Tereshchuk Valery Sergeevich – Hydrogen technology solutions
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Tereshchuk Valery Sergeevich

Professor of the Russian Academy of Natural Sciences

Academic degree:

  • Candidate of Technical Sciences

Academic title:

  • Professor of the Russian Academy of Natural Sciences

Scientific direction:

  • Technical Sciences
  • Certificate of the participant of the encyclopedia “Famous Scientists”

Valery Tereshchuk graduated from the Bauman Moscow State Technical University, Candidate of Technical Sciences, senior researcher of the A. A. Blagonravov IMASH RAS, full member of the Academy of Cosmonautics. K.E. Tsiolkovsky.

He was awarded the medal “Veteran of Labor of the USSR”, the medal “For Merits in inventing VOIR” and the badge “Inventor of the USSR”. He was awarded five gold medals, diplomas and a special prize and a gold medal from the Federation of Cosmonautics of the Russian Federation at the International Salons of Inventions and New Technologies “Novoye Vremya” in 2016, 2017, 2018, 2019, 2020.

Research interests: combustion of metals in active environments, extreme state of matter, development and application of alloys and composites based on Al for hydrogen generation, chemistry and physics of transition metal hydrides, creation of a car, aircraft, diesel locomotive on hydrogen fuel without hydrogen on board.

He has 40 scientific papers, 30 copyright certificates and patents of the Russian Federation for inventions.

 

Scientific publications:

