Academy of Civil Protection of Ukraine, 2004, master's degree in specialty 8.092801 "Fire safety".

National Technical University "Kharkiv Polytechnic Institute", 2021, bachelor's degree, field of knowledge 16 "Chemical and bioengineering", specialty 161 "Chemical technologies and engineering".

National Technical University "Kharkiv Polytechnic Institute", 2022, master's degree, field of knowledge 16 "Chemical and bioengineering", specialty 161 "Chemical technologies and engineering".

Candidate of technical sciences, specialty 21.06.02 "Fire safety", 2007.

I teach the educational disciplines "Fire safety of electrical installations", "Fundamentals of a risk-oriented approach in fire safety", "Fire safety of technological processes" to students of higher education at the first (bachelor's) level of higher education of the educational degree "bachelor"; "Fundamentals of a risk-oriented approach" to students of higher education at the second (master's) level of higher education of the "master's" degree; "Fire safety of industrial facilities and risk management" for students of higher education at the third (educational-scientific) level of higher education of the educational-scientific degree "Doctor of Philosophy".

ORCID: https://orcid.org/0000-0003-4629-1010

Google Scholar: https://scholar.google.com.ua/citations?user=tIzDnOwAAAAJ&hl=uk

ID Scopus: https://www.scopus.com/authid/detail.uri?authorId=57218795599

Responsible executor of the NDR "Development of multifunctional composite polymer materials with a reduced level of flammability and smoke-generating ability" (10.2006–12.2008, No. DR 0107U003092).

Responsible executor of the NDR "Development of change No. 1 to DSTU 4367-1:2004 Measurement of the density of smoke formed during the combustion of cables under certain conditions. Part 1. Test equipment and projects DSTU 4367-2:200_. Measurement of the density of smoke produced during the burning of cables under certain conditions. Part 2. Test method and requirements" (12.2009–12.2011, No. DR 0110U003258).

Responsible executor of the NDR "Development of the methodology for determining the fire-safe condition of cable products with a voltage of up to 1 kV" (01.2011–12.2012, No. DR 0111U002450).

Responsible executor of the NDR "Development of the electronic textbook "Electrical engineering and fire prevention in electrical installations" (01.2012–12.2012, No. DR 0112U002578).

Responsible executor of the NDR "Development of the electronic textbook "Improvement of categorization by explosion and fire hazard of electrical premises and structures" (01.2013–12.2014, No. DR 0113U002395).

Head of the NDR "Investigation of ways to reduce the fire hazard of storage processes of flammable and combustible liquids" (01.2016–12.2019, No. DR 0116U002007).

Executor of the NDR "Development of a software complex for determining the category of premises, buildings and external installations according to explosion and fire hazards" (01.2018–12.2020, No. DR 0118U001001).

Head of the NDR "Development of flame retardant intumescent coatings with improved properties" (01.2019–12.2024).

1. Saveliev, D., Hryhorenko, O., Mykhailova, E., Kravtsov, M., Kostyrkin, O., Nikitin, A., Romaniuk, V., Smolkov, O., Meshcheriakov, I., & Bahlai, V. (2023). Development of technology for obtaining fat compositions with increased oxidative stability. Eastern-European Journal of Enterprise Technologies, 1(6 (121), 33–39. https://doi.org/10.15587/1729-4061.2023.272210
2. Hryhorenko, Oleksandr, et al. Investigation of the Effect of Fillers on the Properties of the Expanded Coke Layer of Epoxyamine Compositions. Materials Science Forum, vol. 1038, Trans Tech Publications, Ltd., July 2021, pp. 539–546. scientific.net/msf.1038.539.
3. Hryhorenko, Ye. Zolkina, N. Saienko, Y. Popovand R. Bikov. Investigation of adhesive-strength characteristics of fire-retardant epoxy polymers modified with metal-containing additives. IOP Conference Series: Materials Science and Engineering, Volume 907, Innovative Technology in Architecture and Design (ITAD 2020) 21-22 May 2020, Kharkiv, Ukraine. DOI: 10.1088/1757-899X/907/1/012060.
4. Anna Skripinets, Natalia Saienko, Oleksandr Hryhorenko and Andriy Berezovskiy. Development and Evaluation of the Possibility of Using Epoxyurethane Mastic in Railway Transport. Materials Science Forum (Volume 1006). Issue 907. P. 273-281. DOI: 4028/www.scientific.net/MSF.1006.273.

