Reservoir Engineering Fundamentals
Useful background: Petroleum Geology and Reservoirs. A working course in reservoir engineering for graduate engineers, geoscientists, production technologists and asset team members: rock and fluid properties, PVT, volumetric oil and gas in place, uncertainty and SPE-PRMS reserves, drive mechanisms and material balance, well inflow, decline curves, waterflooding and gas injection, and how simulation and surveillance support reservoir management. Every calculation is worked through step by step in oilfield units.
- Module
- 7
- Max. Teilnehmende
- 20
- Sprache
- EN
Was sie üblicherweise umfasst
- 1
The Reservoir Engineer and the Field Life Cycle
- What Reservoir Engineering Is For
- The Field Life Cycle and the Engineer’s Tasks
- Reservoir Pressure, Temperature and Oilfield Units
- Reservoir Data and the Integrated Asset Team
- 2
Rock Properties
- Porosity: Where the Fluids Are Stored
- Permeability and Darcy’s Law
- Fluid Saturation and Wettability
- Capillary Pressure and the Transition Zone
- Reading Relative Permeability Curves
- 3
Reservoir Fluids and PVT
- Hydrocarbon Phase Behaviour and the Phase Envelope
- The Five Reservoir Fluid Types
- Oil PVT Properties: Bo, Rs, Bubble Point and Viscosity
- Gas PVT: the z-Factor and Bg
- PVT Sampling and Laboratory Tests
- 4
Hydrocarbons in Place, Uncertainty and Reserves
- Volumetric Estimate of Oil in Place (STOIIP)
- Volumetric Estimate of Gas in Place (GIIP)
- Uncertainty and Probabilistic Estimates
- SPE-PRMS: Reserves and Resources in Plain Terms
- Recovery Factors and Estimating Recoverable Volumes
- 5
Drive Mechanisms and Material Balance
- Primary Recovery and Solution Gas Drive
- Gas Cap Drive
- Water Drive and Aquifer Support
- Compaction, Gravity Drainage and Combination Drives
- The Material Balance Concept
- Gas Material Balance and the p/z Plot
- 6
Well Performance and Production Forecasting
- Radial Flow into a Well
- Productivity Index and Inflow Performance
- Skin: Damage and Stimulation
- Pressure Transient Testing in Outline
- Decline Curve Analysis: the Arps Family
- Exponential Decline: A Worked Forecast
- 7
Improved Recovery, Simulation and Reservoir Management
- Waterflooding: Displacement and Mobility Ratio
- Sweep Efficiency and Waterflood Performance
- Gas Injection, Pressure Maintenance and EOR in Overview
- Reservoir Simulation Explained
- History Matching and Forecast Uncertainty
- Reservoir Surveillance and Management
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Reservoir Engineering Fundamentals
8 Std. 25 Min.
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