The thermal dynamic hazard raised by coal spontaneous combustion (CSC) is greatly
challenging the worldwide coal industry. Understanding the mechanisms of CSC can …

Self-heating or even spontaneous combustion of stockpiled coal, which is likely to outbreak
under favourable circumstances during its transport, process, and storage, is a long …

Once the residual coal occurs spontaneous combustion in mine, it will cause a fire accident
resulting in heavy personal injury and property damage. So it is of great significance for …

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 …

Spontaneous combustion, if not eradicated immediately, may lead to coal ignition and even
a full-blown fire. An understanding of the characteristics of coal oxidation under various …

Determining the coal spontaneous combustion hazardous zone is of great significance to
the fire prevention and extinguishing work of the gob. In this paper, considering the actual …

Low-temperature exothermic oxidation characteristics of pulverized sub-bituminous coal
was investigated using differential scanning calorimetry system in atmospheres where the …

The spontaneous combustion of underground coal seams involves complex interactions
between geomechanical effects, oxygen transport and flow, and energy transport in the …

The spontaneous combustion of coal stockpiles is one of the major hazards during coal
mining, storage, and transportation. To overcome the shortcomings of large-scale …

To investigate the spontaneous combustion risk of pulverised coal, the low-temperature
oxidation heat flow of three metamorphic pulverised coals was measured using a C80 …