声明
Nomenclature
Chapter 1–Introduction
1.1The demand forenergy
1.2Research purpose andsignificance:
1.3The research contents:
1.4 Water production
1.5Water floodingmanagement
2CHAPTER 2-LITERATUREREVIEW
2.1 Summary and Historical Growth
2.2 Academic Literature
2.3Key IndustryCompanies
2.4 Baker Hughes
2.5 Schlumberger
2.6Technology DesignandMechanism
2.7Applicationsof IntelligentWell Technology
2.8 Intelligent Injection
2.9Benefits of IntelligentWells(IWs)
2.10Real World CaseStudies
3Chapter 3-SelectionbetweenPassive and Active InflowControl Completion
3.1Uncertainty intheReservoir Description
3.2More FlexibleGrowth
3.3Number ofControllableZones
3.4Inner Flow ConduitDiameter
3.5Formation Permeability
3.6Value of Information
3.7Multiple Reservoir Management (MRM)
3.8Long Term Equipment Reliability
3.9Equipment Cost
3.10 Installation
4Chap-4Injection-Fluid Distributions for Multiple Zones Intelligent InjectionSystem(IIS)
4.1 Introduction
4.2Typical Two-ZoneIntelligentInjection System andPresented RealTime Data
4.3 The Available Down-hole Real-Time Data.
4.4Method 1: Applying Down-Hole Real-Time Data to Estimate Flow Allocation
4.5Two-ZoneFluid Allocation Model--Illustration of Model Developing and Solution Procedure
4.6SolutionProceduresoftheTwo-Zone Intelligent Injection System Fluid AllocationModel.
4.7Method 2: Estimation ofFlow Allocation
4.8Derivation of the Analytical Solution of the General Multi-zone Intelligent Injection System Fluid Allocation Prediction Model
4.9Controlling Fluid Distribution by Changing ICV Positions.
5Chapter 5-MonitoringthePerformanceofWater flooding Monitoring and surveillance of water injection projects
5.1Semi-log plot of oil cut or water cut versus cumulative oil production (cut-cum plot)
6Chap-6 Conclusion
6.1Future Works
6.2 ACKNOWLEDGEMENT
6.3 References
西安石油大学;
