Monitoring shipping emissions with various techniques towards ensuring compliance to the new regulations: The SCIPPER project

L. Ntziachristos, Sokratis Mamarikas, R. Verbeek, Achilleas Grigoriadis
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Abstract

This paper presents the measurement techniques deployed by the European funded SCIPPER project in order to identify their potential in assisting regulatory authorities to enforce the new emission limits for shipping. On-board sensors, sniffer remote and remote optical devices were extensively used in field campaigns to measure over 1000 ship plumes in major European seas, such as the ports of Hamburg and Marseille, a route in the Baltic Sea and the English Channel. Demonstration results revealed the operational characteristics of the techniques, further to their pollutant detection sensitivity. A preliminary evaluation is conducted in this study considering several criteria of technology maturity, operational capacity, ease of implementation and costs.
采用各种技术监测船舶排放,以确保符合新法规:SCIPPER项目
本文介绍了由欧洲资助的SCIPPER项目部署的测量技术,以确定其在协助监管当局执行新的航运排放限制方面的潜力。船上传感器、远程嗅嗅器和远程光学设备广泛用于实地活动,以测量欧洲主要海域的1000多艘船羽,例如汉堡港和马赛港,波罗的海和英吉利海峡的一条航线。演示结果揭示了这些技术的操作特性,进一步提高了它们的污染物检测灵敏度。在本研究中,考虑了技术成熟度、操作能力、实施难易程度和成本等几个标准,进行了初步评估。
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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