Abstract Due to their extra-large surface area and porosity, high compression power, hydrophobicity, and strong activity characteristics, there have been increasing interests in applying graphene-based materials for pollutant control and disinfection. The topics covered from photocatalytic reactions in the dye removal and organic conversions in liquid or gas phase, disinfection, oil absorption, and pollutant adsorption. In this manuscript, the characteristics of the photocatalytic reactions for toxins and pollutants like toxic hydrocarbons, carbon dioxides, and dye wastewater, removal of pollutants like oil and heavy metal ions via absorption/adsorption, and disinfection by different graphene-based materials via adsorption inactivation or photocatalytic inactivation will be emphasized. The challenges in pollutant removal research by graphene-based materials, such as the deactivation of graphene-based materials in photocatalytic pollutant removal reactions which was discovered recently and solutions to the corresponding weaknesses were discussed.

中文翻译：

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石墨烯基材料在污染物控制和消毒中的应用

摘要 由于石墨烯基材料具有超大的表面积和孔隙率、高压缩力、疏水性和强活性等特点，应用石墨烯基材料进行污染物控制和消毒越来越受到关注。涵盖的主题包括液相或气相中的染料去除和有机转化、消毒、吸油和污染物吸附中的光催化反应。在这份手稿中，对有毒碳氢化合物、二氧化碳和染料废水等毒素和污染物的光催化反应特性，通过吸收/吸附去除油和重金属离子等污染物，以及通过吸附灭活不同石墨烯基材料进行消毒或强调光催化灭活。