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• W3207934223 abstract "This paper provides a comprehensive review and critical analysis of the latest research results in addition to an overview of the future challenges and opportunities regarding the use of hydrogen to power internal combustion engines (ICEs). The experiences and opinions of various international research centers on the technical possibilities of using hydrogen as a fuel in ICE are summarized. The advantages and disadvantages of the use of hydrogen as a solution are described. Attention is drawn to the specific physical, chemical, and operational properties of hydrogen for ICEs. A critical review of hydrogen combustion concepts is provided, drawing on previous research results and experiences described in a number of research papers. Much space is devoted to discussing the challenges and opportunities associated with port and direct hydrogen injection technology. A comparison of different fuel injection and ignition strategies and the benefits of using the synergies of selected solutions are presented. Pointing to the previous experiences of various research centers, the hazards related to incorrect hydrogen combustion, such as early pre-ignition, late pre-ignition, knocking combustion, and backfire, are described. Attention is focused on the fundamental importance of air ratio optimization from the point of view of combustion quality, NOx emissions, engine efficiency, and performance. Exhaust gas scrubbing to meet future emission regulations for hydrogen powered internal combustion engines is another issue that is considered. The article also discusses the modifications required to adapt existing engines to run on hydrogen. Referring to still-unsolved problems, the reliability challenges faced by fuel injection systems, in particular, are presented. An analysis of more than 150 articles shows that hydrogen is a suitable alternative fuel for spark-ignition engines. It will significantly improve their performance and greatly reduce emissions to a fraction of their current level. However, its use also has some drawbacks, the most significant of which are its high NOx emissions and low power output, and problems in terms of the durability and reliability of hydrogen-fueled engines." @default.
• W3207934223 created "2021-10-25" @default.
• W3207934223 creator A5001679555 @default.
• W3207934223 date "2021-10-11" @default.
• W3207934223 modified "2023-10-06" @default.
• W3207934223 title "A Comprehensive Overview of Hydrogen-Fueled Internal Combustion Engines: Achievements and Future Challenges" @default.
• W3207934223 cites W1964858426 @default.
• W3207934223 cites W1966197628 @default.
• W3207934223 cites W1968333091 @default.
• W3207934223 cites W1968939972 @default.
• W3207934223 cites W1969875244 @default.
• W3207934223 cites W1977886084 @default.
• W3207934223 cites W1979097092 @default.
• W3207934223 cites W1979251483 @default.
• W3207934223 cites W1980911682 @default.
• W3207934223 cites W1988937355 @default.
• W3207934223 cites W1998110301 @default.
• W3207934223 cites W2000776343 @default.
• W3207934223 cites W2001063720 @default.
• W3207934223 cites W2002134920 @default.
• W3207934223 cites W2002597938 @default.
• W3207934223 cites W2003890409 @default.
• W3207934223 cites W2006784833 @default.
• W3207934223 cites W2007724218 @default.
• W3207934223 cites W2010344622 @default.
• W3207934223 cites W2011526854 @default.
• W3207934223 cites W2011806425 @default.
• W3207934223 cites W2012238484 @default.
• W3207934223 cites W2019188247 @default.
• W3207934223 cites W2021086857 @default.
• W3207934223 cites W2022916638 @default.
• W3207934223 cites W2026536390 @default.
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• W3207934223 cites W2028776686 @default.
• W3207934223 cites W2029350883 @default.
• W3207934223 cites W2030150196 @default.
• W3207934223 cites W2035128041 @default.
• W3207934223 cites W2042113631 @default.
• W3207934223 cites W2044476624 @default.
• W3207934223 cites W2047541413 @default.
• W3207934223 cites W2048065430 @default.
• W3207934223 cites W2053520797 @default.
• W3207934223 cites W2053680895 @default.
• W3207934223 cites W2057717480 @default.
• W3207934223 cites W2058490352 @default.
• W3207934223 cites W2058873824 @default.
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• W3207934223 cites W2065164270 @default.
• W3207934223 cites W2069765616 @default.
• W3207934223 cites W2071058726 @default.
• W3207934223 cites W2075363314 @default.
• W3207934223 cites W2075643230 @default.
• W3207934223 cites W2076752911 @default.
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• W3207934223 cites W2079322700 @default.
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• W3207934223 cites W2440975004 @default.
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• W3207934223 doi "https://doi.org/10.3390/en14206504" @default.
• W3207934223 hasPublicationYear "2021" @default.
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