储集层预测技术

储集层预测技术储集层预测技术
  1. 地震储集层预测技术在不同勘探开发阶段的应用

    Application of seismic reservoir prediction techniques in different exploration and development stages

  2. 储集层预测技术在岩性油气藏勘探开发中的应用

    Application of reservoir prediction technique in the exploration and development of lithologic oil-gas reservoirs

  3. 在油气储集层预测技术中存在着两种不同的地震模式识别方法&统计模式识别和神经网络模式识别。

    There are two different seismic pattern recognition methods for prediction of hydrocarbon reservoir .

  4. 在层序研究的基础上,运用地震储集层预测技术预测砂砾岩体的空间分布,在勘探实践中获得了良好的效果。

    Good exploration result has been achieved by using seismic prediction on the basis of sequence stratigraphy study .

  5. 油气勘探开发全过程分为预探、评价、产能建设与油气生产阶段,由于地质背景、勘探程度、资料基础以及需求的不同,不同阶段采用的地震储集层预测技术差异较大。

    The whole process of petroleum exploration and development includes preliminary exploration , evaluation , productivity establishment and production . Due to different geological background , exploration level , basic information , and demands , there are relatively large differences in application of seismic reservoir prediction techniques .

  6. 给出了我国东部某复杂断块区三维地震反演和储集层预测的技术实例,总结了反演工作经验。

    This paper presents the case of3D seismic inversion and reservoir prediction of a complex fault-block area in eastern China and reviews the inversion experiences .

  7. 介绍了胜利油田复杂岩性油气勘探保护油层的新技术。即探井储集层敏感性预测技术、复杂岩性储集层保护钻井液技术、根据油气上返速度调整钻井液密度解放储层。

    The new technologies presented in this paper include formation sensitivity prediction technology in the exploratory well , drilling fluid technology for complex reservoir protection , and drilling fluid density adjustment technology according to the up-return velocity of oil and gas .

  8. 储集层平面综合预测方法技术及应用研究

    Study on the method of reservoir plane comprehensive prediction and its application

  9. 详细论述了储集层平面综合预测方法技术,它包括:平面参数提取及平面数据生成,同点展布及规一化处理、信息压缩处理和模糊聚类分析方法等。

    The paper describes in detail the method of the reservoir plane comprehensive prediction . This method consists of extraction of plane parameters , production of plane data , distribution of same point parameters , normal processing and fuzzy analysis method etc. .