Petrophysical Inputs and Well Logs Interpretation for 3D Reservoir Static Modeling Course

تفاصيل الدوره

Part I:  Formation Evaluation using Techlog software   -  Duration: 4 days/ 16 hours

Part II:  3D Reservoir Static Modeling using Petrel software  -  Duration: 5 days/ 20 hours

محاور الدوره

Part I: Formation Evaluation using Techlog software (4 Days):

Course Agenda:-
-    Examples applied to (Clastics & Non-clastics reservoirs (Tight)).
-    Examples applied to (Oil & Gas reservoirs).

Day 1:- 
•    Database setup, Quality Control data and Loading data (from DLIS or LAS files).
•    Data presentation.
•    Depth Match between different well data (WL, LWD,…).
•    Curve Splicing (merge) between different log runs.
•    Lithology identification from wireline logs & using different cross plots.
•    Different methods for Reservoir zonation.
•    Create temperature curve & temperature gradient.
•    Determination of fundamental petrophysical parameters (Rw, m,n,..)

Day 2 (Quanti):-
•    Shale volume calculations.
•    Determination of clay minerals using different cross plots.
•    Porosity models & calculation methods.
•    Saturation models & calculation methods.

•    Cut-off and Summation.
•    Cross plots for Lithology, porosity and oil/water/gas saturation.

Day 3: - (Quanti-Elan)
•    Initialization.
•    Construction of Formation Evaluation models.

Day 4:-
•    Combining formation evaluation model.
•    Post Processing.

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Part II: 3D Reservoir Static Modeling using Petrel software (5 days):

Course Agenda:-
•    Why Reservoir Modeling? Purposes and workflow
•    Software (tool) basics
•    Data Preparations, Loading, Import
•    Structure and Stratigraphic Model
•    Practical sessions (Surface – Based Modeling), (Volume Based Modeling – VBM) 
•    Model Concept – GDE’s maps and analogous sketches 
•    Time Depth Conversion (TDR- Time depth Relations), Velocity models
•    Geo-statistics  Principals
•    Upscale Well Logs
•    Facies Distribution
•    Petrophysical Populations
•    Data Analysis
•    Case Studies- Demos
•    QC Model
•    Volume Calculations

Day 5:-
•    Objectives of construct 3D earth Model- Presentations
•    Practical Session-Software
•    Reservoir Modeling workflow-
•    Data Preparations, Import, Displaying

Day 6:-
•    Fundamentals of Reservoir characterization’s (Facies barriers, & Hydraulic donations) - Presentations
•    Case study- Static Modeling – FDP’s 
•    1st session – Software - Practices
•    Make Edit Surfaces
•    Surface-Based Modeling
•    Structure 3D Modeling in E & P Workflow

Day 7:-
•    Software- Demo Practical 2nd Session
•    3D empty structural modeling workflow- Structural Framework process, Segmentation/compartmentalization’s, Domain Conversion, Make zones, & Layering.
•    Volume –Based modeling (VBM)
•    Structural  and Stratigraphic Framework – Model Elements
•    Deterministic and Probabilities techniques 
•    Depth Conversion – Velocity model
 
Day 8:-
•    Geostatistics – (What, Why, Keys, & applications)
•    Software- Demo Practical 3rd Sessions
•    Upscale Well Log- Continuous & Discrete logs
•    Data Analysis
•    Variance, Correlation Coefficients, Variogram and Anisotropy
•    Algorithms – Methods
•    What is the Property Modeling? 
•    Facies Modeling; (Object, Pixel-based, SIS, TGS,…etc) methods
•    Geometrical modeling, Seismic Resampling, …etc 
•    QC Model

Day 9:-
•    Continue – Property distribution
•    Practical Session
•     Petrophysical Modeling; (Kriging, Gaussian, Simulations)
•    Make Contacts
•    Volumetric calculations. 

Who should attend?
Geoscientists, Engineers, Managers and Supervisors.

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