卡塔赫纳不同地区汽车排放系数的估算

J. A. A. Aldegunde, Vanessa Álvarez, Edgar Quiñones Bolaños, M. Saba, Cristian Herrera Atencio
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引用次数: 3

摘要

在哥伦比亚加勒比地区的大多数城市,由于技术和经济资源短缺,尚未估计与道路交通有关的排放因素。哥伦比亚一些城市当局采用其他国家的排放系数编制了排放清单,尽管这些清单在理论上是近似的,但结果表明,道路交通是向大气排放大量污染物的来源。卡塔赫纳大学免疫学研究所(IIR)在2013年进行的研究确定,全市记录的CO和PM2.5浓度在主要道路附近普遍增加。本研究旨在估计哥伦比亚卡塔赫纳市主要道路上道路交通产生的空气污染物浓度,同时考虑到车辆流量增加的临界点。考虑到对公众健康构成更大威胁的污染物24小时平均浓度,以及天气条件和城市形态的影响,应用逆向建模技术估算了CO和PM2.5的排放因子值上限。这项研究是确定卡塔赫纳道路交通相关排放量的起点,也为能够大致确定城市中不同车辆来源的影响提供了技术支持。最后,本文旨在为当局制定有效的缓解和/或控制策略提供适用的工具,以最大限度地减少车辆排放对卡塔赫纳居民健康的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Estimation of the Vehicle Emission Factor in Different Areas of Cartagena de Indias
In most of the cities of the Colombian Caribbean, the emission factors associated to road traffic have not yet been estimated, due to the shortage of technical and economic resources. The authorities of some municipalities across Colombia have developed emission inventories adopting emission factors from other countries and, although these inventories are theoretically approximate, results indicate that road traffic is a source of emission of significant amounts of pollutants into the atmosphere. Studies conducted in 2013 by the Institute of Immunological Research (IIR), associated with the University of Cartagena, determined that the concentrations of CO and PM2.5 which were recorded throughout the city generally increased in the vicinity of the main roads. The present study aims to estimate the concentration of air pollutants generated by road traffic on the main roads of the city of Cartagena de Indias, Colombia, taking into account the critical points of increased vehicular flow. The upper limits of the emission factors values applying the inverse modeling technique were estimated for CO and PM2.5 considering average concentrations obtained for 24 hours of the pollutants that represent a greater threat to public health, as well as effects of weather conditions and urban morphology. This study is a starting point to determine the magnitude of the emission associated with road traffic in Cartagena and also provides technical support to be able to identify approximately the impact of different vehicle sources in the city. Finally, this article aims to propitiate applicable tools for the authorities to develop effective mitigation and/or control strategies pointed at minimizing the impact of vehicle emissions on the Cartagena inhabitants’ health.
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