The quantitative description of the equilibrium data by the isotherm models is an
indispensable link in adsorption studies. The previous review papers focus on the …

The linearization of adsorption equations is controversial. The estimation of fitting
parameters strongly depends on the linearization method, magnitude of experimental error …

Phosphate is a vital nutrient but its presence in surface waters even at very low
concentrations can lead to eutrophication. Adsorption is often suggested as a step for …

Sorption of synthetic dyes on low-cost solid sorbents is a simple technique for their removal
from wastewater. Recent initiatives in the sorption process have sought the use of activated …

In this study, cadmium and lead ions removal from aqueous solutions using a commercial
activated carbon adsorbent (CGAC) were investigated under batch conditions. The …

Underground hydrogen storage is considered an option for large-scale green hydrogen
storage. Among different geological storage types, depleted oil/gas fields and saline …

Adsorptive characterization using nitrogen at 77 K is one of the most widely used techniques
to assess textural properties of porous solids, such as pore volume, specific surface area …

Lead (Pb) is a concerning water pollutant worldwide as it is highly toxic to living organisms.
In this research, adsorption studies were carried out for the removal of Pb from water …

Abstract The Redlich–Peterson isotherm, a variant of the Sips isotherm, is widely used to
describe the adsorption characteristics of water contaminants. Despite its popularity, this …

An accurate understanding of equilibrium conditions is an essential starting point for
dimensioning and modelling efforts in adsorption systems. However, key assumptions and …