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Port efficiency and emissions from ships at berth: application to the Norwegian port sector

机译:泊位船舶港口效率和排放:挪威港口部门的应用

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This paper explores how port efficiency affects the time that ships spend in port and therefore their atmospheric emissions whilst berthed. While the literature on port productivity and efficiency measurement largely ignores this aspect, we explore the biases in the measurement of productivity when resources spent on providing swift cargo-handling are ignored. A distinction is made between ports' technical and scale efficiencies. Their impacts on environmental productivity (i.e., units of cargo handled per unit of ship emissions) are examined using data envelopment analysis on a unique dataset containing information about the duration of cargo-handling operations in the 25 largest ports in Norway. The results show that adopting best practices can significantly improve environmental productivities: if all ports under consideration become technically productive, the environmental productivity of the entire sample could be 80% higher. Technical efficiency alone would increase average environmental port productivity by 30%. Enhancing traditional port productivity can also substantially improve environmental productivity.
机译:本文探讨了端口效率如何影响港口支出的时间,从而拆除其大气排放。虽然港口生产率和效率测量的文献在很大程度上忽略了这方面,但我们在忽略了提供斯威夫特货物处理的资源时,我们探讨了生产率测量中的偏见。港口技术和规模效率之间的区别。他们对环境生产力的影响(即,每单位船舶排放单位的货物单位)在包含关于挪威25个最大端口的25个最大端口的货物处理操作持续时间的持续时间的唯一数据集上进行了检查。结果表明,采用最佳实践可以显着提高环境生产力:如果正在考虑的所有港口都在技术上成熟,整个样本的环境生产率可能高出80%。单独的技术效率将使平均环境港口生产率提高30%。提高传统港口生产率也可以显着提高环境生产力。

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