Titlebook: Embodied Carbon in Buildings; Measurement, Managem Francesco Pomponi,Catherine De Wolf,Alice Moncaste Book 2018 Springer International Publ

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Analysis of Embodied Carbon in Buildings Supported by a Data Validation Systemroved to have a high share in resource demand, the environmental impact of construction activities draws attention of many parties. Starting from high-performance buildings to green rated examples, optimizing both the performance and profitability of AEC products has been the main goal of researcher

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Embodied Carbon Tools for Architects and Clients Early in the Design Processenvironmental assessments are aimed for decision support but are often used late in the building design process because the calculations rely on detailed volumes of material uses. This paradox can be addressed by using carbon profiles of a large set of prespecified, precalculated building elements t

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Embodied Carbon Research and Practice: Different Ends and Means or a Third Waymeet the different needs of researchers and practitioners. Without a better grasp of the different types, however, assessment results or conclusions may be misunderstood or misused, and researcher-practitioner collaborations may prove challenging. The concept of a ‘taxonomy of assessments’ promises

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Applying Circular Economic Principles to Reduce Embodied Carbonning the value of materials for as long as possible. A circular economy seeks to keep materials in circulation, removing the concept of waste from the system and the need for material extraction from primary sources. In a completely circular economy, all ‘waste’ outputs would equal system inputs. If

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Design Strategies for Low Embodied Carbon in Building Materialsdied carbon in building materials in order to achieve a net ZEB balance; these include two conceptual studies or virtual building models (ZEB office building and ZEB single-family house) and six pilot buildings (Powerhouse Kj?rbo, Campus Evenstad, Heimdal high school, Multikomfort house, Living Labo

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Embodied Carbon of Tall Buildings: Specific Challenges have unique construction and fire and life safety characteristics, which increase their initial embodied carbon footprints over other building typologies for the same built areas. However, when considering the longevity that also often goes with the more robust construction of tall buildings, as we