Removal of existing and installation of new fire suppression system
This project involved the renovation of an existing building. Work included hazardous material abatement, selective demolition of pavement, foundations, roofing, interior wall systems, finishes, and MEP fixtures. New work included paving, masonry, structural steel, EPDM and standing seam roofing, glazing, interior finishes, specialties, new MEP work, and commissioning.
Work included the removal of existing ballast roofing, awning, gutters, downspouts, curbs, etc and replacement of new systems in similar configuration to provide waterproof facility.
Work included the removal and replacement of fire suppression system including tank and masonry building to house system.
Work included the construction of a new stone and masonry sign to match existing.
Installation of new materials/finishes to make water damaged areas of building usable again.
Work involved the demolition of the structure down to the bare bones of the steel framework and supporting CMU walls. Concrete floor was removed and replaced in sections so as to keep the integrity of the structure intact. New electrical, plumbing, HVAC, flooring, ceilings, roof, exterior and interior metal wall panels as well as finished drywall and tile walls were installed. A kahlwall window system replaced the hangar door on one end of the building and doors/windows were replaced.
Work involved the removal and replacement of the aluminum storefront system at the main entrance and aluminum doors and door frame components at side entrances along with accompanying work to hardware, security and fire systems. Ballistic glazing specific to the main entrance as well as modifications to HVAC, lighting and interior finishes to accomodate door installs.
Project involved removal and replacement of existing WWTP.
Repair various storm/sanitary structures and surrounding areas to prevent infiltration and prevent hazards.
Work involved replacement of roof systems and existing heating and cooling system in the Office Building with a VRF system and outdoor air ventilation. Replacement of existing exhaust fans on the
warehouse roof with an interior air circulation system and modification of existing electrical system to accommodate the new HVAC system.