CAJ | 학술논문

针对目前比较关注的致嗅物质污染问题，选用Fenton高级氧化技术研究了其对水中致嗅物质2-甲基异莰醇（2-MIB）的去除，探讨了Fenton反应对水中致嗅物质的去除效能及H2 O2/Fenton摩尔比、Fe2＋浓度、反应时间和溶液pH值各因素对氧化反应的影响。提出了Fenton氧化反应去除2-MIB的最佳反应条件。实验结果表明：Fenton高级氧化能有效去除水中的2-MIB。在H2 O2/Fenton摩尔比为3．0、Fe2＋浓度10 mg/L、反应时间10 min和溶液pH值为3．0时，去除效率达到97．9％。 Fenton氧化反应的操作条件（浓度、pH值等）比较容易实现，因此Fenton氧化技术在实际污染处理中有很大的应用前景。
침대목전비교관주적치후물질오염문제，선용Fenton고급양화기술연구료기대수중치후물질2-갑기이감순（2-MIB）적거제，탐토료Fenton반응대수중치후물질적거제효능급H2 O2/Fenton마이비、Fe2＋농도、반응시간화용액pH치각인소대양화반응적영향。제출료Fenton양화반응거제2-MIB적최가반응조건。실험결과표명：Fenton고급양화능유효거제수중적2-MIB。재H2 O2/Fenton마이비위3．0、Fe2＋농도10 mg/L、반응시간10 min화용액pH치위3．0시，거제효솔체도97．9％。 Fenton양화반응적조작조건（농도、pH치등）비교용역실현，인차Fenton양화기술재실제오염처리중유흔대적응용전경。
Aimed at the pollution problem of substance that cause odor in water has been greatly con-cerned by many people in recent days , the paper investigated the removal of odor-causing substance such as 2-methyl isobutyl(2-MIB) by Fenton advanced oxidation process ,and studied the effectiveness of the Fenton oxidation , the effect of various factors such H 2 O2:Fe2+molar ratio, Fe2+concentration , reaction time and solution pH on removal efficiency .The optimum condition of Fenton advanced oxidation process for removal of 2-MIB was proposed .In summary , Fenton oxidation is effective for removing 2-MIB.Re-moval efficiency reached as high as 97.9%at conditions of H2 O2/Fenton ratio of 3.0, Fe2+concentra-tion of 10 mg/L with reaction time of 10 min and solution pH of 3.0.Overall, these conditions are rela-tively easy to realize which means that Fenton process shows wider promise in the treatment of pollutant .