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The technical study on photo-catalytic oxidation treatment of low concentration methanol wastewater in Gas Field

机译:气田低浓度甲醇废水的光催化氧化处理技术研究

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Though analysis and determination on wastewater quality of Gas Field, it can be seen that the main organic matter in wastewater is low concentration methanol. Aiming at the characteristics of higher degree of mineralization, methanol and lower pH ,the experiment is focusing on the effect of manganese dioxide & hydrogen peroxide catalytic oxidation process on methanol wastewater treatment properties and functions.The results show, for low concentration methanol wastewater,the manganese dioxide used has a diameter of 5nm with a dosage of 300mg/L, also a illumination intensity of 120Q, when the dosing ratio with hydrogen peroxide is 1:10, after 8h reaction period, the degradation rate of methanol were all above 70.0%.The methanol content after treated can meet the reference standard for Gas Field reinjection water.
机译:虽然分析和测定气田废水质量,但可以看出废水中的主要有机物是低浓度的甲醇。瞄准矿化程度高,甲醇和较低的pH值,实验专注于锰二氧化锰催化氧化方法对甲醇废水处理性能和功能的影响。结果表明,用于低浓度甲醇废水,使用二氧化锰的直径为5nm,剂量为300mg / L,也是120q的照明强度,当与过氧化氢的给药比率为1:10,在8h反应期后,甲醇的降解速率均高于70.0%以上。治疗后甲醇含量可满足气田再注水的参考标准。

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