Decarbonizing the power generation and transportation sectors, responsible for∼ 65% of
Green House Gas (GHG) emissions globally, constitutes a crucial step to addressing climate …

The hydrogen internal combustion engine (H 2-ICE) is proposed as a robust and viable
solution to decarbonise the heavy-duty on-and off-road, as well as the light-duty automotive …

In order to successfully cope with the trend of mitigating climate change as outlined in the
recommendations of Paris (COP21) and Glasgow (COP26) Climate Agreements, propulsion …

Significant efforts are currently underway to transform the transportation industry from a fossil
fuel-based industry to a hydrogen-based industry to achieve the goal of zero carbon …

A vast scientific literature has shed light on hydrogen as a promising vector for carbon-free
mobility. Within this scope, over the last few decades several efforts were directed towards …

There is a growing interest in the utilization of hydrogen (H 2), as a zero-carbon fuel, in
internal combustion engines (ICEs). Accordingly, the primary focus of this study is to …

Hydrogen can be used as a fuel for internal combustion engines to realize a carbon-neutral
transport society. By extending the lean limit of spark ignition engines, their efficiency, and …

To mitigate carbon emissions from the transportation sector, the application of hydrogen as a
fuel for internal combustion engines was investigated. Owing to the merits of employing …

Hydrogen has enormous potential for sustainable future mobility. However, current
challenges include high production costs and storage issues, necessitating further …

The energy paradigm is shifting toward carbon-free and low-emission alternative fuels.
Among the many candidates, hydrogen is considered a promising option thanks to its …