… Carbon capture processes are highly energy intensive and the main driving force during
the process design is the necessity to reduce the energy consumption for the solvent …

… In this study, we introduce control and adaptation with … , we introduce the BFB model for CO
2 capture. The third … distillation column and a BFB process for CO 2 capture, are presented in …

… CO 2 capture process description. In the literature review part, the experimental and modeling
… (84) In other words, even though the ANN has the capability of adaptive learning, it is not …

… This paper describes the modeling and analysis procedure, and discusses the results from
… This paper presents an adaptive-network-based fuzzy inference system (ANFIS) technique …

… To support the model selection process for carbon capture … of process models, economic
models, and LCA models [1]. In … programmes, and later adapted for energy technologies by …

… We critically review the effects of basis set size, quantum chemical method, solvent models,
… preferred if the corresponding DFT optimized geometries were adapted for the benchmark. …

… The organization of this article is as follows: Section 2 describes in detail the pilot-scale
mechanistic CO 2 capture absorber model employed in this study. The robust design …

… on the analysis results, a linear model predictive controller is designed for the CO 2 capture
… wide range change of the CO 2 capture rate and a satisfactory adaptation to the power plant …

… model associated with the combustion and capture process. That is, the original model
associated with the process … the CO 2 capture process using the complete process model using a …

… This review critically examines the dynamic PCC process models developed to date and …
the dynamic model of the amine CO 2 capture process with models of the sub-processes, such …