Accumulation model and prediction of Miocene heavy oil distribution in Gulf of Suez Basin,Egypt
作者：GUO Xufei,SHAN Xuanlong,DU Shang
摘要：The Gulf of Suez Basin is a very mature and extremely prospective petroleum province.Many heavy oil fields have been found in the Basin,and such reserves are abundant.Characteristics and models of heavy oil are analyzed in this study based on tectonic,basin evolution,stratigraphic distribution and geochemical data.The best reservoirs of heavy oil are Miocene sandstone and limestone formations.Source rocks of hydrocarbon include deep limestone and shale of the Brown Limestone,the Thebes Formation and the Rudeis Formation.Thick evaporite rocks with rock salts and anhydrites deposited broadly throughout the basin are the most important regional seals,whereas Miocene shales are intraformational and regional seals that cover small areas.Heavy oil could be directly generated or densified during vertical migration along faults and reservoir accumulation.The heavy oil accumulation model is a mixed model that includes three mechanisms:fault dispersal,sulfocompound reactions and hydrocarbons generated from immature source rock.After analyzing the model and the distribution of source rocks,reservoirs,heavy oil fields and structures,it is concluded that the potential heavy oil area is at the center of the basin.
發文機構：College of Earth Sciences
關鍵詞：accumulationmodelPREDICTIONheavyoilDISTRIBUTIONGULFofSuezBASIN
分類號： P[天文地球]
- Application of isolation forest to extract multivariate anomalies from geochemical exploration data
- Zircon U-Pb geochronology and geochemistry of granite in Huoluotai area of northern Great Hinggan Range
- Geochronology and geochemistry of Baicaogou tuff in Yanji,NE China and its tectonic implications for Early Cretaceous
- Application of high-density resistivity method for assessing construction safety of Shimodong tunnel in Helong City of Jilin Province
- Computation of waves scattered by inhomogeneous velocity gradient using generalized Born approximation
- Combination of structure tensor and tilt angle in the edge detection of potential field data
- Method for predicting cuttings transport using artificial neural networks in foam drilling
- Logging interpretation method for reservoirs with complex pore structure in Mesozoic-Cenozoic faulted basin around Daqing exploration area
- Structure analysis of shale and prediction of shear wave velocity based on petrophysical model and neural network
- Geochronology,geochemistry and geological significance of Early Cretaceous volcanic rocks from Niangniangshan Formation,Ningwu Basin,middle and lower reaches of the Yangtze River