Adding solid inertants to combustible dust is one measure to prevent and mitigate dust
explosions. Al 2 O 3 at four particle size distributions was used to determine the minimum …

Large particles mixed with fine dust are commonly found in the processing and
transportation of grain dust. The mixture of dust is exposed to the risk of dust explosions …

Dust explosions are a threat to process industries. Studies have examined the effect of
(particle size, chemical composition, and polydispersity) on dust explosion potential and …

Three types of self‐prepared chemical dust suppressants (CDSs) were investigated for their
inhibitory effects on nitrocellulose (NC) cloud dust explosion. The results revealed that NC is …

Dust explosions in the process industries have prompted the need for better understanding
of dust explosion fundamentals to improve risk assessments. Parameters such as P max, K …

This study investigated the effects of different concentrations of ethylene and propene gas
on the explosion characteristics of polyethylene (PE) dust. After the addition of ethylene and …

Through experiments and numerical simulation methods, the parameters of each flow field
and their effects on dust explosion intensity under different ignition delay time in a 1 m 3 …

Polyphenylene ether (PPE), used in the production of copper-clad laminate resin, can emit
methane and ethane at elevated temperature during the aforementioned production …

The influence of particle size on the flammability and explosion severity has been widely
demonstrated for coals along the years: the thinner the particle size, the more flammable is …

A novel method based on combustion duration time was newly proposed as an explosion
criterion to determine minimum explosion concentration (MEC) and limiting oxygen …