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Mechanism and applications of the fenton reaction assisted by iron-reducing phenolic compounds

机译:铁还原酚类化合物辅助芬顿反应的机理及应用

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The mechanism and applications of the Fenton reaction assisted by iron-reducing phenolic compounds (IRPC) is reviewed. The presence of IRPC leads to the formation of a larger number of free radicals. The relationship between the redox potential and the IRPC structure is discussed. The effect of humic substances in the degradation of xenobiotics is also included, since these substances are able to reduce metallic ions. The natural occurrence of Fe3+/H2O2/IRPC in wood biodegradation processes, as well as their application is also discussed. The review concludes with the advantages of the Fe3+/H2O2/IRPC systems and some considerations for further process optimization and their applications at industrial levels.
机译:综述了铁还原酚类化合物(IRPC)辅助的芬顿反应的机理和应用。 IRPC的存在导致大量自由基的形成。讨论了氧化还原电势与IRPC结构之间的关系。还包括腐殖质在异生物素降解中的作用,因为这些物质能够还原金属离子。还讨论了Fe3 + / H2O2 / IRPC在木材生物降解过程中的自然存在及其应用。审查总结了Fe3 + / H2O2 / IRPC系统的优势,并提出了进一步工艺优化及其在工业水平上的应用的一些注意事项。

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