首页> 外文会议>SPWLA Annual Logging Symposium >SHALLOW RESERVOIRS AND THE “GAS-EFFECT”, TINTA 3 WELL, AN OLIGOCENE AND EOCENE CASE IN BURGOS BASIN, MEXICO
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SHALLOW RESERVOIRS AND THE “GAS-EFFECT”, TINTA 3 WELL, AN OLIGOCENE AND EOCENE CASE IN BURGOS BASIN, MEXICO

机译:浅水库和“气体效应”,Tinta 3 Well,墨西哥布尔戈斯盆地的少茂和虫族案例

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This paper shows the shallowest gas reservoirs in the Burgos Basin. These kind of reservoirs have thicknesses from 3 up to 16 meters, and are located in Eocene and Oligocene siliciclastic sediments, in Jackson, Frio Marino and No Marino, having excellent permeability (1.6 to 825 mD) and porosity (18 to 34%). The NPHI and DPHI curves of the lithodensity (LDL) and compensated neutron (CNL), show an overcrossing called “gas effect” in producing sands. The relevance on these reservoirs penetrated for the Tinta 3 well is the depth: 125, 170, 205, 239, 283, 305, 336 and 645 meters. The description of “gas effect”, rock quality index and mineralogy, based upon sidewall cores, cross-plots, petrography images and scanner electronic microscope (SEM). The gas rates for these sands varied from 0.3 to 1.67 mmcfd with pressures ranges between 400 to 900 psi.
机译:本文显示了布尔戈斯盆地中最浅的气体储层。这些储层的厚度从3达16米,位于虫族和寡核苷酸硅淤积中,杰克逊,Frio Marino和No Marino,具有优异的渗透率(1.6至825 md)和孔隙率(18至34%)。 Lithodensity(LDL)和补偿中子(CNL)的NPHI和DPHI曲线显示出在生产砂体中称为“气体效应”的过度交叉。对Tinta 3井穿透的储存器上的相关性是深度:125,170,205,239,283,305,336和645米。 “气体效应”,岩石质量指标和矿物学的描述,基于侧壁核心,横向图,岩体图像和扫描仪电子显微镜(SEM)。这些砂岩的气体速率在0.3至1.67mmcfd中变化,压力范围在400至900psi之间。

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