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AIA Selects Top 10 Most Sustainable Projects of 2017

AIA Selects Top 10 Most Sustainable Projects of 2017
AIA Selects Top 10 Most Sustainable Projects of 2017, Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © Matthew Anderson
Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © Matthew Anderson

The American Institute of Architects (AIA) and its Committee on the Environment (COTE) have named the recipients of the 2017 Top Ten Awards, celebrating buildings that best exemplify the integration of great design, great performance and sustainable design excellence.

Now in its 21st year, the COTE Top Ten Awards program was established to honor projects that protect and enhance the environment through an integrated approach to architecture, natural systems, and technology.

New for this year, COTE significantly revised their sustainable design criteria to include topics including: impact on health, wellness and economy. In the past, projects were selected largely based on predicted performance, rather than using measured data from occupied buildings. Since 2014, former Top Ten Award recipients have been invited to submit post-occupancy data and narratives to be recognized with a single COTE “Top Ten Plus” award each year. Starting this year, these tracks have been merged – the ‘Plus’ designation will now denote projects with “exemplary performance data and post occupancy lessons.” Learn more about these changes here.

Top Ten Plus

Brock Environmental Center; Virginia Beach, Virginia / SmithGroupJJR

Brock Environmental Center; Virginia Beach, Virginia / SmithGroupJJR. Image © Prakash Patel Photography
Brock Environmental Center; Virginia Beach, Virginia / SmithGroupJJR. Image © Prakash Patel Photography

The Brock Environmental Center is a hub for the Chesapeake Bay Foundation’s Hampton Roads office, supporting their education, advocacy and restoration initiatives. The Center is designed to express CBF’s mission of collaboration to protect one of the nation’s most valuable and threatened natural resources – the Chesapeake Bay. CBF aspired to manifest true sustainability, creating a landmark that transcends notions of “doing less harm” towards a reality where architecture can create a positive, regenerative impact on both the environment and society.  The Center surpasses LEED achieving zero-net-CO2 emissions, zero waste, and Living Building Challenge certification from the International Living Future Institute.

Brock Environmental Center; Virginia Beach, Virginia / SmithGroupJJR. Image © Prakash Patel Photography Brock Environmental Center; Virginia Beach, Virginia / SmithGroupJJR. Image © Prakash Patel Photography Brock Environmental Center; Virginia Beach, Virginia / SmithGroupJJR. Image © Prakash Patel Photography Brock Environmental Center; Virginia Beach, Virginia / SmithGroupJJR. Image © SmithGroupJJR + 51

Top Ten

Bristol Community College John J. Sbrega Health and Science Building; Fall River Massachusetts / Sasaki

Bristol Community College John J. Sbrega Health and Science Building; Fall River Massachusetts / Sasaki. Image © Edward Caruso Photography
Bristol Community College John J. Sbrega Health and Science Building; Fall River Massachusetts / Sasaki. Image © Edward Caruso Photography

Bristol set ambitious goals of making its new science building not only elegant and inviting, but also a model of sustainability. The 50,000-square-foot building sets the standard as the first ZNE academic science building in the Northeast. Providing hands-on learning opportunities and care to underserved populations, its program accommodates instructional labs and support space for field biology, biotech, microbiology, and chemistry; nursing simulation labs; clinical laboratory science and medical assisting labs; dental hygiene labs; and a teaching clinic. Taking a holistic approach to the design and construction of the Sbrega Health and Science Building, the team uncovered innovative ways to eliminate the use of fossil fuels, increase efficiency, and dramatically reduce demand.

