Study of Scale-Down Method to Maintain Reservoir Heterogeneity

Sheng Yun Yu; Dong Su; Hai Ying Xu

doi:10.4028/www.scientific.net/AMM.295-298.2766

Paper Titles

Types of Hydrocarbon Migration Pathways and Hydrocarbon Accumulation in the Yakela Fault-Convex, Tarim Basin
p.2749

Analysis of Controlling Factors of Fuyu Reservoir Accumulation in Zhaoyuan-Taipingchuan Area
p.2753

Application of Colligation Coefficient Method Classifying Flow Units
p.2757

Influencing Factors of the Young’s Modulus of Anthracite Coals
p.2762

Study of Scale-Down Method to Maintain Reservoir Heterogeneity
p.2766

Study on the Forming Conditions of Shale Gas in Coal Measure of Wuli Area, Qinghai Province, China
p.2770

Coalseam Thickness Analysis with Geostatistics
p.2774

Data Repeatability of Remote Sensing Mineralized Alteration Mapping: A Case Study from Duolong Porphyry Copper Deposit, Tibet, China
p.2778

Discussion along Source Onlap Sequence Stratigraphy Model from Putaohua Oil Layer of Songfang Oilfield in the Northern Songliao Basin
p.2786

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 295-298Study of Scale-Down Method to Maintain Reservoir...

Study of Scale-Down Method to Maintain Reservoir Heterogeneity

Abstract:

Because of the limited hardware technical level, we seldom use the three-dimensional geological model with a huge amount of data directly for numerical simulation, we must reduce the amount of data.In this paper we use a part of some oilfield as an example, we scale down the parameter of permeability by the harmonic mean method and we use the grid backfilling technology for parts which have interbeds or strong heterogeneity. We evaluate scale-down model by contrast of model maps, colour graphs of frequency distribution, heterogeneous parameters, errors compare, correlation coefficients compare and calculation time-consuming. The scale-down geological model has less grids and maintains reservoir heterogeneity.