STUDY OF NUMERICAL SOLUTION OF AMMONIA SYNTHESIS PROCESS BASED ON NAVIER-STOKES DIFFERENTIAL EQUATIONS

In this article, the numerical solution of ammonia synthesis process based on Navier- Stokes differential equations is studied. The Navier-Stokes equations allow modeling the flow in the ammonia synthesis process, where the reaction kinetics and concentrations are introduced through ordinary differential equations. The methodology includes the formulation of a mathematical model, the study of the graphical form of the numerical solution. The results of numerical solutions reveal detailed information about fluid flow directions, concentration gradients, and temperature distribution inside the reactor. Also, based on the results of the research, suggestions for future research directions were given. Overall, this research will help advance the understanding and optimization of the ammonia synthesis process, pave the way for sustainable production practices and technological innovation.