The flammability limit is a critical parameter used to evaluate the risk of explosions from
flammable gases and design appropriate explosion-proof measures. This study employs a …

Syngas is a promising hydrogen-containing energy source and industrial feedstock.
However, because of its hydrogen content, syngas is prone to explosion if not handled …

With the development of industrial technology, a new process has emerged for the
production of acrylic acid using propane as a feedstock. There are few studies on the …

Hydrocarbon fuels, in addition to being direct sources of energy, also serve as crucial raw
materials for numerous industrial processes. In this study, the oxidation of propanal to …

The study of the upper flammability limit (UFL) of hydrogen/ethanol mixture at various
pressures and temperatures is crucial for the safe production of the ethanol-to-hydrogen …

The study of the explosion parameters of ethanol–air mixture at high pressure and
temperature is essential for the safe production of ethanol. However, the explosion …

This research aims to conduct a comprehensive investigation and analysis of the effects of
particle size and concentration on crucial explosion parameters in n-decane aerosols. Two …

difluoroethane (R152a) is one of the most prospective low GWP refrigerants but may trigger
fires and explosions once it leaks. Understanding the flame propagation process and …

Methane oxidation to methanol in cyclic processes using CuO-zeolites has traditionally
employed O 2 and N 2 O as oxidants. This study explores the use of Cu-CHA zeolite …