Chepushtanova Tatyana

Chepushtanova Tatyana

Ph.D., Candidate of technical sciences

Associate Professor

Head of Department

Mining and Metallurgical Institute named after O.A. Baikonurov

Department of Metallurgical processes, Нeat engineering and Technologies of special materials

Email: t.chepushtanova@satbayev.111

H-index:
2

PhD count:
2

Professional biography

Chepushtanova Tatyana Aleksandrovna since 2016 is the head of the department "Metallurgical processes, heat Engineering and technology of special materials", metallurgical engineer, associate professor. Candidate of Technical Sciences (2010); dissertation topic “ " physical and chemical properties and technological bases of Pyrrhotite production from pyrite”. The first candidate of technical Sciences in the Republic of Kazakhstan in metallurgy. There is a diploma of the Colorado School Of Mines-Colorado School Of Mines (USA, Gold) on awarding the degree of Doctor of Philosophy. academic degree in metallurgy, years of study 2007-2010. The diploma of conferring the highest academic degree-Doctor of Philosophy in the field of metallurgy of the Ministry of Education and Science of the Republic of Kazakhstan was awarded in 2010. Owner of the PMP certificate. Three-time winner of the State Scholarship for Talented and Young Scientists of the Ministry of Education and Science of the Republic of Kazakhstan. In 2015, she was awarded the title of Associate Professor. Successfully participated in the project of the International Scientific and Technical Center-ISTC (ISTC k 464.2)-” processing of ore and technogenic arsenic-containing products to produce low-toxic arsenic-containing compounds", 2004-2007. Over the past 10 years, she has been and remains the chief scientific officer in a number of projects related to the integrated processing of mineral raw materials and waste disposal. Based on the results of the project” Development of technology for producing nanodispersed metal and oxidized Iron powders " in 2015-2017, a monograph was published, a patent application was filed, and unique samples of iron oxide nanopowders were obtained. Currently, he is the chief researcher of the project "justification and development of technology for processing gold-arsenic-coal concentrates", 2018-2020. Under her leadership, she defended 7 master's theses, more than 40 bachelor's theses in the specialty Metallurgy. The author of the textbook - " chemistry of solutions and surface phenomena."The author of more than 20 training complexes. It has introduced digital technological equipment-3D atlases of metallurgical furnaces in the disciplines of heat and power engineering of metallurgical processes and metallurgical furnaces. For the first time in the specialty "Metallurgy" at KazNTU, she developed educational and methodological complexes on the basics of metallurgy, mining metallurgy and the energy system of metallurgical processes in English and introduced them into the educational process. He is the author of many curricula and educational programs in metallurgy, including corporate programs of Kazatomprom and JSC "UK TMK". Author of more than 100 scientific papers, index-Hirsch 2, Author of the innovative patent of the Republic of Kazakhstan for magnetizing firing, more than 20 publications with a high impact factor, author of the monograph "study of the structural and technological properties of synthetic pyrrhotites"in English. Publisher: Lambert, Germany. Co-author of the innovation patent for invention No. 20508-method of magnetizing firing of pyrite-containing raw materials; No. 43282 - " method of complex processing of poor oxidized nickel ores to produce iron oxide powders."Member of the Metallurgical Society of the USA-TMS, member of IGIP, register ING-PAED-IGIP, Austria, has the right to teach at European engineering universities.

Education

1. Kazakh National Technical University named after K. I. Satpayev (KazNTU), Institute of Metallurgy and Printing, Department of Metallurgical Processes and Technology of Special Materials. Almaty, Satpayev 22. 2000-2005. Specialty: physical and chemical research in metallurgy. Qualification-metallurgical engineer.

2. Postgraduate study of the Kazakh National Technical University named after K. I. Satpayev (KazNTU). Almaty, Satpayev 22. 2005-2007. Candidate of Technical Sciences (2010), 05.16.02-Metallurgy of non-ferrous and ferrous metals No. 0004530.

3. Doctoral degree PhD Kazakh National Technical University named after K. I. Satpayev PhD Ph. D. Mining School of Colorado, USA. Almaty, Satpayev 22g. Golden, 1500 Illinois St. CO 80401. 2007-2010 Doctor of PhD in specialty 6d070900 metallurgy No. 0000163 Colorado Mining School diploma of Doctor of Philosophy in Metallurgy.

Scientific projects

1. 2018-2020-justification and development of technology for processing gold-arsenic-coal concentrates, RIPR-grant funding, science

2. 2018-2020-PCF "Extraction of pyrite concentrates from wet magnetic separation tailings and their complex processing" Program No.: 2018 / BR05235618.

3. 2015-2017 project "Development of technology for the production of nanodispersed metal and oxidized iron powders" No. 757 MON. GF. 15. RIPR. 26. - grant funding

4. 2015-2017 Project " concentration and purification (refining) of solutions of non-ferrous metals. No. 757 MON. GF. 15. RIPR.21. - grant funding, science

5. 2012-2014 project "Technology of utilization of arsenic-containing waste" GF No. 751. MON. GF. 12. 19.

