CRC to be a LEED-certified ‘green’ building
by ZACH VEILLEUX
The Collaborative Research Center, which will incorporate numerous environmentally friendly features in both its design and construction, will — if all goes as planned — be certified as a high-performance “green” building by the U.S. Green Building Council’s Leadership in Energy and Environmental Design (LEED) program.
If the building is constructed according to current designs, which are now in the process of being finalized, the LEED program is expected to recognize the CRC as having met the highest standards in environmental responsibility. The LEED Green Building Rating System is a nationally accepted benchmark for the design, construction and operation of green buildings.
“Though sustainability has been a major consideration since the beginning of this project, we originally thought that it might be impractical to actually obtain LEED certification, mostly due to the unique challenges inherent in any laboratory building,” says George Candler, vice president for planning and construction. “We were pleasantly surprised to find that the features we had built into the design were enough for us to qualify.”
LEED-certified buildings must meet certain criteria in each of five areas: sustainable site development, water savings, energy efficiency, materials selection and indoor environmental quality. Buildings earn credits in each category based on meeting specific criteria, and projects are awarded certification if they obtain a minimum number of credits. Projects can also be designated with Silver, Gold or Platinum certificates depending on the number of credits they accrue.
Since the program was begun in 2000, 781 projects worldwide have been LEED certified, including eight buildings in New York City, although to date there are no LEED-certified laboratory buildings in NYC.
“LEED certification will serve as recognition that with this building we’ve done an effective job at minimizing our impact on the environment both during construction and over the many decades that the CRC will serve the university,” says Paul Nurse, the university’s president. “It’s concrete proof that we’ve reached the goal we set out with to make this a sustainable project.”
Among the environmental features that will be incorporated in the CRC are: heat recovery systems to reclaim energy from laboratory exhaust air; variable-speed water pumps and fans in the HVAC system; high-efficiency, low-heat lighting systems that use low-mercury bulbs; occupancy sensors for lights; high-efficiency transformers; high-performance windows; floor plans that locate heat-generating equipment away from occupied areas; a partial green roof; low-flow restroom fixtures and waterless urinals; and sustainable finishing materials, including bamboo woodwork in laboratories and eco-friendly paints and solvents.
The architects on the project, from Mitchell/Giurgola, have completed most of the documents required to obtain bids from construction firms. Already, the project’s construction manager, Turner Construction, has solicited bids for some work, including demolition and site preparation contracts, work on a new electrical vault and work on highly specialized components — including the glass curtain wall and the concrete superstructure — for which the best contractors are often booked far in advance. The bids are due by mid-summer and work is expected to begin in July.