Internal combustion engines power the great majority of automobiles on the road today.
However, the challenges of complying with other propulsion systems and near-zero …

The automobile sector dominated by conventional fossil fuels greatly impacted human lives
and strengthened the economy of many countries. However, the harmful emissions from the …

In this study, the effect of hydrogen assisted intake air on combustion characteristics of a
diesel fuel-waste cooking oil biodiesel (WCOB) blend fueled CI engine has been extensively …

This study aims at producing hydroxy (HHO) gas using a dry cell electrolysis setup and
utilising it along with orange oil in a diesel engine. First an electrolyser was designed …

Biodiesel usage is practically restricted as a blended supplement with fossil diesel. In the
current study, the authors have attempted to arrive at the optimal biodiesel blend …

The polyunsaturated fatty acid methyl ester concentration in Prosopis juliflora biodiesel
drops the cetane number and affects ignition quality. In this study, two fuel reformulation …

This study investigated the impact of dual-fuel operation using ethanol-blended diesel fuel
enriched with hydroxy gas on CRDI engine performance, combustion, and emission …

Studies have looked into the viability and efficient methods of combining hydrogen with
fossil or biofuels in internal combustion (IC) engines. Moreover, hydrogen is used to create …

Waste materials possess untapped potential when harnessed effectively. One such resource
is waste transformer oil, derived from electrical transformers, which can be converted into a …

Inducting hydrogen with biodiesel in a compression ignition (CI) engine contributes to
improvising the performance characteristics of the engine and minimize long-term issues …