姬塬油田黃219區(qū)長(zhǎng)9儲(chǔ)層流動(dòng)單元研究
[Abstract]:Chang9 reservoir of Yanchang formation is the main production horizon in Huang219 well area of Jiyuan Oilfield. It was put into development in June 2010. In order to reasonably divide the reservoir and predict the distribution and properties of the reservoir, the flow unit of Chang9 reservoir in area Huang219 of Jiyuan Oilfield is studied, which lays a foundation for putting forward the policy of reservoir development and management. On the basis of the fine stratigraphic division and correlation of the 9 layers in the study area, the structural characteristics of the study area are analyzed and characterized on the basis of single well stratification. Combined with the comprehensive analysis of single well facies, logging facies, continuous well profile and plane distribution of sedimentary facies, it is concluded that the main subfacies of Chang9 reservoir is delta plain subfacies, with three microfacies types: distributary channel, channel flank and interdistributary bay. Based on the collected core well analysis data and logging data, the lithology and physical properties of the reservoir, the lower limit of the physical property and the identification standard of the oil-water layer are analyzed, and the log interpretation model is established. The logging data of 173 wells in the whole area are processed with fine logging data and interpreted under the constraints of geological conditions, and the heterogeneity is studied. On this basis, using the method of lithology and physical property division and using SPSS software, taking the porosity, permeability and flow zone index of core well as variables, the sample cluster analysis is carried out, and the discriminant formula is obtained by discriminating the clustering result. On the basis of this, the flow unit type of non-coring well is determined, and the flow unit which can comprehensively reflect reservoir, percolation and oil and gas properties is divided, and the flow unit in the study area is described in space. Furthermore, the relationship between it and sedimentary microfacies, reservoir physical properties and lithology is analyzed, and the dynamic characteristics of oil test data and production data are analyzed.
【學(xué)位授予單位】:西安石油大學(xué)
【學(xué)位級(jí)別】:碩士
【學(xué)位授予年份】:2015
【分類(lèi)號(hào)】:P618.13
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