薄互层稠油油藏蒸汽吞吐后剩余油预测是稠油油藏挖潜的基础。
Prediction of remaining Oil in viscous crude Oil reservoir with thin interbeds is foundation of taping potentials.
将通常用于构造解释和地质建模的随机地震反演技术引入到剩余油平面分布预测中。
Random seismic inversion, usually applied in structure elucidation and geological modeling, is introduced to predict the distribution of remaining oil.
研究结果不仅可以作为油藏数值模拟的输入，在预测剩余油分布时也可以作为重要的参考信息。
The results of modeling can be used as input to reservoir simulators and as important information to predict the distribution of residual oil in the research area.
运用非线性理论预测储层参数，真实描述地下油藏的复杂状况，并通过仿真模拟得到储层剩余油示意图。
In this paper non-linear theory is applied to predict reservoir parameter and the complicated condition is described. Furthermore, the pictures of residual oil are simulated.
因此，可以利用厚油层内部的相结构来预测剩余油分布，为稳油控水方案的实施提供依据。
Thus, the remaining oil can be predicted by using the microfacies architecture within thick pays to provide basis for stabilizing production and controlling water cut.
正确地划分储层流动单元，对预测剩余油分布、调整开发方案、提高采收率都具有重要意义。
Correct division of reservoir flow units has vital significance for forecasting the remaining oil distribution, adjustment of development plan, enhancing the recovery ratio, ect.
应该综合运用地质、地震、测井、油藏工程、油藏数值模拟等多学科知识进行研究，以提高剩余油饱和度的预测精度。
The integration of geology, seismology, logging, reservoir engineering and reservoir simulation is favorable for enhancing the prediction accuracy of remaining oil saturation.
剩余油分布理论及预测技术、油气藏开发演变理论与控制工程将大有所为。
Residual oil distribution and prediction, reservoir evolution theory and control engineering during petroleum field development will be found more application.
在油田开发过程中，剩余油饱和度是一个变量，且受多种因素的共同控制，预测难度较大。
During the development of oilfield, the remaining oil saturation is a variable dominated by many kinds of subjective and objective factors, so it is difficult to be forecasted.
地质法预测剩余油的关键是要建立高精度的地质模型及对油砂体动用状况的明确认识。
The key of geology method to predict remaining oil is to construct geology model with high accuracy and to have a clear recognition on production degree of oil sand.
本文在裂缝储层预测基础上，开展水锥间剩余油分布规律研究。
On the basis of fracture prediction, this paper studies the remaining oil distribution rule between the water cones.
针对沈84块下层系的地质特征及开发实际，利用含水率法对其剩余油饱和度进行预测。
Saturation of residual oil in the lower series of Shen 84 block was predicted with water cut method according to its geological characteristics and development status.
剩余油分布预测是油田开发中、后期的主要任务之一。
Predicting residual oil distribution is the main task in the middle and late period of oilfield development.
通过对测井资料进行解释，可以预测井区附近剩余油的分布情况，但无法预测远离井区域的剩余油的分布情况。采用时间平均方程和时移地震技术，得出了预测剩余油分布的方法。
By mean of well logging data interpretation, the residual oil distribution nearby the well can be predicted, but the state far away from the well is hard to prediction.
此外还预测了受裂缝控制的有利剩余油分布区，对进一步的油气开发提出了井位部署建议。
Furthermore, the remaining oil distribution controlled by fracture was predicted too, the suggestion for further development oil and gas was put forward.
根据双河油田开发后期预测剩余油分布的需要，提出了厚油层内部相结构建模思路。
On the basis of predicting the remaining oil in Shuanghe Oilfield during the late period of development, this paper puts forward the procedure that builds the microfacies architecture pattern.
根据双河油田开发后期预测剩余油分布的需要，提出了厚油层内部相结构建模思路。
On the basis of predicting the remaining oil in Shuanghe Oilfield during the late period of development, this paper puts forward the procedure that builds the microfacies architecture pattern.
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