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The effect of adsorbent additive on clay based adsorbent to the removal of multidye systemud

机译:吸附剂添加剂对粘土基吸附剂去除多染料体系的影响 ud

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摘要

The use of cheap and efficient additives has been studied to find an alternative substitution of expensive additives that is used for the removal of dyes from wastewater. Powdered Activated Carbon (PAC) is one of the most expensive yet effective additives. The main reason doing this research is to find the cheapest and effective adsorbent to treat the waste water. The objective of this experiment is to study the effect of adsorbent additives on clay based adsorbent to the removal of multi-dye system. The scopes are to study the influence of pH towards dye removal performance and to study the effect of multi-dye removal by adding different ratio of additive with clay. Clay is used as the adsorbent and four additives are used to increase the efficiency of dyes removal from wastewater which is Zeolite powder, PAC, Chitosan, and Magnesium Chloride. In the study of determining the effective pH towards dye removal, the mass of clay and additives are set to constant and were added into beaker containing 250ml of dyes solution. The range of pH that used is between 1-14. The results show that Zeolite powder, PAC, and Chitosan are effective at acidic solution which is at pH 5 while Magnesium Chloride is effective at pH 11 which is in basic solution. To study the effect of multi-dye removal with different ratio of additives, the experiments are conducted by adding different amount of additive into a constant amount of clay. The mixture is then repeated on dye removal experiment. From the research, result shows that PAC is the most effective additives compared to others which have high percentage of dyes removal for Methylene Blue at 98.98% and Methyl Orange at 99.19%in acidic solution. The result shows that the best percentage of dye removal occur when the ratio of clay and additives are similar. However, PAC is still proven to be the best additives among all which show the highest percentage removal of Methylene Blue at 99.58% and Methyl Orange at 98.86% %. For the conclusion, PAC is the most effective additive used for the removal of dyes in the solution of 1.0g clay and 1.0g PAC at pH 5 which is in acidic solution. Further research should be done to look for the cheapest alternative for PAC.
机译:已经研究了使用廉价和有效的添加剂以找到用于从废水中去除染料的昂贵添加剂的替代替代品。粉末状活性炭(PAC)是最昂贵但有效的添加剂之一。进行这项研究的主要原因是寻找最便宜和有效的吸附剂来处理废水。该实验的目的是研究吸附剂添加剂对基于粘土的吸附剂对多染料体系去除的影响。范围是研究pH对染料去除性能的影响,以及通过添加不同比例的添加剂和粘土来研究多染料去除的效果。使用粘土作为吸附剂,并使用四种添加剂来提高废水中染料的去除效率,这是沸石粉,PAC,壳聚糖和氯化镁。在确定用于去除染料的有效pH值的研究中,将粘土和添加剂的质量设置为恒定值,然后将其添加到装有250ml染料溶液的烧杯中。使用的pH范围是1-14。结果表明,沸石粉,PAC和壳聚糖在pH值为5的酸性溶液中有效,而氯化镁在碱性溶液的pH 11时有效。为了研究使用不同比例的添加剂去除多染料的效果,通过在恒定数量的粘土中添加不同数量的添加剂来进行实验。然后在去除染料的实验中重复该混合物。通过研究,结果表明,与其他添加剂相比,PAC是最有效的添加剂,在酸性溶液中,亚甲基蓝和甲基橙的染料去除率分别为98.98%和99.19%。结果表明,当粘土和添加剂的比例相似时,染料去除率最高。但是,PAC仍然被证明是最好的添加剂,在这些添加剂中,亚甲基蓝和甲基橙的去除率最高,分别为99.58%和98.86%。结论是,PAC是最有效的添加剂,用于去除酸性溶液中pH为5的1.0 g粘土和1.0 g PAC溶液中的染料。应该做进一步的研究以寻找最便宜的PAC替代品。

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