Associate Professor of the Department of Innovative Technologies of High-Tech Industries of the Institute of Energy Efficiency and Hydrogen Technologies “NRU “MPEI”
Work experience:
- General: 17 years 6 months
- Scientific and pedagogical: 10 years 10 months
Education:
- Education level: Higher education – specialty
- Specialty: Industrial Heat Power engineering
- Qualification: Engineer
Academic degree and academic title:
- Academic degree from 06/19/2009 Candidate of Technical Sciences (2009);
- Specialty: Industrial heat power engineering;
- Academic title from 11.06.2021 associate professor in the specialty “Industrial heat power engineering”.
Additional professional education:
Professional retraining:
- Diploma according to the program “University management: the procedure for preparing and passing state accreditation using the IS “Electronic MEI”, 252 hours, FSBEI HE “NRU”MPEI”
- Diploma according to the program “Innovative technologies in engineering tasks (Heat power engineering and heat engineering)”, 550 hours, FSBEI HE “NRU “MPEI”
- Diploma according to the program “Organization and management of educational and scientific activities at the university”, 358 hours, FSBEI HE “NRU MPEI”
Professional development:
- Certificate according to the program “Modeling of physical processes of power equipment based on methods of finite element analysis in the environment of engineering calculations ANSYS (basic course)”, 82 hours, FSBEI HE “NRU “MPEI”
- Certificate according to the program “Hydrogen energy”, 72 hours, FGBOU VO “NRU “MPEI”
- Certificate according to the program “Anti-corruption: new directions”, 24 hours, FGBOU VO “NRU “MPEI”
- Certificate according to the program “Digital competencies in professional pedagogical activity”, 72 hours, FSAOU HE “South Ural State University (National Research University)”
Topics of independent research and creative activity
Energy saving and energy efficiency. Efficient ways to produce and use hydrogen.
The list of subjects taught in the Federal State Educational Institution of Higher Education “NRU “MPEI”
- Hydrogen energy;
- Heat technology of fuel processing;
- Industrial training at the CHP
- Thermal technology complexes and waste-free systems
- Fundamentals of theory and intensive energy saving
- Environmental protection in heat technology systems
Brief biography
Petin Sergey Nikolaevich, born in 1983, Russian, graduated with honors from the Power Engineering Faculty of the Nosov Moscow State Technical University in Magnitogorsk in 2005 with the award of the qualification – engineer in the specialty “Industrial Heat Power Engineering”.From 2005 to 2008 . He studied at the full-time postgraduate course of the NRU MPEI.
In 2009, he was awarded the degree of Candidate of Technical Sciences in the specialty 05.14.04 “Industrial heat power Engineering”. The topic of the dissertation is “Development of a promising model of energy and environmentally efficient hydrogen production based on natural gas and combination of processes in ferrous metallurgy”.
2007 to the present day – works at the Federal State Educational Institution of Higher Education “NRU “MPEI” as an engineer, teacher on an hourly basis, senior lecturer and associate professor at the Department of Energy of High-temperature Technology.
From 2020 to 2022, he worked as an internal part-time employee at the Federal State Educational Institution of Higher Education “NRU “MPEI” as head of the Department of Additional Professional Education of the Institute of Distance and Additional Education.
From 2005 to 2017, he worked in organizations of the real sector of the economy:
- MMK PJSC – compressor plant operator;
- NPO Mashinostroenie – engineer;
- LLC PSK “ENERGOMONTAZH” – head of the department of operation of heat supply systems;
- NPF EKOTORENS LLC – General Director;
- TEN-Invest LLC – Deputy General Director for Technical and Economic Issues.
Publications:
Articles in domestic scientific journals from the list of the Higher Attestation Commission:
2017 Agababov V.S., Petin S.N., Borisova P.N. Thermodynamic analysis of an installation for simultaneous generation of electricity and cold of two temperature potentials // New in the Russian electric power industry. 2017. No. 4. pp. 37-47.
