Palo Alto, CA

Stanford University | Replacement Central Energy Facility

Scope

Structural (Design)

Geotechnical Engineering

Structural Engineering

Size

125,000 sf

Key Info

-Uses waste heat from campus chilled water system to meet the bulk of campus heating needs-All-electric facility-Will reduce campus' carbon emissions by 50%, cutting water use by 18% and saving an estimated $300 million over the next 35 years

The $438 million Stanford Energy System Innovations program creates one of the most energy efficient systems of any major research university. A central part of the program, Rutherford + Chekene replaced the current natural gas powered cogeneration plant with an electrically powered regeneration plant that features heat recovery chillers and thermal energy storage. The most innovative component of the plan—the cutting-edge energy system—uses waste heat from more than 150 campus buildings and redistributes it for heating purposes. Rutherford + Chekene was the structural engineer-of-record for the project, the OSHPD primary design professional, and provided 3-D modeling/clash detection for nonstructural bracing of piping and anchorage of equipment.

Category
Higher Ed
Featured

Leavening peerless structural engineering skill with humor, philosophy, people skills and, above all, a consummate understanding of San Francisco's permitting process, [Alan] saw this project through.