Lithologic Reservoirs ›› 2011, Vol. 23 ›› Issue (2): 118-123.doi: 10.3969/j.issn.1673-8926.2011.02.023

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Advances in deliverability analysis of horizontal well

WANG Dawei， LI Xiaoping   

  1. State Key Laboratory of Oil and Gas Reservoir Geology and Exploitation， Southwest Petroleum University， Chengdu 610500， China
  • Online:2011-04-20 Published:2011-04-20

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Abstract:

Deliverability analysis of horizontal well is the basic work of getting economic benefits, and it provides basis for horizontal well optimization, perfecting work system, production dynamic analysis and adjustment. At present, there are twomethods of deliverability calculation for horizontal well, namely analytical method and simulation method. The deliverability prediction methods for conventional horizontal well, multilateral well, fractured horizontal well and horizontal well pattern are summarized. The birth and development of deliverability analysis theory are reviewed, the new advances at home and abroad in the deliverability analysis theory and methods are introduced, the problems exists are expounded, and the development direction is pointed out, which will be helpful for improving the application of horizontal well in oilfield development.

Key words: pore network model, relative permeability, Carreau model, viscoelastic, microscopic simulation

［1］ Merkulov V P. Le debit des puits devies et horizontaux ［J］. Neft.Khoz.，1958，（6）：51-56.
［2］ Borisov J P. Oil production using horizontal and multiple deviation wells［M］. Oklahoma：The R & D Library Translation，1984.
［3］ Giger F M. Horizontal wells production techniques in heterogenous reservior［R］. SPE 13710，1985.
［4］ Joshi S D. Augmentation of well production using slant and horizontal wells［R］. SPE 15375，1986.
［5］ 郭康良，郭旗，程时清.凝析气藏水平井产能计算模型及方法研究［J］.岩性油气藏，2007，19（1）：120-123.
［6］ Renard G，Dupuy J M. Formation damage effects on horizontal-well flow efficiency［R］. SPE 19414，1991.
［7］ Elgaghad S A，Osisanya S O，Tiab D. A simple productivity equation for horizontal wells based on drainage area concept［R］. SPE 35713，1996.
［8］ Mutalik P N，Godbole S P，Joshi S D. Effect of drainage area shapes on the the productivity of horizontal wells［R］. SPE 18301，1988.
［9］ Babu D K，Odeh Aziz S. Productivity of a horizontal well［R］. SPE 18298，1989.
［10］ Kuchuk F J，Goode P A，Wilkson D J，et al. Pressure-transient behavior of horizontal wells with and without gas cap or aquifer ［R］.SPE 17413，1991.
［11］ Frick T P，Economides M J. Horizontal well damages characterization and removal［R］. SPE 21795，1991.
［12］ 徐景达.关于水平井的产能计算———论乔希公式的应用［J］.石油钻采工艺，1991，13（6）：67-74.
［13］ 窦宏恩.预测水平井产能的一种新方法［J］.石油钻采工艺，1996，18（1）：76-81.
［14］ 张望明，韩大匡，闫存章.水平井油藏内三维势分布精确产能公式［J］.石油勘探与开发，1999，26（3）：49-52.
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