2017 Klimenko, A.V. Thermodynamic efficiency of using expander-generator units at stations of technological pressure reduction of transported natural gas / A.V. Klimenko, V.S. Agababov, P.N. Borisova, S.N. Petin // Thermophysics and aeromechanics. – 2017. – Volume 24. No. 6. – pp. 961-968.
2018 Petin, S.N. Utilization of converter gases to produce hydrogen / S.N. Petin // Bulletin of the MEI. – 2018. No. 1. pp. 29 – 33.
2019 Petin, S.N. Energy efficiency of hydrogen production and consumption / S.N. Petin // Bulletin of the MEI. – 2019. No. 2. pp.29-36.
2019 Popov, S.K. Energochemical accumulation of high-temperature gas waste/S.K. Popov, S.N. Petin, A.V. Burmakina, P.A. Stogov // Thermal power engineering. – 2019. – No. 2. – pp. 51 – 62.
2019 Agababov, V.S. The use of an expander-generator unit at a metallurgical combine thermal power plant for generating electricity and improving the efficiency of the compressor unit/ A.V. Klimenko, V.S. Agababov, A.V. Koryagin, S.N. Petin, P.N. Borisova // News of higher educational institutions. Ferrous metallurgy. – 2019. – No. 9. – pp. 698-704.
2021 Petin, S.N. Development of hydrogen energy and promising developments of hydrogen production from natural gas / S. N. Petin, S. K. Popov, D. D. Goldobin, E. A. Serikov, A.V. Burmakina // Industrial Power Engineering. – 2021. – No. 3. – pp.51-58.
2022 Grigoriev, P.A. Efficient use of natural gas for hydrogen production at metallurgical enterprises / P.A. Grigoriev, S.N. Petin, S.K. Popov, D.D. Goldobin // Scientific Journal of the Russian Gas Society. – 2022. – pp. 70-75.
2022 Klimenko, A.V. Mutually demanded installations – a special case of using secondary energy resources / A.V. Klimenko, V.S. Agababov, S.N. Petin, V.A. Filippov // Industrial Power Engineering. – 2022. – No.6. – pp. 2-8.
2022 Petin, S.N. Modeling of gorenje processes of natural gas and hydrogen / S.N. Petin, V.S. Korolev, A.A. Borisov, A.V. Burmakina // Industrial power engineering. – 2022. – No.12. – pp. 36-44, DOI: 10.34831/EP.2022.67.86.005.
2023 Klimenko, A.V. On the question of determining the effectiveness of expander-generator units / A.V. Klimenko, V.S. Agababov, S.N. Petin // Izvestiya RAS. Energy – 2023. – No. 1. – pp. 3-17.
Articles in foreign scientific journals (Scopus WoS)
| 2018 | Influence of process parameters on thermodynamic efficiency of expander-generator units at the plants for technological decompression of transported natural gas Klimenko, A.V., Agababov, V.S., Borisova, P.N., Petin, S.N., Koryagin, A.V. 2018, Thermophysics and Aeromechanics 25(4), с. 613-622 (Author ID – 57201005125) |
| 2018 | Klimenko, A.V., Agababov, V.S., Borisova, P.N., Petin, S.N., Koryagin, A.V. A Fuel-Free Trigeneration Plant at Stations for Technological Reduction of Transported Natural Gas //PressureThermal Engineering 2018. 65(11), Pp. 791-798/ (Author ID – 57201005125), https://www.scopus.com/authid/detail.uri?authorId=57201005125#top |
| 2019 | Using an Expander-Generator Unit in the Steel Mill CHP Plant for Producing Electricity and Improving the Efficiency of the Compressor Plant/ Klimenko, A.V., Agababov, V.S., Koryagin, A.V., Petin, S.N., Borisova, P.N. Steel in Translation 49(9), 2019 с. 587-592. |
| 2020 | Use of expander-generator unit at CHP of metallurgical plant for producing electric power and increasing efficiency of compressor //Klimenko, A.V., Agababov, V.S., Koryagin, A.V., Petin, S.N., Borisova, P.N./ Izvestiya Ferrous Metallurgy 62(9), с. 698-704 Проиндексирована в 2020 году |
