Tarkhan Tevzadze

Doctor of Science

Georgian Technical University Institute of Hydrogeology and Engineering Geology

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Doctoral Thesis Referee


Master Theses Supervisor


Doctoral Thesis Supervisor/Co-supervisor


Scientific editor of monographs in foreign languages


Scientific editor of a monograph in Georgian


Editor-in-Chief of a peer-reviewed or professional journal / proceedings


Review of a scientific professional journal / proceedings


Member of the editorial board of a peer-reviewed scientific or professional journal / proceedings


Participation in a project / grant funded by an international organization


Participation in a project / grant funded from the state budget


Patent authorship


Membership of the Georgian National Academy of Science or Georgian Academy of Agricultural Sciences


Membership of an international professional organization


Membership of the Conference Organizing / Program Committee


National Award / Sectoral Award, Order, Medal, etc.


Honorary title


Monograph


Handbook


Research articles in high impact factor and local Scientific Journals


"CHEMICAL AND GEOTECHNICAL PROBLEMS ASSOCIATED WITH THE TBILISI WATER STORAGE RESERVOIR, GEORGIA". 2006. pp 393–399. Part of the NATO Science Series book series (NAIV,volume 74). "Urban Groundwater Management and Sustainability". Grant Project

The Tbilisi reservoir (Georgia) represents an important water supply for the city of Tbilisi, but has suffered considerable problems over the past 50 years. Initially the problems related to leakage of stored water via the schistose bedrock. It contains soluble gypsum and is highly sensitive to particulate removal by the process of suffusion. To some extent the leakage problems were ameliorated by the construction of vertical grout curtains but they have never been fully resolved. In recent times, an additional problem has appeared related to the inflow of saline groundwater from the bedrock host during times when reservoir levels are low. This groundwater locally contains as much as 16,000 mg/l total dissolved solids due primarily to gypsum dissolution. This release of groundwater to the reservoir has impaired reservoir water quality, increasing total dissolved solids from about 250 mg/l in 1988 to almost 500 mg/l in 2002. This has important implications for the long-term viability of the reservoir as a supply of potable water for the city.

https://link.springer.com/chapter/10.1007/1-4020-5175-1_32

Publication in Scientific Conference Proceedings Indexed in Web of Science and Scopus