岩性油气藏 ›› 2008, Vol. 20 ›› Issue (2): 91–96.doi: 10.3969/j.issn.1673-8926.2008.02.014

• 技术方法 • 上一篇    下一篇

裸眼井测井新技术进展

张向林1, 刘新茹2   

  1. 1.中海油服技术中心机电研究所; 2.大港油田测井公司
  • 出版日期:2008-06-15 发布日期:2008-06-15
  • 作者简介:张向林, 1969 年生, 男, 博士, 长期主要从事测井方法及测井仪器的研究。地址: ( 101149) 北京232信箱中海油服技术中心机电 研究所。电话: ( 010) 84522288- 6537。E-mail: zxl_1111@163.com

New development of logging techniques in open hole

ZHANG Xianglin1, LIU Xinru2   

  1. 1. Electromechanical Research Institute of Technical Center, COSL, Yanjiao 101149, China; 2. Dagang Oilfield Logging Company, Tianjin 300280, China
  • Online:2008-06-15 Published:2008-06-15

PDF (PC)

735

摘要：

随着石油勘探开发需要, 测井技术发展十分迅速, 高分辨率阵列感应、微扫、三分量感应和正交偶极声波等新型成像测井仪为研究地层各向异性提供了强有力的手段, 核磁共振、电缆地层测试、井壁取心等提供了对地层流体的精确认识, 如随钻声电成像、核磁共振测井、随钻地层测试等随钻测井系列的不断增加使得随钻测井快速发展。最近, 又提出了动电测井的新测井概念并且进展迅速。该文介绍了国外如斯伦贝谢、哈理伯顿、阿特拉斯、康普乐公司及俄罗斯等测井新技术的测量原理和仪器结构, 对于当前的科研和生产具有指导和借鉴作用, 在深入研究的基础上探讨了我国测井技术的现状及差距, 指明了发展方向。

关键词: 河流相, 随机模拟, 地震波阻抗反演, 地质建模

Abstract:

For the requirement of petroleum exploration, logging techniques develop rapidly. Several logging techniques are analyzed. High resolution array induction, microresistivity image well logging, three component induction resistivity logging and cross dipole acoustic logging tool are favorable for the research on formation heterogeneity and anisotropy. Nuclear magnetic resonance logging, cable formation test and sidewall coring improve the recognition of formation fluid. Recently, new logging technique of electrokinetic logging is proposed. The measuring principle and apparatus composition of new techniques from Schlumberger, Halliburton, Atlas, Computalog and Russia are introduced, which is helpful for the development of our current scientific research and production. The current status and difference of the logging technologies in China are discussed, and the developing direction is pointed out.

Key words: fluvial facies, stochastic modeling, seismic acoustic impedance inversion, geological modeling

[ 1] 张向林, 陶果, 刘新茹.油气地球物理勘探技术进展[ J] .地球物理学进展, 2006, 21( 1) : 143- 151.
[ 2] Lofts J. A newmicroresistivity imaging device for use in non-conductive and oil-based muds[ J] . Petrophysics, 2002, 44( 5) : 317-327.
[ 3] Cheung P. Microresistivity tool operation in OBM[ J] . The American Oil &Gas Reporter, 2001, 9: 135- 141.
[ 4] Lu XY, David L. Three-dimensional sensitivity analysis of induction logging in anisotropic media[ J] . Petrophysics, 2001, 42( 6) :566- 579.
[ 5] Millison R R. 3-D induction logging improves evaluation of lowresistivity pay zones[ J] . The American Oil &Gas Reporter, 2001,9: 129- 134.
[ 6] Fogal J, Kessler C, Varsimis G. Application of shear anisotropy from a newgeneration crossed dipole acoustic tool[R] . SPE77792, 2002.
[ 7] FreedomR. Field application of a newnuclear magnetic resonance fluid characterization method[ J] . SPE Annual Technical Conference and Exhibition, 2001, 10.
[ 8] Khamatdinov R. Field test of a new nuclear magnetic resonance tool[C] ∥SPWLA44th Annual Symposium, Transaction, Paper AAA,2003, 6.
[ 9] Proett MA, Chin W C, et al. New dual-probe wireline formation testing and sampling tool enables real-time permeability and anisotropymeasurements[R] . SPE 59701, 2000.
[ 10] Proett MA, Gilbert G N, Chin WC, et al. Newwireline formation testing tool with advanced sampling technology[R] . SPE 56711,1999.
[ 11] Mack S. The Design, response and field test results of a new slim hole LWDmultiple frequency resistivity propagation tool[R] . SPE 77483, 2002.
[ 12] Murphy D P. Advances in MWD and formation evaluation for 2004[ J] . World Oil, 2004, 225( 5) : 57- 62.
[ 13] WilliamJ, Mcdonald D. Logging while drilling: a survey of method and priorities[ C] ∥SPWLA 17th Annual Logging Symposium,1976.
[ 14] Market J, Barnett C, Deady R, et al. LWD sonic logging in large diameter surface holes[R] . SPE 77480, 2002.
[ 15] Morley J, Rodrigues D,Walker J, et al. Field test of a new nuclear magnetic resonance logging while drilling tool [ R] . SPE 77477,2002.
[ 16] Prammer MG. A newmultiband generation of NMR logging tools [ J] . SPE Reservior Evaluation &Engineering, 2001: 51- 58.
[ 17] Genyuu Kobayashi, Tetsuma Toshioka, Toru Takahashi, et al.Development of a practical EKL( Electro kinetic logging) system[ C] ∥SPWLA 43rd Annual Symposium, Paper H Transactions,2002, 6.
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