Reservoir Characterization of Tight Gas Sandstones
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portes grátis
Reservoir Characterization of Tight Gas Sandstones
Exploration and Development
Kadkhodaie, Rahim; Kadkhodaie, Ali
Elsevier - Health Sciences Division
08/2022
276
Mole
Inglês
9780323901802
15 a 20 dias
450
Descrição não disponível.
1. Introduction 2. Sedimentary features of tight gas reservoirs 3. Tight sands rock typing 4. Pore type and pore size distribution 5. Porosity and permeability evolution 6. The role of natural fractures in reservoir quality assessment of tight gas sandstones 7. Tight sands petrophysical evaluation 8. Artificial intelligence in tight gas reservoirs characterization 9. Tight sands Reservoir modeling 10. Geomechanical properties of tight sandstones 11. Geological knowledge in the engineering applications of tight gas sandstones
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Abnormally pressured; Australia; Basin-centered; Borehole image logs; Canada; China; Compacted and cemented fabric; Depositional texture; Development; Diagenesis; Drilling; Elastic rock properties; Electrofacies; Exploration; Field stress regime; Formation damage; Fracture aperture; Fracture intensity; Fracture length; Fracture network; Fuzzy inference systems; Geology knowledge; Geomechanical study; Heterogeneous pore network; Heterolytic; Hydraulic units; Lifetime surveillance; Lithofacies; Lithology; Low matrix permeability; Low permeability; Machine learning; Mechanical earth model; Mineralogy; Modified pore system; Natural fractures; Neural networks; Neuro-fuzzy; Outcrop studies; Overburden pressure; Permeability; Petrophysical evaluation; Pore system; Porosity; Principal stresses; Production behavior; Reservoir heterogeneity; Reservoir modeling; Rock elastic properties; Rock properties; Sedimentary rock types; Seismic attributes; Textural and mineralogical maturity; The volume of shale; Tight gas sandstones; Tight sandstones; Unconventional well logs; United States; Water saturation; Well log data; Well logs
1. Introduction 2. Sedimentary features of tight gas reservoirs 3. Tight sands rock typing 4. Pore type and pore size distribution 5. Porosity and permeability evolution 6. The role of natural fractures in reservoir quality assessment of tight gas sandstones 7. Tight sands petrophysical evaluation 8. Artificial intelligence in tight gas reservoirs characterization 9. Tight sands Reservoir modeling 10. Geomechanical properties of tight sandstones 11. Geological knowledge in the engineering applications of tight gas sandstones
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
?Abnormally pressured; Australia; Basin-centered; Borehole image logs; Canada; China; Compacted and cemented fabric; Depositional texture; Development; Diagenesis; Drilling; Elastic rock properties; Electrofacies; Exploration; Field stress regime; Formation damage; Fracture aperture; Fracture intensity; Fracture length; Fracture network; Fuzzy inference systems; Geology knowledge; Geomechanical study; Heterogeneous pore network; Heterolytic; Hydraulic units; Lifetime surveillance; Lithofacies; Lithology; Low matrix permeability; Low permeability; Machine learning; Mechanical earth model; Mineralogy; Modified pore system; Natural fractures; Neural networks; Neuro-fuzzy; Outcrop studies; Overburden pressure; Permeability; Petrophysical evaluation; Pore system; Porosity; Principal stresses; Production behavior; Reservoir heterogeneity; Reservoir modeling; Rock elastic properties; Rock properties; Sedimentary rock types; Seismic attributes; Textural and mineralogical maturity; The volume of shale; Tight gas sandstones; Tight sandstones; Unconventional well logs; United States; Water saturation; Well log data; Well logs
