Plasma resonant electrolyses for industry wastes treatment and hydrogen production

 This paper discusses the results of studies of the interaction of electromagnetic fields and microwave waves generated in the Magnetic V  Dipole (MVD) installation developed by the authors, and charged particles.  The method and setup successfully applied for destruction of crystal lattice of minerals, industry wastes with separation of useful components and metal extraction. Method of plasma resonant electrolysis was developed, and experiments for sedimentation of gold containing pulp carried out. Possibility of green gaseous hydrogen producing with application of high frequency plasma resonant electrolysis was probe in experiments. 

1. Singla M. K., Gupta D., Berezkina S., Safaraliev M. H., Singh M. Hydrogen Energy Economics: Cost and Viability Assessment of Different Types of Hydrogen, and a Review of Production Methods // Alternative Energy and Ecology (ISJAEE). – 2023. – No. 12. – Pр. 45-65.

2. Stolyarevsky A. Ya. Preface to the Anniversary Issue // Alternative Energy and Ecology (ISJAEE). – 2024. – No. 1. – Pр. 14-19.

3. Stolyarevsky A. Ya. Methane-Hydrogen Transition to a Hydrogen Economy // Alternative Energy and Ecology (ISJAEE). – 2024. – No. 1. – Pр. 87-101.

4. Bayramov A. N., Makarov D. A. Development and justification of a new principle of combining NPP with a hydrogen complex // Alternative Energy and Ecology (ISJAEE). – 2024. – No. 5. – Pр. 30-50.

5. Kravchenko A. V., Kublanovsky V. S., Pivovarov A. A., Pustovoitenko V. P. Low-temperature plasma electrolysis: Theory and practice / Monograph // Dnepropetrovsk: OOO «Accent PP». – 2012. – 223 p.

6. Mosse A. L., Pechkovsky V. V. Application of low-temperature plasma in the technology of inorganic substances / Minsk: Science and Technology. – 1973. – 216 p.

7. Plasma Chemistry / Ed. L. S. Polak and Yu. A. Lebedev. // Cambridge Interscience Publ. – London. – 1998.

8. Microwave Discharges. Fundamentals and Applications / Ed. Yu. A. Lebedev // Moscow: Yanus – K. – 2001. – 296 p.

9. Soloviev M. I., Kolesnik V. G., Gulyamov U. G. Device for dosing and controlling high-energy charged particles / OIPOTZ No. 44. USSR Author’s Certificate No. 405186.1973.

10. Kolesnik V. G. Dosage of high-energy charged particles on bubble chambers / Dissertation for the degree of candidate of technical sciences, Dubna (JINR). – 1975.

11. Kolesnik V. G. Dosage of high-energy charged particles on bubble chambers / Abstract of diss. Candidate of technical sciences // Dubna, JINR. – 1975.

12. Vodopyanov F. A., Kolesnik V. G. et al. High-voltage electron accelerator of direct action SILHOUETTE / Transactions of RTI of the USSR Academy of Sciences. – Moscow. – 1982. – No. 42. – Pр. 33-42.

13. Kolesnik V. G., Urusova E. V. Energy conversion method and device for its implementation / Patent for invention No. IAP 02184. (RUz). – 2002.

14. Kolesnik V. G., Urusova E. V., Basova E. S., Kim Yu. S., Urusov M. V., Sim S. V., Urusov E. V., Kim D. B. Method for generating energy of compensated charge / Patent of the Republic of Uzbekistan No. IAP 06510 dated 05/20/2021, priority dated 11/02/2017

15. Kolesnik V. G., Urusova E. V. et al. Method for producing nuclear energy / Patent of the Republic of Uzbekistan No. IAP 03701 dated 05/13/2008

16. Kolesnik V. G., Urusova E. V., Basova E. S. Current amplification in plasma during resonant interaction of electromagnetic waves and charged particles / Proceedings of the International Conference «Fundamental and Applied Problems of Physics», Tashkent, October 21-22, 2013. – Pр. 12-14.

17. Verbitsky I. L., Kovalenko A. D., Kolesnik V. G. Scheme of parametric energy conversion / JINR Communications, P9-90-371. – Dubna. – 1990.

18. Kolesnik V. G., Urusova E. V., Basova E. S., Kim Y. S., Abu Shakra M. B. Sim S. V., Kim D. B. Method for obtaining silicon and titanium by generating electromagnetic interactions between SiO2 and FeTiO3 particles and magnetic waves / European Patent No. 2698196 from 11/20/2014, priority from 03/30/11 year, in 10 countries: Germany, GB, Belgium, Switzerland, Liechtenstein, France , Italy, Netherlands, Sweden, Turkey / Patent of the Russian Federation No. 2561081 from July 28, 2015; Patent of Ukraine No. 107875 from 02.25.2015; Patent of South Korea No. 10-1622750 from 05/13/2016; Patent of China No. 1934636 from 27.01.2016, Patent RUz No. IAP 05421 from 06.06.2017.

