Article Code : 13971205177800

Article Title : Intensification of liquid fuel production using Nano Fe Catalyst in GTL process

Journal Number : 5 Summer 2019

Visited : 71

Files : 1.93 MB

List of Authors

  Full Name Email Grade Degree Corresponding Author
1 Mohammad Irani Assistant Professor PhD
2 Asghar Alizadehdakhel Assistant Professor PhD
3 Yahya Zamani Assistant Professor PhD


An experimental and computational fluid dynamic (CFD) investigation was carried out to intensify the production of gasoline in a bench-scale Fischer –Tropsch Synthesis (FTS) process. A cylindrical reactor with one preheating and one reaction zone was employed. The reactor temperature was controlled using a heat jacket around the reactor’s wall and dilution of the catalyst in the entrance of the reaction zone. An axi-symmetric CFD model was developed and the non-ideality of the gas mixture was considered using Peng-Robinson equation of state. A kinetic model based on 25 chemical species and 23 reactions was utilized. The model validated against experimental measurements and the validated model employed to investigate the effects of operating conditions on the performance of the reactor. The optimum values of operating conditions including pressure, reactor temperature, GHSV and H2/CO ratio were determined for maximum reactor performance.