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首页> 外文期刊>Journal of the Taiwan Institute of Chemical Engineers >Optimal isotherm parameters for phenol adsorption from aqueous solutions onto coconut shell based activated carbon: Error analysis of linear and non-linear methods
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Optimal isotherm parameters for phenol adsorption from aqueous solutions onto coconut shell based activated carbon: Error analysis of linear and non-linear methods

机译:酚醛溶液对椰壳基壳的最佳等温参数,基于椰子壳的活性炭:线性和非线性方法的误差分析

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Highlights?Coconut shells based granular activated carbon as a low cost agricultural adsorbent for phenol removal.?Novel approach to identify best suitable equilibrium isotherms for adsorption in batch process.?Optimized characteristic constants representing mechanisms in non-linear isotherms models.?Differential evolution approach as an efficient evolutionary optimization technique for optimal parameters.?Comparison of linear and non-linear methods using error analysis.AbstractRemoval of phenolic pollutants from wastewaters has become mandatory due to stringent environmental regulations and adverse effects on aquatic marine environment. Adsorption process which is most effective process to remove pollutants, hinders its applications in diverse
机译:<![cdata [ 突出显示 基于粒状活性炭的椰子壳作为低成本农业吸附剂的苯酚去除。 识别最佳合适的平衡等温线以获得吸附的新方法在批处理。 优化特性常量代表非线性等温机构模型中的机制。 差分演进方法作为最佳参数的有效进化优化技术。 < / ce:list-item> 线性和线性的比较使用误差分析的非线性方法。 抽象 除了严格的环境法规和对水生海洋环境的不利影响,酚醛污染物的去除已成为强制性。吸附过程最有效的方法去除污染物,阻碍了其在不同的应用

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