Journal title ECONOMICS AND POLICY OF ENERGY AND THE ENVIRONMENT
Author/s Matan Mayer, Martin Bechthold
Publishing Year 2017 Issue 2017/1-2 Language English
Pages 28 P. 57-84 File size 514 KB
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Design for material recovery is drawing increased interest as a strategy for eliminating landfill waste outputs from building end-of-life operations. Yet, a lack of comprehensive performance evaluation methods in this field is preventing policymakers and stakeholders from setting verifiable recovery goals for new construction and retrofitting. Responding to this problem, the following paper proposes an evaluation framework and a material recovery potential index (MRPI) for building assemblies. The system evaluates recovery potential at both the material and assembly levels through a series of categories and subcategories. Assessment approaches from other design and engineering disciplines are introduced and selectively adapted to reflect the unique recovery challenges that are characteristic of buildings and infrastructure. A weighting strategy is developed using the analytic hierarchy process (AHP) method and the entire system is successfully tested using output validation. Lastly, the MRPI is applied in a comparative recovery potential study of 12 typical envelope assemblies. Results indicate a strong correlation between MRPI scores and other environmental indicators such as embodied energy levels and global warming potential values.
Keywords: Material recovery potential, life cycle design, building end-of-life, environmental assessment metrics, design for disassembly.
Jel codes: C53, Q53, Q57
Matan Mayer, Martin Bechthold, Development of policy metrics for circularity assessment in building assemblies in "ECONOMICS AND POLICY OF ENERGY AND THE ENVIRONMENT" 1-2/2017, pp 57-84, DOI: 10.3280/EFE2017-001005