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 …

Coal thermal and kinetic parameters are important for the design of combustion reactors and
risk assessment. Two methods were employed to investigate such key parameters of lignite …

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 …

The minimum temperature at which dust layers or deposits ignite is considered to be very
important in industries where smoldering fires could occur. Experiments were conducted on …

Smouldering fires and explosions arising from self-ignition of coal dust deposits represent a
serious hazard for human beings, environment and industry. It is essential for plant …

Porous fuels have the propensity to self-heat. Self-heating ignition has been a hazard and
safety concern in fuel production, transportation, and storage for decades. During the …

Hotspots (overheated contact components) generated by machinery malfunction serve as an
effective ignition source, contributing to almost 12% of dust explosion accidents worldwide …

Ignition of coal dusts deposited over sufficiently hot surfaces represents a common industrial
hazard. If these surfaces are above a minimum threshold temperature, then the heat transfer …

In order to solve the problems of high viscosity at room temperature, easy dehydration and
shrinkage of phase change gel, and poor plugging effect of traditional mine gel, a new type …

The phenomenon known as spontaneous combustion occurs when combustible organic
powders are heated by gradual oxidation through an air channel (formed by an air …