Eliminate turbidity and oil from polluted water by using the electrocoagulation process

Israa Radhi Abbas, Riyadh Sadiq AL-Mukhtar, Dhuha Jawad Mahdi, Mohammed Muayad TA
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Abstract

The study aims to treat polluted water before it is released into the environment or used in reinjected oil wells. The test runs were done by an electrocoagulation unit that was collected and introduced in the lab. The current was utilized as a part of the unit with various densities to test the turbidity-expelling effectiveness. The exploratory outcomes revealed that the grouping of oil was diminished to (10.7, 11.2, 11.7, 12.3) mg/l when distinctive current densities of (0.00253, 0.00633, 0.01266, 0.0253) A/cm2 were utilized separately. We conclude from this research that the best current in terms of stagnation removal is 0.0126 A/cm2 and the minimum distance between the electrodes, and in terms of oil removal, the highest removal at the current is 0.0253 A/cm2.
采用电凝法去除污水中的浊度和油污
这项研究的目的是在被污染的水被释放到环境中或用于回注油井之前对其进行处理。测试运行是通过收集并引入实验室的电凝装置完成的。利用不同密度的电流作为单元的一部分来测试排浊效果。结果表明,分别使用(0.00253、0.00633、0.01266、0.0253)A/cm2的不同电流密度时,油的分组减少到(10.7、11.2、11.7、12.3)mg/l。我们从这项研究中得出结论,在去除停滞方面的最佳电流为0.0126 A/cm2,电极之间的最小距离,在去除油方面,在电流为0.0253 A/cm2时,去除油的最高电流为0.0253 A/cm2。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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