Avtandil Songhulashvili
Doctor of Science
Georgian Technical University Institute of Hydrogeology and Engineering Geology
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After graduating from the Faculty of Hydrogeology and Engineering Geology of the Polytechnic Institute, I started working in the Department of Hydrogeology and Engineering Geology on January 5, 1981, which was later transformed into an institute. I held the position of an engineer. Since 1995 I have been holding the position of Deputy Director of the Institute. I have been working as a researcher since 2015 and I actively participate in scientific activities.
Prospects for increasing and utilizing mineral and thermal water resources of Adjaristskali gorge. | B. Mkheidze, A. Songulashvili, Z. Kakulia, I. Nanadze, M. Kopadze, L. Glonti | article | Technical University, Tbilisi / Science and Technology, 1 (721), 2016, pp.54-61 | 0 | ISSN 0130-7061 | Georgian | State Targeted Program | |
About some results of Adjara-Trialeti mineral water monitoring | B. Mkheidze, A. Songulashvili, Z. Kakulia, I. Nanadze, M. Kopadze, L. Glonti | article | Technical University, Tbilisi / Science and Technology, 2017/2 (725), pp.105-110 | 0 | ISSN 0310-7061 | Georgian | State Targeted Program | |
Rational use of mineral waters of Adjara-Trialeti region - one of the reliable ways to solve the social and economic problems of the region. | B. Mkheidze, A. Songulashvili, Z. Kakulia, I. Nanadze, M. Kopadze, L. Glonti | conference proceedings | 3rd International Scientific-Practical Conference on the Recent Problems of Geology, Book of Theses, 2017/ pp.89-92 | 0 | ISBN 978-9941-20-832-4 | English | State Targeted Program | |
Prospects for the use of mineral waters in the Adjara-Trialeti mountain-fold zone in the development of balneological resorts and bottling plants for bottling and healing water | B. Mkheidze, A. Songulashvili, Z. Kakulia, I. Nanadze, M. Kopadze, L. Glonti | article | Technical University, Tbilisi / Science and Technology, 2018/1 (727), pp.69-75 | 0 | ISSN 0310-7061 | Georgian | State Targeted Program | |
Prospects for the use of mineral waters in the development of mountain resorts in the Adjara-Trialeti region. | B. Mkheidze, A. Songhulashvili, Z. Kakulia | conference proceedings | 4th International Scientific-Practical Conference on the Latest Problems of Geology, Book of Theses, 2018 / pp.85-87 | 0 | ISBN 978-9941-28-432-8 | English | State Targeted Program | |
The mineral waters located on the Stepantsminda-Jvari pass of the Georgian military road are an important resource for the development of mountain resorts. | B. Mkheidze, A. Songhulashvili, Z. Kakulia, Kh. Zagashvili | conference proceedings | 4th International Scientific-Practical Conference on the Recent Problems of Geology, Book of Theses, 2019 / pp.99-101 | 0 | ISBN 978-9941-28-432-8 | English | State Targeted Program | |
zemo rach’is mineraluri ts’q’lebis gamovlinebis geologia da hidrokimia (sakartvelo) 121 / 5 000 Результаты перевода Geology and Hydrochemistry of Zemo Racha Mineral Waters (Georgia) | B. Mkheidze, A. Songhulashvili, L. Khvichia, L. Glonti | conference proceedings | Science, Research, Development, 2021 / №45, p. 37-45 | 0 | ISBN: 978-83-66401-91-4 | Russian | State Targeted Program |
3-rd International Scientific-Practical Conference on Up-to-date Problems of Geology | Tbilisi, Georgia | 2017 | 01/06/2017 - 02/06/2017 | Georgian Technical University, Mineralogy Society of Georgia | Rational use of mineral waters of Adjara-Trialeti region - one of the reliable ways to solve the social and economic problems of the region. | oral | Based on the data obtained as a result of the monitoring of Adjara-Trialeti mineral waters and the reconciliation and analysis of the fund and published materials, the potential of the region's hydrothermal-mineral resources has been assessed. Rational utilization of mineral water resources with diverse chemical composition and healing properties of Adjara-Trialeti will undoubtedly contribute to a significant increase in the production of bottled medicinal water and to the development of a balneological and balneo-climatic climate. In solving the social problems of the local population, first of all, in the problem of employment. | http://www.msgeorgia2012.com/files/krebuli_2017.pdf |
