Modeling of Chemical Kinetics and Reactor Design

by Ph.D. A. Kayode Coker, Coker A. Kayode
Modeling of Chemical Kinetics and Reactor Design ()
Get full text at journal


This chapter reviews the usage of the numerical method of analysis that is used to model the concentration-time profiles of various reactions in a batch reactor. The chapter also provides sizing of the batch, semi-batch, continuous flow stirred tank, and the plug flow reactors for both isothermal and adiabatic conditions. Reactor design is primarily concerned with the type and size of the reactor and its method of operation for the required process. The design of any process where chemical reaction is required is given due consideration. The thermodynamics involving the equilibrium of a reaction are investigated before the chemical kinetics in relation to the reaction mechanisms. There are various advantages of using the liquid phase rather than the gas phase operation, if for the desired product the reactor is smaller. This is because the physical properties of liquids are greater than those for gases, for instance the heat capacities and the thermal conductivities, factors that increase the heat transfer. Also, the small equipment size results in lower power requirements and capital costs. The main disadvantages are corrosion and catalyst losses. In considering a liquid system, all operating conditions must fall within the two-phase region.

Cite this document (BETA)

Readership Statistics

3 Readers on Mendeley
by Discipline
by Academic Status
33% Ph.D. Student
33% Student (Bachelor)
33% Student (Master)

Sign up today - FREE

Mendeley saves you time finding and organizing research. Learn more

  • All your research in one place
  • Add and import papers easily
  • Access it anywhere, anytime

Start using Mendeley in seconds!

Sign up & Download

Already have an account? Sign in