This construction project is located near Eastway Drive and Shamrock Drive and involves addressing a deteriorated corrugated metal pipe system located within the Shamrock Gardens Apartment complex as well as flooding of multiple roadway crossings. An analysis of existing conditions will be performed to determine portions of the storm drainage system needing improvement, planning analysis of improvement alternatives, design and construction of needed improvements. The Shamrock Gardens Storm Drainage Improvement Project is bordered by Purser Drive to the north, Shamrock Drive to the south, Briar Creek to the east and Eastway Drive to the west.

The purpose and need for this construction project is to improve the storm drainage infrastructure (i.e. pipe systems and culverts) to reduce flooding and to enhance degraded stream reaches to reduce erosion and improve water quality.  This project is under review.  Location and project details will be provided after the review is complete.

This project is located in a parking lot behind the CLT Center located at 5601 Wilkinson Boulevard in Charlotte, NC.  The purpose of the project is to install new pipe to contain and drain runoff from the building to an existing storm drainage system at the rear of the parking lot.  The work involves installation of reinforced concrete pipe, storm drainage structures, asphalt surface, and re-striping the parking lot within the construction corridor.

The scope of this contract shall be to provide water treatment chemicals
and to furnish all professional services and expertise to operate a water treatment chemical program which uses diffusion-based coating and membrane technology, referred to as the Smart Release Osmotic Membrane Chemical Feed System. The company shall provide all products and water treatment chemicals required to maintain two Central Chiller plants totaling 7165 tons of cooling and the new central energy plant, which has a total of 8000 tons of cooling, and will add a total volume of approximately 350,000 gallons of chilled water and approximately 110,000 gallons of hot water to the closed loops systems. The central energy plant will be coming on-line
in year three of the contract. The contract covers the building heating and air
conditioning open and closed water loops, the boiler closed loop and steam
condensate which consist of six boilers totaling 1225 (BHP) Boiler Horsepower. The Company will maintain these systems through an aggressive water treatment chemical program. The water treatment chemical program shall be a typical dual biocide program which consists of a scale and corrosion inhibitor with oxidizing and nonoxidizing biocides. The Scale/Corrosion inhibitor, the oxidizing and non-oxidizing biocide are to be Smart Release osmotic membrane products and shall be feed from separate smart release canister feeders.

This project is to perform landscape maintenance in zones two and three within the campus of Charlotte Douglas International Airport.  Zone 2 is primarily made up of areas along Billy Graham Parkway and the airport’s parking lots.  Zone 3 is primarily made up of areas along Wallace Neal Rd., ARFF Rd., West Blvd., and Piper Lane.  The daily and weekly tasks include mowing, edging, spraying, trash pickup, pruning, and mulching. These areas are to be clean and manicured to present aesthetically pleasing appearance to the public.

This project consists of a single-story addition to concourse E just south of aircraft envelope E4 and adjacent to the employee turnstile. The addition is primarily a shell space to be leased to a tenant or stakeholder for the final buildout. The base bid is for a 4,350 Square Feet (SF) addition and associated site work with two add alternates to increase the total SF by an additional 1,400 SF per alternate. Scopes of work that are included in this project but not limited to are: selective demolition, concrete SOG, structural steel, metal decking, miscellaneous steel fabrications, rough carpentry, PVC roofing and sheet metal, insulated core metal wall panels, waterproofing, joint sealants, HM doors and frames, door hardware, glazing, non-structural framing, gypsum board, acoustical panel ceilings, sheet carpeting, resilient base and accessories, painting, pre-engineered interior wall panel systems, resinous terrazzo flooring, signage, wall protective coverings, corner guards, fire protection specialties, plumbing, HVAC, electrical, fire sprinkler & telecommunications.

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 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 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.

This project includes the demolition and disposal of the existing Primary Clarifier No. 5 (PC No. 5) mechanism and associated components, followed by the installation of a new Owner-procured clarifier mechanism. Additional work at PC No. 5 includes structural repairs, replacement of exposed piping and valves, modifications to existing chemical feed dosing points, and upgrades to slide and sluice gate components. At the Influent Pump Station (IPS), the project involves replacing existing grit piping and stainless steel air piping. The IPS scope also includes the replacement of slide gate seals, actuators, and stems to ensure continued operational reliability.

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 contract is for the rehabilitation of manholes, repair of sewer system defects and service laterals, installation of new sewers and manholes to replace existing, installation of cured-in-place pipe lining, pipe bursting, other miscellaneous manhole rehabilitation work, and all preparatory work such as sewer cleaning and television inspection.