Cui Li, Hong-Yi Li
In order to develop an environment-friendly method for extracting vanadium effectively from aqueous solution containing vanadium, the dynamic adsorption behavior of V by a continuous fixed-bed column which was filled with macro-porous weak base anion exchange resin was studied. Effects of conditions including the bed depth, flow rate, and concentration of vanadium ions on dynamic V adsorption were investigated. The optimum adsorption conditions were established at a flow rate of 6 ml/min with a bed depth of 20 cm. Isotherm studies demonstrated that the column adsorption of V was a favorable chemical ion exchange process in monolayer. Several kinetic models were applied to analyze the adsorption characteristics. Analysis results of the Bohart-Adams model indicated that the adsorption process was dominated by external mass transfer in the initial stage. The Thomas model was appropriate to describe the column behavior, revealing that both external and internal diffusions were involved in the limiting steps.
@article{907fb616-db30-4f9f-83b7-e4d8ec5ea3e1,
title={DYNAMIC ADSORPTION BEHA VIOUR OF AQUEOUS V ANADIUM ONTO ANION EXCHANGE RESIN},
author={Cui Li and Hong-Yi Li},
year={2026},
language={en}
}TY - JOUR TI - DYNAMIC ADSORPTION BEHA VIOUR OF AQUEOUS V ANADIUM ONTO ANION EXCHANGE RESIN AU - Cui Li AU - Hong-Yi Li PY - 2026 LA - en ER -
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