1. Hrigorenko O.M. Study of the effect of smoke suppressant additives on the thermal stability of epoxy polymers / O.M. Hryhorenko // Materials of the 19th All-Ukrainian Scientific and Practical Conference "Current State of Civil Defense of Ukraine and Development Prospects". Kyiv, October 10-11, 2017. - Kyiv, 2017. - P. 108-110.
2. Polishchuk T.V. Classification of objects of increased danger taking into account the implementation of the Sevezo 3 directive on the territory of Ukraine / T.V. Polishchuk, Yu.P. Klyuchka, O.M. Hryhorenko // Materials of the 19th All-Ukrainian Scientific and Practical Conference "Current State of Civil Defense of Ukraine and Development Prospects". Kyiv, October 10-11, 2017. - Kyiv, 2017. - P. 350-353.

3. Hrigorenko O.M. Study of the flammability and multiplicity of swelling of epoxyamine compositions depending on the content of ammophos and aluminum oxide trihydrate / O.M. Hrigorenko, L.O. Tsoi // Emergency situations: security and protection: VII All-Ukrainian scientific and practical conference with international participation, October 20-21. 2017: theses add. - Cherkasy, 2017. - P.158-160.
4. Hrigorenko O.M. Study of fire hazard indicators of epoxy polymers for fire protection of wood / O.M. Hrigorenko, O.P. Mykhailiuk // Problems of fire safety. – 2017. – Issue 42. – P. 22 – 26.
5. Hrigorenko O.M. Classification of objects of increased danger taking into account the implementation of the Sevezo 3 directive on the territory of Ukraine / O.M. Hrigorenko, Yu.P. Klyuchka, S.V. Pumpkin // Problems of emergency situations. – 2017. – Issue 25. – P. 14 – 21.
6. Hrigorenko O.M. Analysis of the state of the regulatory framework of Ukraine for the calculation of social risk and the influence of its parameters on the amount of risk / Yu.P. Klyuchka, O.M. Hrigorenko, V.O. Lypovyi // Problems of emergency situations. – 2017. – Issue 25. – P. 57 – 62.
7. Hrigorenko O.M. Study of the influence of the nature and content of metal-containing additives on the swelling of fire-resistant epoxyamine coatings / O.M. Hrigorenko, E.S. Zolkina // Materials of the 20th All-Ukrainian Scientific and Practical Conference "Current State of Civil Defense of Ukraine and Prospects for Development". Kyiv, October 9-10, 2018. - Kyiv, 2018. - P. 144-145.
8. Hrigorenko O.M. Study of the index of potential danger of epoxy polymers for fire protection of wood / O.M. Hryhorenko // Collection of abstracts of reports of the All-Ukrainian Scientific and Practical Conference "Fire Safety: Problems and Prospects", Kharkiv, March 1-2, 2018 - Kharkiv, 2018. - P.161-163.
9. Hrigorenko O.M. Methods of increasing the effectiveness of fire protection of metal structures / O.M. Hrigorenko, E.S. Zolkina // Collection of theses of reports of the All-Ukrainian Scientific and Practical Conference "Fire Safety: Problems and Prospects", Kharkiv, March 1-2, 2018 - Kharkiv, 2018. - P.163-164.
10. Hrigorenko O.M. Research on swelling of fire-resistant epoxyamine coatings modified with metal-containing additives / O.M. Hrigorenko, E.S. Zolkina // Problems of fire safety. – 2018. – Issue 43. - pp. 31-37.
Mykhailiuk O.P. Fire and explosion hazard of the water collector for the final cooling of coke gas during welding / O.P. Mykhailiuk, Yu.P. Klyuchka, O.M. Grigorenko, V.O. Lypovyi // Problems of fire safety. – 2018. – Issue 43. - P. 112-118.
11. Hrigorenko O.M. Study of the influence of changes in thermomechanical properties on the swelling of fire-resistant epoxyamine coatings / O.M. Hrigorenko, O.P. Mykhailiuk, E.S. Zolkina // Problems of fire safety. – 2018. – Issue 44. – pp. 15-19.
12. Hrigorenko O.M., Zolkina E.S. Study of the interdependence of swelling multiplicity and thermomechanical properties of fire-resistant epoxyamine coatings. Prevention of emergency situations and their elimination: scientific and practical materials. seminar, February 21. 2019. Kharkiv: National University of Civil Defense of Ukraine, 2019. P. 46–48.
13. Garbuz S.V., Hrigorenko O.M., Klyuchka Y.P. Assessment of parameters of emergency situations at facilities with the presence of containers with compressed natural gas. Development of civil protection in modern security conditions: materials 21 Vseuk. science and practice conf. (with international participation), October 8. 2019. Kyiv: IDUCZ, 2019. P. 66–68.
14. Hrigorenko O.M. Research on the dependence of the swelling ratio of epoxy polymer on the content of ammonium polyphosphate, pentaerythrite and intercalated graphite / O.M. Hrigorenko, E.S. Zolkina // Problems of fire safety. – 2020. – Issue 48. - pp. 30-36.
15. Sayenko N.V., Popov Yu.V., Bykov R.O., Hrigorenko O.M., Zolkina E.S. Study of adhesion and strength characteristics of flame-retardant epoxy polymers modified with metal-containing additives. Innovative technologies in architecture and design: abstracts of reports of the 4th international scientific and practical conference, May 21-22, 2020. Kharkiv: Kharkiv National University of Construction and Architecture, 2020. P. 173–174.
16. Hryhorenko, O., & Zolkina, Y. (2021). Development and optimization of fire-protective coating composition based on epoxy polymers. Technology Audit and Production Reserves, 4(3(60), 18–20.
17. Hrigorenko O. M., Zolkina E. S., Danchenko Yu. M. Multiplicity of swelling of epoxy polymers filled with systems based on ammonium polyphosphate. Problems of emergency situations. 2022. No. 2(36) P. 6

