发明名称 RESISTIVITY OF CHEMICALLY STIMULATED RESERVOIRS
摘要 A chemical stimulation system and a resistivity tool are disposed in a wellbore. Chemical stimulation operations are performed in the wellbore using the chemical stimulation system. Resistivity measurements are made with the resistivity tool before, during, and/or after the chemical stimulation operations. The resistivity measurements may be used to determine the porosity of a formation penetrated by the wellbore. A wormhole distribution and/or penetration in the formation is determined based on the resistivity measurements. Decisions regarding stimulation operations are made based on the determined wormhole distribution and/or penetration. The resistivity tool may be modular and have various arrays allowing various depths of investigation. The depths of penetration of the wormholes into the formation may be determined using the measurements from the multiple depths of investigation. The volume of the formation that is dissolved by the chemical stimulation operations may also be estimated.
申请公布号 US2015293255(A1) 申请公布日期 2015.10.15
申请号 US201414251419 申请日期 2014.04.11
申请人 SCHLUMBERGER TECHNOLOGY CORPORATION 发明人 QIU XIANGDONG;DYER STEPHEN JOHN REMANE;TAHERIAN REZA
分类号 G01V3/28 主分类号 G01V3/28
代理机构 代理人
主权项 1. A method, comprising: disposing a chemical stimulation system and a resistivity tool in a wellbore; performing chemical stimulation operations in the wellbore using the chemical stimulation system; making resistivity measurements with the resistivity tool before, during, and/or after the chemical stimulation operations; determining a wormhole distribution and/or penetration in a formation based on the resistivity measurements; and making decisions regarding stimulation operations based on the determined wormhole distribution and/or penetration.
地址 Sugar Land TX US