Surfactants play an important role in the field of coal dust prevention, among which
fluorocarbon surfactants have the advantages of low surface tension and have the potential …

The interaction between the functional groups of pulverized coal and water molecules is
essential to study the wettability of pulverized coal surfaces. Coal dust samples with the …

Coal dust pollution is one of the problems needing urgent solution in global coal mining
industry. Exploring environmental and efficient new wetting agents of coal dust has potential …

Through the evaluation and preparation of a novel inorganic salt composite solution
consisting of sodium dodecyl benzene sulfonate (SDBS), the nonionic surfactants …

Controlling coal dust pollution is confronted with numerous challenges in the demanding
environment of deep mining. Chemical additives, imidazolium ionic liquids (ILs), have been …

Understanding the molecular structure of coal is crucial for gaining insights into the wetting
mechanism of coal dust, thus enabling the precise and efficient management of coal dust …

To further explore the wetting mechanism of the interface between surfactant and coal dust.
By constructing a surfactant-water-coal interfacial simulation system, the microscopic …

This study aims to develop eco-friendly composite dust suppressants to mitigate the adverse
impact of coal mine dust on worker health and the environment. An environmentally friendly …

To reduce the hazards of coal dust pollution to miner health and the environment, and to
realize efficient wetting and settling of coal dust, this paper evaluates the wettability of …

It has been proven that SiO2–H2O nanofluids have great application potential for water
injection in coal seams. To explore the influences of the particle size on the stability and …