Syngas is a promising alternative fuel due to clean combustion with lower greenhouse gas
emissions. The multi-component fuel mixture primarily consists of hydrogen, carbon …

To study the effect of initial temperature of 30, 60, 90, and 120° C on the explosion limits and
the explosion process of the syngas-air mixtures, the explosion limits were tested by the …

The effect of wire mesh structure parameter on the flame propagation characteristics and
intensity of syngas explosion was studied by the visual experiment. The corresponding …

The development of carbon-free fuels is essential for establishing sustainable energy growth
with ultra-low carbon emissions. In this quest, development of newer fuels with efficient …

This article introduced the experimental study of the propagation of a syngas premixed flame
in a narrow channel. The structural evolution, flame front position and velocity characteristics …

Global emissions of nearly 30% stem from fossil fuel combustion for long-distance
transportation vehicles. Therefore, investigations on newer alternatives for clean and green …

Externally heated diverging channel method helps accurate and direct measurement of
laminar burning velocities at elevated temperatures. In the present work, this method has …

The flame resistance characteristics of wire mesh and its influence factor on syngas
explosion were researched by experiment. Relationships between flame propagation and …

Biomass-derived syngas composition varies considerably depending on different feedstocks
and processing techniques and thereby complicates the combustion control. A study on the …

The present work reports experimental investigations on laminar burning velocity variation of
CH 4+ H 2+ air mixtures at elevated temperatures (300–650 K) using an externally heated …