• Developing a dual porosity E100 data set from a single porosity data set
• Focusing on well testing in fractured reservoirs
• Discussing of oil recovery mechanisms in fractured reservoirs
• Learning about diffusion and the discretized matrix model
• Simulating fractured reservoirs with a compositional simulator and of a triple porosity system

• Geophysicists,
• Geologists and reservoir engineers involved in integrated reservoir studies,
• Geomodelers involved in fractured reservoirs

Day 1

• Fundamentals of Fractured Reservoir Fundamentals 
• Geological aspects
• Single and network fracture development
• Developing a Dual Porosity E100 Data Set
• A simulation of fracture reservoirs

Day 2

• Well testing in Fractured Reservoirs 
• Single vs. dual porosity well tests
• Comparison of Buildup Tests

Day 3

• Oil Recovery Mechanisms
• Oil expansion
• Sudation, gravity forces, capillary forces, diffusion, and convection
• Advanced topics in dual porosity simulation
• Simulation of a Single Matrix Block

Day 4

• Diffusion 
• Discretized matrix model
• Alternate gravity drainage model
• Grid generation in fractured reservoirs
• Testing and Comparison of Advanced Options

Day 5

• Simulation of Fractured Reservoirs and Porosity Systems 
• Compositional simulator
• Simulation of triple porosity systems
• Sensitivity Study of Oil Displacement
• Developing a Dual Porosity E300 Data Set, Sensitivity Study, and Comparison with Single Porosity

RECTUS attendance certificate will be issued to all attendees completing minimum of 80% of the total course duration