炼油厂产生的有机化合物在太阳能光下的处理及其工业再利用

Shyamaa A. Mohammed, Sundus S. Al-Azawiey, A. Ali
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引用次数: 1

摘要

研究了日光下光催化超前氧化法去除水中油脂的效果。pH值为11时,脱油效果较好。在pH值为11的条件下,230分钟的含油废水除油效率为75%,研究表明Langmuir等温线是最适合除油的等温线之一。数据表明其吸附能力较高。并对催化剂浓度、初始油浓度、pH值等参数进行了研究。虽然废水的处理在很大程度上取决于经过处理的工业水的质量水平,但在整个利用过程中添加的废物的性质以及废水得到的处理程度。其次,污水处理厂定期测量和报告的污水水质数据,主要是针对处理后的废水的处理或排放的需要,从总污染参数上讲。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Treatment of Organic Compounds Resulting from Oil Refineries under Solar Light and Reuse it for Industrial Purpose
This paper was aimed to examine the removal of oil from water by photocatalytic advance oxidation under solar light. A pH of 11 has shown a higher oil removal efficiency. Oil remove efficiency levels at pH 11 have been found 75% within 230 minutes’ oily water effluent, studies have shown that Langmuir isotherm has been the best-fit one of the isotherms for the removal of oil. Data have shown a higher adsorptive capacity. Also we have studied another parameter like (catalyst concentration, initial oil concentration and pH). While the treatment of waste-water is dependent upon a great level of quality for the processed industrial water, the nature of wastes that are added throughout the utilization, and the treatment degree that has been received by the waste-water. Then, the data of the waste-water quality that has been measured rou-tinely and it was reported at the plants of the waste-water treatments are mainly for disposal of the treated effluent or the necessities of the discharge in terms of the gross pollution parameters.
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