4-rd International Scientific-Practical Conference on Up-to-date Problems of Geology | Tbilisi, Georgia | 2018 | 29/05/2018 - 30/05/2018 | Georgian Technical University, Mineralogy Society of Georgia | Prospects for the use of mineral waters in the development of mountain resorts in the Adjara-Trialeti region. | oral | On the territory of Georgia only in Adjara-Trialeti region hot mineral water with cold mineral water is found. The first ones are mainly spread in the western part of the region (Nabeghlavi, Sairme, Danisparauli, Namonastrevi, Kokotauri) and in the central and southern parts (Mitarbi, Machartskali, Tsinubani, Vardevani, Gujarati. Ramniskhevi, Plateau). Hot carbonic mineral waters are concentrated in the central part of the region (Borjomi gorge) and within the Akhaltsikhe Depression (Akhaltsikhe, Nakalakevi, etc.). Some of the mineral waters of the region are more or less exploited, but there are manifestations whose resources are only partially used or completely intact (Zekari, Abastumani, Dviri, Sadgeri thermo, carbonic acid waters of Gujaretistskali and Adjaristskali river valleys). Mineral water deposits. Abastumani deposit is distinguished by its convenient location and excellent natural conditions, whose weak mineralization (up to 0.6 g / l) chloride-sulfate sodium-calcium water temperature reaches 480C. No less interesting in terms of assimilation are the Zekar thermal large springs, from which flows weakly mineralized (0.15-0.20 mg / l) water at 37 0C with increased content of silicic acid (50 mg / l). Solutions in Gujaratistskali gorge. There are several solutions here, starting from the Mitarbi mineral water well above the valley. Among them, the mineral waters of medium mineralization are especially noteworthy: Machartskali, Tsinubani, as well as low-mineralization "Narzan" type waters: Vardevani, Ramniskhevi. The mineral waters of the mentioned valley are distinguished by the high content of dissolved free carbon dioxide gas. Geological exploration works did not affect the river either. Adjaristskali gorge carbon dioxide outflows. Due to its interesting chemical composition, the average mineralization water of Danisparauli (6.0 g / l) is noteworthy. It is true that the source debit is insignificant, but as a result of exploration and excavation works, a mineral water resource with high healing properties may be obtained here. This valley is characterized by low discharges of carbonated waters of low mineralization of Namonastrevi. Currently, the development of mountain resorts can make a significant contribution to the rational use of various mineral water resources in this region. | https://publishhouse.gtu.ge/ge/post/1048 |
5th International Scientific-Practical Conference on Recent Geological Problems | Tbilisi, Georgia | 2019 | 29/05/2019 - 30/05/2019 | Georgian Technical University, Mineralogy Society of Georgia | The mineral waters located on the Stepantsminda-Jvari pass of the Georgian military road are an important resource for the development of mountain resorts. | oral | The Georgian military road is a transport highway of international importance, on which passenger and freight transport flows in a continuous flow from south to north and vice versa at any time of the year. The surrounding area on the Stepantsminda-Jvari Pass section is even more attractive for the construction of mountain resorts with healthy air and abundance of Kamkama carbonic acid mineral water outlets. From the geotectonic point of view, the mentioned area is located at the contact of Kazbeg-Lagodekhi and Mestia-Tianeti fold zones of the two zones of the Caucasus fold system. It contributes to the improvement of the socio-economic conditions of the mountainous region-Khevsureti. Numerous point or frontal solutions of mineral waters of the study area can be divided into the following groups according to spatial proximity and identity of water chemical composition: (north to south) .These mineral waters are saturated with carbon dioxide; Their mineralization is mainly in the range of 2.0-4.0 g / l. There is a clear pattern in the distribution of mineral waters: waters distributed within the Kazbegi-Lagodekhi zone (from Panchet to Kobi). The mineral waters of the study area are cold (temperature in the range of 7-120C), do not contain toxic substances, kamkama is transparent, odorless, has a pleasant taste, which enhances their saturation with CO2. First of all, the type of carbonic alkaline-saline waters (Phanset, Zion, Kobi well) is very interesting, on the basis of which it is favorable to establish balneological-climatic resorts. Among the mineral waters of the study area, the high content of soda is sharply distinguished by the mineral water obtained in the Kobe № 9 well, the mineralization of which is 4.0 g / l. The chemical composition of the Kobi well mineral water is very similar to the world-famous mineral water of Borjomi and it has a wide range of uses, both bottled and on-site, in terms of drinking and healing. The rest of the mineral waters belong to the low and weak mineralization carbonic acid type of hydrocarbonate-calcium (small and large majorsha, springs of Kulagin, Sadzel gorge, etc.). At their base it is convenient to arrange mineral water pavilions and covered toilets. Md. The right tributary of the Tergi River. As a result of drilling shallow wells in the Bidara Valley (100-200 m deep) it is possible to identify significant reserves of carbon dioxide along with the extraction of large amounts of mineral water. | https://institutes.gtu.ge/uploads/2019 konferencia 29-30 maisi (2).pdf |
International Conference | Poznan, Poland | 2021 | 29/09/2021 - 30/09/2021 | Ukrainian State National University | Geology and hydrochemistry of mineral waters sources in Upper Racha (Georgia) | oral | Upper Racha is one of the mountainous parts of Georgia. It is a part of the southern slope of the Greater Caucasus. Z. Racha is rich in carbonated mineral waters, which are distinguished by both species diversity and chemical composition. , Therefore, is common in the area of development of this sequence. Mineral waters containing chlorides are formed in the Upper Jurassic-Lower Cretaceous carbonate flysch complex and are therefore distributed over an area composed of carbonate flysch rocks. | http://xn--e1aajfpcds8ay4h.com.ua/files/117_01s_x_2021.pdf |
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Project Adjara-Trialeti mineral water formation and distribution regularities, cadastre development and mapping. Borjomi-Akhaltsikhe mineral water solutions have been studied, hydrogeological planning has been done. | Borjomi-Akhaltsikhe | 01/09/2015 - 30/09/2015 | state budget |
High quality natural drinking water Freshwater samples were taken within the project, wells and spring water flow rates, temperatures were measured, and geological conditions were visually described. | Mtskheta-Mtianeti region | 19/10/2015 - 28/11/2015 | state budget |
Field conditions of mineral water wells and springs were measured, water temperature, pH determined at the site and non-volatile components such as dissolved carbon dioxide CO2 | Borjomi-Akhaltsikhe | 21/07/2015 - 19/08/2015 | state budget |
Establishment of patterns of formation and distribution of Adjara-Trialeti mineral waters, cadastre development and mapping Within the project, samples of mineral waters were taken on the field, geological conditions of mineral water outlets were described, water debits, water taste, color, smell, transparency, water were measured. Complete analyzes of mineral waters were performed in the stationary laboratory. | Borjomi-Khashuri | 21/07/2016 - 19/08/2016 | state budget |
Field-expedition works were carried out. Brief chemical analyzes of mineral waters were performed on the field, geological conditions of mineral water outlets were described, spring debits, water taste, color, odor, transparency, water temperature were measured. | Mtskheta-Mtianeti region | 18/04/2017 - 02/05/2017 | state budget |
Determining the regularities of formation and distribution of Adjara-Trialeti mineral waters, cadastre development and mapping According to the project, a hydrogeological study of the mineral water outlets of the region (natural springs, wells) was conducted. The geological conditions of the outcrops were studied in the field conditions | Guria-Adjara | 05/06/2017 - 04/07/2017 | state budget |
