Main Teachers Melnikov Evgeny Aleksandrovich

Melnikov Evgeny Aleksandrovich


Associate professor
The Department of «Biochemical engineering»

PhD

email: e.melnikov@kazetu.kz



Professional experience

2011 - present - JSC "A.B. Bekturov Institute of Chemical Sciences" - Senior Researcher

2020 - present - LLP "Kazakhstan Engineering and Technological University"  - Associate Professor of the Department of Natural Sciences

Education

2005 - 2009 Almaty Technological University. Bachelor`s degree in "050721 - Chemical technology of organic substances".

2009 - 2011 Almaty Technological University. Master of Technical Sciences in the specialty "6N0721 - Chemical technology of organic substances".

2011 - 2014 Kazakh-British Technical University. Degree of Doctor (PhD) in the specialty "6D072100 - Chemical technology of organic substances".

2014 - Kazakh-British Technical University. Defended dissertation on the topic "Ion-exchange materials based on diglycidylaniline and benzylamine: synthesis, properties, application" for the degree of Doctor of Philosophy (PhD) at the Dissertation Council at KBTU.

Scientific interests

BR10965255 - Innovative multifunctional materials based on natural raw materials and man-made waste. Executor. 2021-2023.

BR05234667 - Physico-chemical bases for the creation of inorganic, organic, polymer compounds, systems and materials with specified properties. Executor. 2018-2020.

AP05131439 - Synthesis and modification of nanostructured ion-exchange membranes and creation of innovative water treatment systems based on them. Responsible executor. 2018-2020.



