麻省理工学院混凝土可持续性中心路面生命周期评估使用阶段研究概述

M. Akbarian, F. Ulm, Xin Xu, R. Kirchain, J. Gregory, A. Louhghalam, J. Mack
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引用次数: 6

摘要

2009年,美国水泥和混凝土行业在麻省理工学院建立了混凝土可持续发展中心。麻省理工学院活动的主要推动力是改进生命周期评估实践,以更好地量化路面生命周期内的环境影响。在他们的研究中,麻省理工学院CSHub确定“使用阶段”可以主导路面LCA的材料,施工和维护阶段,并且使用阶段的两个重要因素是路面车辆相互作用(PVI)和反照率。PVI描述了车辆由于路面和车辆之间的过度滚动阻力而产生的额外燃料排放/能量。反照率是地球表面反射的太阳能量的比例,颜色较浅、反照率较高的表面比反照率较低、颜色较深的表面反射更多的能量。本文将总结迄今为止CSHub使用阶段的研究成果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Overview of Pavement Life Cycle Assessment Use Phase Research at the MIT Concrete Sustainability Hub
In 2009, the US cement and concrete industries established the Concrete Sustainability Hub at the Massachusetts Institute of Technology. A primary thrust of MIT’s activities has been improving the Life Cycle Assessment practices to better quantify the environmental impacts over the life of a pavement. In their research, the MIT CSHub determined that the “use phase” can dominate the materials, construction and maintenance phases of a pavement LCA and that two of the important factors in the use phase are Pavement Vehicle Interaction (PVI) and Albedo. PVI describes the excess fuel emissions / energy from vehicles due to excess rolling resistance between the pavement and the vehicle. Albedo is the fraction of solar energy reflected by the Earth’s surface, with lighter color, higher albedo surfaces reflecting more energy than lower albedo, darker surfaces. This paper will summarize the CSHub Use Phase research findings to date.
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