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Removal of Amido Black Dye from Aqueous Solution by Uncalcined and Calcined Hydrotalcite

机译:通过未煅烧和煅烧的水滑石从水溶液中除去氨基染料

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Adsorption of amido black by calcined and uncalcined hydrotalcite was investigated. The influence of contact time, pH of the dye solution and adsorbent dose has been studied. In the light of so called "memory effect", the removal of amido black, an anionic dye from aqueous solution by calcined hydrotalcite was also investigated. The results of adsorption experiments indicate that the percentage removal of amido black increased with increased in contact time and adsorbent dose but decreased with the increased in pH of the solution. Calcined hydrotalcite showed better adsorption capacity compared with uncalcined hydrotalcite. The isotherms showed that the adsorption of amido black was well fitted with Langmuir equation. The present study showed that hydrotalcite can be used as an adsorbent for the removal of amido black from aqueous solution. Better percentage removal of amido black performed by calcined hydrotalcite is due to their reconstruction of original layer in aqueous solution with good ion exchangers.
机译:研究了通过煅烧和未煅烧的水滑石的Amido黑色的吸附。研究了接触时间,pH的染料溶液和吸附剂量的影响。鉴于所谓的“记忆效应”,还研究了除去amido黑色的去除,通过煅烧水滑石钴水溶液的阴离子染料。吸附实验结果表明,在接触时间和吸附剂量增加中,酰胺黑色的除去百分比增加,但随着溶液的pH值增加而降低。与未煅烧的水滑石相比,煅烧的水滑石术显示出更好的吸附能力。等温物展示了Amido Black的吸附很好地配合了Langmuir方程。本研究表明,水滑石可用作从水溶液中除去酰胺黑色的吸附剂​​。通过煅烧的水滑石进行的氨基黑色的更好的百分比去除氨基黑色是由于它们在具有良好离子交换剂的水溶液中重建原始层。

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