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GHG emission accounting and mitigation strategies to reduce the carbon footprint in conventional port activities - a case of the Port of Chennai

机译:减少常规港口活动中的碳足迹的温室气体排放核算和缓解策略-以金奈港口为例

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摘要

Ports as an industry account for approximate to 3% of the total greenhouse gas (GHG) emissions worldwide. The Port of Chennai, India, uses an enormous amount of electricity and diesel for intermodal transportation of goods and for other essential services. The inventory of GHG emissions in the Port of Chennai is made by accounting the various facilities of the port along with the housing colony and fishing harbor which come under the management of the Port of Chennai. Quantification of GHG emissions is made following the guidelines of the Intergovernmental Panel on Climate Change (IPCC) and World Port Climate Initiative (WPCI). The estimation of GHG emissions showed that 280,558 tonnes of CO(2)e/year was generated from the port and port-related facilities. Several GHG mitigation strategies and their impact are quantified and discussed. The technology suggestions presented in the paper will be very useful to plan effective mitigation strategies incorporating technological advancement and management policies.
机译:港口作为一个行业,约占全球温室气体(GHG)排放总量的3%。印度金奈港口使用大量的电力和柴油来进行货物的多式联运和其他基本服务。清奈港的温室气体排放清单是通过核算该港口的各种设施以及在金奈港管理下的住房殖民地和渔港而得出的。根据政府间气候变化专门委员会(IPCC)和世界港口气候倡议(WPCI)的指南对温室气体排放进行量化。估计的温室气体排放量表明,港口和港口相关设施每年产生280,558吨CO(2)e。量化和讨论了几种温室气体缓解策略及其影响。本文中提出的技术建议对于规划结合了技术进步和管理政策的有效缓解策略非常有用。

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