… CO 2 capture technology today is based on postcombustion CO 2 absorption.2, 3 In this
process CO 2 is captured … Typically, the CO 2 concentrations are 3–5% in natural gas-fired and …

… as absorbents for CO 2 from power plant flue gases are the amount of energy needed to
regenerate the CO 2 rich solvent and the size of the CO 2 capture plant. Conventional …

… model for CO 2 desorption including desorber packing, reboiler, and condenser was
developed and validated … between the experimental averaged and the simulated CO 2 mass …

… This article presents the dynamic modeling of CO 2 capture plants followed by a detailed
validation … predictions are in good agreement with the experimental data related to the transient …

… Postcombustion CO 2 capture using CaO as a regenerable solid sorbent in a circulating …
is emerging as a promising CO 2 capture technology. Experimental validation of this concept is …

… has yet to be validated. The aim of this work, therefore, is the experimental validation of the
key … CO 2 capture must to take place for the process in Fig. 2 to be able to operate in practice. …

… The accuracy of the developed models has been validated against experimental data,
published in literature by Gabrielsen. Temperature and composition profiles within the columns …

… a description of the CO 2 sorption process. The purpose of this paper is to validate this model
using the results of CO 2 sorption-only experiments. Ding and Alpay have compared their …

… validate the absorber and desorber models, as well as to understand the dynamic behavior
of the whole capture… by comparing the experimental determined and calculated CO 2 mass …

… model of the conventional amine based CO 2 capture process is developed and implemented
in MATLAB. The process model consists of various process unit models … the experimental …