Modeling the interactions between CO2 uptake and different parameters of activated carbon
(AC) adsorbent synthesis in biomass types can be a way to create efficient adsorbents for …

Adsorption-based processes, such as pressure swing adsorption, because of their cyclic
nature and the presence of multiple design variables, are challenging to simulate and …

The present study focused on developing predictive neural networks and response surface
methodology (RSM)-based model. In order to develop the predictive model, experimental …

In this work, adsorption and reduction of CO 2 by carbon molecular sieves (CMS) was
modeled using response surface methodology (RSM) and artificial neuron networks (ANNs) …

A simplified proxy model based on a well-mixed batch adsorber for vacuum swing
adsorption (VSA) based CO2 capture from dry postcombustion flue gas is presented. A …

In this comparative study, the application of response surface methodology (RSM) in
predicting and optimizing the amination conditions of activated carbon adsorbent toward …

Phenol–formaldehyde resins and a low-cost biomass residue, olive stones (OS), were used
to prepare five activated carbons for CO2 separation at atmospheric pressure, ie, in post …

The goal of the study was to produce a low-cost activated carbon from agricultural residues
via single stage carbon dioxide (CO 2) activation and to investigate its applicability in …

The CO2 emission issue has triggered the promotion of carbon capture and storage (CCS),
particularly bio-route CCS as a sustainable procedure to capture CO2 using biomass-based …

In this work, biomass wastes (chestnut shells, walnut shells and macadamia nut shells) were
used as raw materials, and a series of activated carbons (ACs) with high micropore …