Chapter 1 Introduction
1.1 Jin Gas Field
1.1.1 Location
1.1.2 Structure
1.1.3 Objective Formations
1.1.4 Coring
1.1.5 Production History
1.2 Background of the Study
1.3 Objectives of the Study
1.3.4 Numerical Simulation
1.3.5 Validation/Comparison
1.3.6 Optimum direction of location of new development well
1.4 Statement of Problem
1.4.1Reasons of Initially Proposed Location
1.5 Significance of the Study
1.5.1 From Technical Point of View
1.5.2 From Economical Point of View
1.5.3 For Future Researchers
1.6 Key Problems
1.7 Methodology
1.7.1 Well Test Interpretation
1.7.2 IGIP Estimation
1.7.3 Aquifer Modeling
1.7.4 Numerical Simulation
1.7.5 Validation/Comparison
1.7.6 FaultAnalyses
1.7.7 Location of New Development Well/Wells
1.7.8 Flowchart of Methodology
1.8 Research Plan
1.8.1 Research Plan Flowchart
1.9. Literature Review regarding Well Testing
1.9.1Double-Porosity Reservoir Model
1.9.2 Log-Log Response of PSS Double-Porosity Reservoir Model
1.9.3 Log-Log Response of Double-Porosity Transient Interporosity Flow
1.10. Literature Review regarding Material Balance
1.11. Literature Review regarding Numerical Modeling
1.12. Literature Review regarding Fault Leakage Analyses
1.13. Summary
Chapter 2 Well Test Interpretation
2.1 Well Test Interpretation of year 2011
2.1.1 Log-Log Pressure Derivative Plot
2.1.2 History Plot
2.1.3 Semi Log Plot
2.1.4 Horner Plot
2.2 Well Test Interpretation of year 2012
2.2.1 Log-Log Pressure Derivative Plot
2.2.2 History Plot
2.2.3 Semi Log Plot
2.2.4 Horner Plot
2.3 Well Test Interpretation of year 2013
2.3.1 Log-Log Pressure Derivative Plot
2.3.2 History Plot
2.3.3 Semi Log Plot
2.3.4 Horner Plot
2.4 Well Test Interpretation of year 2015
2.4.1 Log-Log Pressure Derivative Plot
2.4.2 History Plot
2.4.3 Semi Log Plot
2.4.4 Horner Plot
2.5 Summary
Chapter 3 Initial Gas In-Place Estimation
3.1 Reservoir Drive Mechanism
3.2 Material Balance Method
3.2.1 Material Balance Model
3.3 Volumetric Method
3.3.1 Rectangular Reservoir
3.3.2 Using Shape Factor
3.4 Decline Curve Analyses
3.4.1 Agarwal-Gardner Type Curve Analysis
3.4.2 Blasingame Type Curve Analysis
3.4.3 Normalized Pressure Integral (NPI) Type Curve Analysis
3.4.4 Transient Type Curve Analysis
3.5 Summary
Chapter 4 Numerical Simulation
4.1 Verification of Analytical Model through Numerical Simulation
4.2 Verification of IGIP through Numerical Simulation
4.3 Analyses for Leakage Factor of the Fault
4.4 Future Forecast through Numerical Simulation
4.5 Summary
Chapter 5 Conclusion
Nomenclature
参考文献
致谢
中国石油大学(华东);
