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Abstract: Catalytic naphtha reforming process is a vital process for refineries due to the production of high-octane components, which is intensely demanded in our modern life. The significance of this industrial process induced researchers to investigate different aspects of catalytic naphtha reforming process intensively. Some of the investigators try to improve this process by representing more effective catalysts, while others try to elucidate its kinetic and deactivation mechanisms and design more efficient reactor setups. The amount of these established papers is so much that may confuse some of the researchers who want to find collective information about catalytic naphtha reforming process. In the present paper, the published studies from 1949 until now are categorized into three main groups including finding suitable catalyst, revealing appropriate kinetic and deactivation model, and suggesting efficient reactor configuration and mode of operation. These studies are reviewed separately, and a suitable reference is provided for those who want to have access to generalized information about catalytic naphtha reforming process. Finally, various suggestions for revamping the catalytic naphtha reforming process have been proposed as a guideline for further investigations. [Copyright &y& Elsevier]

Highlights: [•] A novel thermally coupled reactor in CCR naphtha reforming process is modeled. [•] A new kinetic model involving 32 pseudo-component and 84 reactions is proposed. [•] Modeling is carried out in two dimensions considering a new deactivation model. [•] Nitrobenzene hydrogenation is employed as the heat source. [•] The aromatics and hydrogen increase 92 and 190kmol/h, respectively. [ABSTRACT FROM AUTHOR]