  1. Tereshchuk V.S., Dempt E.V., Ivashkov V.P., Selector L.G., Postovsky D.I., Semenova Yu.I., Sidorova I.M., Shaikheev A.V., Chekushkina V.V., Antonov V.M., Volkov Yu.K., Sapega L.G. Hydroreactive solid fuel. Auth. certificate No. 34243 dated 07/07/1966.
  2. Tereshchuk V.S., Rakov E.D., Kuznetsov A.K. Aleshin E.A., Shelyakin Yu.P., Evdokushkin A.V. Grigorash L.A., Gushchin V.G. Solid fuel hydrogen gas generator. Authentication 66764 USSR dated 02.11.1972.
  3. Tereshchuk V.S. Hydrogen rocket engine. Authentication No. 118883 of the USSR dated 08/02/1978.
  4. Tereshchuk V.S., Mozgovoy A.P. A device for continuous measurement of thrust of a 2-mode engine on a GRTT. Authentication 124744 USSR dated 05.02.79.
  5. Tereshchuk V.S. A new model of combustion of hydrogen-generating fuel under a support // Ammunition”. 1979, no. 6.
  6. Tereshchuk V.S. Gas generator combustion chamber. Authentication No. 136654 of 11/06/79.
  7. Tereshchuk V.S. On the influence of design parameters on the gas capacity of a hydrogen gas generator // Issues of special engineering, series 3, No. 12, 1980.
  8. Tereshchuk V.S., Mozgovoy A.P., Tyurin V.V., Dubenets S.A. Hydrogen gas generator. Authentication 159944 USSR dated 06/02/81.
  9. Tereshchuk V.S., Bazykin V.F., Dubenets S.A. Hydrogen gas generator. Auth. certificate 195509 dated 12/01/1983.
  10. Tereshchuk V.S., Mozgovoy A.P., Kuznetsov V.A., Tyurin V.V., Volkov V.T. Device for continuous measurement of gas production of a hydrogen gas generator. Authentication 3186075 USSR dated 04/01/83.
  11. Tereshchuk V.S., Kuznetsov V.A., Myandin A.F., Dubenets S.A. Pulsating all-deep underwater vehicle powered by hydrogen-generating fuel. Auth. certificate No. 196232 dated 05.12.83.
  12. Tereshchuk V.S., Vlasov B.N. Combined combustion chamber on GRTT. Auth. certificate 202740 USSR dated 28.04.84.
  13. Tereshchuk V.S., Petrunkin S.A., Mashinistov V.A., Plyashkevich L.D., Nikulin V.K. Deep-sea vehicle. No. 272002, 1986.
  14. Tereshchuk V.S. Causes of explosive combustion of A1 in water vapor // Ammunition, No. 10, 1986.
  15. Tereshchuk V.S., Uvarov G.V., Kostrov M.F., Bulatov E.A., Bakshilov A.P., Panev A.N. Gas generator with an afterburner of the 1st mode on the GRTT, A.S. 270071 USSR. 1987.
  16. Barmin V.P., Varshavsky I.L., Tereshchuk V.S. A method for reducing the hydrodynamic resistance of a moving object in an aquatic environment using a hydrogen-generating material. Certificate No. 1624880, 1988.
  17. Tereshchuk V.S., Varshavsky I.L., Bargamov M.G., Soloviev V.O. A method for changing the aerostatic lift force of a thermal hydrogen airship. Auth. certificate No. 86781.
  18. Tereshchuk V.S. On possible causes of fragmentation of burning particles A1, DAN USSR, vol. 312, no. 5, 1990. – P. 1122-1125.
  19. Tereshchuk V.S., Varshavsky I.L., Kozin L.F., Sakharenko V.A. Composite material based on A1 for hydrogen production. Authentication No. 1591510 dated 05/08/90
  20. Tereshchuk V.S., Varshavsky I.L., Maksimenko A.I. A method for cleaning natural water bodies from hydrogen sulfide using a hydrogen-generating material. Patent 2123476 RF dated 20.12. 1998.
  21. Tereshchuk V.S. Reduction of hydrodynamic resistance by hydrogen-generating materials. Collection of scientific reports of the II International meeting on the use of EAS in ecology, mechanical engineering, energy and transport. M.. IMASH, 2001 pp.134-142.
  22. Tereshchuk V.S. Activation of passive A1 alloys in tap water by an electric charge to produce hydrogen. Collection of scientific reports of the III International Conference on the problems of energy storage and ecology in mechanical engineering, energy and transport. – Moscow. IMASH RAN, 2002, pp. 456-467.
