Previous studies have revealed that major accidents in Chemical Process Industry (CPI) are
most commonly due to explosions. Thus, analytical studies of explosion-related risk …

The combustion characteristics and explosive hazard of syngas (H 2/CO)/air mixtures are
affected by its exact composition and equivalence ratios. In this paper, the explosion …

Explosion characteristics of premixed syngas-air mixtures at room temperature and
atmospheric pressure were experimentally reported when the explosion flame propagates in …

Experiments were conducted in two closed ducts, 100× 100× 1000 mm 3 (AR= 10) and 60×
60× 2000 mm 3 (AR= 33.33), to comparatively study the explosion behavior of premixed …

Aromatic aldehydes are fundamental intermediates that are widely utilised for the synthesis
of important materials across the broad spectrum of chemical industries. Accessing highly …

A detailed experimental work is conducted to address the response of premixed syngas-air
(H 2/CO= 50%/50%) explosion with the effect of equivalence ratio and ignition location. The …

With the industrial application of syngas, the explosion accident caused by it has gradually
become a topic of concern for researchers. In this paper, the effects of CO 2 addition on the …

Abstract Knowledge regarding the transformation of the flame propagation dynamics is of
importance to predict the safety issues of explosion disasters. The current work …

Gas explosions, particularly those involving methane–air mixtures, present considerable
hazards in confined spaces, such as coal mines. Comprehending the explosion …

Premixed flame of stoichiometric syngas-air mixture with various hydrogen volume fractions,
10%≤ X (H 2)≤ 90%, propagating in a duct with both ends open is experimentally …