AZTUProgrammes

Subject · Chemical engineering

Engineering of chemical reactionsTopics

İF-3047y6 creditsAutumn semesterMandatory2025-2026

Topic plan

The subject's topics and the learning outcomes attached to each one.

30 topics

  1. 1. 1. introduction to chemical reaction engineering. rate-limiting step of a chemical reaction. molecularity and design of the reaction

    Lecture
    Open resource: 1. introduction to chemical reaction engineering. rate-limiting step of a chemical reaction. molecularity and design of the reaction (opens in a new tab)

  2. 2. 2. composition of chemical reaction: zero, first, second, third composition reactions

    Lecture

  3. 3. 3. coupled reactions. methods of determining the reaction composition. the effect of temperature on the reaction rate.

    Lecture

  4. 4. 4. mechanism of monomolecular reactions. transition state (active complex) theory. chain reactions.

    Lecture

  5. 5. 5. photochemical reactions. laws i and II of photochemistry. quantum deduction

    Lecture

  6. 6. 6. catalysis. general concepts. enzymatic catalysis.

    Lecture

  7. 7. 7. main features and stages of heterogeneous catalytic processes

    Lecture

  8. 8. 8. diffusion. physical and chemical adsorption

    Lecture

  9. 9. 9. adsorption isotherms. langmuir's theory of monomolecular adsorption

    Lecture

  10. 10. 10. BET theory. requirements for industrial catalysts

    Lecture

  11. 11. 11. requirements for industrial reactors. reactor material balance equation. periodic ideal mixing reactor

    Lecture

  12. 12. 12. ideal compression reactors

    Lecture

  13. 13. 13. continuous ideal mixing reactor. causes of deviation from ideality in flow reactors

    Lecture

  14. 14. 14. heat balance equation. thermal regimes of chemical reactors. the main technological indicators of process efficiency

    Lecture

  15. 15. 15. duration of stay of raw materials in the reaction zone. distribution functions of length of stay

    Lecture

  16. 16. 1. application of the rate equation and calculation of the rate constant for zero order reactions

    Seminar

  17. 17. 2. calculation of rate constant and half-life for reactions of the first order

    Seminar

  18. 18. 3. application and calculations of kinetic equations for two-order reactions

    Seminar

  19. 19. 4. kinetic calculations for three-order reactions

    Seminar

  20. 20. 5. determination of the composition of the reaction based on experimental data

    Seminar

  21. 21. 6. kinetics of rotary reactions and calculation of equilibrium constant

    Seminar

  22. 22. 7. kinetics of parallel reactions and analysis of product yield

    Seminar

  23. 23. 8. kinetics of successive reactions and calculation of the concentration of intermediate products

    Seminar

  24. 24. 9. effect of temperature on reaction rate. applying the arrhenius equation

    Seminar

  25. 25. 10. calculation of the activation energy according to the arrhenius graph

    Seminar

  26. 26. 11. calculation of activation enthalpy and entropy

    Seminar

  27. 27. 12. mole balance and stoichiometry. calculating the conversion rate

    Seminar

  28. 28. 13. calculation of selectivity and yield

    Seminar

  29. 29. 14. basic calculations of isothermal reactors (cstr and pfr).

    Seminar

  30. 30. 15. collection of experimental data on reaction rate, graph construction and statistical analysis

    Seminar