Facade Tectonics SKINS

SKINS: Issue #140: Aug 2024

In hot pursuit of nothing: Leveraging the facade system for net-zero-carbon


As sustainability goals become more urgent, the performance of building skins must be leveraged and understood in context with the whole building. When traditional design methods fall short in balancing the dizzying variables that go into net-zero carbon design, where can we find the proper tools for complex problem-solving? An answer may be gleaned from taking a wider vantage point and re-considering the wealth of information and tools available today.

Hello! In this edition of SKINS, we’re expanding on the themes of our January issue by taking a broader view of how façades impact both operational and embodied carbon in buildings. In other words, not just looking at materials but also the design process itself. Today’s demanding performance requirements and ambitious sustainability targets call for unprecedented levels of complexity and functionality in building skins. Traditional design methods simply can’t handle the holistic consideration of the complex—and often conflicting—relationships between design variables. Designers must evolve to provide faster and more effective solutions to increasingly complex and ambiguous problems as we approach major global sustainability milestones.

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Accelerating Change in Buildings and Urban Habitat

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Facade design for net-zero buildings

Facade design for net-zero buildings

Discover insights from the webinar "Facade Design for Net-Zero Buildings." Damian Rogan, Facades Director at Eckersley O’Callaghan, explored innovative facade designs crucial for cities to meet their net-zero energy targets by 2050. Buildings consume 30% of urban energy.

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Multi-criteria design methods in façade engineering: State-of-the-art and future trends

Multi-criteria design methods in façade engineering: State-of-the-art and future trends

Explore the latest challenges in façade engineering with this comprehensive review. This paper covers sustainable design for building envelopes, enhancing occupant wellbeing, and optimizing resources. Key points include effective design amidst conflicting criteria, alternative decision-making, and multi-objective optimization with machine learning.

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Measuring and reducing embodied carbon in the building envelope

By Marco Capelli, Andrea Botti, Alice Garoni, and Francesco Conserva, explores two office buildings in Bologna, Italy. The study benchmarks carbon emissions of curtain walling and highlights how CWCT guidance helps manage embodied carbon, showing that low-carbon materials can cut façade emissions by up to 30%.

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Facing up to embodied carbon in façades

Facing up to embodied carbon in façades

Teni Ladipo from Buro Happold examines the significant impact of façades on a building’s embodied carbon, which can reach up to 30%. It discusses the complexity of measuring this carbon and emphasizes the need for a consistent methodology, with CWCT developing new guidelines.

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Carbon footprint of façades:significance of glass

Carbon footprint of façades:significance of glass

Arup explores the role of glass in whole-life carbon emissions of façade systems. The study, in collaboration with Saint-Gobain Glass, uses parametric analysis to highlight how design choices impact embodied and operational carbon, offering strategies for decarbonization.

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Reducing Embodied Carbon Through Façade Design

Reducing Embodied Carbon Through Façade Design

Mark Voss, Design Operations Manager at Wintech Façade Engineering, discusses reducing embodied carbon in façades. He emphasizes the importance of early design input, material choice, and reusing existing façade components to minimize emissions.

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The Carbon Sweet Spot: Design Tradeoffs for Embodied and Operational Carbon in New Buildings

The Carbon Sweet Spot: Design Tradeoffs for Embodied and Operational Carbon in New Buildings

This investigation featured by ULI explores strategies to optimize building designs for minimal carbon emissions while maintaining cost-efficiency. It emphasizes finding a balance between operational and embodied carbon to achieve sustainability goals.

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Facade Design Process to Establish and Achieve Net Zero Carbon Building Targets

Facade Design Process to Establish and Achieve Net Zero Carbon Building Targets

Andrea Zani's study explores methods for assessing and comparing carbon emissions of different façade typologies. The study evaluates embodied and operational carbon, offering insights for decision-making in all design phases to minimize buildings' environmental footprints.

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Data-driven and LCA-based Framework for environmental and circular assessment of Modular Curtain Walls

Data-driven and LCA-based Framework for environmental and circular assessment of Modular Curtain Walls

This paper presents a framework to evaluate the environmental impacts and circularity of modular curtain walls. Using Life Cycle Assessment (LCA) and data-driven approaches, the study highlights the importance of sustainable design and material choices.

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FTI World Congress 2024 news: Technoform elevated to Platinum sponsor+

Lots of excitement around the upcoming FTI World Congress and the move to Salt Lake City this year! And more sponsors are leaning in to support this signature industry event.

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Become a World Congress Sponsor!

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Industry Calendar

October 8-10

Facade Tectonics 2024 World Congress

Salt Lake City

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Our industry needs us to be doing more than just building the next carbon emitting building. We need to be sharing our experiences so we can improve with each new project. The FTI World Congress 2024 is the premier platform for knowledge sharing and networking; rejuvenating your facade geek soul and upgrading your technical chops! -Join us in Salt Lake City-

Organizational Members of the Facade Tectonics Institute

Partners

Technoform North America

Executives

Kuraray, Permasteelisa Group, REFLECTION WINDOW + WALL, seele, TriPyramid Structures

Associates

Facade Tectonics Institute, Inc., Finishing Contractors Association, HOK, Innovation Glass, Lerch Bates, Valmont Structures, Vitro Architectural Glass, WRNS Studio, W&W Glass

Supporters

Antamex Industries, Boston Valley Terra Cotta, Dow, FreMarq Innovations Inc, Heintges, KEPCO+, Kreysler & Associates, Morrison Hershfield now Stantec, Oldcastle BuildingEnvelope, Roschmann Steel & Glass Constructions, Schüco USA, Simpson Gumpertz & Heger, SOCOTEC, Inc., The Architect's Newspaper, The Façade Studio

Academics / Nonprofits

Aarhus University, Denmark, IIBEC, Lawrence Berkeley National Lab, National Fenestration Rating Council, Rainscreen Association in North America, Universidad de Concepción, University of Utah, Western Wall & Ceiling Contractors Association