OPTIMUM CONDITIONS FOR WATER INTAKE AT DEEPENING OF SEVERNYY QUARRY, KOMSOMOLSK CITY, TO THE (-50 m) HORIZON

Details

Parent Category: Geo-Technical Mechanics, 2013

Category: Collection of scientific papers «Geotekhnicheskaya Mekhanika» Issue 110

UDC 556.3.01:504.06

Iyaroshevich I. N. (IPNME, NAS of Ukraine)

Podrezenko I. N., Ph. D. (geol.-min.) (IPNME, NAS of Ukraine)

Pigulevsij P. I., D.Sc. (geol.), Senior Researcher (IPNME, NAS of Ukraine)

Abstract. Basing on analysis of geographical location of the deposit, lay of land, location of main water artery of the region, climatic conditions, long-term data of meteorological observations, results of chemical analysis of groundwater and the Kalmius River, and fundamental geological, hydrogeological, hydrochemical studies, the authors explain a mechanism of forming areas with high water content and, consequently, a mechanism of interaction between the water-consuming objects in the “sump-water intake” system. Both mechanisms are used for prognostic assessing resource sufficiency of the quarry at its further deepening. Basing on the mechanism of forming areas with high water content, and taking into account location coordinates, a priority is set for infiltration for recharging wells in the municipal water-intake system with appropriate subordination of water  supply into the quarry. Nature of karst formations in Karakubskiy limestone deposit was studied and their importance for hydrodynamic processes in the Severnyy quarry was confirmed.

Keywords:  Water intake, stone-pit, pumping, resource, karst.

References:

1. Reshenie gornykh i vodokhozyaystvennykh problem flyusodobyvayshchikh predpriyatiyyuga Donbassa na osnove polevykh gidrogeologicheskikh issledovaniy i sozdanie PDM: otchet (1997) [Report on: «The solution mining and water issues in the area south of Donbass gumboil taking  enterprises on the basis of field research and the creation of hydrogeological PDM»], The Institute of geology sciences NASU, Kiev, Ukraine.

2. Zaklyuchenie o vypolnennykh rabotakh po opredeleniyu poverkhnostnogo stoka v formirovanii vodopritokov v karery OAO “Komsomolskoe rudoupravlenie” [The conclusion of the work performed to determine the surface runoff in the formation of water inflows in the career of "KomsomolRudoupravlenie"] (2007), GRGP «Donetskgeology», Volnovaha. Ukraine.

3. Gorev, L.M., Peleshenko, V.I. and Hilchevskij, V.K. (1995), GidrohimiyaUkrainy [Hydrochemistry of Ukraine], Vischa shkola, Kiev, Ukraine.

4. Shestopalov, V.N., Lyalko V.I., Ognyannik N.S. and ect. (1989), Vodoobmen v gidrologicheskih strukturah Ukrainy [Water exchange of hydrological structures in Ukraine], Naukova dumka, Kiev, Ukraine.

5. Vodosnabjenie naselennih punktov Volnovahskogo i StarobeshevskogorajonovDoneckojoblasti Protokol №6858 zasedaniya gosudarstvennoj komissii po zapasam poleznikh iskopaemikh pri Sovete ministrov SSSR (GKZ) ot 21 marta 1973 g. (1973), [The protocol №6858 of the State Commission on Mineral Reserves under the Council of Ministers of the USSR (SRC) of 21 March 1973 Water system of  settlements Volnovakha and Starobeshevskiy of Donetsk region], Donetsk, Ukraine.

6. Alekin, O.A. (1970), Osnovi gidrokhimii  [Fundamentals of hydrochemistry], St. Peterburg, Russia.

7. Sokolov, D.S. (1962), Osnovnye usloviya razvitiya karsta [The basic conditions for the development of karst], Gosgeolizdat, Moscow, Russia.

8. Likoshin, A.G. (1981), Karst i gidrotehnicheskoe stroitelstvo [Karst and hydraulic engineering], Strojizdat, Moscow, Russia.

9. Artemenko, A.E. and Kiselev N.P. (1972), Otchet o gidrologicheskikh issledovaniyah karbonatnoj tolschi С₁¹ s celuy vodosnabjeniya g. Dokuchaevska i drugih obektov s razrabotkoj optimalnih uslovij ekspluatacii vodozaborov i karerov [Report on hydrological researchs of carbonate stratum С₁¹ to water of Dokuchaevsk and other objects with the development of optimum operating conditions intakes and quarries], trest Artemgeologiya, Artemovsk, Ukraine.

10. Gordeev, P.V., Shemyakina, V.A. and Shulyakova O.K. (1990), Gidrogeologiya [Hydrogeology], Visshaya shkola, Moscow, Russia.

About the authors:

Iyaroshevich Irina Nikolaevna, Engineer of 2 category in Department of Human-Induced Changes in the Geological Environment, Institute of Problems of Nature Management and Ecology under the National Academy of Sciences of Ukraine (IPNME NASU), Dnepropetrovsk, Ukraine, This email address is being protected from spambots. You need JavaScript enabled to view it. .

Podrezenko Igor Nikolaevich, Candidate of Geology and Mineralogy, Senior Researcher in Department of Human-Induced Changes in the Geological Environment, Institute of Problems of Nature Management and Ecology under the National Academy of Sciences of Ukraine (IPNME NASU), Dnepropetrovsk, Ukraine, This email address is being protected from spambots. You need JavaScript enabled to view it. .

Pigulevsij Petr Ignatevich, Doctor of Geological Sciences, Senior Researcher, Senior Researcher  in Department of Human-Induced Changes in the Geological Environment, Institute of Problems of Nature Management and Ecology under the National Academy of Sciences of Ukraine (IPNME NASU), Dnepropetrovsk, Ukraine, http://ippenan.com.

 

• < Prev