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

Coal oxidation at low temperatures (ie< 100° C) is the major heat source responsible for the
self-heating and spontaneous combustion of coal and is an important source of greenhouse …

To study the spontaneous combustion and anaerobic cooling of coal, a 15-t experimental
furnace was constructed, and large-scale spontaneous combustion tests were conducted …

Oxygen-containing intermediates (OCIs) play an important role in low-temperature oxidation
of coal. However, since they are in a dynamic intermediate state, it is difficult to test their …

The thermal decomposition of oxygen-containing functional groups produces CO, CO 2 and
active sites that accelerate coal spontaneous combustion. Study on this process is of great …

The present work was aimed at developing a method for determining the kinetics of low
temperature coal oxidation based on thermogravimetric analysis and differential scanning …

The coal after low-temperature pyrolysis is more prone to self-heating and spontaneous
combustion. To study the original heat source, this paper conducted sequentially isothermal …

Hydroxyl groups are one of the key factors for the development of coal spontaneous
combustion. Although the reaction mechanism has been studied by many scholars, the …

Low rank/oxidized coals are difficult to float with oily collectors. The presence of polar
hydroxyl, carbonyl, phenol groups and some peroxide type oxygenated moieties on the …

Coal spontaneous combustion in the goaf usually occurs in the multi-component gases
environment. In this work, the multi-component gases competitive adsorption properties and …