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A transport carbon footprint methodology to assess airport carbon emissions

机译:评估机场碳排放的运输碳足迹方法

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Airports are important nodes in the air transport system, but also local sources of environmental impacts. Emissions of CO_2 are among the most relevant ones because of their potential greenhouse effects. Many policies and guidelines have been identified at national and world level to reduce such kind of impacts. In this paper, a Transport Carbon Footprint methodology has been set to identify Unit Carbon Footprints (UCFs) linked to some identified emission macro-sources - i.e., land vehicles, on-ground aircraft, airport handling and terminal equipment - to compute the contribution of the single macro-source to the total amount of CO_2. Particularly, UCFs due to transport activities have been defined according to some relevant transport variables. The computation of UCF values for a given airport allows computing both the contribution of each macro-source and also evaluating the effectiveness of transport-related actions aiming at reducing the carbon impact. The methodology has been applied to the airport of Bologna, in Northern Italy, and its UCF values for the identified macro-sources have been computed.
机译:机场是航空运输系统中的重要节点,也是当地环境影响的来源。由于其潜在的温室效应,CO_2的排放是最相关的排放之一。在国家和世界范围内已经确定了许多减少此类影响的政策和准则。在本文中,已经设置了一种运输碳足迹方法,以识别与某些已确定的排放宏观源(即陆地车辆,地面飞机,机场处理设备和终端设备)相关的单位碳足迹(UCF),以计算碳排放量的贡献。单个宏观来源占CO_2总量的比重。特别是,已经根据一些相关的运输变量定义了由于运输活动而产生的UCF。给定机场的UCF值的计算既可以计算每个宏源的贡献,也可以评估旨在减少碳影响的运输相关行动的有效性。该方法已应用于意大利北部的博洛尼亚机场,并且已为确定的宏观来源计算了其UCF值。

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