1. To develop modern technologies for obtaining catalysts.
2. To select and apply knowledge and understanding of chemistry and technology to solve the qualitative and quantitative problems of chemical production.
3. To choose optimum parameters and optimize processes of chemical technology of catalysts.
4. To evaluate the influence of technological factors on the output and composition of the final product.
8. To carry out a feasibility study of chemical production (to determine the requirements for the target product and to calculate the production capacity), to have methods for improving the technological process, to understand the theoretical and practical approaches to the creation and management of production.
9. To make a choice of the corresponding technological equipment and to graphically depict the technological process using automated design systems for the development of the technological scheme of chemical and technological manufactures.
10. To use scientific data on trends in the development of industry technology, scientific provisions of the technology of inorganic substances for substantiation of optimal technology.

Previous academic disciplines:
General chemical technology
General and inorganic chemistry
Physical chemistry
Concomitant and following disciplines:
Chemical-technological processes in the preparation of natural waters
Chemistry and technology of nanomaterials

In the discipline "Catalysis in chemical technology" the essence and peculiarities of the phenomenon of catalysis are considered, its varieties are homogeneous and heterogeneous, modern views on the nature of catalytic action, as well as the basis of technology for obtaining industrial contact masses of their classification and features.

1. Technology of catalysts. Ed. I.P.Mukhlennova - M., Chemistry. - 1989 -
2. V.A.Royter. Introduction to the theory of kinetics and catalysis. - Edition of the AIUSSR. - Kiev - 1962. - 112 p.
3. G. Bremer, K.-P. Wendlandt. Introduction to heterogeneous catalysis. - M., World. - 1981. - 160 s.
4. E.Ridil. Development of representations in the field of catalysis. - M., World. - 1971 - 256 pp.
5. GK Boreskov. Heterogeneous catalysis. - Moscow: Nauka, 1986. - 304 p.
6. GMPanchenkov, VPLebedev. Chemical kinetics and catalysis. Educational manual for high schools. - 3rd ed. not and add - M., Chemistry. - 1985. - 592 pp.
7. S.L.Kiperman. Fundamentals of chemical kinetics in heterogeneous catalysis. - M .: Chemistry. - 1979 - 352 pp.
8. I.Ioffe, L.M.Pismen. Engineering chemistry of heterogeneous catalysis. - L.: Chemistry. - 1972 - 464 pp.
9. C.Setterfield Practical course of heterogeneous catalysis. - M., World. - 1984 - 520 p.
10. A. Adamson. Physical chemistry of surfaces. - M., World. - 1979 - 568 pp.
11. Dzisko VA, Karnaukhov AP, Tarasova D.V. Physical and chemical bases of production of oxide catalysts. Novosibirsk, Science. - 1978 - 384 pp.
12. AA Davydyan, N.I.Ghorvuhin. Production of cracking catalysts and highly active silica gels. - M., Chemistry. - 1972 - 168 pp.
13. T. Thomas. Industrial catalytic processes and effective catalysts. - M., World. - 1973 - 386 pp.
14. Catalysis in a boiling layer. Ed. Muhlenova I.P. - L., Chemistry. - 1971 - 312 pp.
15. Kinetics of heterogeneous-catalytic processes under pressure. Ed. Atroshchenko V.I. - Higher school. - 1974. - 170 p.
16. Methods of study of catalysts. / Ed. D.T. Thomas, R. Lembert. - M., World. - 1983 - 304 pp.
17. Experimental methods of catalysis research. Ed. R. Anderson - M. Mir. - 1972 - 480 s.

Auxiliary
1. Methods of calculation of the technology of bound nitrogen. Ed. Atroshchenko V.I. - Kiev, High school. - 1978 - 312 pp.
2. G. K. Boreskov. Heterogeneous catalysis. - Moscow: Nauka, 1986. - 304 p.

Current control (PC):
Verification control (2 units) - 30 b (15 b for each).
Examination Control:
written component - 50 b.
oral component - 20 b.
Together - 100 b.