A study on analysis of green house gaseous emitted from ships through operation information

Jun-Soo Kim, Jae-Hyuk Choi
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引用次数: 1

Abstract

ABSTRACT In line with the global trend for environmental protection, the shipping industry is also making significant efforts. The International Maritime Organization introduced carbon intensity indicator and energy efficiency existing ship index to reduce greenhouse gases and presented “Initial IMO Strategy on reduction of GHG emissions from ships”. In contrast to previous environmental indices, carbon intensity indicator is calculated based on the operation information of ship. In this study, the annual fuel consumption was calculated based on the operation information of 4,151 ships and CO2, N2O, and CH4 emissions among greenhouse gases were estimated. The results of the study showed that CO2 accounted for 98% of the greenhouse gases emitted from ships, the highest, and N2O and CH4 were found to be insignificant at 1.5% and 0.5%. The major types of ships that emitted greenhouse gases were cargo ships, chemical tankers, oil tankers, and gas carriers. Ships subject to data collection system and carbon intensity indicator regulations include only 69% of the fuel consumed by all ships. This proportion increases to 87% of the total fuel consumption if it is expanded to include ships over 400 GT that are regulated by energy efficiency existing ship index.
基于运行信息的船舶温室气体排放分析研究
随着全球环境保护的趋势,航运业也在做出重大努力。国际海事组织为减少温室气体排放引入了碳强度指标和能效现有船舶指数,并提出了“国际海事组织减少船舶温室气体排放初步战略”。与以往的环境指标不同,碳强度指标是根据船舶的运行信息来计算的。本研究基于4151艘船舶的运行信息计算了年燃料消耗量,并估算了温室气体中CO2、N2O和CH4的排放量。研究结果表明,CO2在船舶排放的温室气体中所占比例最高,达到98%,N2O和CH4在船舶排放的温室气体中所占比例不显著,分别为1.5%和0.5%。排放温室气体的船舶主要是货船、化学品船、油轮和天然气船。受数据收集系统和碳强度指标法规约束的船舶仅包括所有船舶消耗的69%的燃料。如果将受能效现有船舶指数管制的400 GT以上船舶也包括在内,这一比例将增加到总燃料消耗的87%。
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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CiteScore
4.90
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