Papers

24 results

  • Glass in GSA Buildings

    • Paper by Georgia Scalfano

    Embodied carbon in buildings is a key factor in building decarbonization and while it is generally small compared to operational carbon, the

  • Facade & ESG

    • Paper by Vikki Lew

    In 2023, the International Sustainability Standards Board (ISSB) inaugurated the first two global sustainability disclosure standards IFRS S1/S2 to

  • Facade Embodied Carbon Reduction Strategies

    • Paper by Isabelle Hens, LEED AP BD+C, WELL AP

    Facades are increasingly being recognized as a major contributor to whole-building embodied carbon. While designers know how to reduce the embodied

  • Sustainable Façades

    • Paper by Dr. Thomas Henriksen · Jean-Marc Moulin Norsk · Dr. Jacopo Montali

    Transposing innovation from government funded research to commercially viable solutions becomes ever more important when combined with the urgent

  • Envelope For Service

    • Paper by Annalisa Andaloro · Miren Juaristi · Stefano Avesani · Giulia Santoro · Matteo Orlandi

    Envelope-for-Service (E4S) is a novel business model developed with the aim of converting the building façade from a traditionally traded good to a

  • Embodied Carbon Of Timber Unitized Curtain Wall

    • Paper by Isabelle Hens, LEED AP BD+C, WELL AP, EIT · Sophie Pennetier · Simon Schleicher

    The building envelope is at the intersection of embodied and operational emissions. Curtain wall specifically could play an important role in

  • Towards Net Zero Enclosures

    • Paper by Jessica Santonastaso, AIA · Alan Estabrook, AIA

    As architects and designers we understand the urgency of addressing the building sector’s role in the ongoing environmental crisis. Architecture2030

  • Addressing Embodied Carbon

    • Paper by Helen Sanders, PhD · Adam Nizich

    Reducing greenhouse gas emissions from the building sector is critical to limiting global temperature rise to less than 1.5⁰C. Construction and

  • Contextualizing Glass and Carbon Impacts

    • Paper by Kayla Natividad, PhD, WELL AP, LEED Green Associate · Kyle Sword

    Climate change goals will require significant improvements in the way buildings are constructed and operated. Building reuse can combat climate

  • Facing Density

    • Paper by Wendy Cox

    The United Nations Department of Economic and Social Affairs projects a world population growth of over three billion over our current, nearly eight

  • Xilinx Case Study featured image

    Xilinx Case Study

    • Paper by Michael Martinez, LEED AP, Stet Sanborn, AIA, LEED AP, CPHC,
    The transformation of a dark and inhumane 1970s tilt-up concrete office building into a high performance, light-filled modern workplace was enabled…

  • Orbit Tower

    • Paper by Enrica Oliva · Michele Andaloro · Werner Sobek

    While most of high-rise buildings feature a core surrounded by a spatial frame defining the volume, one could envision a column-free plan where the

  • Hydrophobic Stainless Steel Surfaces

    • Paper by Fred Deuschle · Jim Halliday · Mike McGuire

    There is no doubting the longevity of stainless steel building facades. The Chrysler Building and numerous buildings that followed have stood the

  • Infinite Panel System

    • Paper by Mike Ryan · Brian Stern · Michael Adams

    Today, building facades are expected to do much more than merely provide shelter, which is driving the need for higher performing envelope solutions.

  • End-of-Life Challenges in Facade Design

    • Paper by Rebecca Hartwell · Mauro Overend

    In recent decades, there has been increased attention to reduce the operational energy performance of buildings. Stringent legislation on building

  • Sustainable Silicone

    • Paper by Jon Kimberlain · Adrienne Bowman-Grittini · Stanley Yee

    Silicone materials have a long history in high performance building projects. Known for durability, they can reduce a building’s carbon footprint by