19. Kolesnik V. G., Urusova E. V. Method of accelerating charged particles and accelerator of charged particles / Patent RUz No. IAP 02121 from 06.11. 2001

20. Abramenko N. I., Gavrilov N. M., Gromov E. V., Nesterovich A. V., Semenov V. V., Shalnov A. V. Study of electron accumulation in a system with a longitudinal magnetic field / JTF. – 1984. – V. 54. – Issue I. – Pр. 93-96.

21. Artsimovich L. A., Lukyanov S. Yu. Motion of charged particles in electric and magnetic fields / M.: «Nauka». – 1978.

22. Landau L. D., Lifshits E. M. Electrodynamics of continuous media / Theoretical physics, textbook for universities in 10 volumes. – Vol. VIII – 4th ed., stereot. – M.: FIZMATLIT. – 2005. – 656 p. – ISBN 5-9221-0123-4 (vol. VIII)

23. Slikter C. Fundamentals of the theory of magnetic resonance / Translation, second edition, edited by G. V. Skrotsky // M.: Publishing House «Mir». – 1981. – P. 447.

24. Gudenko S. V. Introduction to Magnetic Resonance Physics / Textbook on the Course General Physics // M.: MIPT. – 2013. – 36 p.

25. Gilbert T. L. A phenomenological theory of damping in ferromagnetic materials / IEEE Trans. On Magn. – 2004. – V. 40. – No. 6. – P. 3443.

26. Katsman Yu. A. Microwave Devices. Theory, Fundamentals of Calculation and Design of Electronic Devices. 2nd ed., revised. and add. / M.: Vysshaya shkola. – 1983. – 368 p.

27. Sivukhin D. V. Drift theory of motion of charged particles in electromagnetic fields / Questions of plasma physics // Moscow: Gosatomizdat. – 1963. – Pр. 7-11.

28. Kapitsa P. L., Fock V. A., Weinstein L. A. Symmetrical electrical oscillations of a perfectly conducting hollow cylinder of finite length // ZhTF. – 1959. – Vol. 29. – Issue. 10. – Pр. 1188-1197.

29. Melamud S. G., Kolesnik V. G., Urusova E. V. et al. Study of magnetization of iron-containing ores in a microwave field // Ferrous metals. – 2001. – No. 11-12. – Pр. 25-28.

30. Kolesnik V. G., Urusova E. V. Method of enrichment of iron-containing ores / Patent of the Republic of Uzbekistan No. IDP 05193 dated 06.05.2002.

31. Kolesnik V. G., Urusova E. V.Study of steelmaking waste processing using microwave fields // Ferrous metals. – 1999. – No. 5. – Pр. 10-11.

32. Kolesnik V. G., Urusova E. V., Basova E. S. et al. Study of electromagnetic transformations of mineral raw materials in microwave plasma // Uzbek Physical Journal. – 2013. – No. 1, 2. – Vol. 15. – Pр. 101-111.

33. Kolesnik V. G., Urusova E. V. et al. Method for producing ultrafine-grained titanium dioxide by resonant interaction in electromagnetic fields / Letters on materials // Moscow. – 2013. – Vol. 3. – Pр. 141-144. www.lettersonmaterials.com.

34. Khvan A. B., Kolesnik V. G., Urusova E. V. et al. Study of the possibility of using microwave fields for ore preparation processes in gold production // Mining Bulletin of Uzbekistan. – 2002. – No. 2(9). – Pр. 56-60.

35. Kolesnik V. G., Urusova E. V. Method for the complex extraction of molybdenum, rhenium and osmium from molybdenum concentrates / Patent of the Republic of Uzbekistan No. IDP 05310 dated 10.06.2002.

36. Kolesnik V. G., Urusova E. V. et al. Method for processing ash and slag waste / Patent of the Republic of Uzbekistan No. IAP 03868 dated 20.01.2009.

37. Kolesnik V. G., Urusova E. V. Method for extracting platinum, palladium and rhodium / Patent of the Republic of Uzbekistan No. IDP 05383 dated 09.09.2002.

38. Putilova I. V. Experience in implementing projects using ash and slag from thermal power plants in Russia and abroad // Alternative energy and ecology (ISJAEE). – 2023. – No. 3. – Pр. 49-68.

39. Putilova I. V. Current state of the problem of handling ash and slag from thermal power plants in Russia and abroad // Alternative energy and ecology (ISJAEE). – 2023. – No. 1. – Pр. 51-62.

40. Kolesnik V. G., Urusova E. V.Method for extracting zinc, gold and platinum from steelmaking sludge / Patent of the Republic of Uzbekistan No. IDP 05384 dated 10/31/2002.

41. Kolesnik V. G., Urusova E. V. Device for complex opening and modification of structure of raw materials with metal elements / Patent RU No. IAP 02287 dated 24.01.2003

42. Kolesnik V. G., Urusova E. V. et al. Obtaining ultrafine SiO2 powder // Advanced Materials. – Moscow. – 2011. – No. 12. – Pр. 504-509.

43. Polak L. S., Sinyarev G. B., Slovetsky D. I. et al. Plasma Chemistry / Ed. L. S. Polak, Yu. A. Lebedev // USSR Academy of Sciences, Siberian Branch, Institute of Thermophysics. – 1991. – Vol. 3. – Ch. 1. – P. 324.