1988-1991 , $1.4 BILLION

DURATION AND COST

The $1.4 billion airport expansion project includes a new two-level terminal complex with 12 additional aircraft gates, a central food, beverage and retail shopping area, rental car facilities, a 6,000 sq. ft. space multi-level parking garage and a two-level terminal access roadway system.  NBA was prime consultant and designed the new central plant (T2 Mechanical Room).  The boilers in the mechanical room serve the Terminal 2 with its expansion, modifications and extension.  The chillers are sized to serve half of the entire future airport expansion.  The emergency generators will be sized to serve T2 expansion, extension and modifications and the new parking garage with its office.  The switchgears will serve the equipment in this central plant as well as T2 expansion, modification and extension.  The new central plant serves the current terminal two and its future expansion. NBA hired and managed the architect, structural and civil engineers, and other sub consultants and designed the Mechanical and Electrical systems using high-energy efficient equipment.  NBA participated on green and sustainable design for this new central utility plant that accommodates the future needs of the new expanded terminal and additional facilities.  This project obtained LEED Silver Rating.  Oakland’s Terminal 2 became ”the first airport passenger terminal in the United States to be awarded Leadership in Energy and Environmental Design (LEED) Silver Certification by the U.S. Green Building Council.”  LEED Silver Certification of Oakland’s Terminal 2 extension and renovation was based on a number of green design and construction features that positively impact the project itself and the broader community.  These features include:

• Energy efficiency measures that exceed California energy standards by 25% and reduce carbon emissions by an estimated 211 tons per year.

• Diversion from landfills of more than 80% of jobsite waste, by recycling or reusing scrap drywall, metal, plywood, carpet, and other materials.

• Water conservation measures yielding 24% less water use than in a similar conventional building.

• Selections of paint, carpet, glue, cabinetry, and plywood products that emit few or no volatile organic compounds, or VOC’s – therefore better for the environment and our traveling public than conventional products.

• An advanced stormwater treatment system that channels runoff into plant-filled ditches, or swales, providing a natural filtering system that removes pollutants before the water reaches the San Francisco Bay.

• Innovations such as a “Green Housekeeping” program to reduce environmental and health impacts of cleaning products and chemicals used in the terminals.