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Tag: ZNE

The Emma and Georgina Bloomberg Center at Cornell Tech, Roosevelt Island, New York

Architects specify rainscreen systems to fulfill two primary functions: the first is to keep moisture from entering a building; the second is to prevent heat from escaping. Thanks to a collaboration between Morphosis Architects, A. Zahner Company and PPG, the rainscreen system on The Bloomberg Center at Cornell Tech does more than serve those purposes – it also works as a color-shifting wall of art.

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Ashley McGraw Architects Designs New MacArthur Elementary School in Binghamton, NY

In 2011, the existing MacArthur Elementary School was destroyed when the Chenango and Susquehanna Rivers flooded due to Tropical Storm Lee and Hurricane Irene. The school was the heart of a vibrant city neighborhood and served an ethnically, socioeconomically and racially diverse student population. Ashley McGraw Architects aimed to redefine what an urban elementary school could be, restore and revitalize the surrounding neighborhood and create a deeply sustainable and resilient building and site.

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California Military Department’s New Zero Net Energy Consolidated Headquarters Complex Breaks Ground

The design-build team of Walsh Construction Company II and Stantec will deliver the new $135 million CHQC. The CHQC is one of the first large scale new Zero Net Energy (ZNE) projects that will be implemented by the State of California after the issuance of Gov. Jerry Brown’s Executive Order B-18-12 to reduce greenhouse gas emissions and improve energy efficiency in California. The project is targeting LEED Gold certification and will be constructed to achieve a variety of sustainable goals to reduce environmental impact, optimize performance, lower energy and operating costs, conserve resources, and increase occupant satisfaction and productivity.

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Howland Green introduces the first Net Positive Energy office building in Canada

Howland Green Homes Ltd., is about to embark on something that has not been done in Canada before. It’s bringing to market a building so revolutionary, that it will produce more energy than it will consume. Presenting the Howland Green Business Centre, which will be located on Cachet Woods Court near the 407ETR and 16th Avenue in Canada’s technological hub, the City of Markham.

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Roadmap for Designing Net Zero Labs

Laboratories tend to be the most energy intensive facilities, and as result pose the greatest challenge meeting a Net Zero goal. Planning and developing laboratory facilities with a Net Zero approach will more than likely increase costs during the initial phases of a project. However, if done properly, the long-term benefits (should/will/may) provide a smaller carbon footprint, will maximize energy efficiency and will also result in the most cost-effective operational approach for a facility.

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PG&E and AIACC open seventh annual Zero Net Energy Design Competition

Pacific Gas and Electric Company (PG&E) and the American Institute of Architects, California Council (AIACC) announced the seventh annual Architecture at Zero competition for zero net energy (ZNE) building designs. The competition is open for entries from students and professionals worldwide now through January 30, 2018.

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FOG CATCHER – Architecture at Zero Merit Award Winner

Fog Catcher embraces the specific microclimate of western San Francisco to generate a design that provides net-positive energy, utilizing no mechanical system for the student housing, relying instead on passive strategies for heating and cooling. This is accomplished by utilizing a tight and well insulated building envelope and incorporating a “flipped” tiny living housing concept with smaller internal sleeping quarters, which supports student’s demand for more privacy, and general communal living spaces located on the perimeter, addressing student’s desire for more daylight and wellness from their campus residential experience.

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PG&E & AIACC Architecture at Zero 2016 competition

Pacific Gas and Electric Company (PG&E) and the American Institute of Architects, California Council (AIACC) earlier this month announced the winners of the sixth annual Architecture at Zero competition for zero net energy (ZNE) building design.

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New York City’s Manhattan Districts 1/2/5 Garage and Spring Street Salt Shed are the first LEED-certified New York City Department of Sanitation facilities. Photo credit: Albert Vecerka/Esto

Photo credit: Albert Vecerka/Esto

New York Sanitation Building Wows with Perforated Solar Fins Enriched with Lumiflon FEVE Resin Dattner Architects and WXY Architecture + Urban Design teamed up to design New York City’s Manhattan Districts 1/2/5 Garage and Spring Street Salt Shed. The 2,600 custom perforated aluminum solar fins, “float” off the building masonry base and reduce the building’s solar heat. The louvers were protected with IFS Coatings’ IFS 500 FP, a Lumiflon-enriched product.  Read more

Guide to Green Building – Product of the Week

Solarban 90 Solar Control Low-E Glass Solarban 90 glass combines industry-leading solar control performance with a true neutral-reflective clear-glass aesthetic. United with clear glass in a standard 1-inch IGU, Solarban 90 glass has a solar heat gain coefficient of 0.23, visible light transmittance of 51 percent and an LSG ratio of 2.22. Solarban 90 glass facilitates the use of smaller HVAC systems to reduce initial capital expenditures and long-term cooling costs. It also enables architects to design buildings with larger expanses of glass to promote daylighting, diminish the need for artificial lighting and connect building occupants to the outdoors. Mountain views, energy efficiency highlight new Ent Center at UC Colorado Springs. Photography by Tom Kessler

Solarban 90 Solar Control Low-E Glass Solarban 90 glass combines industry-leading solar control performance with a true neutral-reflective clear-glass aesthetic. United with clear glass in a standard 1-inch IGU, Solarban 90 glass has a solar heat gain coefficient of 0.23, visible light transmittance of 51 percent and an LSG ratio of 2.22. Solarban 90 glass facilitates the use of smaller HVAC systems to reduce initial capital expenditures and long-term cooling costs. It also enables architects to design buildings with larger expanses of glass to promote daylighting, diminish the need for artificial lighting and connect building occupants to the outdoors. Mountain views, energy efficiency highlight new Ent Center at UC Colorado Springs. Photography by Tom Kessler

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The Cradle to Cradle program certifies products based on five quality categories—material health, material reutilization, renewable energy and carbon management, water stewardship, and social fairness. Click here to see a list of building supply & materials, as well as other products, that are Cradle to Cradle certified.

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