A Priority Analysis on Emission Reduction Strategies in Foreland and Hinterland of Ports

U. Bucak
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Abstract

Maritime transportation is responsible for a considerable extent of the world’s total air emissions. For this reason, IMO regulations have started to control emissions coming from ships. Especially in the wake of IMO 2020 rules first being applied, ship owners pay much more attention to emissions released. In contrast, the regulations do not involve the other actors within maritime transportation, so for instance, ports have not focused significantly on emissions while operating. However, emissions produced by port operations have directly threatened human health due to the ports’ proximity to cities. Recently, various acts were created to mitigate these emissions. Although these acts were beneficial, strategies to alleviate emissions from shipping should be stricter to achieve the United Nations’ 2030 and 2050 targets for emission reduction. In this study, strategies to reduce air emissions produced by ports were identified, categorized, and prioritized. Strategies to prevent both in-port and hinterland emissions were evaluated for the first time. The findings of the study (based on expert evaluations) were presented, and implications related to these findings were interpreted. Finally, some suggestions for further studies related to port emissions were proposed.
港口前、腹地减排策略优先性分析
海运占世界总空气排放量的很大一部分。出于这个原因,国际海事组织的规定已经开始控制来自船舶的排放。特别是在IMO 2020规则首次实施之后,船东更加关注排放。相比之下,这些法规并未涉及海运中的其他行为者,因此,例如,港口在运营过程中并未对排放进行重大关注。然而,由于港口靠近城市,港口作业产生的排放直接威胁着人类健康。最近,制定了各种法案来减少这些排放。虽然这些措施是有益的,但为了实现联合国2030年和2050年的减排目标,减少航运排放的战略应该更加严格。在本研究中,减少港口产生的空气排放的策略被确定、分类和优先排序。首次对防止港口和腹地排放的策略进行了评估。介绍了研究结果(基于专家评估),并解释了与这些结果相关的含义。最后,对港口排放的进一步研究提出了建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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