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Maximum adsorption for Cu II) ions was obtained at pH 5.5.
A maximum adsorption for Crystal Violet CVV) were found as 99.62% for mZX in comparison to 82.42% for CFA and 96.23% for commercial zeolite X.
The maximum adsorption for Cr VI) has been obtained at pH 5.0 and for Cd II) at pH 5.5.
The maximum adsorption for Cr VI) was observed at pH 5 (72 % removal) and for cadmium at pH 5.5 (71 % removal) (Prakash et al. 2012).
The maximum adsorption for CCUC was found to be 91.54%, for SSUC was about 97.24%, for SCUC was found to 95.37% and attaining maximum value of 74.87%, respectively, at pH 4.
The maximum adsorption for CCUC was found to 91.54.62 %, for SSUC it was about 97.24 %, for SCUC was found to 95.37 % and attaining maximum value of 74.87 %, respectively, at pH 4. Hence, further adsorption experiments were carried out an optimum pH 4 for CCUC, SCUC, SSUC and CAC.
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The quadratic model was obtained for optimization of the process variables for maximum adsorption of DB71 by ch-MWCNTs.
The adsorption isotherms followed the Langmuir isotherm model well, and the maximum adsorption capacity for Pb II) was 200.38 mg/g for 2Fe-MBC.
Maximum adsorption capacity for fluoride was 2.3 mg/g for the mixed matrix membrane at room temperature.
The maximum adsorption capacities for Cr VI) ranged from 0.743 to 1.422 mg/g for temperature between 4 and 40 °C under a condition of pH 2.0.
It was found that the maximum adsorption capacity for the classical working pairs was 0.259 kg/kg for activated carbon/methanol pair and that for the modern working pairs was 2 kg/kg for maxsorbIII/R-134a pair.
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