Show attendees will be among the first to hear about Acuity™ glass, a new affordable, low-iron glass designed to enhance aesthetics and clarity for vision and spandrel glass applications. To be released September of 2018, Acuity glass is designed to be a highly transparent substrate for Vitro Glass’ full-range of Solarban® high-performance solar control low-e glass coatings.
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The ITF is expected to be the first building on the Orlando International Airport campus to meet the U.S. Green Building Council’s LEED® v4 certification standards. Featuring an 8,000-square-foot, heavy-duty commercial skylight, the ITF’s daylighting system helps connect those arriving and working within the space to the welcoming surroundings and Florida sunshine outside. Acurlite Structural Skylights, Inc. manufactured and installed the low-rise, segmented barrel vault skylight. Linetec provided stretch forming, thermally improvement and finishing of the skylight to meet the airport’s aesthetic, sustainability and high-performance requirements.
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Whether you are designing to meet the latest energy code for extreme weather conditions or for LEED certification, the goal is likely the same – to get the highest possible thermal performance out of your building. This benefits the building owner and occupants alike, reducing the energy bill and providing a more comfortable place in which to work and live. There are multiple avenues to achieve a high level of energy efficiency. Architects have come to know advanced glazing as their go-to resource for thermal performance improvement. However, in recent years advancements in fenestration have given framing a new place in a building’s energy efficient design.
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Advances in electrochromic technologies have given building owners new options for maintaining their views and daylight, which studies have shown to boost vitality, productivity, and improve sleep by helping people keep in sync with their circadian rhythms. When used to block the sun’s heat and admit daylight, electrochromic or smart-tinting glass has been proven to reduce the energy used for air conditioning and electric lighting, providing as much as 20% in energy savings over low-E glass.
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Designed by Robert A.M. Stern Architects (RAMSA), DePauw University’s Hoover Hall provides a new dining hall for the Indiana university, while carrying forward the Georgian character of the campus and complementing the historic East College building. The $32 million project was completed on time, under budget and to meet U.S. Green Building Council’s LEED® Gold criteria.
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Designed by CannonDesign, the 509,500-square-foot, 245-bed medical and surgical specialty hospital functions as three discrete medical centers housing inpatient services for high-risk obstetrics and neonatal care, cancer care and advanced surgical care. The facility, which is part of the UCSD Health System, received a Healthcare Design Award from the American Institute of Architects (AIA)/Academy of Architecture for Health (AAH). The organizations said that the building “demonstrates a consistent design vocabulary, inside and out” and that “the innovative use of form for the patient units carries all the way through.”
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Vitro Architectural Glass and PNC Financial Services Group have played integral roles in the development of sustainable architecture. PNC has more newly constructed LEED® (Leadership in Energy and Environmental Design)-certified green buildings than any company in the world, while Vitro Glass products have figured prominently in many of PNC’s signature architectural projects, including its boldest yet: The Tower at PNC Plaza. Opened in 2015 and planned to be one of the greenest office buildings ever built, the 33-story high-rise appears on the surface to be a conventional glass-and-steel skyscraper, yet the sleekly polished exterior hides a second glass façade that architectural firm Gensler designed, along with a rooftop solar chimney, to create a “breathing” building that uses fresh air and solar energy to naturally cool, heat and self-ventilate for much of the year.
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Solarban® 90 solar control, low-emissivity (low-e) glass by Vitro Architectural Glass (formerly PPG Glass) is a defining feature on the Ent Center for the Arts, the first purpose-built performing and visual arts center on the University of Colorado Colorado Springs’ (UCCS) 550-acre campus. Designed by Semple Brown Design of Denver to encourage and support working relationships with community cultural organizations and to provide direct public access to performances, exhibits and classes, the 92,000-square-foot facility consolidates the Department of Visual and Performing Arts, which had previously been spread across six campus venues.
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The Seattle offices of Zimmer Gunsul Frasca Architects LLP (ZGF) designed the MolES building and sought to achieve the same aesthetic for the NanoES building. However, new, higher performance requirements in local building and energy codes meant that upgraded curtainwall and window systems were needed for the NanoES building.
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Vitro Architectural Glass (formerly PPG Glass) announced that Solarban® 70XL and Solarban 72 solar control, low-emissivity (low-e) glasses and Starphire Ultra-Clear® glass have been selected for the Jewel Changi Airport (Jewel) complex in the heart of Singapore Changi International Airport. Jewel is envisaged to be a world-class lifestyle destination that will be a game-changer for Changi Airport, amidst intensifying competition on the global airport landscape. Designed by world-renowned architect Moshe Safdie, the structure will feature a distinctive dome-shaped façade made of steel and glass.
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