Natural gas vehicles offer the benefits of reducing oil use, CO 2 emissions and air pollutants.
Promoting the use of natural gas vehicles is considered as one of the most important …

Hydrogen fuel has the potential to mitigate the negative effects of greenhouse gases and
climate change by neutralizing carbon emissions. Transporting large volume of hydrogen …

The automotive sector is concerned about menacing towards depleting fossil fuel and
exhaust emissions generated by conventional engines. To meet the challenges of fossil fuel …

The hydrogen-enriched natural gas engines (HENGEs) have recently found huge popularity.
Despite the broad range of applications of the HENGE, their environmentally-associated …

Compressed natural gas is one of the alternative fuels for internal combustion engines as
they produce less smoke and greenhouse gas emission. Understanding the combustion …

Blending a specific proportion of hydrogen into a natural gas (NG) pipeline network is an
effective strategy for achieving long-distance, large-scale, and cost-effective hydrogen …

The effect of excess air ratio (λ) and ignition advance angle (θ ig) on the combustion and
emission characteristics of hydrogen enriched compressed natural gas (HCNG) on a 6 …

Compressed natural gas (CNG) has gained widespread acceptance in the automobile
industry due to its clean-burning properties, lower emissions, and superior anti-knock …

With the computation ability boomed, the CFD coupled with detailed combustion mechanism
has been widely used in natural gas engines to investigate the combustion and emissions …

The use of gasoline fuel in passenger cars has become popular once again due to the
pollutants (oxides of nitrogen and particulate matter) diesel engines emit. In addition …