Collective T Storm Drainage Improvement Project

Collective Storm Drainage Improvement Project (SDIP) Series T contains five separate storm water infrastructure repair and improvement projects within the city limits of Charlotte, NC. Work will involve mobilization, earthwork,
drainage structures (standard and non-standard), storm drainpipe systems, working over, under, near, and around existing private utilities, asphalt paving, concrete flatwork, water and sewer (relocations, installations and adjustments), foundation protection and any other associated work required by the Engineer. Storm Water maintenance work may be located entirely within or a combination of the street right-of-way, private, residential and commercial properties.

FY24 Small Diameter Water/Sewer Service Contract #1

This contract is for water and sanitary sewer service installations, including connection to the existing public main, which extends a small diameter line to the property, and includes a water meter box or sanitary sewer clean out. Customers pay connection fees for the installation service, which is based on costs incurred by Charlotte Water in these contracts. The work covered by this contract will provide approximately 900 total services.

ADA Improvements – Old City Hall

Scope of work will involve addressing the physical barriers identified in the City ADA Transition Plan for this facility. Areas include restrooms, water fountains, signage, handrails/guardrails, doors & hardware, reception area, exterior sidewalks, signage and parking striping.

On Call Stream Restoration and Sanitary Sewer Repair

This project includes stream stabilization and sewer repair at multiple locations within the sanitary sewer collection system. Stream stabilization structures shall be constructed to protect existing and proposed sanitary sewer infrastructure.

Project components include natural in-stream structures, plantings, site grading, sanitary sewer replacement, sheet pile installation, bypass pumping and sediment control measures. Site locations will be released during the contract duration.

The contract is expected to be for a two-year term with possible renewal.

Beaverdam Creek Pump Station Expansion

This project includes upgrading the Beaverdam Creek Pump Station. Work will involve removing two sets of the existing two-stage pumps and installing four sets of two-stage pumps. Work also includes installing surge tanks and implementing interior modifications to the wet well to improve the hydraulics during self-cleaning operations.

CMPD Northwest Division Police Station (Re-Bid)

The Project is the Charlotte Mecklenburg Police Department’s Northwest Division The building site is located at 1800 Mt Holly-Huntersville Rd., Charlotte, NC 28214. The Project consists of a new 16,000 square foot, single story facility.

The scope includes, but is not limited to, the following:
a. Improvements to Mt Holly-Huntersville Road
b. New driveway connections to Mt Holly-Huntersville Road, a visitor parking area and a gated/fenced in, staff/fleet parking area with underground piping to a storm water pond.
c. An open air canopy for consisting of a pre-engineered, metal building structure with standing seam metal roof system.
d. Electric Vehicle (EV) Service Equipment (EV charging station system).
e. A ground mounted, 249kWh/year, 208V, 3-phase Photo-Voltaic (PV) solar array collector system.
f. A Geothermal well field system with a packaged pump skid.

CMPD Northwest Police Station (Design-Bid-Build Delivery Method)

The Project will build the Charlotte Mecklenburg Police Department’s Northwest Division on Mt Holly- Huntersville Road. The Project consists of a new 16,079 square foot, single story facility. The scope includes, but is not limited to, the following:

  • Improvements to Mt Holly-Huntersville Road
  • New driveway connections to Mt Holly-Huntersville Road, a visitor parking area and a gated/fenced in, staff/fleet parking area with underground piping to a storm water pond.
  • An open air canopy for consisting of a pre-engineered, metal building structure with standing seam metal roof system.
  • Electric Vehicle (EV) Service Equipment (EV charging station system).
  • A ground mounted, 249kWh/year, 208V, 3-phase Photo-Voltaic (PV) solar array collector system.
  • A Geothermal well field system with a packaged pump skid.

McAlpine Wastewater Treatment Plant Dewatering Building HVAC Replacement

Replacing the McAlpine Waste Water Treatment Plant Dewatering Building HVAC system including all associated mechanical equipment, electrical, I&C, and ancillary components.

This project includes the HVAC upgrades at McAlpine Creek WWTP Thickening/Dewatering Building. The upgrades would include the replacement of air handling units, make up air units, exhaust fans, ductworks, the addition of split AC units, and the addition of an alarm and monitoring system for HVAC equipment. The scope will also include some structural and architectural rehabilitation needed to accommodate new ductwork and HVAC equipment.