The Center for Sustainable Landscapes (CSL) at the Phipps Conservatory and Botanical Gardens in Pittsburgh, Pa., has recently become the first certified Sustainable SITES Initiative v2 Platinum project in the world. The building originally opened in 2012 and was the first and only project to receive SITES 2009 Pilot Four Star certification.
The CSL was built over a previously documented brownfield with the goal of restoring the site. Since 2012, the project has successfully reintroduced 100 native plant species to the surrounding area. The building is net-zero energy and net-zero water thanks to its PV solar panels, a wind turbine, and a system for capturing and treating all water onsite for reuse.
See Also: First photos inside the nearly completed Jewel Changi Airport addition
The new SITES v2 Rating System builds off the 2009 pilot certification. SITES certified projects are better equipped to withstand catastrophic events like floods, droughts, and wildfires. They reduce water and energy demand, improve air quality, and promote human well-being.
SITES is owned and administered by Green Business Certification Inc. Certification is based on a point system: the number of points a project earns determines the certification level it receives (SItes Certified: 70-84 points, SITES Silver: 85-99 points, SITES Gold: 100-134 points, SITES Platinum: 135+ points).
Related Stories
| Feb 22, 2011
LEED Volume Program celebrates its 500th certified Pilot Project
More than 500 building projects have certified through the LEED Volume Program since the pilot launched in 2006, according to the U.S. Green Building Council. The LEED Volume Program streamlines the certification process for high-volume property owners and managers, from commercial real estate firms, national retailers and hospitality providers, to local, state and federal governments.
| Feb 15, 2011
New 2030 Challenge to include carbon footprint of building materials and products
Architecture 2030 has just broadened the scope of its 2030 Challenge, issuing an additional challenge regarding the climate impact of building products. The 2030 Challenge for Products aims to reduce the embodied carbon (meaning the carbon emissions equivalent) of building products 50% by 2030.
| Feb 15, 2011
New Urbanist Andrés Duany: We need a LEED Brown rating
Andrés Duany advocates a "LEED Brown" rating that would give contractors credit for using traditional but low cost measures that are not easy to quantify or certify. He described these steps as "the original green," and "what we did when we didn't have money." Ostensibly, LEED Brown would be in addition to the current Silver, Gold and Platinum ratings.
| Feb 14, 2011
Sustainable Roofing: A Whole-Building Approach
According to sustainability experts, the first step toward designing an energy-efficient roofing system is to see roof materials and systems as an integral component of the enclosure and the building as a whole. Earn 1.0 AIA/CES learning units by studying this article and successfully completing the online exam.
| Feb 14, 2011
More companies willing to pay extra for green office space
New CoreNet Global/Jones Lang LaSalle survey shows real estate executives forging green strategies that balance environmental, financial and workforce issues.
| Feb 11, 2011
Sustainable features on the bill for dual-building performing arts center at Soka University of America
The $73 million Soka University of America’s new performing arts center and academic complex recently opened on the school’s Aliso Viejo, Calif., campus. McCarthy Building Companies and Zimmer Gunsul Frasca Architects collaborated on the two-building project. One is a three-story, 47,836-sf facility with a grand reception lobby, a 1,200-seat auditorium, and supports spaces. The other is a four-story, 48,974-sf facility with 11 classrooms, 29 faculty offices, a 150-seat black box theater, rehearsal/dance studio, and support spaces. The project, which has a green roof, solar panels, operable windows, and sun-shading devices, is going for LEED Silver.
| Feb 11, 2011
Kentucky’s first green adaptive reuse project earns Platinum
(FER) studio, Inglewood, Calif., converted a 115-year-old former dry goods store in Louisville, Ky., into a 10,175-sf mixed-use commercial building earned LEED Platinum and holds the distinction of being the state’s first adaptive reuse project to earn any LEED rating. The facility, located in the East Market District, houses a gallery, event space, offices, conference space, and a restaurant. Sustainable elements that helped the building reach its top LEED rating include xeriscaping, a green roof, rainwater collection and reuse, 12 geothermal wells, 81 solar panels, a 1,100-gallon ice storage system (off-grid energy efficiency is 68%) and the reuse and recycling of construction materials. Local firm Peters Construction served as GC.
| Feb 11, 2011
Justice center on Fall River harbor serves up daylight, sustainable elements, including eucalyptus millwork
Located on historic South Main Street in Fall River, Mass., the Fall River Justice Center opened last fall to serve as the city’s Superior and District Courts building. The $85 million facility was designed by Boston-based Finegold Alexander + Associates Inc., with Dimeo Construction as CM and Arup as MEP. The 154,000-sf courthouse contains nine courtrooms, a law library, and a detention area. Most of the floors have the same ceiling height, which will makes them easier to reconfigure in the future as space needs change. Designed to achieve LEED Silver, the facility’s elliptical design offers abundant natural daylight and views of the harbor. Renewable eucalyptus millwork is one of the sustainable features.
| Feb 10, 2011
Zero Energy Buildings: When Do They Pay Off in a Hot and Humid Climate?
There’s lots of talk about zero energy as the next big milestone in green building. Realistically, how close are we to this ambitious goal? At this point, the strategies required to get to zero energy are relatively expensive. Only a few buildings, most of them 6,000 sf or less, mostly located in California and similar moderate climates, have hit the mark. What about larger buildings, commercial buildings, more problematic climates? Given the constraints of current technology and the comfort demands of building users, is zero energy a worthwhile investment for buildings in, for example, a warm, humid climate?
