首页|满足2050温室气体排放的船舶燃料舱舱容设计分析

满足2050温室气体排放的船舶燃料舱舱容设计分析

扫码查看
为了满足国际海事组织关于温室气体减排的规范要求,针对船舶应用LNG/甲醇/氨这 3 种替代燃料方案,以规范规则为限制条件,以船舶营运方最大经济性为目标,对船舶燃料舱舱容的确定进行计算分析:根据 3 种燃料舱舱容的设定原则,对使用不同的替代燃料模式下最小舱容进行计算和分析,当采用第三种原则时,对比常规第一种原则,燃料舱所需空间能节省接近一半,节省了船舶空间.这一分析为进一步在运输船上应用替代燃料的设计提供参考.
Design and Analysis of Ship Fuel Tank Capacity to Meet 2050 Greenhouse Gas Emissions
In order to meet the requirement for greenhouse gas(GHG)emission reduction from International Maritime Organization(IMO).For the three alternative fuel options of LNG/methanol/ammonia applied to ships,the determination of the ship's bunker capacity was calculated and analysed with the IMO code rules as the limiting conditions and the maximum economy of the ship operator as the target.According to the three principles of setting the bunker capacity,the minimum bunker capacity under the use of different alternative fuel modes was calculated and analyzed.When the third principle was adopted,nearly half of the space required for the fuel tanks could be saved compared with the conventional first principle,which saved the ship's space.This analysis provided a reference for the further application of alternative fuel design on transport vessels.

net-zero GHG emissionCIIalternative fuelfuel tank capacity

陈继峰、张卓

展开 >

上海船舶研究设计院,上海 201203

温室气体净零排放 碳强度指数 替代燃料 燃料舱舱容

2024

船舶设计通讯
上海船舶研究设计院

船舶设计通讯

影响因子:0.095
ISSN:1001-4624
年,卷(期):2024.(1)
  • 1