Evaluation lead removal kinetics modelling of adsorption by using composite of Chitosan and Ceramic waste

Abstract This study focuses on understanding the Pb adsorption kinetics from greywater using a composite of chitosan and ceramic waste (CCCW), which is suitable for preserving water quality. For ease general application, kinetic model with simple expression manageable small set parameters that nevertheless provides fair description in equilibrium state still critical. Although some current models, such as pseudo-second-order type, meet these conditions, their performance questionable, especially when applied to variety experimental data. Batch experiments were carried out predetermined value operational parameter adsorbent dosage, contact time, shaking speed. Kinetic models pseudo-first order, pseudo-second intraparticle diffusion model, Avrami Bangham used this understand removal lead greywater. The efficacy results adsorbent’s dose process increasing capacity time 0.0014 0.00277 mg/g, efficiency increases 45.90 90.83%. most significant contribution work an optimal can describe behaviour CCCW. Five Pb2+ have been identified clarify models’ usefulness accuracy based rank order. may provide insight into ability usability appropriate adsorption.