How effective are the current industrial water treatment methods in reducing wastewater contamination at Daura Refinery?Â
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The current industrial water treatment methods at Daura Refinery have been found to be effective in reducing wastewater contamination. A study conducted at the refinery found that the integration of the activated sludge (AS) treatment with nanomaterial composites, such as magnetite nanoparticles and magnetite silica nanocomposites, produced high-quality effluents with a significant reduction in pollutants . Another study explored the use of a novel three-dimensional electrocoagulation method with metal-impregnated granular activated carbon (MIGAC) as a third particle electrode. The results showed that MIGAC with a mixture of aluminum and iron oxides effectively removed turbidity and chemical oxygen demand (COD) from refinery wastewater . Additionally, a pilot plant study suggested that a nonporous aerator could be used as an oxygen source for the biological pool in the wastewater treatment system, resulting in improved oxygen supply and reduced power consumption . Overall, these studies demonstrate the effectiveness of various treatment methods in reducing wastewater contamination at Daura Refinery.
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| The provided paper does not mention anything about the current industrial water treatment methods at Daura Refinery. | |
| The provided paper does not mention the Daura Refinery or the effectiveness of current industrial water treatment methods in reducing wastewater contamination. | |
15 Dec 2022 | The provided paper does not mention the Daura Refinery or the effectiveness of current industrial water treatment methods in reducing wastewater contamination. |
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