Evaluating Overall Performance of Hydrogen Fuel for Marine Transportation

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Authors: Parakram Pyakurel
Page Range: 157-163
Published in: International Journal of Energy, Environment, and Economics, Volume 29 Issue 2
ISSN: 1054-853X

ISBN: N/A Category:

Table of Contents

ABSTRACT

Hydrogen fuel cell-based ship propulsion is one of the approaches to reduce greenhouse gases emissions from maritime transportation. For such propulsion to be feasible, production and transportation modes of hydrogen need to be sustainable in addition to efficient operation of fuel cells. Although life cycle assessments and well-to-wake approaches have been used to evaluate the performance of hydrogen fuel cells, there is a need for holistic performance framework that also incorporates safety in addition to technical, economic and environmental considerations. In order to address this, a framework to holistically assess the overall performance of hydrogen fuel cell-based ship propulsion is proposed here. The approach proposed in this paper can aid in evaluating the performance of hydrogen based marine transportation in addition to identifying optimal implementation options.

Keywords: marine transportation, hydrogen fuel cell, composite performance index