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Traffic and outdoor air pollution levels near highways in Baghdad, Iraq

机译:伊拉克巴格达高速公路附近的交通和室外空气污染水平

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In Iraq, the number of passenger cars, trucks and buses, local generators, and heavy construction equipment rose to a considerable extent since 2003, causing high environmental problems. Many types of pollutants were monitored and recorded for 24 h during March 2016. The study attempts to explore and establish a relationship between the volume of activity and the movement of motor vehicles of various compounds and contaminants resulting from their exhaust pipes, such as sulfur dioxide, particulate matters, oxides of nitrogen, VOCs, and unburned hydrocarbons. The study focused in and around Mohammad Al-Qasim highway adjacent to the University of Technology, Baghdad. The results showed the need for urgent treatments addressed by the environmental authorities in the city. The study results demonstrated that these contaminants are increased during periods of the beginning and end of working hours for government departments. Some types of sulfur compounds (H2S and SO2) concentrations were at serious health-threatening levels, which is a result of the high sulfur content in the Iraqi fuel. The concentrations of NOx and VOC were high, also, which could make the studied area vulnerable to the risk of smog formation. The Iraqi government should make greater efforts to protect the environment and human in this country from the transportation pollution risks.
机译:自2003年以来,在伊拉克,乘用车,卡车和公共汽车,本地发电机和重型建筑设备的数量在相当大的程度上增长,造成了严重的环境问题。在2016年3月的24小时内,对多种类型的污染物进行了监测和记录。该研究试图探索并建立各种化合物和由其排气管产生的污染物(例如二氧化硫)的活动量与机动车辆之间的关系。 ,颗粒物,氮氧化物,VOC和未燃烧的碳氢化合物。该研究集中在巴格达工业大学附近的穆罕默德·卡西姆高速公路及其周围地区。结果表明,该市环保部门需要采取紧急措施。研究结果表明,在政府部门的工作时间开始和结束期间,这些污染物会增加。某些类型的硫化合物(H2S和SO2)浓度处于严重威胁健康的水平,这是伊拉克燃料中高硫含量的结果。 NOx和VOC的浓度也很高,这可能会使所研究的地区容易产生烟雾的风险。伊拉克政府应作出更大的努力,以保护该国的环境和人类免受运输污染的风险。

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