Benzene Uptake onto Modified Tea Waste: Perspective Applicability of Empirical Sorption Kinetic Models

Abstract

The uptake of Benzene onto modified solid materials have been reported most commonly with abrupt peripheral application of the defining models based chiefly on regression parameter validation. This paper considered a perspective application of mainly the empirical kinetic models of predetermined applicability as well as their parent nature to contemporary kinetic models. Verification of the applicable kinetic mechanisms defined by 1 2  f), the Langmuirian uptake is better in the PSO domain. The transfer of benzene sorptive for uptake was complementarily controlled first by internal diffusion then by film diffusion.

The removal of diuron from agricultural wastewaters by Trametes versicolor immobilized on pinewood in simple channel reactors

“…The Elovich model is appropriate for heterogeneous sorbents and liquid-solid systems, and it recognizes the effect of surface coverage on the sorption rate over time. Moreover, the values of the kinetic parameters are in agreement with previous studies of micropollutant sorption on porous carbon-based materials (Emeniru et al, 2017;Tseng et al, 2003).…”