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新型复合材料在环境污染处理中的分析应用

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为有效降解有机物及避免其二次污染,提高水污染治理效果.利用共沉淀法,制备出新型复合材料RF/Fe3O4.经研究发现,RF/Fe3O4 更易于在酸性条件下反应,且RF/Fe3O4 对苯酚的降解性能随Fe3O4 负载量的增加为先增加后降低;经过二次循环后,降解率由 84%下降至 77%,并在之后的二次循环中保持不变;当pH=8.2 时,可实现对RF/Fe3O4 产双氧水粉末的高效回收,表明RF/Fe3O4 在有机物中降解效果好,绿色环保.
Analysis and Application of New Composite Materials in Environmental Pollution Treatment
To effectively degrade organic matter and avoid secondary pollution,and improve the effectiveness of water pollution control,a novel composite material RF/Fe3O4 was prepared using co precipitation method.Through research,it was found that RF/Fe3O4 is more prone to react under acidic conditions,and the degradation performance of RF/Fe3O4 for phenol increases first and then decreases with the increase of Fe3O4 loading.After the second cycle,the degradation rate decreased from 84%to 77%and remained unchanged in the subsequent second cycles.When pH=8.2,efficient recovery of hydrogen peroxide powder produced by RF/Fe3O4 can be achieved,indicating that RF/Fe3O4 has good degradation effect in organic matter and is environmentally friendly.

new composite materialsenvironmental pollutionRF/Fe3O4degradation performance

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晋能控股煤业集团永定庄煤业公司, 山西 大同 037001

新型复合材料 环境污染 RF/Fe3O4 降解性能

2024

山西化工
山西省煤化工发展促进中心 山西省化工学会

山西化工

影响因子:0.293
ISSN:1004-7050
年,卷(期):2024.44(4)
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