Applied Reservoir Petrophysical Characterization - Integrated Petrophysics - 5 Day Version

• Welcome and Introduction - Establish participant expectations and objectives
• Participants complete a pre-course technical assessment 
• Overview of Geological Framework 
• Overview of Applied Petrophysical Quick Look Analysis Using Thin Sections for Carbonates and Clastics
• Overview of Lab based mineralogy (XRD and FTIR)

Practical Workshops HC-Identification and VSH.

• Introduce Petrophysical Rock Types, Facies and Capillary Pressure Concepts
• Define Free Water Level, Hydrocarbon water contacts, Irreducible water saturation and Height Above Free Water. 
• Define pore throat radius as determined in the lab based on mercury injection and predicted from empirical techniques (Winland, Pittman, K-PHI Ratio and Aguilera) 
• Workshop - Using capillary pressure concepts to distribute initial fluids

Workshop - Create a Winland Plot and Complete a basic Petrophysical Analysis

Additional Practical Workshop - Neutron-Density Porosity-Lithology Determination

• Introduce using statistical methods (CDF and Histograms) to determine petrophysical rock types (PRTs) for cores and logs
• Workshop - Defining Petrophysical rock types based on porosity and permeability
• Defining Pore Throat Radius and Petrophysical Rock Types in depth space for single wells
• Workshop - Complete a well analysis in depth space and determine the number of PRTs and quality check the process
• Introduce FZI and RQI   

Workshop - Complete a PRT analysis using FZI and RQI 

Additional Workshop - Includes Pickett Plot Analysis and Archie Sw Introduction

• Applied Capillary Pressure for Reservoir Charcterization
• Integration and Using Mercury Injection Capillary Pressure Data to Confirm Petrophysical Rock Types, Pore Geometry
• Workshop - Interpreting Petrophysical Rock Types from high pressure mercury injection
• Saturation Height Modeling - Based on Petrophysical Rock Types & Leverett J 
• Workshop - Saturation Height Modeling

Additional Workshop - Archie Sw and Sensitivity of m and n Exponents

• Applied Flow Unit Analysis - Using 2012 and 2020 Methods
• Workshop - Flow Unit Workshop
• Introduce - Detailed Well Review and Final Core-Log Integration Workshop  
• Complete Final Technical Assessment
• Course Summary and Wrap-Up