1. Increasing the effectiveness of fire protection of wood using epoxy compositions with reduced smoke generation: monograph / Hrigorenko O.M. - Kh.: NUCPU, KP "City Printing House", 2014. - 96 p.
2. Kirilyuk A.S., Kulakov O.V., Katunin A.M., Hrigorenko O.M., Garbuz S.V. Electrical engineering and accident prevention in electrical installations. Synopsis of lectures for the training of specialists of the educational and qualification level "bachelor" in the field of knowledge 1702 "Civil security" in the direction 6.170201 "Civil protection". Kharkiv: NUCPU, 2016.
3. Fire safety of electrical installations. Electrical engineering and safety of electrical installations: methodical instructions for the implementation of the course project/ Compilers: O.V. Kulakov, S.V. Garbuz, O.M. Hrygorenko, A.M. Katunin. - Kh.: NUCPU, 2018. - 72 p.
4. Instrumental tools for researching fire safety problems: Methodological guidelines for independent work on an educational selective discipline for training at the third (educational and scientific) level of higher education in the field of knowledge 26 "Civil safety", educational and scientific degree - doctor of philosophy in the specialty 261 "Fire safety » / Compilers O.M. Hryhorenko, N.I. Korovnikova. - NUCPU, Kharkiv, 2018. - 9 p.
5. Industrial safety of modern production technologies: a course of lectures. For students of higher education in specialty 161 "Chemical technologies and engineering". Educational and qualification level - "master's degree" / Compiled by N.I. Korovnikova, O.M. Royanov, O.M. Hrygorenko - Kharkiv: NUCPU, 2018. - 199 p.
6. Increasing the effectiveness of fire protection of metal structures with the help of fire-resistant intumescent coatings: monograph / compilers: O. M. Hrygorenko, E. S. Zolkina. – X: NUCPU, 2023. - 114 p.
7. Basics of a risk-oriented approach in fire safety: a summary of lectures. For students of higher education who study at the first (bachelor) level in the field of knowledge 26 "Civil safety" in the specialty 261 "Fire safety" (educational and professional program "Fire and man-made safety audit") / Composers: O. M. Hrygorenko, Yu. P. Klyuchka, V. V. Oliynyk. - NUCPU, 2023. - 162 p.
8. Industrial safety of modern production technologies: a course of lectures. For students of higher education at the second (master's) level of higher education in the field of knowledge 16 "Chemical engineering and bioengineering" in the specialty 161 "Chemical technologies and engineering" specialization "Radiation and chemical protection" / Composers V.V. Oliynyk, O.M. Royanov, O.M. Hrygorenko. - Kh.: NUCPU, 2023. - 232 p.