6. 2009-2011 under the project NTP No. 723 UGM. 09 "Technologies for hydrocarbon raw materials and the mining and metallurgical complex and related service industries".

7. 2004-2007 The project of the International Scientific and Technical Center-ISTC (ISTC k 464.2) - “processing of ore and technogenic arsenic-containing products to produce low-toxic arsenic-containing compounds”. Processing of gold-arsenic-containing raw materials, utilization of arsenic waste; processing of pyrite materials, slags; production of iron oxide nanopowders; liquid extraction of copper, the problem of hail formation during copper extraction.

Publications

1. Сульфидный обжиг как средство извлечения цинка из окисленных руд. 

2.Производство оксидных порошков из хлорида железа.

3. Синтез полисульфида натрия для переработки медной руды.

4. Комбинированная технология переработки окисленных никелевых руд.

5. Исследование магнитных и флотационных свойств синтезированных гексагональных пирротитов.

6. Механизм неокислительного и окислительного выщелачивания пирротина. 

7. Сульфидизационный обжиг низкосортной свинцово-цинковой оксидной руды с пиритом.

8. Сульфидирование-пирротизирующее обжигание средних, смешанных, полиметаллических руд. 

9. Нестехиометрическая теплоемкость пирротитов. 

10. Модификация удельной поверхности и пористости пирита и арсенопирита при термическом разложении.

11. Luganov V.A., Chepushtanova T.A., Guseynova G.D., Mamyrbayeva K.K., Baigenzhenov O. S., Merkibayev E. S. Development of technology for gold-arsenic-coal concentrates processing // International Mineral processing and recycling conference, IMPRC  Белград, Сербия, 8-10 мая 2019. С.: 475-481(в базе данных Scopus) https://www.imprc.tfbor.bg.ac.rs/download/Accepted.pdf

12. Кожабеков Р.Р., Чепуштанова Т.А. Изучение процесса сульфидирования окисленных минералов цветных металлов в присутствии пирита // Сатпаевские чтения 2019. - С.743-746.https://official.satbayev.university/ru/materialy-satpaevskikh-chteniy

 13. Нурсапарова А.Ж., Луганов В.А., Чепуштанова Т.А., Е.С. Меркибаев, Г.Д. Гусейнова. «Технология переработки пиритных концентратов, получаемых при обогащении хвостов мокрой магнитной сепарации АО «ССГПО», Международные Сатпаевские чтения, том 1, с.534-538, 2020. https://official.satbayev.university/download/document/15492/%D0%A1%D0%B0%D1%82%D0%BF%D0%B0%D0%B5%D0%B2%D1%81%D0%BA%D0%B8%D0%B5%20%D0%A7%D1%82%D0%B5%D0%BD%D0%B8%D1%8F%202020%20-%201%20%D1%82%D0%BE%D0%BC.pdf

14. Нурсапарова А.Ж., Луганов В.А., Чепуштанова Т.А., Е.С. Меркибаев, Г.Д. Гусейнова. «Технико-экономическая оценка технологии удаления мышьяка из упорных золотомышьяковых концентратов», Международные Сатпаевские чтения, том 1, с.538-542, 2020. https://official.satbayev.university/download/document/15492/%D0%A1%D0%B0%D1%82%D0%BF%D0%B0%D0%B5%D0%B2%D1%81%D0%BA%D0%B8%D0%B5%20%D0%A7%D1%82%D0%B5%D0%BD%D0%B8%D1%8F%202020%20-%201%20%D1%82%D0%BE%D0%BC.pdf

15. V.A. Luganov, T.A. Chepushtanova,  G. D. Guseynova, Y. Merkibayev, K.K. Mamyrbaeva, B. Mishra. Processing of pyrite concentrates with the extraction of non-ferrous metals: nickel and cobalt technology elaboration. 63-rd International Scientific Conference, October 23, 2020, Sofia, Bulgaria, в печати.

16. Omirserik Baigenzhenov, Alibek Khabiyev, Brajendra Mishra, M. Deniz Turan, Merey Akbarov, Tatyana Chepushtanova. Uranium (VI) Recovery from Black Shale Leaching Solutions Using Ion Exchange: Kinetics and Equilibrium Studies. MDPI Minerals 2020, 10, 689; doi:10.3390/min10080689. P. 1-15. https://www.mdpi.com/2075-163X/10/8/689

17. Uranium (Vi) recovery from black shale leaching solutions using ion exchange: Kinetics and equilibrium studies

Potential research studies of doctoral students

1. Physicochemical research of thermal arc melting and production of titanium alloys by vacuum arc.

2. Description and development of technologies for the production of nanodispersed precursors and ferrites from chloride solutions.