EGI performed an historic restoration to the Lodge and Rostrum at the National Battleground Cemetery located in Washington, DC near the location of the Battle of Fort Stevens.  The marble rostrum, originally built shortly after the battle in 1864, was badly in need of restoration.  EGI performed plaster ceiling and concrete foundation replacement and delicately removed rust stains and other mars from the marble.  Today, this structure is used to perform annual Memorial Day services. 

EGI HSU was the prime contractor on this project to perform multiple interior improvements to Galleries 13 and 14 at the National Museum of the Marine Corps in Quantico, VA. Work to reconfigure the galleries entailed safe removal and storage of museum display artifacts, selective demolition – followed by installation of structural steel frames, doors/hardware, drywall partitions, metal decking, drywall ceilings, electrical rough-in, plywood flooring, rough-in sprinkler piping, mechanical ductwork, finishes, and painting.

EGI was the prime contractor of this project for the complete renovation and rehabilitation of the exterior of the historic Arts & Industries Building. Scope included scaffolding, lead paint abatement, cleaning, re-pointing, masonry, stonework, granite work. Important issues included landscape protection, public overhead protection and safety at this heavily visited public space located at National Mall.
 

EGI performed an historic restoration to the Lodge and Rostrum at the National Battleground Cemetery located in Washington, DC near the location of the Battle of Fort Stevens.  The marble rostrum, originally built shortly after the battle in 1864, was badly in need of restoration.  EGI performed plaster ceiling and concrete foundation replacement and delicately removed rust stains and other mars from the marble.  Today, this structure is used to perform annual Memorial Day services. 

EGI furnished and installed emergency generators and related electrical equipment to supply the Smithsonian Environmental Research Center with power in the event of an electrical outage. The initial work involved installing underground electrical infrastructure, site clearing, and pouring of concrete pads to support the new equipment. A crane was required to lift and set the 51,000 lb generator. Finally, the new emergency equipment was tied into the facility’s existing electrical systems. Exterior work included security fencing and landscaping. The total scope included installation of four emergency generators ranging in size from 350KW to 1,000KW.

EGI was the prime contractor for this series of projects carried out at the National Zoo in Washington, DC. These projects included installation of fire suppression systems and permitting of utilities, demolition, sitework, installation of highly technical equipment, and complex scheduling issues to accommodate the public traffic and nature of the Zoo, as well as many animal-specific concerns.

EGI-HSU was the prime contractor on this NIH Bethesda Campus project to complete remediation work in Building 34/34a prior to building demolition. EGI-HSU performed removal of all asbestos-containing materials by professionals with licensed asbestos abatement. EGI-HSU also evaluated and considered the structural integrity of the building prior to removal of asbestos-contaminated cooling tower panels. The work also included abatement of biological contamination found in Building 34/34a fungal growth, and animal waste and surface cleaning, and disinfecting after removal of contaminants.

EGI HSU renovated laboratory areas of 11th floor of the D Wing to enhance efficiency and improve lab productivity by reconfiguring existing laboratory spaces with sustainable features to achieve flexibility, energy efficiency, and quality work environment. Renovations included demolition in three rooms; partial demolition to accommodate the new configuration of lab modules in one room; directing specialty subcontractors in design and installation of a client-initiated change order requests for new specialty metal and wood laboratory-grade casework and windows.

EGI-HSU was tasked with upgrading the entire NIH Building 10 Complex Fire Alarm system located on the Bethesda Campus. Building 10 houses different tenants on each floor including: The Mark O. Hatfield Clinical Research Center , Research Laboratories, a Vivarium, Animal Surgery Suite, Offices, Hospital Support Services, the NIH Library, and Radiation Oncology. We installed over 26 miles of fire alarm wiring with 10,000 feet of fiber, serving 1,595 circuits, 3,374 smoke detectors, 1,059 manual pull stations, 634 tamper switches, 500 flow switches, 392 Intelligent interface modules, 101 heat detectors, 23 pressure switches, 23 low air switches, 96 panels, 6,645 notification devices (speakers, strobes, speaker-strobes), and 5 Network Command Centers.

EGI was the prime contractor for this series of projects carried out at the National Zoo in Washington, DC. These projects included installation of fire suppression systems and permitting of utilities, demolition, sitework, installation of highly technical equipment, and complex scheduling issues to accommodate the public traffic and nature of the Zoo, as well as many animal-specific concerns.