Bristol Community College John J. Sbrega Health and Science Building; Fall River Massachusetts / Sasaki. Image © Edward Caruso Photography Bristol Community College John J. Sbrega Health and Science Building; Fall River Massachusetts / Sasaki. Image © Edward Caruso Photography Bristol Community College John J. Sbrega Health and Science Building; Fall River Massachusetts / Sasaki. Image © Edward Caruso Photography Bristol Community College John J. Sbrega Health and Science Building; Fall River Massachusetts / Sasaki. Image Courtesy of Sasaki + 51

Chatham University Eden Hall Campus; Richland Township, Pennsylvania / Mithun

Chatham University Eden Hall Campus; Richland Township, Pennsylvania / Mithun. Image © Bruce Damonte
Chatham University Eden Hall Campus; Richland Township, Pennsylvania / Mithun. Image © Bruce Damonte

After receiving the donation of 388-acre Eden Hall Farm north of Pittsburgh, Chatham University conceived an audacious goal to create the world’s first net-positive campus. Home of the Falk School of Sustainability, Eden Hall Campus generates more energy than it uses, is a water resource, produces food, recycles nutrients, and supports habitat and healthy soils while developing the next generation of environmental stewards. Linked buildings, landscapes and infrastructure support an active and experiential research environment. New building forms, outdoor gathering spaces and integrated artwork complement and interpret natural site systems, while making cutting-edge sustainable strategies transparent and explicit.

Chatham University Eden Hall Campus; Richland Township, Pennsylvania / Mithun. Image © Bruce Damonte Chatham University Eden Hall Campus; Richland Township, Pennsylvania / Mithun. Image © Bruce Damonte Chatham University Eden Hall Campus; Richland Township, Pennsylvania / Mithun. Image © Mithun Chatham University Eden Hall Campus; Richland Township, Pennsylvania / Mithun. Image © Mithun + 51

Discovery Elementary School, Arlington Public Schools; Arlington, Virginia / VMDO Architects

Discovery Elementary School, Arlington Public Schools; Arlington, Virginia / VMDO Architects. Image © Alan Karchmer; Lincoln Barbour & VMDO Architects
Discovery Elementary School, Arlington Public Schools; Arlington, Virginia / VMDO Architects. Image © Alan Karchmer; Lincoln Barbour & VMDO Architects

Discovery Elementary School is the largest zero-energy school in the US. The challenge was to integrate a 98,000 SF building into a residential neighborhood while keeping the entire PV array on the roof. By terracing the mass into a south facing hill, the project met local goals for scale, community goals for preservation of flat, open space for recreation, and global goals for ideal orientation for solar generation. Discovery offers a positive example of a solution to the global crisis of climate change – and along the way emboldens students with the expectation that they are creative participants in those solutions.

Discovery Elementary School, Arlington Public Schools; Arlington, Virginia / VMDO Architects. Image © Alan Karchmer; Lincoln Barbour & VMDO Architects Discovery Elementary School, Arlington Public Schools; Arlington, Virginia / VMDO Architects. Image © Alan Karchmer; Lincoln Barbour & VMDO Architects Discovery Elementary School, Arlington Public Schools; Arlington, Virginia / VMDO Architects. Image © Alan Karchmer; Lincoln Barbour & VMDO Architects Discovery Elementary School, Arlington Public Schools; Arlington, Virginia / VMDO Architects. Image © Alan Karchmer; Lincoln Barbour & VMDO Architects + 51

Manhattan Districts 1/2/5 Garage & Spring Street Salt Shed; New York City / Dattner Architects and WXY architecture + urban design

Manhattan Districts 1/2/5 Garage & Spring Street Salt Shed; New York City / Dattner Architects and WXY architecture + urban design. Image © Albert Vecerka/Esto
Manhattan Districts 1/2/5 Garage & Spring Street Salt Shed; New York City / Dattner Architects and WXY architecture + urban design. Image © Albert Vecerka/Esto

The Garage and Salt Shed celebrate the role of civic infrastructure by integrating innovative architectural design with sustainability and a sensitivity to the urban context. The building is wrapped in a custom perforated double-skin façade that reduces solar gain while allowing daylight and views in personnel areas.  The 1.5 acre extensive green roof reduces heat-island effect, promotes biodiversity, and filters waste steam condensate and rainwater allowing it to be reused for truck wash. The projects are also benchmarks for NYC’s Active Design program, which promotes the health and fitness of occupants through building design.

