1) facies_controlled reservoir modeling
相控储层建模
1.
Since seismic inversion data can be used to represent lithofacies and petrophysics of reservoir sandbody, a facies_controlled reservoir modeling method based on seismic inversion data is tried in the research on overall development plan (ODP) of BZ25?1 oilfield.
因此 ,在BZ2 5 1油田的开发方案研究中 ,尝试了一种以地震反演资料为基础的相控储层建模方法。
2) reservoir modeling
储层建模
1.
Greeting the great development of theories and applications of reservoir modeling;
迎接油气储层建模理论、应用的大发展——从2007年国际石油地质统计学大会谈起
2.
Incorporating geological conceptual models and interpretations into reservoir modeling using multiple-point geostatistics;
在储层建模中利用多点地质统计学整合地质概念模型及其解释(英文)
3.
Research on Reservoir Modeling Based on Fuzzy System;
储层建模新技术、新方法研究——基于模糊系统的储层建模方法
3) facies-controlled reservoir prediction
相控储层
1.
According to the characteristics of sand impedance close with shale\'s in Karratha reservoir containing carboniferous seriously,the article put forward facies-controlled reservoir prediction using seismic sedimentary.
针对塔河油田石炭系卡拉沙依组储层含灰质严重造成砂泥岩波阻抗值接近的特点,开展地震沉积学研究,用时频分析的方法在卡拉沙依组CK3和CK4砂组中划分3个最小等时研究单元及其对应的短期等时沉积界面;采用岩石—岩相物理分析确定了最小等时单元对应的地震响应特征,其中厚砂岩为强振幅反射;通过定量地震属性相分析提出用伪熵和扭度属性刻画薄层砂泥岩分布的方法;采用相控属性投影技术进行相控储层预测,并将有利沉积微相平面范围投影到过井的岩性反演剖面中,在三维空间中确定了有利储层展布形态,实现了实践意义上的"相控"理念,证实了地震沉积学在沉积相分析及岩性圈闭预测方面具良好的学科优势。
4) reservoir modeling
储集层建模
1.
Main reservoir modeling and horizontal drilling design for the lower Shanxi Formation in the Changbei Block of the Yulin Gas Field, Ordos Basin;
榆林气田长北区块山西组下段主力储集层建模及水平井地质设计
2.
Geological spatial structure has been considered in 3D reservoir modeling technique,but it is not good enough.
三维储集层建模技术虽然已经考虑了地质体的空间结构,但往往还不尽人意。
5) Facies-controlled Modeling
相控建模
1.
Application of facies-controlled modeling in complex fault blocks of fluvial facies;
相控建模技术在河流相复杂断块的应用
2.
Application of facies-controlled modeling technology to the fault-block A11 in A nan Oilfield;
相控建模技术在阿南油田阿11断块中的应用
6) facies controlled modeling
相控建模
1.
Taking the V layer of D Oilfield in Peru as an example,geological modeling restricted by geological conditions was researched using the method combined multiple-point geostatistics and facies controlled modeling.
应用多点地质统计学和相控建模相结合的方法,以秘鲁D油田V层为例进行了地质条件约束下的地质建模研究。
2.
Starting from sedimentary facies and fluid phase study, using facies controlled modeling technique, analyzing variogram, forecasting Inter-well parameters, establishes reservoir properties parameters 3D numerical model, describes the space changes rule of reservoir physical properties.
从沉积相和流体相研究入手,引入相控建模技术,开展变差函数分析,进行井问参数预测,建立了储层物性参数的三维数值模型,描述了储层的空间物性变化规律。
补充资料：储层描述(见油气田储层评价)
储层描述(见油气田储层评价)
reseroir evaluation of oil and gas field
储层描述(reseroir evaluation of 011 and gasfield)见油气田储层评价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条