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Air emission inventory of container ports’ cargo handling equipment with activity-based “bottom-up” method:

机译:基于活动的“自下而上”方法的集装箱港口货物装卸设备的空气排放清单:

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With the rapid development of China’s container port industry, the emissions of air pollutants in port areas have been increasing. Cargo handling equipment as a non-road mobile source of emissions has become a focus of public attention. This article adopted a full activity-based “bottom-up” method to establish the inventory of emissions by cargo handling equipment at a container port. Drawing on the OFFROAD model, we conducted investigation and analysis of cargo handling equipment holdings, activity levels, and equipment-related parameters and modified the emission factors. The Nanjing Longtan Container Port was taken as a case study. Results show that in 2014, emissions by cargo handling equipment of the Nanjing Longtan Container Port were as follows: PM10 4.25?t, PM2.5 3.91?t, NOx 82.98?t, SOx 1.06?t, CO 23.84?t, and HC 16.39?t, all lower than results from an earlier research based on 2013 fuel consumption data. Cargo handling equipment produced more PM and HC emissions than any other emission source at...
机译:随着中国集装箱港口工业的快速发展,港口地区的空气污染物排放量一直在增加。作为非道路移动排放源的货物装卸设备已成为公众关注的焦点。本文采用了一种完全基于活动的“自下而上”的方法来建立集装箱港口货物装卸设备的排放清单。利用OFFROAD模型,我们对货物装卸设备的持有量,活动水平以及与设备相关的参数进行了调查和分析,并修改了排放因子。以南京龙潭集装箱码头为例。结果显示,2014年南京龙潭集装箱码头货物装卸设备的排放量为:PM10 4.25?t,PM2.5 3.91?t,NOx 82.98?t,SOx 1.06?t,CO 23.84?t和HC 16.39?t,均低于基于2013年燃油消耗数据的早期研究结果。货物装卸设备产生的PM和HC排放量比其他任何排放源高。

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