Manhattan Districts 1/2/5 Garage & Spring Street Salt Shed; New York City / Dattner Architects and WXY architecture + urban design. Image © Albert Vecerka/Esto Manhattan Districts 1/2/5 Garage & Spring Street Salt Shed; New York City / Dattner Architects and WXY architecture + urban design. Image © Albert Vecerka/Esto Manhattan Districts 1/2/5 Garage & Spring Street Salt Shed; New York City / Dattner Architects and WXY architecture + urban design. Image © Albert Vecerka/Esto Manhattan Districts 1/2/5 Garage & Spring Street Salt Shed; New York City / Dattner Architects and WXY architecture + urban design. Image © Dattner Architects + 51

Milken Institute School of Public Health, George Washington University; Washington, D.C. / Payette and Ayers Saint Gross

Milken Institute School of Public Health, George Washington University; Washington, D.C. / Payette and Ayers Saint Gross. Image © Robert Benson Photography
Milken Institute School of Public Health, George Washington University; Washington, D.C. / Payette and Ayers Saint Gross. Image © Robert Benson Photography

The Milken Institute School of Public Health at GWU embeds core public health values — movement, light/air, greenery, connection to place, social interaction, community engagement — in a highly unconventional, LEED Platinum building on an urban campus in the heart of the nation’s capital. Research offices, classrooms and study areas are clustered around an array of multi-floor void spaces that open the building’s dense core to daylight and views. An irresistible, sky-lit stair ascends all eight levels, encouraging physical activity. The pod-like classrooms are set in from the perimeter so informal study and social interaction space can overlook the bustling traffic circle.

Milken Institute School of Public Health, George Washington University; Washington, D.C. / Payette and Ayers Saint Gross. Image © Robert Benson Photography Milken Institute School of Public Health, George Washington University; Washington, D.C. / Payette and Ayers Saint Gross. Image © Robert Benson Photography Milken Institute School of Public Health, George Washington University; Washington, D.C. / Payette and Ayers Saint Gross. Image © Robert Benson Photography Milken Institute School of Public Health, George Washington University; Washington, D.C. / Payette and Ayers Saint Gross. Image © Payette + 51

Ng Teng Fong General Hospital & Jurong Community Hospital; Singapore / HOK, USA; CPG, Singapore; Studio 505, Australia

Ng Teng Fong General Hospital & Jurong Community Hospital; Singapore / HOK, USA; CPG, Singapore; Studio 505, Australia. Image © Rory Daniel & CPG Consultants
Ng Teng Fong General Hospital & Jurong Community Hospital; Singapore / HOK, USA; CPG, Singapore; Studio 505, Australia. Image © Rory Daniel & CPG Consultants

The Green Mark Platinum NTFGH is part of Singapore’s first medical campus to combine continuing care from outpatient to post-acute care. Based on passive principles, the performance-based design supports resource efficiency, health, and well-being. Seventy percent of the facility is naturally ventilated, representing 82% of inpatient beds. Unlike its Singaporean peers, NTFGH provides every patient with an adjacent operable window, offering daylight and views. An oasis in a dense city, NTFGH incorporates parks, green roofs and vertical plantings throughout the campus. The building uses 38% less energy than a typical Singaporean hospital and 69% less than a typical U.S. hospital.

Ng Teng Fong General Hospital & Jurong Community Hospital; Singapore / HOK, USA; CPG, Singapore; Studio 505, Australia. Image © Rory Daniel & CPG Consultants Ng Teng Fong General Hospital & Jurong Community Hospital; Singapore / HOK, USA; CPG, Singapore; Studio 505, Australia. Image © Rory Daniel & CPG Consultants Ng Teng Fong General Hospital & Jurong Community Hospital; Singapore / HOK, USA; CPG, Singapore; Studio 505, Australia. Image © Rory Daniel & CPG Consultants Ng Teng Fong General Hospital & Jurong Community Hospital; Singapore / HOK, USA; CPG, Singapore; Studio 505, Australia. Image via HOK + 51

NOAA Daniel K. Inouye Regional Center; Honolulu / HOK with Ferraro Choi & WSP

NOAA Daniel K. Inouye Regional Center; Honolulu / HOK with Ferraro Choi & WSP. Image © Alan Karchmer
NOAA Daniel K. Inouye Regional Center; Honolulu / HOK with Ferraro Choi & WSP. Image © Alan Karchmer

Located on a national historic landmark site on Oahu’s Ford Island, the National Oceanic and Atmospheric Administration’s Inouye Regional Center features the adaptive reuse of two World War II-era airplane hangars linked by a new steel and glass building. The hangars inspired beautifully simple design solutions for how the center uses air, water and light. The LEED Gold complex accommodates 800 people in a research and office facility that integrates NOAA’s mission of “science, service and stewardship” with Hawaii’s cultural traditions and ecology. The interior environment, which is based on principles of campus design, creates a central gathering place.

