This Course Develops An Integrated Approach To Rock-Type Determination Combining Laboratory Petrophysical Data (Routine Core Analysis And Special Core Analysis), Core Description, Well Logs & Interpreted Logs From Petrophysical Evaluation And Its Implementation To Static And Dynamic Models. It Emphasizes The Quality Control And Processing Which Are Necessary Before The Integration Of Such Data And Build A Consistency Between Lithofacies And Petrophysical Rock-Types Incorporating Scal Data Discussed With the Case Study. Permeability Prediction And Saturation Height Models Are Determined Based On Rock Typing Model. Alternative Approaches For Rock-Type Determination Based On Specific Porosity/Permeability Models, Machine Learning, Critical Porosity From Sonic Velocity, And Fracture Facies For Naturally Fractured Basement And Carbonate Are Also Provided. Eventually, It Is Exhibited How The Full Rock-Typing Scheme Is Validated Through The Modeling Of Initial Water Saturation In Static And Dynamic Model With Some Case Studies.

Upon Completion Of The Course, Participants Will Be Able To Have Ready-To-Use Skills:

Understand The Meaning Of Rock-Types And Their Contribution To Reservoir Modeling.

Recognize Log Signatures (Electrofacies) And Tie Them To Core Facies.

Learn Various Porosity-Permeability Models And Their Use In Rock-Typing.

Define Rock-Types With Petrophysical Data (Logs And Laboratory Data) And Implementation To 3d Static And Dynamic Models.

Define The Fracture Facies For Naturally Fractured Basement Reservoir Characterization.

Perform Initial Water Saturation Modeling And Permeability Prediction As A Qc Of Rock-Types.

Who Should Join ?

Public: Beginner To Experienced Petrophysicist, Geoscientists, And Reservoir Engineers Involved In Multidisciplinary Teams, Willing To Widen Their Knowledge In Integrated Reservoir Characterization.

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Trainer Details: 

Muhammad Nur Ali Akbar Is A Reservoir Engineer With 8 Years Of Industry, Research, And Consultancy Experiences In The Field Of Integrated Reservoir Characterization And 3d Numerical Reservoir Modeling & Simulation With Strong Additional Competencies In Petrophysics, Geomechanics, Rock Physics, And Machine Learning Development. He Has Broad International Experience (Onshore And Offshore) In Oil And Gas Field Development, Exploration, And (Carbon Capture, Utilization, And Storage) Projects In Norway, Hungary, Croatia, And Indonesia. Experience Scopes In Conventional Reservoirs (Clastic, Carbonate, Naturally Fractured Basement), And Organic-Rich Shale Unconventional Reservoirs Both As A Reservoir Engineer And Petrophysicist. Specialist In Advanced Dynamic Reservoir Modeling For Fractured Basement And Carbonate Reservoirs, Rock And Fracture Typing, And Permeability Prediction.