EGI furnished and installed emergency generators and related electrical equipment to supply the Smithsonian Environmental Research Center with power in the event of an electrical outage. The initial work involved installing underground electrical infrastructure, site clearing, and pouring of concrete pads to support the new equipment. A crane was required to lift and set the 51,000 lb generator. Finally, the new emergency equipment was tied into the facility’s existing electrical systems. Exterior work included security fencing and landscaping. The total scope included installation of four emergency generators ranging in size from 350KW to 1,000KW.

EGI was the prime contractor for this series of projects carried out at the National Zoo in Washington, DC. These projects included installation of fire suppression systems and permitting of utilities, demolition, sitework, installation of highly technical equipment, and complex scheduling issues to accommodate the public traffic and nature of the Zoo, as well as many animal-specific concerns.

EGI-HSU was the prime contractor on this NIH Bethesda Campus project to complete remediation work in Building 34/34a prior to building demolition. EGI-HSU performed removal of all asbestos-containing materials by professionals with licensed asbestos abatement. EGI-HSU also evaluated and considered the structural integrity of the building prior to removal of asbestos-contaminated cooling tower panels. The work also included abatement of biological contamination found in Building 34/34a fungal growth, and animal waste and surface cleaning, and disinfecting after removal of contaminants.

EGI HSU renovated laboratory areas of 11th floor of the D Wing to enhance efficiency and improve lab productivity by reconfiguring existing laboratory spaces with sustainable features to achieve flexibility, energy efficiency, and quality work environment. Renovations included demolition in three rooms; partial demolition to accommodate the new configuration of lab modules in one room; directing specialty subcontractors in design and installation of a client-initiated change order requests for new specialty metal and wood laboratory-grade casework and windows.

EGI was the prime contractor for this series of projects carried out at the National Zoo in Washington, DC. These projects included installation of fire suppression systems and permitting of utilities, demolition, sitework, installation of highly technical equipment, and complex scheduling issues to accommodate the public traffic and nature of the Zoo, as well as many animal-specific concerns.

EGI was the prime contractor on this project to construct of the “Hall of Honor” museum to commemorate and honor the men and women who have served our nation.  The scope of this project was a complete buildout, with new energy-efficient MEP and life-safety systems and specialized museum lighting. Architectural features include millwork, museum-quality wall finishes, extensive cabinetry and decorative metals.

EGI was the prime contractor of this project for the complete renovation and rehabilitation of the exterior of the historic Arts & Industries Building. Scope included scaffolding, lead paint abatement, cleaning, re-pointing, masonry, stonework, granite work. Important issues included landscape protection, public overhead protection and safety at this heavily visited public space located at National Mall.
 

EGI performed an historic restoration to the Lodge and Rostrum at the National Battleground Cemetery located in Washington, DC near the location of the Battle of Fort Stevens.  The marble rostrum, originally built shortly after the battle in 1864, was badly in need of restoration.  EGI performed plaster ceiling and concrete foundation replacement and delicately removed rust stains and other mars from the marble.  Today, this structure is used to perform annual Memorial Day services. 

EGI was the prime contractor on this series of projects carried out at the National Zoo. These projects included the installation of fire suppression systems and permitting of utilities, demolition, sitework, installation of highly technical equipment, and complex scheduling issues to accommodate the public traffic and nature of the  Zoo, as well as many animal-specific concerns.

EGI was the prime contractor on this project to construct of the “Hall of Honor” museum to commemorate and honor the men and women who have served our nation.  The scope of this project was a complete buildout, with new energy-efficient MEP and life-safety systems and specialized museum lighting. Architectural features include millwork, museum-quality wall finishes, extensive cabinetry and decorative metals.

EGI HSU was the prime contractor on this project to perform multiple interior improvements to Galleries 13 and 14 at the National Museum of the Marine Corps in Quantico, VA. Work to reconfigure the galleries entailed safe removal and storage of museum display artifacts, selective demolition – followed by installation of structural steel frames, doors/hardware, drywall partitions, metal decking, drywall ceilings, electrical rough-in, plywood flooring, rough-in sprinkler piping, mechanical ductwork, finishes, and painting.