Material Witness

Through his research, his writing, and his design, architect Blaine Brownell is changing the profession's awareness of building products and materials.

6 MIN READ

Applied Knowledge

Alley24, Seattle

Located in the South Lake Union neighborhood, Alley24 is a 381,000-square-foot project designed by NBBJ. The two-building, city block–sized development is among Seattle’s first mixed-use projects to be built under the U.S. Green Building Council’s Leadership in Energy and Environmental Design (LEED) standards.

Brownell and Andrew McCune led the team that designed the housing/retail building’s façade. In the process of researching cladding materials, McCune suggested Richlite, a resin-impregnated, paper-based material frequently used for interior applications. The beauty of Richlite, says Brownell, is that it requires no labor-intensive finishing, is highly durable, and can be cut to precise dimensions at the factory. Also, it comes from Forest Stewardship Council–certified sources and contains low volatile organic compounds.

After testing by NBBJ to ensure LEED compliance and local building code conformity, Richlite was specced for the 180-unit building. It is the first time the product has been used on such a scale.

University Center Office Building, Seattle

The University Center Office Building is a 50,000-square-foot structure that would be built atop an existing parking garage. The land, which has been in one family’s possession for decades, was previously home to Chevrolet and Mazda dealerships.

NBBJ’s proposal is an attempt, says Brownell, who leads the design team, “to connect the history of the site … with the design character and materiality of the building.” How would this be accomplished? The façade, with its multiple glass types, colored metal panels, and LED light sources at the garage level, would be an abstract representation of the automobile in the urban setting, suggesting energy and movement. On a more literal level, Brownell says he is “passionate” that NBBJ make use of reused/recycled car materials in the building’s construction, “particularly in the metal façade panels, glazing, screen elements, and even flooring (recycled tires, plastics).”

Still on the boards, the project has received enthusiastic support from both the client and the University District community.

About the Author

Braulio Agnese

Braulio Agnese is a freelance editor and communications consultant. When he's not focusing on design and architecture, you'll find him engaging in arts-related endeavors. Follow him on Twitter at @bagnese.

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