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Kinetic Modeling Study on Methylene Blue Sorption onto<i>Agave americana</i>fibers: Fractal Kinetics and Regeneration Studies
43
Citations
33
References
2013
Year
Food ChemistryChemical EngineeringEnvironmental ChemistryEngineeringMethylene Blue SorptionEnvironmental EngineeringMethylene BlueWater PurificationFractal KineticsKinetic ParametersKinetic Modeling StudyFiber ScienceFiber ChemistryBio-based SorbentKinetics Sorption StudyChemical KineticsBiomass Characterization
Kinetics sorption study was carried out with varying pH, concentration, and temperature to determine the potential of Agave americana fiber for the removal of methylene blue. The thermodynamic properties (ΔG°, ΔH° and ΔS°) were determined. In order to investigate the sorption mechanisms, kinetic parameters were determined using the Lagergren, the pseudo-second order and the recently established fractal kinetic equations. The experimental kinetics data have been fitted with the non linear form of the new Brouers sotolongo kinetic model. Fractal kinetic equation gives higher correlation coefficients, indicating that this model can be considered accurate for describing the sorption methylene blue kinetics.
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