The article is devoted to the problem of identifying channels of deep heat and
mass transfer (HTMT), which are associated with places of accumulation of hydrocarbons (HC)
and reveal the essence and meaning of the new invention "Method for identifying areas that are
promising for prospecting and exploration of hydrocarbon deposits" and outlining the content
underlying the invention , the mixed genetic theory of the genesis of oil and gas, a systematic
application of field thermogeochemical surveys for mapping local oil and gas prospects is given.
Anomalous zones of heat flow and elevated areas of geochemical indicators are established by
using thermogeochemical surveys. The description of the results of surveys for individual areas of
the Bukhara-Khiva oil and gas region and the allocation of GTMP channels is given.
| № | Имя автора | Должность | Наименование организации |
|---|---|---|---|
| 1 | Tursunova A.A. | researcher | TSTU |
| 2 | Yuldasheva M.G. | functionary | Head of laboratory of the Institute Geology and exploration of oil and gas fields |
| 3 | Abidov H.A. | researcher | Surhangas Chemical |
| 4 | Tillabayev M.R. | functionary | Surhangas Chemical |
| № | Название ссылки |
|---|---|
| 1 | A.A. Abidov., F.G. Dolgopolov. Principal model of the mix genetic scheme of natural hydrocarbon synthesis. “Reports of the Russian Academy of Sciences”, 2004. 396. |
| 2 | A.A. Polikarpov. Thermodynamic models of fluid HTMP channels into the sedimentary mass and their relationship with the location of hydrocarbon accumulations. “Proceedings of the 6th Intern. Conferences on oil and gas 23-24 May”, 2002. 253 |
| 3 | A.A. Abidov. Genesis of oil, gas, and methods of searching for their locations. Tashkent: publishing house. “Science of the Academy of Sciences of the Republic of Uzbekistan”, 2010. 258. |
| 4 | V.A. Shlyakhovsky. Identification of heterogeneities in the lithosphere as sources of formation of hydrocarbon deposits. “Scientific and technical journal Geo resource, 2010. 35. |
| 5 | G.A. Yuldashev., L.P. Sorokotyaga. Application of modern electrical exploration methods to detect channels of deep heat and mass transfer. “Uzbek Journal of Oil and Gas”, 2014. 106. |
| 6 | M.I. Varentsov., Z.I. Aleshina., G.E. Kornienko. “Tectonics and oil and gas potential of the Tajik depression”, 1977 |
| 7 | A.M. Akramkhodzhaev., H.Kh. Avazkhodzhaev., M.E. Egamberdiev., I.A. Simonenko., H.Kh. Ismatullaev., A.V. Kirshin. “Oil source rocks of Uzbekistan and methods for determining their genetic potential”, 1977. |
| 8 | V.E. Khain. Tectonics of continents and oceans. Moscow: “Scientific World”, 2001. 606 |
| 9 | V.S. Shein. “Geology and oil and gas potential of Russia”, 2006. 776. |
| 10 | V.S. Shein., V.A. Ignatova. “Geodynamics and prospects of oil and gas potential of sedimentary basins of the far east”, 2007. 296. |
| 11 | A.A. Abidov. Prospects for the oil and gas potential of the Russian Arctic shelf in the light of the global regularity in the distribution of regional hydrocarbon accumulations. Abstracts of the international scientific and technical conference. “Oil, gas of the Arctic”, 2006. 51. |
| 12 | A.A. Bakirov., E.A. Bakirov., V.S. Melik-Pashaev. Theoretical bases and methods of prospecting and exploration of accumulations of oil and gas. “Higher School”, 1987. 384. |
| 13 | A.A. Tursunova. Education, science and innovative ideas in the world 2022 September. “On the significance and some results of thermal geochemical surveys on certain areas of the Turanian platform”, 2022. 415. http://newjournal.orj |
| 14 | A.A. Tursunova. “On the significance and some results of thermogeochemical surveys in certain areas of the Amu Darya syneclise of the Turan platform”, 2017. http://www.gdirc.ru/novosti/359-27-28-2017-ix-l-r-. |