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Nassonova N.V.,TNNC Ltd. | Ivanyuk V.V.,TNNC Ltd. | Lebedev M.V.,TNNC Ltd. | Khokhlov G.A.,Verkhnechonskneftegaz OJSC
Neftyanoe Khozyaistvo - Oil Industry | Year: 2010

First results of geologic architecture of Verkhnechon field (Siberian Platform) by modem 3D seismic data are presented. It is established that narrow grabens, crosscutting sediments, regional and local components changing Vendían terrigenous complex thickness are reliably mapped by seismic. The results of Vendian terrigenous complex facies analysis are examined. Correlations between seismic attributes, impedance and linear content of VC 1 are scrutinized. Scheme of VC 1 reservoir linear capacity enabling the recognition of risk zones for locating development wells is provided. Source


Skachek K.G.,Lukoil | Mordvintsev M.V.,Verkhnechonskneftegaz OJSC | Galkin V.I.,Perm National Research Polytechnic Institute
Neftyanoe Khozyaistvo - Oil Industry | Year: 2012

The Influence of several characteristics of BS10 1, BS10 2.3. BS11 0, BS11 1, BS11 2, YuS1 layers of Druzhnoye field on the oil production rates is justified quantitatively at the statistical level. Individual and multidimensional models of oil production rates forecast are constructed. Mathematical models for oll production rates forecast are given and their validity is estimated. Source


Skachek K.G.,Lukoil | Mordvintsev M.V.,Verkhnechonskneftegaz OJSC | Galkin V.I.,Perm National Research Polytechnic Institute | Rastegaev A.V.,Perm National Research Polytechnic Institute
Neftyanoe Khozyaistvo - Oil Industry | Year: 2012

The Influence of several characteristics of BS101 layer of Druzhnoye field on the oil production rates is justified quantitatively at the statistical level. Individual and multidimensional models of oil production rates forecast are constructed. It is concluded about the possibility of creating multi-dimensional mathematical models of the oil production rates forecast by a complex of indicators. Source


Koshovkin I.N.,TomskNIPIneft JSC | Deynezhenko A.L.,TomskNIPIneft JSC | Skripkin A.G.,TomskNIPIneft JSC | Anurjev D.A.,Verkhnechonskneftegaz OJSC
Neftyanoe Khozyaistvo - Oil Industry | Year: 2011

Laboratory studies of the oil displacement efficiency increase at water-gas mixture injection after oil displacement by water are executed. The core of four fields of Tomskaya Oblast was used. The displacement efficiency growth by 1625% compared with the oil displacement by water was obtained. The method of experimental design to assess the risk of application of water-gas stimulation for oil recovery was realized. Source


Gilmanov Ya.I.,TNNC Ltd. | Zagorovsky A.A.,TNNC Ltd. | Komlsarenko A.S.,TNNC Ltd. | Fadeev A.M.,TNNC Ltd. | And 2 more authors.
Neftyanoe Khozyaistvo - Oil Industry | Year: 2010

Types of special analysis on the cores from Verkhnechonskoye field are examined: evaluation of asphaltic resinous wax precipitation temperature, and precipitation Influence on permeability, relative permeabilities for oil and water, determination of residual oil saturation factors and displacement during the waterflood, study of reservoir desalination dynamics during fresh waters filtration. Methodical approach is described. The analysis of results derived is presented. Source

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