Integrated Reservoir Management
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Program Professional Framework
Integrated Reservoir Management
Program Overview
Maximising recovery from a field requires geoscientists, reservoir, production and facilities engineers to work from shared data, shared models and a common plan. This course covers the reservoir management process across the field life: setting objectives and strategy, integrating geological, petrophysical and engineering data, surveillance planning, material balance and simulation for forecasting, waterflood and pressure maintenance management, EOR screening, reserves and resources classification under SPE-PRMS, uncertainty and decision analysis, and team organisation. Gulf examples include giant carbonate fields under long-term water and gas injection, where disciplined management protects ultimate recovery.
Learning Outcomes
- ✓Define reservoir management objectives and KPIs aligned with asset strategy.
- ✓Design a surveillance plan that specifies data, frequency and the decisions each data type supports.
- ✓Apply material balance and decline analysis to assess drive mechanisms and forecast performance.
- ✓Evaluate waterflood performance using voidage replacement, pattern analysis and conformance indicators.
- ✓Screen EOR methods and identify pilot candidates.
- ✓Classify reserves and resources using SPE-PRMS and communicate uncertainty in forecasts.
Target Audience
- Reservoir engineers and reservoir managers
- Production geologists and petrophysicists
- Production and facilities engineers in asset teams
- Asset managers and planning engineers
Detailed Program Modules
01The Reservoir Management Process
- Objectives, strategy and the field life cycle
- Multidisciplinary asset teams
- Reservoir management plans and KPIs
02Data Integration and Reservoir Description
- Geological, petrophysical and fluid data
- Static and dynamic model integration
- Data management and quality
03Surveillance and Performance Analysis
- Surveillance planning and data acquisition
- Material balance and drive mechanisms
- Decline analysis and well performance reviews
04Pressure Maintenance and Waterflood Management
- Voidage replacement and pressure targets
- Pattern analysis and conformance control
- Produced water and injection water management
05Recovery Optimisation and EOR
- Infill drilling and well placement
- EOR screening and pilot design
- Gas injection and miscible processes
06Reserves, Uncertainty and Decisions
- SPE-PRMS reserves and resources classification
- Probabilistic forecasting and uncertainty
- Decision analysis and development planning
Training Methodology
Applied Project & Assessment
Applied Project
Participants prepare a reservoir management plan for a provided Gulf carbonate field, including objectives and KPIs, a surveillance plan, a waterflood performance review, recovery optimisation options and a reserves summary under SPE-PRMS.
Assessment
Short diagnostic at the start, practical tasks linked to each learning outcome, and evaluation of the applied project against published criteria.