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David M. Gelenidze PHD.
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Senior Researcher
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Department of Plasma Physics
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6 Tamarashvili str,
0177 Tbilisi,
Georgia
Andronikashvili Institute of Physics of the
Iv.Javakhishvili Tbilisi State University
Place: New Building, Lab. 102
Tel: +(995 32) 2 398 783
Fax: +(995 32) 2 391 494
E-Mail: davit.gelenidze@tsu.ge
d.gelenidze@gtu.ge
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Date of Birth:
Place of Birth:
Nationality:
Current Citizenship:
Marital Status:
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March 04, 1968
Tbilisi, Georgia
Georgian
Citizen of Georgia
Married
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Scientific Degree
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PHD. Georgian Technical University, 2011
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Work Experience
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03/1991 – 12/2000 - Main Engineer. Department of Plasma arc technologies of
Scientific-Technical Centre of Electro-mechanics. Tbilisi, Georgia
01/2004 – 12/2012 - Researcher. Complex Mechanization Lab. Plasma sector of Mining
Institute of Georgia
01/2006 – till now - Researcher. Centre of Electro-mechanics of Georgian Technical
University
01/2013 – till now - Senior Researcher. Department of Plasma Physics. Andronikashvili
Institute of Physics of Tbilisi State University
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Scientific Interests
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1) Plasma chemistry
2) Plasma assisted technology
3) Plasma melting
4) Power source for plasma and welding technologies
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Education
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PHD Course in Georgian Technical University (2008-2011)
Graduated from Applied Mathematic Department of Tbilisi State University(1991)
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Participation in Researche Grants Project
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1) U.S. Civilian Research & Development Foundation (CRDF).
Project # BPPN09/06. 03.05. 03.05.2005-03.05.2006
2) "An energetically effective, technically simple and stable-acting plasma-arc
furnace having power supply with rectangular characteristics"
Project manager from Georgian Technical University. The U.S. Department of
Energy Global Initiatives for Proliferation (DOE) Prevention (GIPP) Program
and The Science and Technology Center in Ukraine(STCU)
Project# P-549. (BNL-T2-0393). 01.12.2012----01.04.2015
3) "Development, fabrication and study of new type plasma furnace for melting of
high-melting materials and industrial wastes"
ShotaRustaveli National Science Foundation((SNSF). 01.09.2014-----01.09.2016.
4) "Efficiency Plasma Arc Combustion System of Low Quality Coal"
Project Coordinator. Shota Rustaveli National Science Foundation
(SNSF). 01.12.2016-------24.04.2019.
5) "Plasma arc reactor for nanopowder production"
Project Coordinator. Shota Rustaveli National Science Foundation
(SNSF). 23.12.2019----23.12.2023.
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Publications
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Published 15 Scientific papers and 5 Patents
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რჩეული შრომები
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Selected Publications
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A.Prangishvili, Z. Gasitashvili, G.Gogia, D. Gelenidze, M. Gelenidze, G. Gelenidze
"Production of fuel from sewage water"
Journal “Energy” # 1 (73), Tbilisi, 2015
A.Prangishvili, Z. Gasitashvili, G.Gogia, D. Gelenidze, at al.
"Fuel from MSW and water"
Journal “Energy” # 1 (73), Tbilisi, 2015
A.Prangishvili, Z. Gasitashvili, M. Gelenidze,G. Gogia, D. Gelenidze,
"The New types of plasma furnaces"
Journal “Energy” # 2 (58), Tbilisi, 2011, pp. 12-17
D. Gelenidze, Z. Bakhtadze, Ts. Sichinava
"Development of plasma generator with laminar plasma flow, designed for surface treatment of building materials"
"Mining Journal",#1(26), Tbilisi, 2011, pp. 83-87
D. Gelenidze,
"The analysis of possibilities of plasma technologies application in mining"
"Mining Journal",#2(25), Tbilisi, 2010, pp. 51-54
D. Gelenidze, Ts. Sitchinava., G. Gogia
"Method to receive of powerful plasma-jet"
Journal “Energy” # 2 (50), p.1, Tbilisi, 2009, pp. 55-59
Z. Batkhadze,D. Gelenidze, at al.
"Research of character of loss of thermal capacity of plasma through walls of the water cooled cylindrical anode in
plasmatron indirect action."
Journal “Energy” # 1 (45), Tbilisi, 2008, pp. 32-38
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პატენტები
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Patents
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1. "Water accumulation and storage rule". Georgian patent. GE P 2013 5797 B;
2. "Method of reception of superpower plasma formation". Georgian patent. GE P 2010 4945 B;
3. "Method of reception of powerful plasma jet". Georgian patent. GE P 2010 4948 B;
4. "Method of transmission of electrical energy". Georgian patent. GE P 2010 4944 B;
5. "The method of Acceleration of plasma torch". Georgian patent. GE P 2008 4350 B;
6. "System and method for heating materials". USA Patent Office: US 10,627,163 B1 2020
7. "System and method for heating materials". USA Patent Office: US 10,948, 234 B1 2021
8. "Systems and methods for separating and extracting metals".
USA Patent Office: US 11,389, 874 B1. 2022
9. "Systems and methods for separating and extracting metals".
USA Patent Office US11,242,605B1. 2022
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