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核磁共振测井在识别稠油水淹层中的应用
引用本文:李玉泉 韩成 蒋宏修 张士中 王正久. 核磁共振测井在识别稠油水淹层中的应用[J]. 国外测井技术, 2006, 21(6): 33-35,39
作者姓名:李玉泉 韩成 蒋宏修 张士中 王正久
作者单位:大港油田集团测井公司,大港油田集团测井公司,大港油田集团测井公司,大港油田集团测井公司,大港油田集团测井公司
摘    要:由于稠油有较短的T2谱,常常达到束缚流体的范围,所以对于稠油层,核磁共振测井表现为异常高的束缚水饱和度和很低的核磁渗透率,并且核磁渗透率随地层稠油饱和度的降低而增加,束缚水饱和度随地层稠油饱和度的降低而降低。因此,可以把核磁渗透率及束缚水饱和度结合起来判断稠油水淹。

关 键 词:水淹层  稠油  核磁束缚水饱和度  核磁渗透率

The Application of Nuclear Magnetic Resonance Logging (NMR) in Identification of Water Flooded Zones of Thick Oil
Li Yuqunn,Han Cheng,Jiang Hongxiu,et al.. The Application of Nuclear Magnetic Resonance Logging (NMR) in Identification of Water Flooded Zones of Thick Oil[J]. World Well Logging Technology, 2006, 21(6): 33-35,39
Authors:Li Yuqunn  Han Cheng  Jiang Hongxiu  et al.
Affiliation:Li Yuqunn,Han Cheng,Jiang Hongxiu,et al.,Dagang Oilfield Group Well Logging Company
Abstract:Because T2 spectra of thick oil are shorter and can rich the range of bound fluids, nuclear magnetic resonance logging in thick oil zones appears abnormally high bound water saturation and low permeability. The permeability increases as the saturation of thick oil decreases, and the bound water saturation decreases as the saturation of thick oil does. Therefore, the water-flooded zones of thick oil can be judged according lo the combination of the permeability and bound water saturation of NMR.
Keywords:water-flooded zone  thick oil  NMR hound water saturation  NMR permeability
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