生命周期评估
资源(消歧)
计算机科学
资源效率
决策支持系统
人工智能应用
质量(理念)
风险分析(工程)
前提
自动化
自动化方法
系统工程
人工智能
持续性
管理科学
工程类
影响评估
智能决策支持系统
智能代理
可持续发展
环境影响评价
作者
Nathan Preuss,Fengqi You
标识
DOI:10.1021/acs.est.5c14493
摘要
Life cycle assessments (LCA) are a critical decision support tool for environmentally sustainable decision-making, but barriers such as time and resource intensity inhibit widespread application of LCA. To overcome these challenges, LCAs have been partially automated with integrated assessment models (IAM) and artificial intelligence (AI) agents, but existing literature reviews do not describe the potential for automation. We find that AI agents and IAMs offer tantalizing methods to automate all four stages of LCA with many avenues for future research, but adoption in the LCA community outside of the premise tool is minimal, despite the reliable results reported by the authors of several studies. Automated LCA can improve time and resource efficiency across all four stages of LCA, but there is insufficient research to rigorously assess the quality of automated LCA. To overcome the perceived untrustworthiness of automated LCA tools, the LCA community should democratically develop norms for use.
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