Operated by NCAT
Affordable Sustainability Technical Assistance for HOME
Resources Forums Site Index
Case Studies Ask ASTA Search

 

Homepage
Sustainability
Design Patterns
Pre-design
Design
Construction
Occupancy
Materials Index
FAQ
In The News

 


Case Study:  
Emeryville Resourceful Building Project

Key design elements:

  • Life-cycle analysis of systems and materials options

  • Infill development that fits the neighborhood

  • Holistic design by a green design team, incorporating energy and resource efficiency

Location:  Emeryville, California

Developer: Emeryville Redevelopment Agency funding as part of its first-time home buyer program

Builder or architect: Siegel & Strain Architects

Cost: $478,644 (construction costs for all three units)

Size: Two-story duplex and two-story single-family house

Project year: 1999

Features:

Photo courtesy of Siegel and Strain ArchitectsAccording to the architect, the Emeryville Resourceful Building combines environmental goals with the economic and social goals of providing affordable housing. This three-unit project is located on an infill lot in a neighborhood of single-family houses and small buildings. The budget and design goals are modest: the buildings endeavor to fit into and strengthen the existing neighborhood. The design incorporates resource and energy efficient measures, use of recycled, durable, non-toxic building materials, and job-site recycling. A green design team extensively utilized environmental life-cycle analysis to evaluate the environmental performance of alternative building assemblies.  The assemblies eventually chosen for the project incorporated both advanced framing and certified sustainably produced lumber.  Environmental aspects of the project were detailed in project specifications for use by the builder.

More Information:

Some information available at the architect’s web site.  Additional information can be obtained from the publication “Emeryville reSourceful Building,” published by Siegel and Strain Architects.

Pattern reference: 1, 3, 4, 5, 7, 9, 14, 16


 

Homepage | Sustainability | Design Patterns | Pre-design | Design | Construction | Occupancy | Materials Index | FAQ

CASE STUDIES | RESOURCES | FORUMS | SITE INDEX | ASK ASTA | SEARCH