        I constantly take part in scientific international conferences, in particular:

1. International Scientific and Practical Conference "Theory and Practice of Fire Extinguishing and Eliminating Emergency Situations" (Cherkasy).
2. International scientific and practical conference "Innovative technologies in architecture and design" (Kharkov).
3. International scientific and practical conference "Problems of Emergency Situations" (Kharkov).
4. International Scientific and Practical Conference "Modern Movement of Science" (Dnipro).
5. International Conference on Wood & Fire Safety (Strbske Pleso, Slovakia).
6. International scientific and practical conference "Fire Safety Issues" (Kharkov).

1. Patent for the invention 84988 of Ukraine, IPC C08L 63/00, C08K 13/02, C09D 163/02, C09K 21/00. Epoxy composition with reduced smoke formation / A.V. Kondratenko, S.V. Novak, A.V. Dovbysh, R.A. Yakovleva, O.M. Hrygorenko, Yu.V. Popov, N.V. Sayenko, V. Yefanova .V., L.P. Snagoshchenko; owners Kharkiv State Technical University of Construction and Architecture, University of Civil Protection of the Ministry of Emergencies of Ukraine. - No. a200705094; statement 05/08/2007; published 10.12.2008, Bull. No. 23.
2. Utility model patent 106633 of Ukraine, MPK7 A 62 C 3/06, B 65 D 88/34. Method of fire protection of tanks for storage of flammable and combustible liquids / Hrygorenko O.M., Pishnyak A.M.; the owner is the National University of Civil Defense of Ukraine. - No. u 2015 12643; statement 21.12.15; published 25.04.16, Bul. No. 8.
3. Utility model patent No. 142400 "Method of providing fire protection of tanks for storage of flammable and combustible liquids" / O.M. Hrygorenko, K.A. Afanasenko, V.O. Lypovyi, E.D. Slepuzhnikov, E.S. Zolkin; the owner is the National University of Civil Defense of Ukraine. Bulletin No. 11 of 2020.
4. Utility model patent No. 148494 "Universal container for sources of ionizing radiation" / E.D. Slepuzhnikov, M.V. Kustov, O.M. Hrygorenko, I.M. Khmyrov, V.O. Lypovy, A.O. Khmirova; the owner is the National University of Civil Defense of Ukraine. Bulletin No. 32 of 2021.

Work as part of the organizing committee/jury of the All-Ukrainian competition of student scientific works in the specialty "Electric machines and devices" (2018)

The head of scientific works that won prizes at the I and II stages of the All-Ukrainian competition of student scientific works:

cadet L.O. Tsoi, 2017/2018 academic year, branch - "Electrical engineering and electromechanics", Dnipro State Technical University (Kamyanske), III degree diploma.
cadet Solovei A.G., 2018/2019 academic year, branch - "Electronics", Chernihiv National University of Technology, III degree diploma.

Head of the scientific group "Research on the effectiveness of reactive flame retardants"

  Curator of the educational group PBk-20-442

Guarantor of the "Fire Safety" educational and professional program of training students of higher education at the first (bachelor's) level of higher education in the field of knowledge 26 - Civil safety, specialty 261 - Fire safety.