  23. Tereshchuk V.S. Al-based alloy for hydrogen generation, method for its production and hydrogen gas generator. Patent 2253606 of the Russian Federation dated 10.06.2005.
  24. Tereshchuk V.S. Generation of hydrogen during the oxidation of Al in water. Collection of scientific reports of the IV International meeting on the problems of energy storage and ecology in mechanical engineering, energy and transport. – Moscow, IMASH RAS. 2004 – P.158-177.
  25. Tereshchuk V.S., Esman V.I., Kozlyakov V.V., Kaznovsky S.P. Hydrogen energy storage at nuclear power plants for the production of hydrogen as a fuel for vehicles. Journal “Integral” No. 4 (24), July-August 2005 – P. 26-32.
  26. Tereshchuk V.S., Esman V.I., Kozlyakov V.V., Kaznovsky S.P. Energy storage at nuclear power plants during daily, weekly and seasonal reductions in load curves for the production of hydrogen as a fuel for vehicles. Report at the 1st International Conference “Alternative Energy Sources for Transport and Energy in Big Cities” – M. 2005.
  27. Tereshchuk V.S., Yesman V.I., Kozlyakov V.V. Hydrogen and alternative energy, report at the II International Conference “Alternative Energy Sources for Transport and Energy in Big Cities”. – Moscow. 2006
  28. Tereshchuk. V.S., Kozlyakov V.V., Sinev A.V., Kochetov O.S., Kozlyakova O.V. Production of electricity from dissolved hydrogen sulfide in water bodies using fuel cell technology. Reports at the 7th specialized exhibition “Dual-use products and technologies – diversification of the defense industry” – Moscow, 2006 – pp. 155-159.
  29. Tereshchuk V.S., Esman V.I., Kozlyakov V.V., Rakov D.L. Development of technology for obtaining hydrogen based on activated aluminum composites without rare earth metals for use in energy and transport. Reports at the 7th specialized exhibition “Dual-use products and technologies – diversification of the defense industry” – Moscow, 2006 – pp. 144-149.
  30. Tereshchuk V.S. Features of the interaction of melt A1 with water. Collection of scientific reports of the V International Conference on the problems of energy storage and ecology in mechanical engineering, energy and transport. – Moscow. IMASH RAN, 2006.
  31. Tereshchuk V.S. Problems of aluminum melt cooling in water // Mechanical Engineering and Engineering Education. No. 2 (11), 2007 – P. 2-11.
  32. Tereshchuk V.S. Reduction of hydraulic resistance by hydrogen-generating materials // Bulletin of mechanical engineering, No. 2, 2008 P.20-24.
  33. Tereshchuk V.S. Materials science bases of creation of the car on hydrogen fuel. Journal “Automotive industry”. 2008 №3. S.22-24.
  34. Tereshchuk V.S., Subbotin V.I., Baranov Yu.V., Yesman V.I., Demin V.A., Kozlyakov V.V., Subich V.N., Shestakov N.A. Shlyapin A.D., Khairi A.Kh. Technologies of hydrogen energy based on the use of EAS // Integral. 2008 No. 5 (part I-I). P.32-34.
  35. V. S. Tereshchuk, V. I. Subbotin, Yu. V. Baranov, V. I. Yesman, V. A. Demin, V. V. Kozlyakov, V. N. Subich, and N. A. Shlyapin A.D., Khairi A.Kh. Hydrogen energy technologies based on the use of EAS // Integral. 2008 No. 6 (part II-I). P.24-26.
  36. Tereshchuk V.S. Solution of the thermal contact problem of composite failure under load // Material Science, No. 1, 2009, pp. 60-64.
  37. Tereshchuk V.S. , Kozlyakov V.V., Panfilov A.S. and other Gas generator for the production of hydrogen. Patent of the Russian Federation No. 2407701 dated December 27, 2010.
