地震地层切片连续浏览技术在河流沉积微相精细表征中的应用

Zheng Xiao
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引用次数: 0

摘要

在了解研究区区域构造特征和地层沉积特征的基础上,应用高分辨率层序地层学原理,逐步研究区域内层序地层格架,将G4油层划分为G4上、G4中、G4下3组砂组,并将其详细划分为小层。通过岩相、测井相、地震相的综合分析,对G4油层的沉积相进行了综合分析。G4油组主要沉积相类型为三角洲前缘相带,三角洲前缘相带中最重要的沉积微相为水下分流河道沉积微相。采用地震沉积学方法,对G4油组各亚层进行地层切片,并采用地层切片快速浏览法对河砂进行详细示踪。
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Application of Seismic Stratigraphic Slice Continuous Browsing Technology to Delicately Characterize River Sedimentary Microfacies
On the basis of understanding the regional tectonics characteristics and stratigraphic sedimentary characteristics of the study area, the sequence stratigraphic framework within the region is gradually studied by applying the principle of high-resolution sequence stratigraphy, and G4 oil formation is divided into three sets of sand formations, namely, G4 upper, G4 middle, and G4 lower sand formations, and divided into small layers in detail. Through comprehensive analysis of lithofacies, logging facies, and seismic facies, the sedimentary facies of the G4 oil formation are comprehensively analyzed. The main sedimentary facies type of the G4 oil formation is the delta front facies belt, and the most important sedimentary microfacies in the delta front facies belt are underwater distributary channel sedimentary microfacies. Using seismic sedimentology methods, make stratigraphic slices of each sub layer of the G4 oil formation, and use the rapid browsing method of stratigraphic slices to trace river sand in detail.
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