Field conditions of mineral water wells and springs were measured, water temperature, pH determined at the site and non-volatile components such as dissolved carbon dioxide CO2 | Borjomi-Akhaltsikhe | 07/09/2017 - 06/10/2017 | state budget |
Chamber, laboratory, field-expedition works were carried out. Existing published and background materials were processed, brief chemical analyzes of mineral waters were performed on the field, volatile and volatile components (CO2, Fe divalent) were identified on the site, geological conditions of mineral water outlets were described, water debits, water taste, color, odor, transparency were assessed. Water temperature, complete analysis of mineral waters was done in the stationary laboratory | Mtskheta-Mtianeti region | 21/08/2018 - 19/09/2018 | state budget |
Study of mineral water resource potential in the vicinity of Stepantsminda-Jvari pass section of the Georgian military road Within the framework of the project, Mtskheta-Mtianeti mineral water solutions have been studied, hydrogeological planning has been done. | Mtskheta-Mtianeti region | 21/06/2018 - 20/07/2018 | state budget |
The study of mineral waters characterized by chemical-physical properties of Upper Svaneti and necessary for practical purposes was studied in detail. | Mestia region | 23/08/2019 - 21/09/2019 | state budget |
Svaneti and Mountain Racha Mineral Water Resource Potential Survey The project explores 25 solutions for Upper Svaneti Mineral Waters. Five of them are covered with material brought in by river floods and could not be tasted. Sources studied on the river. It is located in the valleys of the right tributaries of the Enguri. They are all carbon dioxide type waters. Their part is low mineralization 2.0-5.0 m / l. The second part is weak mineralization. All are saturated with CO2. One part of the mineral springs has a very small debit, but this is an easily overcome problem. 50-150 m. With the help of deep exploration-exploration wells it is possible to increase their debit a hundred times and more. A good example of this is the village. Well drilled in Nakra, 1.5 m from which. A mineral water fountain rises to the heights. Its debit is 230 m3 per day. General Characterization of Upper Svaneti Mineral Waters: Carbon dioxide type is sodium bicarbonate-calcium or calcium-sodium. Does not contain trace elements harmful to health in the form of heavy metals. | Mestia region | 10/06/2019 - 09/07/2019 | state budget |
28 mountain mineral water solutions were studied in Mountain Racha (from Lashichala group): 20 in Mountain Racha and 8 in Lashichala. The study of mineral waters with chemical-physical properties and necessary for practical purposes was studied in detail. | Racha-Lechkhumi | 11/08/2020 - 09/09/2020 | state budget |
Field conditions of mineral water wells and springs were measured, water temperature, pH determined at the site and non-volatile components such as dissolved carbon dioxide CO2, total titrated sulfur | Oni region | 17/06/2020 - 16/07/2020 | state budget |
In the field conditions, the type of mineral water solution (source, griffin, well), geological and hydrogeological conditions of the solution were described on the spot. The patches are placed on a 1: 25 000 scale topographic map, photographs of the exit and its approaches are taken. | Dusheti Municipality | 12/08/2021 - 10/09/2021 | state budget |
Mineral Waters Resource Potential Study of the South-Eastern Slope of the Caucasus Main Range Water samples were taken as part of the project, spring flow, temperature, pH were measured. | Dusheti Municipality | 24/06/2021 - 23/07/2021 | state budget |
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
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Patent authorship |
Membership of the Georgian National Academy of Science or Georgian Academy of Agricultural Sciences |
Membership of an international professional organization
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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
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Publication in Scientific Conference Proceedings Indexed in Web of Science and Scopus |