  38. Rakov D. L., Tereshchuk V. S., Esman V. I., Kozlyakov V. V., Pecheikina M. A., Heavy Engineering (ISSN 0131-1336), N 10, 2010, Analysis of systems using renewable energy sources and hydrogen-generating materials, pp.11-13.
  39. Demin V.A., Tereshchuk V.S., Kozlyakov V. Burov A.A. Gas generator for hydrogen production: Patent No. 2407701 of the Russian Federation dated 12/27/2010.
  40. Avraamov Yu. S., Demin V. A., Tereshchuk V. S., Kozlyakov V. V. Composite based on aluminum for hydrogen generation and method for its production: Patent No. 2410325 of the Russian Federation dated 27.01.2011.
  41. Tereshchuk V.S. Hydrogen gas generator on metallized fuel // Bulletin of mechanical engineering, No. 12, 2011. pp. 54-62.
  42. Tereshchuk V.S. Hydrogen production method: RF patent No. 2438966 dated 10.01.2012.
  43. Tereshchuk V.S. Baranov Yu.V. Esman V.I. Kozlyakov V.V. Sinev A.V. Rakov D.L. Pecheikina M.A. A charge for an aluminum-based composite for hydrogen production. Patent of the Russian Federation No. 2478726 dated 10.04.13.
  44. Tereshchuk V.S., Kovalev A.A., Rakov D.L., Sinev A.V. A device for heat recovery during electrolysis. Patent of the Russian Federation No. 123412 dated 12/27/12.
  45. Tereshchuk V. S., Kovalev A. A., Sinev A. V., Rakov D. L., Sokolovskaya T. A. Method and device for hydrogen production. Patent of the Russian Federation No. 2532561 dated November 10, 2014.
  46. Tereshchuk V.S. Non-equilibrium processes in metal hydrides// “Alternative Energy and Ecology”, No. 17-18, 2015. pp. 64-69.
  47. Tereshchuk V.S. (Moscow, IMASH named after A.A. Blagonravov RAS). ALUMINUM HYDRIDES AS ALTERNATIVE EFFICIENT ENERGY SOURCES. Transfer, processing, display of information. Sat. materials 29 – All-Russian scientific-practical conference. Krasnodar – pos. Terskol, KBR, April 24-30, 2016 / ed. prof. A.M. Popov. – M: INEP, 2016. P.146-151.
  48. Tereshchuk V.S. (Moscow, IMASH named after A.A. Blagonravov RAS). ANALYSIS OF PROPERTIES OF ALUMINUM HYDRIDES. Transfer, processing, display of information. Collection of materials of the 29th All-Russian Scientific and Practical Conference. Krasnodar – pos. Terskol, KBR, April 24-30, 2016 / ed. prof. A.M. Popov. – M: INEP, 2016. P.152-156.
  49. Tereshchuk V.S., Statsenko I.N., Garmashov A.B. Method for producing hydrogen. RF patent for invention No. 2602905 dated October 27, 2016.
  50. Tereshchuk V.S., Troitsky O.A., Kovalev A.A., Samuilov S.D. A method for producing hydrogen based on the chemical reaction of an aluminum alloy and an alkaline solution (porous aluminum). RF patent for invention No. 2632815 dated October 10, 2017.
  51. A DEVICE FOR CYCLIC SUBMERGING AND ASCENTING OF A SEA BUOY Tereshchuk V.S., Statsenko I.N., Dologlonyan A.V., Grekov A.N. RF patent for invention No. 2701293 dated September 25, 20109.
  52. ANALYSIS OF TOXICITY OF EXHAUST GASES OF AUTOMOBILE TRANSPORT Klimenko A.G., Statsenko I.N., Dologlonyan A.V., Tereshchuk V.S., Nikonov V.G. In the collection: Actual problems of environmental control. Seminar materials. Sevastopol, 2020. S. 52. 0
  53. THE TECHNOLOGY OF HYDROGEN GENERATION BASED ON ACTIVE METALS Terechuk V.S., Rakov D.L. In the collection: 2020 International Multi-Conference on Industrial Engineering and Modern Technologies, FarEastCon 2020. 2020. P. 9271654. 0.
  54. Tereshchuk V.S. NEW TECHNOLOGIES AND ALUMINUM ALLOYS FOR OBTAINING HYDROGEN FUEL In the book: NEW MATERIALS AND PROMISING TECHNOLOGIES. SIXTH INTERDISCIPLINARY SCIENTIFIC FORUM WITH INTERNATIONAL PARTICIPATION. Moscow, 2020. P. 240-244. 0
  55. Tereshchuk V.S. 2020. No. 4. P. 71-75.
  56. Tereshchuk V.S. ELECTROLYTIC SYSTEM FOR HEAT AND HYDROGEN GENERATION Russian Engineering Research. 2020. V. 40. No. 7. P. 559-563.
