Syska Hennessy Group Critical Facilities Healthcare
PROFILEMARKETSSERVICESNEWSCAREERSCONTACT US
WASHINGTON, D.C. SKYLINE
WASHINGTON, D.C.

U.S. Embassy, Tunisia

U.S. Department of Homeland Security

National Armed Forces Center for the Intrepid

U.S. General Services Administration

U.S. Department of Agriculture Headquarters

U.S. Patent and Trademark Office

Pentagon Memorial Park

Howard Hughes Medical Institute, Expansion

State of Maryland, Forensics Medical Facility

U.S. Department of Veterans Affairs

Washington Dulles International Airport

U.S. General Services Administration National Headquarters Modernization 1800 F Street
Washington, DC

Rendering of the completed 1800 F Street Modernization project. Rendering of the completed 1800 F Street Modernization project.

The U.S. General Services Administration (GSA) is the landlord for the Federal Government, with a total inventory of over 330 million square feet of workspace for a million Federal employees in 2,000 American communities. As part of the agency’s Design Excellence Program the GSA commissioned the team to modernize its National head quarters building in Washington D.C.

Syska Hennessy Group is providing engineering design services for the 1800 F Street Modernization project. The project consists of the complete renovation and selective historic restoration of the 700,000 SF U.S. General Services Administration’s National Headquarters in Washington D.C. The building’s capacity and flexibility will also be expanded with the addition of a 105,000 SF courtyard infill. The building will receive new and innovative mechanical, electrical, plumbing, fire-protection and technology infrastructure to prepare the building for future use yet remain sensitive to its historic nature. The project has the goal of a LEED “Silver” rating.

Because the facility is listed on the National Register of Historical Places, the engineering design is especially sensitive to the seamless integration of building systems into the existing fabric. The project’s design approach includes a focus on sustainable design principles to make the best use of the natural features of the building to promote energy efficiency. For instance, the relatively narrow wing design, which was necessary in a pre-air conditioning age for introduction of natural ventilation and day light, serves the design team well in incorporating more modern natural daylighting technologies into the project.

The electrical system will be completely replaced with new distribution systems and equipment bringing the building up to the modern standards required to support the building’s mechanical systems, high efficacy lighting systems, life safety systems, and end user technology.

In addition, the facility will be provided with a new fire protection and life safety system in order to bring the building into compliance with modern code requirements.

The building will be fitted with a new central heating and cooling plant so that the facility will be self supporting and no longer require chilled water services from the adjacent building. This will provide the opportunity for more control of the indoor environment and superior energy cost performance for off hours operation. The plant will include electric driven centrifugal chillers and district steam, which will be converted to heating hot water and distributed to floor-by-floor air handling units.

The HVAC system design is one of the first to incorporate the GSA’s newest facility design standards including dedicated ventilation systems and perimeter pressurization for the control of moisture and elimination of issues related to mold and mildew. Furthermore, the dedicated ventilation system will ensure safe and effective ventilation control for all occupants of the building thereby vastly improving the indoor air quality of the facility.

The newly modernized facility will provide a state-of-the-art office environment for both GSA and other agency’s Federal employees.



Profile | Services | Focus Areas | News | Careers
Contact Us | Home

©Copyright 2004, Syska Hennessy Group, Inc. All rights reserved. Terms of Use