In most works in the current literature about liquid/solid adsorption kinetics, the respective
abilities of pseudo-first order and pseudo-second kinetics for describing the data are …

There is a vast amount of literature devoted to experimental studies on adsorption from
liquids examining the adsorption potential of various adsorbents with respect to various …

Since the introduction of pseudo-second-order (PSO) model for the description of adsorption
kinetics in 1999, it has been widely applied in liquid-phase adsorption systems. An …

This study looked into the theoretical basis of the most commonly used pseudo-second-
order kinetic equation for adsorption. It was demonstrated that the pseudo-second-order …

The study of adsorption kinetics is ubiquitous when reporting new adsorbent materials in the
literature. The information these tests provide are no doubt valuable, but the conclusions …

Adsorption processes can be modeled on the basis of phenomenological principles using
conservation, equilibrium and transport kinetics equations. However many times an …

In this research note, we revisit the pseudo-second-order model for adsorption kinetics, its
assumptions, and its application to simulated, random, and published data. In particular, a …

It is shown that the popular pseudo-first-order Lagergren equation can be applied to
correlate kinetic adsorption data only in the adsorption systems that are not far from …

It has been shown that most of the previously reported empirical rate equations for kinetics of
adsorption at the solid/solution interface show high relative errors at the initial times of …

An exponential kinetic model has been proposed for modeling of adsorption kinetics at the
solid/solution interface. This new equation was compared with pseudo first-order (PFO) and …