000 02315nmc a2200325 4500
005 20260520005648.0
008 260224s xxu
082 _aCD W938 1 0013960
100 1 _aDjafaraov, L.S.
_99678
100 1 _aGumerskiy, H.H.
_99679
100 1 _aBokserman, A.A.
_99641
100 1 _aLeybin, E.L.
_99680
110 2 _aTymenien Oil Company
_99681
110 2 _aCentral Geophysical Expedition
_99682
111 2 _aWorld Petroleum Congress (16th. : 2000 jun. 11-15 : Calgary, Alberta, Canada)
_934
210 _aWPC (16th.)
245 0 0 _aINTEGRATED TECHNOLOGY OF NON-STEADY ADDRESS STIMULATION ON WELLBORE ZONE AND THE FIELD
270 _a12/09/06 ; 26/08/2003
300 _a2 p.
520 _aResumen del autor, extraído del trabajo. Among the enhanced oil recovery methods water flood is the most widespread. Last fifty years the water flood scale is widely used in Russia, where 90 % of the whole country's oil production is provided by this method. The use of injection in Russia was accompanied by considerable worsening of the structure and quality of oil reserves involved in the field development. Active oil reserves in high permeable, rather homogenous reservoirs decreased almost twice, The oil reserves share in heterogeneous low permeable reservoirs, in particular with stratified heterogeneity, is considerably increased. Today, when the water flood technology is widespread, when they try to compensate the produced liquid volume by the proper water injection, the stratified heterogeneity of reservoirs (layers) unified into the one development object defines considerably current and final oil recovery of the field, as well as water cut. For increasing the water flood effectiveness it is necessary to spend a lot of money and make effort for performing well operations, aimed for the water cut limitation, smoothing of the inject water injectivity profile, intensification of production from the low permeable reservoirs (layers).
700 1 _aGumerskiy, H.H.
_99679
700 1 _aBokserman, A.A.
_99641
700 1 _aLeybin, E.L.
_99680
710 2 _aTymenien Oil Company
_99681
710 2 _aCentral Geophysical Expedition
_99682
773 _gv. 2, p. 340-341
800 1 _aDjafaraov, L.S.
_99678
942 _cCONGTP
999 _c133492
_d133492