Publications

1. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Nikitina A.I., Melnikov E.A., Dauletkulova N.T. Extraction of zinc ions by anionites based on epoxy derivatives of some amines and polyamines // Chemical Journal of Kazakhstan. – 2017. – No. 1. – pp. 274-279.
2. RK patent for utility model No. 2407. Complexing anionite based on glycidyl esters and polyethylene polyamine for the sorption of strontium (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Nikitina A.I., Melnikov E.A., Dauletkulova N.T. Bulletin No. 19 of 16.10.2017.
3. RK patent for utility model No. 2408. Complexing anionite based on glycidyl esters and polyethylenimine for the sorption of strontium (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Nikitina A.I., Melnikov E.A., Dauletkulova N.T. Bulletin No. 19 of 16.10.2017.
4. Kovrigina T.V., Melnikov E.A., Dauletkulova N.T., Chalov T.K., Ergozhin E.E. Sorption of copper ions by anionites based on epoxy compounds and some polyamines // Collection of abstracts of the VII All-Russian Kargin Conference "Polymers-2017". Moscow, Russia, June 13-17, 2017, Section 5. – p.659.
5. Melnikov E.A., Chalov T.K., Ergozhin E.E., Kovrigina T.V. Extraction of zinc ions by multifunctional ionites based on various oligomers // Proceedings of the XII International Conference on Chemistry and physicochemistry of oligomers. "Oligomers-2017". Chernogolovka, Russia, October 16-21, 2017. – p. 181.6.
Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A., Nikitina A.I. Study of sorption capacity of synthesized anionites based on aniline, epichlorohydrin and some polyamines with respect to molybdenum (VI) ions // Journal of Applied Chemistry. – 2017. – Vol.90, Issue 5. – pp. 635-641.
7.    Ergozhin E. E., Chalov T. K., Kovrigina T. V., Melnikov E.A., Nikitina A. I. Performance of Anion Exchangers Based on Aniline, Epichlorohydrin, and Polyamines in Sorption of Molybdenum (VI) Ions // Russian Journal of Applied Chemistry. – 2017. – Vol. 90, No. 5. – P. 769-774. DOI: https://doi.org/10.1134/S1070427217050172 
8. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Dauletkulova N.T., Melnikov E.A. Sorption of molybdenum (VI) ions by anionites based on epoxy derivatives of some aromatic amines and polyamines // Chemical Journal of Kazakhstan. – 2017. – No. 4. – pp. 131-138.
9. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov Ye.A. Semipermeable membranes for membrane technologies // Chemical Journal of Kazakhstan. – 2018. – No. 1. – pp. 67-83.
10. Ergozhin E.E., Kovrigina T.V., Chalov T.K., Tolemisova D.K., Melnikov Ye.A. New investigations in ion-exchange membranes synthesis and their modification // Chemical Journal of Kazakhstan. - 2018. – No. 1. – pp. 138-149.
11. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Sorption of molybdenum (VI) ions with new synthetic sorbents // Sorption and chromatographic processes. - 2018. – Vol. 18, No. 3. – pp. 309-315.
12. RK patent for utility model No. 2903. Multifunctional anionite for sorption of zinc (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Dauletkulova N.T., Melnikov E.A. Bulletin No. 23 of 25.06.2018.
13. RK patent for utility model No. 2905. Anionite based on glycidyl 4,4'-oxidyaniline and polyethylenimine for the extraction of molybdenum (VI) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A., Dauletkulova N.T. Bulletin No. 23 of 25.06.2018.
14. RK patent for utility model No. 2906. Complexing anionite based on glycidyl esters and polyethylene polyamine for the sorption of lead (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Nikitina A.I., Melnikov E.A., Dauletkulova N.T. Bulletin No. 23 of 25.06.2018.
15. Ergozhin E.E., Chalov T.K., Begenova B.E., Kovrigina T.V., Melnikov Ye.A. Performance of anion exchanger based on aniline, epichlorohydrin and polyethilenpolyamine in sorption of lead (II) ions // Chemical Journal of Kazakhstan. – 2018. – No. 2. – pp. 77-83.
16. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Study of sorption properties of synthesized anionites based on aromatic hydrocarbons, epichlorohydrin and polyethylene polyamine with respect to lead (II) ions // Journal of Applied Chemistry. – 2018. – Vol.91, Issue 9. – pp. 1306-1313.
17.    Ergozhin E. E., Chalov T. K., Kovrigina T. V., Mel’nikov E.A. Study of sorption properties for lead (II) ions exhibited by anion exchangers synthesized on the basis of aromatic hydrocarbons, epichlorohydrin and polyethylenimine // Russian Journal of Applied Chemistry. – 2018. – Vol. 91, No. 9. – P. 1472-1478. DOI: https://doi.org/10.1134/S1070427218090094 
18. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Extraction of molybdenum ions by polyfunctional ionites based on aromatic amines, epichlorohydrin and some polyamines // XIX International scientific and practical conference named after Professor L.P. Kulev students and young scientists "Chemistry and chemical technology in the XXI century", Tomsk, Russia, May 21-24, 2018. – pp. 442-443.
19. Melnikov E.A., Kovrigina T.V., Chalov T.K., Ergozhin E.E. Ion-exchange polymers based on benzylamine and polyethylenimine for hydrometallurgy processes // Uzbek-Kazakh Symposium "Modern problems of polymer science", Tashkent, Republic of Uzbekistan, September 28-29, 2018 – pp. 38-39.
20. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Pryatko E.Yu., Melnikov E.A. Reagentless wastewater treatment of petrochemical production with minimal discharge // Water: chemistry and ecology. - 2018. – No. 7-9. – pp.75-83.
21. RK patent for utility model No. 3551. Multifunctional anionite for sorption of lead (II) ions from acidic solutions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Bulletin No. 4 of 01/21/2019.
22. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov Ye.A. Improving the quality of recycled water in oil-refineres by sorption and membrane methods // Chemical Journal of Kazakhstan. – 2019. – No. 2. – pp. 18-27.
23. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. The current state of the oil refining industry and the market of petroleum products in Kazakhstan // Chemical Journal of Kazakhstan. – 2019. – No. 3. – pp. 6-38.
24. Ergozhin E.E., Chalov T.K., Melnikov E.A. The state and prospects of the world oil refining industry. – Almaty: IP Beketaeva, 2019. – 562 p.
25. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Synthesis and sorption properties of multifunctional ionites based on various oligomers and polyethylenimine with respect to strontium ions // I Korshakov All-Russian conference with international participation "Polycondensation processes and polymers", Moscow, Russia, February 18-20, 2019. – P. 98.
26. Ergozhin E.E., Chalov T.K., Pryatko E.Yu., Kovrigina T.V., Melnikov E.A. Technology of drainage water purification of petrochemical production // Materials of the II International scientific and practical conference "Bulatov readings". – Krasnodar, Russia, March 31, 2019. – pp. 132-140.
27. RK patent for utility model No. 4207. Anionite for the extraction of strontium (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Bulletin No. 31 of 02.08.2019.
28. RK patent for utility model No. 4208. Anionite for the extraction of strontium (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Bulletin No. 31 of 02.08.2019.
29. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Ion exchange and membrane technologies for ensuring circulating water supply of petrochemical enterprises // V International Russian-Kazakh Scientific and Practical Conference "Chemical Technologies of functional materials", Novosibirsk, Russia, May 16-18, 2019. – pp. 113-115.
30. Kovrigina T.V., Ergozhin E.E., Chalov T.K., Khakimbolatova K.H., Melnikov E.A. Baromembrane and electrochemical technologies for desalination of brackish underground and industrial wastewater treatment // International scientific and practical conference "Modern methods of field development with hard-to-recover reserves and unconventional reservoirs", Atyrau, Kazakhstan, September 5-6, 2019. – pp. 189-197. 
31. RK patent for utility model No. 3971. Anionite based on aniline, epichlorohydrin and polyethylene polyamine for the extraction of molybdenum (VI) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Bulletin No. 20 of 17.05.2019.
32. Ergozhin E.E., Chalov T.K., Melnikov E.A. Sorption extraction of palladium based on various organic compounds // Chemical Journal of Kazakhstan. – 2019. – No. 4. – pp. 92-98.
33. Ergozhin E.E., Chalov T.K., Tskhai A.A., Kovrigina T.V., Melnikov E.A. Innovative membrane technologies for increasing the multiplicity of existing circulating water supply systems of oil refineries // Water: chemistry and ecology. – 2019. – № 10-12. – pp.96-92.
34. Zainullina A.Sh., Melnikov E.A., Manashev D.A. Ion-exchange materials based on diglidylaniline and benzylamine: synthesis, properties, application // Bulletin of the Almaty Technological University. – 2019. – No. 4. – pp. 100-104.
35. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Begenova B.E., Melnikov Ye.A. Baromembrane technologies for purification of industrial wastes, using pulse water treatment // Bulletin of the Karaganda University. Chemistry series. – 2020. – № 2 (98). – P. 83-91. DOI: https://doi.org/10.31489/2020Ch2/83-91
36. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Begenova B.E., Melnikov E.A. Physico-chemical and sorption properties of anionite based on aniline, epichlorohydrin and polyethylene polyamine with respect to strontium ions (II) // Chemical Journal of Kazakhstan. – 2020. – No. 3. – pp. 10-21.
37. RK patent for utility model No. 5313. Multifunctional anionite for sorption of strontium (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Bulletin No. 40 of 09.10.2020.
38. Patent of the Republic of Kazakhstan for utility model No. 5314. Anionite for the extraction of strontium (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Bulletin No. 40 of 09.10.2020.
39. RK patent for utility model No. 5315. Sorbent for the extraction of strontium (II) ions / Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov E.A. Bulletin No. 40 of 09.10.2020.
40. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Melnikov Ye.A. Physic-chemical and sorption properties of anionites based on aromatic amines, epichlorohydrin and polyethylenimine with regard to strontium (II) ions // Journal of Environmental Treatment Techniques. – 2020. – Vol. 8, Iss. 4. – P. 1568-1573. DOI: https://doi.org/10.47277/JETT/1573
41. Melnikov E.A., Kovrigina T.V., Chalov T.K., Ergozhin E.E. Extraction of strontium ions by multifunctional ionites based on epoxyamines // VIII All–Russian Kargin Conference "Polymers-2020, Moscow, Russia, November 9-13, 2020. – p. 546.
42. Ergozhin E.E., Tskhai A.A., Chalov T.K., Kovrigina T.V., Melnikov E.A. Improving the quality of recycled water by pulsed electromagnetic treatment // Bulletin of the oil and gas industry of Kazakhstan. – 2021. – № 1 (6). – Pp
.75-81. 43. Ergozhin E.E., Chalov T.K., Khakimbolatova K.H., Kovrigina T.V., Melnikov E.A. Investigation of the efficiency of reagentless electromagnetic treatment of source water at petrochemical enterprises // Chemical Journal of Kazakhstan. – 2021. – No. 1. – p.5-23.
44. Ergozhin E.E., Chalov T.K., Kovrigina T.V., Khakimbolatova K.H., Melnikov E.A. Studying the sorption capacity of multifunctional anionites with respect to iron ions // Conference "Fine organic synthesis-2021", Almaty, Kazakhstan, September 3, 2021. – pp. 27-28.