NOAA Daniel K. Inouye Regional Center; Honolulu / HOK with Ferraro Choi & WSP. Image © Alan Karchmer NOAA Daniel K. Inouye Regional Center; Honolulu / HOK with Ferraro Choi & WSP. Image © Alan Karchmer NOAA Daniel K. Inouye Regional Center; Honolulu / HOK with Ferraro Choi & WSP. Image © Alan Karchmer NOAA Daniel K. Inouye Regional Center; Honolulu / HOK with Ferraro Choi & WSP. Image via HOK + 51

R.W. Kern Center; Amherst, Massachusetts / Bruner/Cott & Associates

R.W. Kern Center; Amherst, Massachusetts / Bruner/Cott & Associates. Image © Robert Benson Photography
R.W. Kern Center; Amherst, Massachusetts / Bruner/Cott & Associates. Image © Robert Benson Photography

Hampshire College’s R.W. Kern Center is a 17,000-square-foot multi-purpose facility designed to meet the Living Building Challenge. As the gateway to campus, Kern includes classrooms, offices, a café, and gallery space. The building is self-sustaining— generating its own energy, capturing its own water, and processing its own waste. The Kern Center is the result of an inclusive and integrated design process and wholehearted commitment to the environmental mission by the whole team. The project demonstrates Hampshire’s dedication to the highest level of sustainability and stewardship, and to the college’s mission of critical inquiry, active leadership and hands-on learning.

R.W. Kern Center; Amherst, Massachusetts / Bruner/Cott & Associates. Image © Robert Benson Photography R.W. Kern Center; Amherst, Massachusetts / Bruner/Cott & Associates. Image © Robert Benson Photography R.W. Kern Center; Amherst, Massachusetts / Bruner/Cott & Associates. Image © Robert Benson Photography R.W. Kern Center; Amherst, Massachusetts / Bruner/Cott & Associates. Image Courtesy of Bruner/Cott & Associates + 51

Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP

Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © Tim Griffith
Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © Tim Griffith

At the heart of Stanford University’s transformational, campus-wide energy system is a new, technologically advanced central energy facility. The system replaces a 100% fossil-fuel-based cogeneration plant with primarily electrical power—65% of which comes from renewable sources—and a first-of-its-kind heat recovery system, significantly reducing greenhouse gas emissions, and fossil fuel and water use. The facility comprises a net-positive-energy administrative building, a heat recovery chiller plant, a cooling and heating plant, a service yard, and a new campus-wide main electrical substation. Designed to sensitively integrate into the surrounding campus, the architectural expression is one of lightness, transparency and sustainability to express the facility’s purpose.

Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © Tim Griffith Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © Tim Griffith Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © Steve Proehl Stanford University Central Energy Facility; Stanford, California / ZGF Architects LLP. Image © ZGF Architects LLP + 51

In additional recent news, the AIA released a statement urging urged policymakers to keep carbon neutral goals for the built environment. Read the full statement here.

News and project descriptions via AIA.

AIA Names Top 10 Most Sustainable Projects of 2016

The American Institute of Architects (AIA) and its Committee on the Environment (COTE) have selected the top ten sustainable architecture and ecological design projects for 2016. Now in its 20th year, the COTE Top Ten Awards program honors projects that protect and enhance the environment through an integrated approach to architecture, natural systems, and technology.

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About this author
Cite: Patrick Lynch. "AIA Selects Top 10 Most Sustainable Projects of 2017" 19 Apr 2017. ArchDaily. Accessed . <https://www.archdaily.com/869556/aia-selects-top-10-most-sustainable-projects-of-2017/> ISSN 0719-8884
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