以绥中36-1 油田I 期为例，首先，利用以精细地质建模为目的的地震、测井和地质一体化综合研究与建模方法，合理划分模拟单元；依据单井微相的解释成果，结合三角洲前缘亚相各沉积微相平面的组合关系，编制各沉积单元的沉积微相平面图，作为三维沉积微相模拟的趋势约束条件；建立沉积微相三维模型。其次，依据相控建模思路及各微相物性参数的分布特征，采用相控方法建立三维孔隙度模型。最后，采用相控加孔隙度协模拟的方法建立渗透率三维模型。老井及新钻调整井的生产动态资料表明，以地质模型为基础的数值模拟结果与生产动态吻合较好。

Firstly, based on the comprehensive research of seism, logging and geology prepared forgeological modeling, the modeling units are reasonably divided for the period I of Suizhong 36-1 Oilfield. According to the sedimentary microfacies interpretation results of single wells, combined with sedimentary microfacies assemblage of delta front, the sedimentarymicrofacies plan of each sedimentary unit is drawn up, underwhich the 3D sedimentarymicrofacies model is established. Secondly, on the basis of the facies-constrained stochastic simulation and the distribution feature of macrofacies property parameters, 3D porosity model is established by facies-constrained method. Finally, faciesconstrained method and co-simulation of porosity model are applied to establish the 3D permeability model. The dynamic data of newadjustment wells and old production wells showthat the numerical simulation result based on the geologicalmodel coincides well with the production performance of the oilfield．