| 2020 | Petin, S. N. Development of a multi-generating complex with combined fuel in the production of hydrogen and oxygen / S.N. Petin, D.D. Goldobin, A.V. Burmakina// Journal of Physics: Conference Series. 1565(1),012056 https://iopscience.iop.org/article/10.1088/1742-6596/1565/1/012056/pdf |
| 2018 | Klimenko A.V., Agababov V. S., Borisova P. N., Petin S. N. “Thermodynamic efficiency of the expander-generator units at the stations technology reducing the pressure of the transported natural gas” //Thermophysics and Aeromechanics, 2017, 24(6), с. 933-940 |
| 2019 | Popov, S.K., Petin, S.N., Burmakina, A.V., Stogov, P.A. Integrated Power and Chemical Accumulation of High-Temperature Gaseous Waste from Industrial Installations Thermal Engineering, 2019 66(2), p. 116-126 |
| 2020 | Klimenko, A V Evaluating the Effect from Shifting a Small-Scale Cogeneration Power Facility to Operate as a Trigeneration Plant /A.V. Klimenko, V.S. Agababov, S.N. Petin, A.V. Koryagin and A.A. Korshikova// Journal of Physics: Conference Series. Volume 1683 (2020) 042030 doi:10.1088/1742-6596/1683/4/042030 [Электронный ресурс] Режим доступа: https://iopscience.iop.org/article/10.1088/1742-6596/1683/4/042030/pdf |
| 2020 | Petin, S.N Power -cost effectiveness of hydrogen generation using gas wastes from steel smelting / S.N. Petin, T.A. Vysochina, P.N. Grigoryev, S.K. Popov //Journal of Physics: Conference Series. Volume 1683 (2020) 052014 doi:10.1088/1742-6596/1683/5/052014 [Электронный ресурс] Режим доступа: https://iopscience.iop.org/article/10.1088/1742-6596/1683/5/052014/pdf |
| 2020 | Goldobin, D.D. Review of ways to increase efficiency of energy generation at TPP at theaccount of additional energy carriers // D.D. Goldobin, S.N. Petin, A.V. Burmakina //Journal of Physics: Conference Series. Volume 1683 (2020) 052010 doi:10.1088/1742-6596/1683/5/052010 [Электронный ресурс] Режим доступа: https://iopscience.iop.org/article/10.1088/1742-6596/1683/5/052010/pdf |
| 2020 | Petin, S.N. Fundamentals of the procedure of acomparative analysis of the thermodynamic effectiveness for power generation facil-ities in a multigeneration complex with various combina-tions of their main equipment items / S.N. Petin, А.А. Korshikova //Journal of Physics: Conference Series. Volume 1683 (2020) 052005. doi:10.1088/1742-6596/1683/5/052005 [Электронный ресурс] Режим доступа: https://iopscience.iop.org/article/10.1088/1742-6596/1683/5/052005/pdf |
Patents and inventions:
2022 Petin, S.N. A method of utilization of converter gases for the production of liquid fuel from hydrogen-containing synthesis gas. Patent of invention (RF), MPC7 C21C5/38. / S.N. Petin, V.S. Korolev, A.A. Borissov, A.V. Burmakina, A.G. Gasho-Stated. 2022132312 from 09.12.2022
2019 Petin, S.N. RF Patent for invention No. 2708936 MPK7: F 01K 13/00. Multigenerational complex with combined heat output of hydrogen and Oxygen / s.N. Petin, D.D. Goldobin, P.N. Borisova, A.V. Burmakina, G.A. Romanov. Claim. from 14.02.2019 2019104173.; OPL. 12.12.2019. Beul. № 35.
2018 Agababov, V.S. RF Patent for invention No. 2671074 MPK7 F25B11/02. Best-heated trigenerational unit / V.S. Agababov, A.V. Klimenko, P.N. Borisova, S.N. Petin Said. from 08.02.2018; OPL. 29.10.2018. Beul. № 31.
