Thermal hazards of reactive chemicals have been a major concern due to the unceasing
occurrences of fire and explosion accidents in industry. Understanding thermal threats of …

In industries related to fossil energy, coal dust is often deposited at an angled position. A two–
step parallel coal dust oxidation reaction mechanism is used to study the self–ignition and …

In thermal powered direct blow coal powder manufacturing at high-temperatures, the
mechanism and key parameters of the spontaneous combustion of coal powder are not …

Pulverised coal in industrial sites and their dust can experience spontaneous combustion
and self-heating, increasing the risk of fire and dust explosion. The main objective of the …

Self-heating of fuel layers can trigger ignition when the temperature of the surroundings is
sufficiently high. Self-heating ignition has been a hazard and safety concern in raw materials …

Ignition of coal dust caused by hot particles (ICDHP) will lead to serious combustion or
explosion. In this work, the coupling details of multi–physical fields of the ICDHP were …

In order to evaluate the flame-retardant capacity of KHCO 3 and ABC on the ignition of
PMMA dust layer accumulation on hot surfaces, the ignition time and critical heating …

Combustible dusts deposited on ground or surfaces present a fire hazard to process
industries. It was found that flame spread on an upwardly inclined surface was significantly …

Coal spontaneous combustion in underground mine goaf has a great impact on coal mining.
The temperature-programmed experiment is a commonly used and effective method for …

Metallic dust layers are highly sensitive to ignition from common ignition sources, even when
mixed with high percentages of inert solids. In turn, dust layer fires are a potential ignition …