firstname.lastname@example.orgGraduated from the Department of Geophysics of the V.V. Vakhrushev Sverdlovsk Mining Institute, specialization "geophysical methods of prospecting and exploration of rare and radioactive ores fields" (1958), mining engineer and geophysicist.
Worked with the First Major Exploration Management of the Ministry of Geology, USSR, Geophysicist of the GGP "Krasnoholmskgeologiya" (since 1958), Chief Geophysicist of Central geological expedition (since 1971), Chief Geologist of Integrated geological and ecological expedition, GGP "Kiziltepageologiya" (since 1991). Does not work since 2006.
PhD in Geological and Mineralogical Sciences (1985).
Research interests: geochemistry, geo-fluid-dynamics, geo-ecology, geology and geophysics of uranium and gas. In the past decades - geochemistry and geology of hydrogen.
Has about 60 scientific papers and 5 authors' certificates for inventions in the field of geochemistry and fluid dynamics.
|Article # 5_2012|
|13 p.||Perevozchikov G.V.|
|Geochemical research on hydrogen accumulation in the Gazli gas field|
|Surface determination of hydrogen concentrations in groundwater and on the surface of Gazli gas field has shown that this field is situated in the area of deep degassing of hydrogen, which is transferred to the surface through several deep faults. A joint transit of hydrogen and helium through these structures has been established along with the absence of the mantle characteristic - light isotope of helium-3 in the flow of light deep gases. Simultaneously original method of mapping the deep areas of hydrogen relived on the surface has been tested. Consequence of the hydrogen displacing in the covering sediments was the formation of contrasting reducing geochemical barriers permitting infiltration oxygen groundwater with dissolved polyvalent elements. As a result industrial uranium deposits and associated elements were formed in the conditions of absence of mineral reductive agents in some uranium hydrogenic deposits in Central Asia.
Key words: helium, hydrogen, uranium, deep faults, hydrocarbon generation, underground water, gas field Gazli.
|article citation||Perevozchikov G.V. Pole vodoroda na mestorozhdenii Gazli po dannym geokhimicheskikh issledovaniy v neftegazonosnom regione Sredney Azii [Geochemical research on hydrogen accumulation in the Gazli gas field]. Neftegazovaya Geologiya. Teoriya I Praktika, 2012, vol. 7, no. 1, available at: http://www.ngtp.ru/rub/1/5_2012.pdf|
Degazatsiya Zemli: geotektonika, geodinamika, geoflyuidy, neft' i gaz, uglevodorody i zhizn' [Degassing of the Earth: geotectonics, geodynamics, geo-fluids, oil and gas, hydrocarbons and life]. Conference proceedings. Moscow: GEOS, 2010.