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Dynamic Evaluation Method of Caprock Microscopic Sealing in CO2 Sequestration Project
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Study on Coercivity-Stress Relationship of X80 Steel under Biaxial Stress
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Operation Control of In Situ Combustion Based on the Material Balance Equation
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Predicting Equivalent Static Density of Fuzzy Ball Drilling Fluid by BP Artificial Neutral Network
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Solar photovoltaic panel cells defects classification using deep learning ensemble methods
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An early warning system for oil wells based on improved long short-term memory network
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Time Series Analysis of Production Decline in Carbonate Reservoirs with Machine Learning
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Characterization Method of Tight Sandstone Reservoir Heterogeneity and Tight Gas Accumulation Mechanism, Jurassic Formation, Sichuan Basin, China
Published 2022-01-01“…Based on this parameter, petroleum geologists can understand the interlayer heterogeneity during fluvial deposition and predict the sweet spots of tight gas; (2) the permeability ratio relationship between hydrocarbon accumulation of the tight sandstone reservoir mainly manifests as long as there is the existence of the differential permeability and there will be differences in natural gas migration dynamics, so that the natural gas accumulates in pores and depends on the extent of source rock; and (3) although the difference between capillary force curves is at the core of the influence of the permeability ratio on the gas-bearing capacity of the “sweet spot” sand body, the permeability ratio is a parameter of practical engineering significance. …”
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