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The synthesis, performance, and functional mechanism of an eco-friendly suppressant derived from hydroxyethyl cellulose for the mitigation of coal dust pollution

Xuhan Ding, Qingyun Fu, Tianting Wang, Qian Xu, Zhenmin Luo, Kai Wang, Huitian Peng, Tao Wang

2025Process Safety and Environmental Protection16 citationsDOI

Topics & Concepts

Chemical engineeringAdsorptionCelluloseCoalMaterials scienceWettingPolymerContact anglePollutionThermal stabilityFourier transform infrared spectroscopyMoleculeComposite materialEnvironmental pollutionDistilled waterSurface modificationEnvironmentally friendlyCompressive strengthScanning electron microscopeWater pollutionChemistryContaminationDissociation (chemistry)Ultimate tensile strengthEvaporationWater treatmentHydrocarbonHydroxyethyl celluloseSpectroscopyFlame retardant materials and propertiesAdsorption and biosorption for pollutant removal
The synthesis, performance, and functional mechanism of an eco-friendly suppressant derived from hydroxyethyl cellulose for the mitigation of coal dust pollution | Litcius