Abstract
In order to solve the problems in the iron-based Fenton-like catalytic oxidation system, a green, safe, efficient and stable Fe-hydroxyapatite (HAP) catalyst was developed and prepared for the Fenton-like catalytic oxidation reaction system in this study. We constructed the Fe-HAP /hydrogen peroxide system, systematically evaluated the synergistic effect between the Fe-HAP catalyst and hydrogen peroxide, and investigated the effect of the Fenton-like catalytic oxidation system on the removal of Ciprofloxacin(CIP), a hard-to-degrade antibiotic organic pollutant. We investigated the effect of this Fenton catalytic oxidation system on the removal of CIP, a difficult-to-degrade antibiotic organic pollutant, and revealed the mechanism of the reaction system and the main mechanism of the degradation of CIP. We also applied this catalyst material to the actual water body and explored the value of the application of this system, which provided scientific basis and reference value for the subsequent development of more efficient, stable, green and safe catalyst materials.
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