Disciplines taught


Inorganic, organic and analytical chemistry

The purpose of the discipline is to form the student's knowledge about the modern basics of inorganic, organic and analytical chemistry in order to apply the knowledge gained in the technological process, as well as to instill the basics of qualitative and quantitative analysis of chemical compounds.

Chemistry of oil and gas

The purpose of the discipline is to study the chemical composition, basic physico-chemical properties and methods of research of oil, petroleum products and natural gases.

Chemistry of high-molecular compounds

The purpose of the discipline is to familiarize students with the basics of the science of high-molecular compounds, with modern ideas about their structure, properties, as well as with the most important areas and aspects of the practical application of polymers, methods of their analysis and identification.

Basics of chemical and biological safety

The purpose of the discipline is to form students' thinking on safety priorities in solving engineering problems; to study the main aspects of ensuring chemical and biological human safety in settlements and work areas.As a result of the training, the student will be able to demonstrate knowledge about chemical and biological safety as an integral part of the national security of the Republic of Kazakhstan, interpret the chemical and biological safety management system.

Fundamentals of chemical technology monomers

The purpose of the discipline is to form knowledge in the field of chemical technology of monomers and intermediates, to study the basics of modern technology of monomers and petrochemical raw materials. The discipline is focused on the study of the basic physical and chemical properties of the most important monomers, which make it possible to obtain high–molecular substances based on them.

Technology of primary preparation and processing of hydrocarbon raw materials

The purpose of the discipline is to form the ability to describe the main methods of oil and gas refining, to assess scientific and technical problems and prospects for the development of technology for the preparation and processing of hydrocarbon raw materials. The discipline forms creative thinking and instills the skills of conducting computational, experimental work to optimize the processes of preparation and primary processing of oil and gas and is aimed at studying the preparation and primary processing of hydrocarbon raw materials.

Mechanisms of organic reactions

The purpose of the discipline is to study the mechanisms of organic reactions, the concept of which interactions and properties of atoms, molecules direct the reaction in one direction or another, as well as to find out which factors are the main ones in the course of organic reactions.

Timetable of classes

Понедельник Вторник Среда Четверг Пятница Суббота
08:30
09:20
Неорганическая, органическая и аналитическая химия, Практики
(Учебный корпус №2, 113 (Б))
Неорганическая и аналитическая химия, Лекции
(Учебный корпус №1, 43 (Б))
09:25
10:15
Неорганическая, органическая и аналитическая химия, Практики
(Учебный корпус №2, 113 (Б))
Неорганическая и аналитическая химия, Лекции
(Учебный корпус №1, 43 (Б))
10:20
11:10
Неорганическая, органическая и аналитическая химия, Лекции
(Учебный корпус №2, 113 (Б))
Неорганическая и аналитическая химия, Практики
(Учебный корпус №1, 43 (Б))
11:15
12:05
Неорганическая, органическая и аналитическая химия, Лекции
(Учебный корпус №2, 113 (Б))
Химия нефти и газа, Лекции
(Учебный корпус №2, 113 (Б))
12:10
13:00
Химия нефти и газа, Лекции
(Учебный корпус №2, 113 (Б))
13:30
14:20
Химия нефти и газа, Практики
(Учебный корпус №2, 113 (Б))
14:25
15:15
15:20
16:10
16:15
17:05
17:10
18:00
18:10
19:00
19:10
20:00
Opening lessons