Productivity Analysis of Commingled Production in Circle-Sealing Reservoir with Infinite Conductive Vertical Fractures
LIU Peng-cheng1, WANG Xiao-dong1, HOU Xiao-chun1, LI Fan-hua2, DENG Hong-wen1
1. China University of Geosciences, Beijing 100083, China; 2. Research Institute of Petroleum Exploration and Development, PetroChina,Beijing 100083, China
LIU Peng-cheng*, WANG Xiao-dong*, HOU Xiao-chun*, LI Fan-hua2, DENG Hong-wen*. Productivity Analysis of Commingled Production in Circle-Sealing Reservoir with Infinite Conductive Vertical Fractures[J]. Xinjiang Petroleum Geology, 2004, 25(3): 297-300.
[1] Meguire W J , Sikora V J. The effect of vertical fractures on wellproductivity[A] , SPE 1618-G, 1960. [2] Tinsley J M Williams J R, Tiner R L,et al. Vertical fractureheight-its effect on steady-state production increase [A] ,SPE 1900, 1969. [3] Prats M. Efft of vertical fracture on resevior-~incompressiblefluid case [R]. Paper presented as 35 annual fall meeting ofSPE, 1960. [4] Raymond I R , Binder G G. Productivity of wells in verticallyfractured damaged formations[A]. SPE 1454, 1967. [5] Agarwal R G. Evaluation and performance predictionof lowper-meability gas wells stimulated by massive hydraulic fracturing[J]. JPT,1979,3. [6] Cinco L H. Effect of well-bore storage and damage on thetransient pressure behavior of vertical fractured wells[A] , SPE6014,1977. [7] Poe B D Jr, Elbel J L, Blasingame T A. Transient behavior of afinite-conductivity fracture in infinite-acting and bounded