2018 Klimenko, A.V. RF Patent for invention No. 2665195 MPK7 F25B11/02. Best-heated trigenerational unit (s).V. Klimenko, V.S. Agababov, P.N. Borisova, S.N. Pettine Said. from 20.12.2016; OPL. 28.08.2018 Beul. №25.
2017 Petin, S.N. Patent 2637439 (RF), MPC7 C21S5/38. Method of utilization of converter gases for hydrogen production / s.N. Petin, A.V. Burmakina, V.A. Ippolitov. – Requested 21.06.2016; OPL. 04.12.2017. Beul. № 34.
2009 Klyuchnikov, A.D. Method of pyrolysis of hydrocarbon raw materials., MPC7 C10 EXTRAV9 / 34 (RF) / Kluchnikov a.D., Petin S.N. Claim.2007141785 from 14.11.2007.; OPL. 20.04.2009 Beul. № 11.
2008 Petin, S.N. A device for pyrolysis of hydrocarbons with raw materials patent of P.M. 71982 MPC7 S10 EXTRAV9 / 34 (RF). / Petin S.N. Klyuchnikov A.D. Claim. 14.11.2007.; OPL. 27.23.2008 Beul. № 9.
2007 Kluchnikov, A.D. Device for pyrolysis of hydrocarbon raw materials. patent on P.M. 64624RF, MPC7 C10 EXTRAV9 / 34 / Kluchnikov a.D., Petin S.N. (RF). Claim. 26.02.2007.; OPL. 10.07.2007 Beul. №19.
2006 Kartavtsev, S.V. Device for pyrolysis of hydrocarbon raw materials. patent on P.M. 58120 RF, MPK7 S10 EXTRAV9 / 34 (RF) / Kartavtsev S.V., Petin S.N. Neshporenko.E.G., Burmakina A.V. Claim. 02.05.2006.; OPL. 10.11.2006 Beul. №31.
Printed publications:
Monographs
2018 Popov, S.K. Improving the efficiency of heat technologies using natural gas and oxygen. Monograph /S.K. Popov, S.N. Petin, I.N. Svistunov, V.A. Ippolitov – M.: Publishing House of MEI, 2018. 192 p.
Textbooks and manuals
2016 Klyuchnikov A.D. Diagnosis of energy efficiency and forecast of the reserve of intensive energy saving of the heat technology system: method. manual / A.D.Klyuchnikov, S.N.Petin, V.D. Vanyushkin – M.: Publishing House of MPEI, 2016. – 44 p.
2019 Klimenko, A.V. Fundamentals of multigeneration: textbook. the manual / A.V. Klimenko, V.S. Agababov, A.V. Koryagin, S.N. Petin, A.A. Korshikova, P.N. Borisova. – M.: Publishing House of MPEI, 2019. – 92 p.
2019 Volkov, V.I. Experimental studies of the processes of formation of nitrogen oxides and fire neutralization of wastewater / V.I. Volkov, S.N. Petin, A.V. Burmakina. – M.: Publishing House of MPEI, 2019. – 44 p.
2021 Hydrogen power engineering: textbook / N.V. Kuleshov, S.K. Popov, S.V. Zakharov, S.I. Nefedkin, V.N. Kuleshov, S.N. Petin, A.N. Rogalev, V.N. Fateev, V.O. Kindra M.: Publishing House of MPEI, 2021. – 548 p.
2022 Popov, S.K. Thermochemical processing of carbon-containing materials: textbook. manual / S.K. Popov, V.D. Vanyushkin, S.N. Petin. – M.: Publishing House of MPEI, 2022. – 72 p
. 2022 Petin, S.N. Industrial training at a CHP plant with gas-piston generator sets and hot water boilers studies. manual / S.N. Petin, V.D. Vanyushkin, A.V. Burmakina – M.: Publishing House of MPEI, 2022. – 104 p.