Fire and explosion accidents frequently occur during hydrogen production, transportation,
storage, and utilization processes, leading to significant casualties and economic losses. In …

Methane (CH 4) is a greenhouse gas as well as being flammable and explosive. In this
manuscript, quartz-enhanced photoacoustic spectroscopy (QEPAS) and heterodyne QEPAS …

To popularise hydrogen/methane mixtures and determine it explosion hazards, explosion
experiments were conducted based on a pipeline that can characterise urban pipe gallery …

To estimate the hazard of explosion during hydrogen/methane gas transportation, the
experiments were conducted in a small-scale duct. It studied the effect of hydrogen fraction …

To explore the inhibitory effect of CO 2 on HCNG (Hydrogen enriched compressed natural
gas) explosion and its chemical kinetic mechanism, the explosion pressure and flame of CO …

Currently, mixing hydrogen into natural gas networks is the most cost-effective method for
transporting significant quantities of hydrogen over long distances. However, after mixing …

In order to ensure the safe utilization of hydrogen, the flame characteristics and explosion
overpressure at lean-burn, stoichiometric and rich-burn conditions are investigated …

The involvement of highly chemically reactive H 2 greatly increases the fuel explosion risk.
In order to reveal the elevated explosion risk of LPG/DME blended gas due to the …

As a new type of energy, hydrogen-enriched methane mixed fuel has a high risk of
deflagration in the application process. In order to better understand the deflagration and …

In this study, the explosion behaviors of H 2-LPG-air mixtures with 30% H 2 fraction under
the action of N 2 and CO 2 were experimentally investigated respectively under the initial …