ارائه الگوي سينتيكي توليد كك در فرايند شكست حرارتي گازوئيل در ميكروراكتور پيروليز

Kinetic Modeling of Coke Formation During Steam Cracking of Gasoil in Pyrolysis Microreactor

In this paper, a kinetic model for coke formation during steam cracking of gasoil has been developed in a pyrolysis microreactor. A laboratory tubular steam-cracking reactor was designed, built and tested in order to study coke formation. Developing a coking model in gas oil cracking reactors requires a mathematical model of the reactor based on a reliable kinetic model for gasoil cracking. For this purpose, a molecular kinetic model was used and tuned by experimental data. Experimental design methods are widely used in research as well as in industrial settings in wide purposes. Central composite design (CCD) approach was used to reduce the number of experimental costs and times.