… Three different modeling methods were employed in this study to explore the relationship …
of activated carbon (AC) and its methane uptake. The first and the second methods were …

… activated carbon from Coconut shells, the adsorbate is lead and one of the objective of this
work is to study the kinetics of lead removal in aqueous environment by this activated carbon. …

… model. In this research, the adsorption of sunset yellow (SY) onto zinc oxide nanorods loaded
on activated carbon (ZnO-… follow Langmuir and pseudo second order model, respectively. …

… The activated carbon was prepared through chemical … The adsorption capacity of the activated
carbon for phosphate was … This research proposes and models an Activated Carbon (AC) …

… low-cost activated carbon from Cydonia … Modeling is useful and is a proven technique in
science and engineering for simplifying complex systems to solve the problems. A good model …

… high quality activated carbon from this low grade coal and to apply central composite design
method to optimize various process conditions for producing an activated carbon with high …

… and demonstrate a model of biofilm on activated carbon (the BFAC model). The model is based
upon … Combination of all these mechanisms provides a modeling problem having unique …

… the activated carbon. Regarding this model, the characteristics of the activated carbon were
… After the determination of the characteristics, the demonstrated model of this work guided us …

… Attempts to model the solid … in activated carbon still contains some degree of empiricism.
Nevertheless, mathematical models for diffusion and adsorption in activated carbon have …

… atomistic modeling of the microstructure of activated carbons … slit-pore model, termed the
finite wall thickness (FWT) model (… HRMC method, which make the latter unsuitable for carbons …