In this paper, nitrobenzene was taken as target obj ect under research, and iron mud generated in produ ction of nitrobenzene compound by iron powder reduction meth od was used as carrier to discuss the possibility t hat Fe (II)/iron oxide surface-bound iron system generated by iron mud load Fe (II) reduces nitrobenzene, and research effects of pH, reaction temperature, reactant conce ntration and iron mud use level etc on nitrobenzene reduction degree, and explore optimum conditions for reductio n of nitrobenzene by Fe (II)/iron oxide surface-bou nd iron system
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