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Syracuse University Center of Excellence
Syracuse University Center of Excellence
Syracuse, NY, United States
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Other Projects by Toshiko Mori Architect
Syracuse University Center of Excellence
Syracuse, NY, United States
Type
STATUS
Built
YEAR
2009
SIZE
25,000 sqft - 100,000 sqft
BUDGET
$10M - 50M
Photos
The Syracuse Center of Excellence is one of six centers across New York State; the purpose of each is to be a national and world leader in their individual area of advanced research. The Syracuse Center of Excellence focuses their efforts on creating innovations in environmental and energy technologies to improve human health, productivity, security, and sustainability in urban and built environments. As Executive Architect, Ashley McGraw coordinated a large, integrated design team and ensured constant communication with the building’s multiple stakeholders. The Design Architect was Toshiko Mori Architect.
Built on a prominent brownfield site in downtown Syracuse, the 55,000 SF facility is designed to function as a test bed for environmental and energy technologies and building innovations that the Center promotes. Natural ventilation, personal ventilation systems, heat recovery/reuse systems, rain water capture/reuse, vegetative roof, and geothermal ground source heat pumps are among the sustainability strategies employed in the building’s design. The building has received a LEED Platinum Certification from the U.S. Green Building Council.
Construction was completed on the project in 2010. However, the phase 1 project did not include the fit-out of the lab wing. In 2011, Syracuse University contracted with Ashley McGraw to do a planning study for four laboratories: a Thermal Lab, a Combustion Lab, a Hot Water Heater Testing Lab, and a Biofuels Pilot Facility.
The Thermal Lab facilitates both fabrication and testing of very small fuel cells. The laboratory is designed to accommodate a wide variety of fabrication and testing equipment. The Hot Water Testing Lab accommodates eight (8) domestic hot water heater testing stations. Testing is to be conducted over an estimated two year period. The Combustion Lab is used to combustion test hydrocarbon fuels such as biofuels, aviation and other fuels. Small amounts of fuel are used. The lab is divided into two work stations - Shock Tub Lab and Flame Test Laser Lab. The Biofuels Pilot Facility includes a biofuels plants, analytical lab and storage in a 3,850 SF lab area with an additional plant and storage area on an 800 SF mezzanine.
Built on a prominent brownfield site in downtown Syracuse, the 55,000 SF facility is designed to function as a test bed for environmental and energy technologies and building innovations that the Center promotes. Natural ventilation, personal ventilation systems, heat recovery/reuse systems, rain water capture/reuse, vegetative roof, and geothermal ground source heat pumps are among the sustainability strategies employed in the building’s design. The building has received a LEED Platinum Certification from the U.S. Green Building Council.
Construction was completed on the project in 2010. However, the phase 1 project did not include the fit-out of the lab wing. In 2011, Syracuse University contracted with Ashley McGraw to do a planning study for four laboratories: a Thermal Lab, a Combustion Lab, a Hot Water Heater Testing Lab, and a Biofuels Pilot Facility.
The Thermal Lab facilitates both fabrication and testing of very small fuel cells. The laboratory is designed to accommodate a wide variety of fabrication and testing equipment. The Hot Water Testing Lab accommodates eight (8) domestic hot water heater testing stations. Testing is to be conducted over an estimated two year period. The Combustion Lab is used to combustion test hydrocarbon fuels such as biofuels, aviation and other fuels. Small amounts of fuel are used. The lab is divided into two work stations - Shock Tub Lab and Flame Test Laser Lab. The Biofuels Pilot Facility includes a biofuels plants, analytical lab and storage in a 3,850 SF lab area with an additional plant and storage area on an 800 SF mezzanine.
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