Portfolio

Delivery Method: General Contractor

Project Description: Project included major site development work, construction of two new buildings and renovating three existing buildings. The pavilion is a 20,000 square foot open air pre-engineered metal building that will be used for concerts and outdoor dining. The showroom includes renovation of existing 11,560 square foot building and a 13,120 square foot addition. The service department includes renovation of existing 16,480 square foot building

Delivery Method: Design-Build

Project Description: This project was an 800 square foot addition to an existing funeral home. PJ Callaghan provided design and permitting services which included applying for and receiving a special exception and variance to construct the crematorium. The foundation design included special design considerations to accommodate the weight of the crematorium units. The building is a pre engineered metal building frame with reverse roll exterior metal panels. Stucco and lath were attached to panels and the building was painted to match existing. The building design included a parapet wall to conceal the vent stacks penetrating the roof.

Delivery Method: Metal Building Division

Project Description: Replacement of 83,000 square foot corrugated metal roof system.  The project was completed in two phases to accommodate owner’s operational needs.  The scope of work included replacement of panels, fasteners, insulation, gable trim, gutters and downspouts.  It also included installation of custom flashing around existing roof curbs.

Delivery Method: General Contractor

Project Description: Construction of three new buildings for Bert’ Black Widow Harley Davidson in Port Charlotte, FL.   The pavilion is a 17,000 square foot open air pre engineered metal building that will be used for concerts and outdoor dining.  The admin building is a 10,000 square foot pre engineered metal building that will have multiple uses for client.  The riding academy building is a 2,000 square foot building that will be used for motorcycle training classes and motorcycle storage.

Delivery Method: Design Build

Project Description: This design build metal building project was completed just in time to kick off the new school year! The 6,000 square foot pavilion structure will be used by the school as a covered recess area for the children on rainy days and it will also serve as a covered drop off and pick up location.

Delivery Method: Construction Manager

Project Description: Renovation of existing 75,000 square foot warehouse into a nutraceutical manufacturing facility. Scope of work included assembly of modular clean rooms, conventional framing/drywall assemblies, acoustical ceiling, FRP, Plumbing, Electrical, HVAC, Dust Collection System, and specialized flooring systems.

Delivery Method: General Contractor

Project Description: Fast paced renovation of existing agricultural facility that included site work, administration building, processing building and several greenhouses.  The scope of this project included a variety of site improvements, selective demolition, site and building concrete, chiller and dehumidifier systems, complete electrical systems, FRP, epoxy flooring, framing, drywall, and painting.

Delivery Method: Design-Build

Project Description: Renovation of 83,000 square foot palletizer and freezer warehouse. The scope of the project includes substantial structural modifications, conveyor modifications/replacement, replacement of palletizer equipment, and modifications to existing freezers.

Delivery Method: Design Build

Project Description: Major addition to existing freight terminal.  Major scope items included earth work, exterior site improvements, cast in place concrete, pre engineered metal building, electrical, plumbing, fire sprinkler and loading dock equipment.

Delivery Method: Design Build

Project Description: Project included site development work, renovation of two existing building (24,000 sq ft) and a 5,000 sq ft addition that connected two existing metal buildings.  PJ Callaghan was able to modify an existing endwall frame by building a frame on top of a frame which reduced construction costs and allowed more usable space for client.