  57. Tereshchuk V.S. MATHEMATICAL MODELING OF THE MECHANICS OF COMPLEX BIOLOGICAL SYSTEMS ON THE EXAMPLE OF HUMAN LUNGS, Mechanical engineering and engineering education. 2020. No. 2 (63). pp. 31-44.
  58. Tereshchuk V.S. APPLICATION OF ENERGY ACTIVE METALS AND HYDROGEN Monograph / Innovative engineering. Moscow. 2021, p.217. Edition 2, corrected and enlarged.
  59. Tereshchuk V.S., Troitsky O.A. NEW TECHNOLOGIES AND ALUMINUM ALLOYS FOR OBTAINING HYDROGEN FUEL FOR CARS In the collection: MATERIALS AND TECHNOLOGIES OF A NEW GENERATION FOR PROMISING PRODUCTS OF AVIATION AND SPACE TECHNOLOGY. COLLECTION OF REPORTS IV ALL-RUSSIAN SCIENTIFIC AND TECHNICAL CONFERENCE. 2019. P. 194-198. 0
  60. Tereshchuk V.S., Troitsky O.A., Stashenko V.I., Savenko V.S., Skvortsov O.B., Samuylov S.D., Pravotorova E.A. STUDY FOR STRUCTURAL MATERIALS. ELECTRODYNAMIC AND ELECTROCHEMICAL EFFECTS IN CONDUCTORS
  61. Tereshchuk V.S. AUTOMATED BUOY OF CYCLIC SUBMISSION AND ASCENT WITH HORIZONTAL MOVEMENT ON THE WATER SURFACE IN A GIVEN DIRECTION Problems of Mechanical Engineering and Automation. 2019. No. 4. P. 119-122. 0
  62. Tereshchuk V.S., Statsenko I.N., Stepanov I.N. METHOD FOR CLEANING NATURAL WATER BODIES FROM HYDROGEN SULFIDE Patent for invention RU 2671724 C1, 06.11.2018.
  63. Tereshchuk V.S. MATHEMATICAL MODEL OF THE LUNG AS APPLIED TO THE SPIROGRAM In the book: MACHINES, TECHNOLOGIES AND MATERIALS FOR MODERN ENGINEERING. Collection of conference abstracts. 2018. P. 190. 1
  64. USE OF POROUS ALUMINUM IN ALKALINE MEDIUM FOR HYDROGEN GENERATION Tereshchuk V.S., Troitsky O.A. In the book: FOURTH INTERDISCIPLINARY SCIENTIFIC FORUM WITH INTERNATIONAL PARTICIPATION “NEW MATERIALS AND PERSPECTIVE TECHNOLOGIES”. 2018. P. 839-843.
  65. Tereshchuk V.S., Statsenko I.N., Sukhov A.K., Dologlonyan A.V., Grekov A.N. DEVICE FOR CYCLIC SUBMERGING AND ASCENTING OF A SEA BUOY with horizontal movement over the surface of a reservoir. Patent for invention RU 2733550 dated 10/05/2020.
  66. Tereshchuk V.S. ANOMALOUS ENERGY OF INTERACTION OF ALUMINUM MELT IN WATER AND WATER VAPOR. Automation. Modern technologies. 2021. V. 75. No. 11. P. 483-492.
  1. Tereshchuk V.S. ON CONVERSION OF ELECTRIC ENERGY INTO HYDROGEN IN AN ELECTROLYSIS CELL WITH ACTIVE CATHODE AND COOLED ANODE. In the collection: Digitalization of education: theoretical and applied research of modern science. Materials of the XXVII All-Russian Scientific and Practical Conference. In 2 parts. 2021, pp. 169-173.
  1. AUTOMATED BUOY OF CYCLIC DIVE AND ASCENT WITH HORIZONTAL MOVEMENT ON THE SURFACE OF THE WATER IN A GIVEN DIRECTION. Statsenko I.N., Tereshchuk V.S., Grekov A.N., Dologlonyan A.V., Klimenko A.G. In the book: Environmental Control Systems – 2021. Abstracts of the International Scientific and Practical Conference. Sevastopol, 2021. S. 36.
  1. ANALYSIS OF OPTIONS FOR CONVERSION OF VEHICLES TO HYDROGEN FUEL. Klimenko A.G., Statsenko I.N., Dologlonyan A.V., Tereshchuk V.S., Nikonov V.G. In the book: Environmental Control Systems – 2021. Abstracts of the International Scientific and Practical Conference. Sevastopol, 2021. P. 102.
  1. Tereshchuk V.S., Rakov D.L. TECHNOLOGY OF WATER PURIFICATION FROM HYDROGEN SULPHIDE AND ITS UTILIZATION. In the collection: IOP Conference Series: Earth and Environmental Science. Ser. “International Science and Technology Conference “Earth Science”, ISTC Earth Science 2022 – Chapter 1.” 2022. P. 022044.
  1. HYDROGEN UNMANNED AIRCRAFT. Tereshchuk V.S., Statsenko I.N., Stepanov I.N., Evdokimov A.N., Leonov S.A. Patent for invention 2764049 C1, Application No. 2021105451 dated 03/02/2021, FIPS Bulletin dated 01/13/2022.