v  Introduction to Geology:

·          Petroleum System – Elements & Processes.
·          Source rock & its types.
·          Reservoir rocks.
·          Seal and traps geometry.
v  Introduction to well logging:
·          Basic log interpretation concepts.
v  Mechanical Tools:
·          Caliper (CAL).
v  Lithology Tools:
·          Spontaneous potential.
·          Gamma Ray.
v  Porosity Tools:
·          Sonic tools.
·          Density tools & LDT.
·          Neutron tools.
·          Neutron-Density Combination.
v  Resistivity Tools:
·          Induction logs.
·          Laterologs.
·          Micro logs.
·          High-Resolution Induction Tools
·          Array Induction Tools
v  Lithology Interpretation using integrated well logs
v  Quantitative Interpretation:
·          Temperature gradient.
·          Determination of Fundamental Parameters.
·          Environmental corrections.
·          Nature of shale & types.
·          Shale volume calculations.
·          Determination of clay minerals.
·          Porosity models & calculation methods.
·          Saturation models & calculation methods.
·          Cutoff results
·          Reserve estimation.
·          Recoverable hydrocarbons.
v  Final petrophysical well report.

 

By the end of the course, participants will be able to:
·          Study Radioactive, electrical, mechanical, acoustic, thermal and magnetic logging tools.
·          Identification Lithology using well logs.
·          Determine of reservoir characteristics (e.g. porosity, saturation, permeability).
·          Discriminate between source and non source rocks.
·          Identify the fluid type in the pore space of reservoir rock (gas, oil, water).
·          Identify of productive zones.
·          Determine of the depth and thickness of productive zones.
·          Locate reservoir fluid contacts.
·          Quick look interpretation.
·          Complete well log analysis.
·          Estimate oil reserve.
·          Calculate the recoverable hydrocarbons