435 Norwood Drive, 2316 Kilborne Dr, and 10513 Moss Mill Ln).

Project consists of removing a gabion wall and replacing it with a new segmental block wall.  Minimal stream impacts will be made only to install wall. Partial storm system in ROW will be removed and replaced with no outfall impacts.

This project involves installing a closed drainage system down both Briargrove Dr. and Milton Rd. to reroute runoff from an existing stream. The proposed closed drainage system ties back into the existing culvert under Colby Pl.

This contract will provide for the removal of industrial waste and debris from various Charlotte Water sites. Work may include hazardous material handling and environmental remediation as required. Proper site clean-up ensures compliance with environmental regulations and maintains safe working conditions.

This construction contract includes the installation of new natural gas or propane-powered generators at multiple water storage tank sites. The work also involves associated miscellaneous electrical improvements necessary to support standby power functionality. These upgrades are intended to enhance system reliability and ensure continuous operation during power outages.

This contract will provide landscaping services at various Charlotte Water wastewater treatment locations. Work may include mowing, tree trimming, and general upkeep of facility grounds. The task is to maintain these areas, improving site aesthetics and safety.

Charlotte Water is seeking to contract with a qualified firm to provide professional water leak detection services across its residential service lines and public water mains. The selected vendor will be expected to utilize specialized tools and systems capable of detecting underground leaks and identifying areas of current loss with precision and minimal disruption. Services may involve advanced acoustic, chemical, and pressure-based testing methods, along with the use of pipeline diagnostic equipment to support field verification. This work will contribute to Charlotte Water’s ongoing efforts to reduce non-revenue water, improve infrastructure reliability, and proactively manage aging assets.

This contract will focus on the construction of street main extensions and other necessary infrastructure projects. It will also serve as an on-call contract for capital project construction support. The work will be performed throughout Charlotte Water’s service area, ensuring continued system reliability and expansion where needed.

The McAlpine Digesters Rehabilitation project focuses on restoring key components of the biosolids treatment facilities. This includes structural repairs and a new cover for the first digested sludge storage tank, along with installation of new sludge pumps, valves, and piping. The project also replaces an outdated programmable logic controller system and adds a new sludge line to separate gravity-fed and pumped flows. Additional improvements include a new dewatering well system for draining the storage tanks and structural evaluation and repairs to the second digested sludge storage tank.

This project involves rehabilitation of the exterior of McDowell Lime Structure 2. The work will include repairs, repainting, and other necessary maintenance to protect the structure from environmental wear. This upkeep is to ensure the longevity of the facility.

This opportunity involves providing survey services to support Charlotte Water’s GIS and Capacity Assurance Programs, including the following tasks:

Review available data and consult with the City to clarify and define the City’s requirements.
Obtain necessary information, conduct investigations, and make reasonable efforts for the Surveyor to become familiar with the philosophy and purpose of each project.
Identify and analyze requirements from governmental authorities with jurisdiction and assist the City in obtaining the required approvals.

This will be an Invitation to Bid for Charlotte Water. The project will involve the rehabilitation of biosolids treatment facilities at the McDowell Creek Water Resource Recovery Facility. Work will focus on existing digesters and may include structural repairs, floor regrouting, replacement of mechanical components, and upgrades to valves and associated piping. Electrical and instrumentation systems will be reconnected or replaced as needed to support restored operations. These improvements aim to enhance the performance, safety, and reliability of the digester systems and associated infrastructure.