A new project called Sustainability Base draws on NASA's space experience to offer a futuristic look into sustainable building design. The prototype was designed by William McDonough and Partners. The building is ultra-efficient and far exceeds the necessary requirements to secure LEED® Platinum certification. It is designed to use renewable energy and closed-loop water maintenance facilities.
The building's design offers phenomenal structural stability thanks to an exoskeleton. Its is earthquake resistant and it was conceived in a wind tunnel so it can withstand high winds. It also offers glare-free daylighting and shading, natural ventilation and a connection to the outdoors.
The two-story building boasts more than 50,000-square feet. On the rooftop there is a solid-oxide fuel cell and solar arrays which supply all of the buildings energy. A central computer optimizes building performance and controls lighting, heating, and cooling, coordinating weather forecasts with scheduled usage of building facilities, adjusting its formulas to learn and improve.
The building’s forward-osmosis water-filtration system recycles waste water for use as gray water. The plan is to license the technology and work with private vendors to make it commercially viable.
© 2013, Richard Matthews. All rights reserved.
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The building's design offers phenomenal structural stability thanks to an exoskeleton. Its is earthquake resistant and it was conceived in a wind tunnel so it can withstand high winds. It also offers glare-free daylighting and shading, natural ventilation and a connection to the outdoors.
The two-story building boasts more than 50,000-square feet. On the rooftop there is a solid-oxide fuel cell and solar arrays which supply all of the buildings energy. A central computer optimizes building performance and controls lighting, heating, and cooling, coordinating weather forecasts with scheduled usage of building facilities, adjusting its formulas to learn and improve.
The building’s forward-osmosis water-filtration system recycles waste water for use as gray water. The plan is to license the technology and work with private vendors to make it commercially viable.
© 2013, Richard Matthews. All rights reserved.
Related Articles
USGBC's Green School Building Resources
Environmental Revolution: Building and Operations
The Extraordinary Growth of Green Building
Green Building Environmental Benefits
Green Buildings Combat Climate
Green Buildings Health and Performance Benefits Part 1
Green Buildings Health and Performance Benefits Part 2
Green Building Economic BenefitsGreen Building Social Benefits
Green The Many Benefits of Natural Lighting
Green Buildings: The Many Benefits of Ventilation
Benefits of Green Roofs
The Basic Elements of a Green College
A Green School is a High Performance School
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