The kinetic model of thermal cracking for olefins production

Experimental study and optimization of heavy liquid hydrocarbon thermal cracking to light olefins by response surface methodology

“…These low molecular weight olefins are basic feedstocks for the petrochemical industry [1]. The worldwide demand and production of olefins are relatively higher than for any other chemicals.…”

Semi-mechanistic Model Applied to the Search for Economically Optimal Conditions and Blending of Gasoline Feedstock for Steam-cracking Process

“…Model PYROL development documentation and technical details including implementation and model parameters tuning has been reported in sufficient details in our previous papers [16][17][18]. This study is aimed at application only, therefore we offer brief description of the model in this paragraph.…”

Effect of normal paraffins separation from naphtha on reaction kinetics for olefins and aromatics production

“…Reaction kinetics modeling of NTC and NCR for olefins and aromatics productions, respectively, is an attractive tool for feedstock selecting and mixing, production planning, optimal reactor controlling, reactor designing and revamping, and process modification (Belohlav et al, 2003). The large number of reactions and hundreds of components taking part in the actual reaction system make this a rather complex problem.…”

“…An effective reaction kinetics model must properly represent all major types of reactions and at least account for the most important classes of chemical species present in the reaction mixture. Recently, various kinetics models for NTC (Belohlav et al, 2003;Jia et al, 2009;Keyvanloo et al, 2012;Niaei et al, 2004;Sadrameli and Green, 2005;Seifzadeh Haghighi et al, 2013) and NCR (Gyngazova et al, 2011;Hou et al, 2006;Iranshahi et al, 2013;Meidanshahi et al, 2011;Rahimpour et al, 2013;Rodríguez and Ancheyta, 2011;Zagoruiko et al, 2014) have been developed.…”