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Construction Sustainable

Holcim Awards 2005 - North America - Acknowledgement

Applied Research and Development Facility, Flagstaff, Arizona, USA

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Holcim Awards for Sustainable Construction 2005 - North America - Acknowledgement  Applied Research and Development Facility, Flagstaff, Arizona, USA

Type of project:
Architecture (education)

Start of construction:
May 2005

Principal author:
William Taylor, architect, Burns Wald Hopkins, London, UK

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Project Summary
Situated in the western part of the United States, this project is commended for the ambitious effort to harness untapped resources of natural energy. The work is the product of interdisciplinary collaboration of specialists brought together in a series of design workshops. Not only serving to raise awareness of the importance of sustainability within the local community, the findings of this expert panel could prove highly beneficial to similar projects, as well as to the building industry in general. Of significance are the integration of state-ofthe- art construction technologies and the use of longlasting materials with low embodied energy. The academic facility is well integrated in its context and takes full advantage of the setting in order to reduce the ecological footprint. The collective return of such considerations is an optimally functional building that skillfully demonstrates the poetics of placemaking.

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Holcim Awards for Sustainable Construction 2005 - North America - Acknowledgement  Applied Research and Development Facility, Flagstaff, Arizona, USA
(l-r) William Taylor, Karan English, David Wald Hopkins

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Comment of the Holcim Awards 2005 Jury for North America
The entry presents not only an ambitious effort to harness the resources of natural energy, but also to collaborate on an interdisciplinary level with specialists from other fields to effectively implement such an ambition. The import of expertise could prove highly beneficial to local industry.

The project successfully demonstrates a sound and integral implementation of state of the art building technologies, such as passive solar buffer collectors, solar shading, natural ventilation, as well as thermal mass for cooling and nighttime purging.

Further potential for savings are introduced through the implementation of waterless urinals, reclaimed water use, and zero degree landscape irrigation. Of equal significance the direct involvement of public stakeholders in funding the project, thus raising the level of collectively vested interest in issues pertaining to sustainable construction.

As a return, the community receives a specimen case study in the skillful deployment of ecologically considerate systems that effectively reduce the ecological footprint of human development.

Low operational costs may even prove a compelling deterrent to future economic risk. The project convincingly combines the pragmatics of providing shelter with the material poetics of place making.

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