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Early-Design Life Cycle Assessment
Name: Early-Design Life Cycle Assessment
File: 0_Miller 05-17-16.pdf
Size(MB): 1.55MB
Extension: PDF
Event: 2016 ICSC - WASHINGTON DC
Speaker Name: Miller, T. R.
Managed by: sdickens
Date Uploaded: June 21, 2016; 10:31 am
Download Count: 452
Downloads This Month: 452

Your Geographic Information:

Country: United States
State/Region: Texas
City: Houston
Zip Code: 77072
Area Code: 281
Your IP: 34.237.51.159



Description:
Life Cycle Assessment (LCA) tools are time-consuming, require burdensome data collection, and are poorly integrated with the design process. Additionally, use phase impacts are often left out of LCAs because predicting the energy consumption of a building is itself a complex problem. We present a streamlined building LCA methodology called the Building Attribute to Impact Algorithm (BAIA) that allows the simultaneous calculation of embodied (attributable to materials) and use-phase impacts based on uncertain or low-fidelity definitions of materials and building attributes. BAIA captures the variability in predicted impacts introduced by the low-fidelity building definition. This is accomplished through the underspecification of building attributes, where unknown or uncertain attribute values may be represented by a group of related attribute values. LCAs are then conducted in a Monte Carlo framework where one value is randomly selected for each underspecified attribute. The resulting probabilistic distribution of life cycle impacts quantifies the variability introduced by underspecification, and statistical analysis of these results provides feedback on which attributes contribute the most to the variability in predicted impacts.

 
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