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Environmental Assessment of Alternative Ship Designs to Improve European Short Sea Shipping Efficiency: CREATE3S

机译:替代船舶设计的环境评估,提高欧洲短海运效率:Create3s

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The CREATE3S project aims to improve the efficiency of European Short Sea Shipping through innovative design and production techniques. As part of this project, the authors considered the environmental efficiency of the proposed new design over one if its designated routes, against an existing ship currently being operated over the same route. The entire logistic system port to port was considered when conducting the analysis. The results indicate that whilst cost and time savings may be made by investing in a larger ship able to carry a larger cargo, and faster, this is not necessarily true for the environmental impact of the system. Production efficiencies gained from the use of the advanced double hull concept for main hull structure resulted in increased steelweight, impacting upon the environmental impact from operation as well as from manufacture and end of life disposal. This paper examines the environmental conclusions reached by this screening study and the reasons for them, as well as suggesting areas for improvement when designing a short sea container ship to be not just economically, but also environmentally, efficient. These recommendations can be extrapolated out to consider the effects on all cargo (or people) transported by sea, over any distance.
机译:Create3S项目旨在通过创新的设计和生产技术提高欧洲短海运效率。作为该项目的一部分,作者将拟议的新设计的环境效率考虑在一个指定的路线上,针对目前在同一路线上运行的现有船舶的指定路线。进行分析时考虑到端口的整个物流系统端口。结果表明,虽然可以通过投资能够携带更大的货物的较大船来进行成本和时间,但对于系统的环境影响,这不一定是真的。从使用先进的双壳概念获得主要船体结构的生产效率导致了钢材重量升高,影响了运行的环境影响以及生命处理的制造和结束。本文审查了这种筛查研究达到的环境结论以及它们的原因,以及在设计短海集装箱船时不仅经济,而且还有高效的建议改善领域。这些建议可以推断出来,以考虑对任何距离的海上运输的所有货物(或人)的影响。

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