Syska Hennessy Group Critical Facilities Healthcare
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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

Dulles International Airport; Automated People Mover Stations
Dulles, Virginia

Dulles Main Concourse

The APM under construction

Services Provided
Mechanical, electrical, plumbing, fire life safety, and sanitary design services; computational fluid dynamics.

Size
163,000 sf West Domestic
118,000 sf East Domestic

Syska Hennessy Group is involved in the design and construction of two new Automated People Mover (APM) stations at Dulles International Airport in Dulles, VA, a project with the projected construction cost of nearly 1 billion dollars. The APM stations are designed to accommodate the continually increasing passenger growth at the airport for the full build out of the airport with 2 "Main terminals and 4 Tier terminals to replace the original mobile lounge system.

The Washington Metropolitan Airports Authoritycommissioned five independent design teams under separate procurements, with independent completion schedules, for the East and West APM stations. Syska collaborated closely with each of the design teams providing separate components of the APM stations. The challenge was to identify commonality between station designs and to create a consistent integration of control and ventilation design packages. Our team had to understand the entire train system as articulated by the various design teams to ensure that the fire alarm, smoke alarm and evacuation systems would function as an integral part of the complete transportation system.

Functioning in a holistic manner to bridge the variety of design team specialists provided Syska with an opportunity to identify and implement a number of energy saving strategies including demand ventilation control, high temperature hot water and high delta T chiller water system, daylighting controls and computational fluid dynamics analysis.



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