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Comparison of Photo ElectroFenton Process(PEF) and combination of PEF Process and Membrane Bioreactor in the treatment of Landfill Leachate

机译:光电膜处理(PEF)的比较及PEF工艺和膜生物反应器的组合治疗垃圾渗滤液

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Landfill leachate treatment is an integral part of municipal solid waste management. The conventional biological treatment of landfill leachate is limited because of the presence of toxic contaminants and recalcitrant organics. Among Advanced Oxidation processes(AOPs), Photo Electro Fenton Process(PEF) can be used effectively for the treatment of highly contaminated water. In the treatment of leachate by biological methods, Membrane Bioreactor(MBR) is efficient while considering the effluent quality. So a combination of PEF followed by MBR treatment is adopted in this study. The percentage removal of pollutants-TSS, BOD,COD, Ammonia Nitrogen, Phosphate, Sulphate, Sulphide and Chloride from landfill leachate after PEF process is 89.3,71.9,83.6,100,58,92.3,65 and 65 respectively. The percentage removal of the same pollutant parameters after combined treatment of PEF followed by MBR is 95.5,90.2,96.2,100,82.7,93.3,88.2 and 88.3. The pollutant removal efficiency is increased by adopting combined treatment-PEF followed by MBR.
机译:垃圾填埋渗滤液治疗是市政固体废物管理的一个组成部分。由于有毒污染物和醋染色体有机物,垃圾填埋渗滤液的常规生物处理是有限的。在先进的氧化过程(AOP)中,光电芬顿工艺(PEF)可有效地用于治疗高度污染的水。在通过生物学方法治疗渗滤液,在考虑流出物质的同时有效的膜生物反应器(MBR)是有效的。因此,本研究采用PEF的组合随后MBR处理。 PEF过程后垃圾渗滤液中污染物-TS,BOD,COD,氨氮,磷酸盐,硫酸盐,硫化物和氯化物的百分比分别为89.3,71.9,83.6.6,100,58,92.3,65和65。在PEF的组合后除去相同的污染物参数的百分比为MBR为95.5,90.2,96.2,100,82.7,93.3,88.2和88.3。通过采用组合治疗PEF,随后是MBR,增加了污染物去除效率。

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