000 02307nmc a2200277 4500
005 20260520005645.0
008 260224s xxu
082 _aCD W938 1 0013960
210 _aWPC (16th.)
245 0 0 _aIntegrated exploration techniques used for and hydrocarbon discoveries found in the complex high steep structures of Kuche mountain area, Tarim Basin, China
270 _a12/09/06 ; 26/08/2003
300 _a7 p.
520 _aResumen del autor, extraído del trabajo. . There are rich gas resources in the mountain area of Kuche, Xinjiang, where the combination of source rock-reservoir bed-cap rock is excellent. The seismic exploration there, however, is very difficult. After several years’ effort, an adequate comprehensive exploration technique, suitable for petroleum exploration in mountain area, has been developed by integration of data acquisition, processing and interpretation. The technique includes: (1) the target-oriented acquisition technique in areas with complex surface and subsurface conditions, (2) the precise target-oriented processing technique, (3) the pre-stacked time and depth migration technique, (4) the technique for constructing the precise velocity field of the target zone, and (5) model establishment and the industry mapping technique for constructing the complex structural traps with steep strata. With application of these new seismic techniques, deep traps can precisely be described. Meanwhile, a set of drilling technique for steep dip layers and high-pressure gypsiferous mudstones, logging technique for complex well bore and test technique for high-pressure well in mountain front area has been developed and completed. By use of these techniques, a great achievement of natural gas exploration in Kuche mountain area has been achieved recent three years.
773 _gv. 2, p. 1-7
942 _cCONGTP
100 1 _aJianzhang, Zhao
_99507
100 1 _aZuchuan, Chen
_99508
100 1 _aChengzao, Jia
_99509
100 1 _aRongjun, Qian
_99510
111 2 _aWorld Petroleum Congress (16th. : 2000 jun. 11-15 : Calgary, Alberta, Canada)
_934
700 1 _aZuchuan, Chen
_99508
700 1 _aChengzao, Jia
_99509
700 1 _aRongjun, Qian
_99510
800 1 _aJianzhang, Zhao
_99507
999 _c133428
_d133428