+7 7172 39-76-08, maxatanuarbekov@gmail.com  Senior lecturer S. Seifullin KATU, PhD.

The main research areas

Development of a burner device for burning synthetic gases (biogas) based on swirling streams.

Education

2013-2017 Bachelor's degree in Thermal Power Engineering from L. N. Gumilyov Eurasian National University.

2017-2019 Master's degree in the specialty "Heat Power Engineering" of the L.N. Gumilyov Eurasian National University.

2020-2023 Doctoral studies in the specialty «Heat power Engineering» of the Kazakh Scientific Research Agrotechnical University named after S. Seifullin.

Work experience

From 2019 to 2022, he was an assistant at the Department of Thermal Power Engineering, S. Seifullin KATSU;

from 2023 to the present, he was a senior lecturer at the Department of Thermal Power Engineering, S. Seifullin KATSU.

Awards and Honours

The holder of a nominal scholarship within the framework of the Ozat scholarship program. Fund for the Development of Social Projects «Samruk Kazyna Trust». Astana, 2016 – 2017.

Advanced training courses

Operation and regulation in heating gas supply and ventilation systems, 150 chapov
Fundamentals of scientific research, 72 chapov (30.10-10.11.2023 year);
Heat engineering process and heat transfer in installations, 72 chapov (13.11-24.11.2023 year).
Boiler plants and steam generators, physico-chemical methods of water treatment, 72 chapov (02.09-13.09.2024 year);
Autonomous heat supply, engineering systems of buildings and structures, 72 chapov (16.09-27.09.2024 year);
"Innovative methods of active teaching in Higher School: theory and practice", 72 Chapel (08.01-17.01.2025).

Published works

1) Dostiyarov A.M., Kamyshev D.R., Kibarin A.A., Yamanbekova A.K., Tumanov M.E., Anuarbekov M.A., Koldasova Gorenje Experimental investigation of the combustion process without preliminary mixing in a vortex burner with a mixture of liquefied gas and hydrogen. Energy, - 2024, 17(5), 1012. The percentile is 65% (second quarter). https://doi.org/10.3390/en17051012
2) Dostiyarov Abai M., Nauryz Bauyrzhan K., Kumargarina Madina B., Dostiyarova Aliya M., Turymbetova Gulzukhra D., Anuarbekov Maksat A., Aydimbayeva Zhanar A. Results of experimental studies of a frontal device with a two-tiered air burner in the combustion chamber of a gas turbine engine. Scientific Journal Thermal Science, - 2023, 27(5), pp. 3709-3718
The percentile is 36% (third quarter). https://doi.org/10.2298/TSCI221014066D
3) Abai Dostiyarov, Maksat Anuarbekov, Nella Dzhamankulova, Ilia Iliev. Numerical simulation of the aerodynamic air flow and the results of a study of a burner device for burning synthetic gas. Scientific Journal Thermal Science, - 2024, 28(6), pp. 4781-4791. The percentile is 36% (third quarter). https://doi.org/10.2298/TSCI240626239D
4) Dostiyarov A.M., Anuarbekov M.A. Numerical modeling of biogas fuel combustion in a burner. Proceedings of the University. Automation. Energy. ICT – 2022, №1 (86). - Pp. 278-286.
5) Anuarbekov M.A., Aydimbayeva Zh.A. Sarakeshova N.N. Description of the experimental stand and the results of the study of a burner device for burning synthetic gas. Bulletin of the University of Toraigyrov. Energy Series – 2023, No. 1. pp. 61-75.
6) Anuarbekov M.A., Amanbekova A.K. Results of modeling the aerodynamic section of the stabilizer of the burner device in order to determine the optimal parameters. Bulletin of the University of Toraigyrov, Energy Series – 2024, No. 2, pp. 33-46.
7) Dostiyarov A.M. Anuarbekov M.A., Kartdzhanov N.R. Microfibre burner for burning synthetic gases. Patent for invention No. 35652 Republic of Kazakhstan. - 06.05.2022.
8) Dostiyarov A.M. Anuarbekov M.A. Burner device for burning biogas. Patent for invention No. 35865 Republic of Kazakhstan. - 30.09.2022.
9) Dostiyarov A.M., Magzumova A.K., Anuarbekov M.A. Vernickas P.A., Sarakeshova N.N., Bakhmetyev B.A. Two-tier microfibre burner device. Patent for invention No. 36479 Republic of Kazakhstan. - 11/24/2023.