3-Part Online (Self-paced) Tutorial:

Petrophysics for the Geoscientist 

Come take advantage of an opportunity to learn at your own pace, from the privacy of your own home or office computer! In this series of three (2-hour) online tutorials, GeoMark's Chief Petrophysical Advisor, Dr. Stephanie Perry, shares petrophysical knowledge, workflows, and tips/tricks. Listen in as Dr. Perry shares the basics of Petrophysical wireline tools and log responses and the integration of Geochemical and Engineering data with resulting deliverables. Finally, an overview and knowledge-sharing of Petrophysics relevant to the Delaware and Midland Basins, relating Geoscience to the Petrophysical discipline. Feel free to sign up for a single course ($100 per course), or stay for all three ($250 for all three!). Below, we provide a breakout of each: 

          REGISTER FOR FULL COURSE $250

 

 

*Please allow up to 24 hours for unique links to be emailed to you for the 3 courses (only applicable for full course purchases)

 

Course 1: Basic of Petrophysics for the Geoscientist (Conventional and Unconventional)

~2-hour tutorial sharing examples, principles, insights, and application of petrophysical wireline data. Introduction to base wireline suites as well as advanced tool suites and applications. Discussion on deterministic workflows, as well as mention of inversion-based workflows. Provide the basic concepts and learnings to walk away with base knowledge on how to read and interpret logs.

• Gamma Ray and Spontaneous Potential
• Neutron Porosity, Bulk Density and Photoelectric Factor
• Lithology
• Total Organic Carbon
• Acoustics
• Geomechanics and Pore Pressure
• Total Porosity
• Total Water Saturation
• Low Resistivity, Low Contrast Pay
• Deterministic versus Multi-Mineral Inversion Model
• Nuclear Magnetic Resonance
• Borehole Imagers and Nuclear Spectroscopy
• Dielectric
• Sidewall Coring Tools
  
  

Course 2: Delaware and Midland Basin Petrophysics 101

2-hour tutorial combining geology and petrophysics and linking known stratigraphy to wireline based subsurface attributes. Tips and tricks for quick-look analysis and mapping efforts. Sharing cross-plot principles and how they can be understood and can aid in geological concepts linked to rock property understanding. Overall understanding of the stratigraphy, the wireline signatures for and what they might mean or how they may be interpreted. Basic overview and knowledge sharing of petrophysics.

• Delaware and Midland Basin General Stratigraphy
• Raw Wireline Responses; Tips and Tricks
• Quality Control, Splicing and Editing, and Pseudo Function WorkFlow
• Geology Linked to Raw Wireline Cutoffs
• Basic Petrophysical Evaluation Approaches
• Quick-look Observations, Knowledge, and Integration
• Additional Cross-Plots and Visual Aids

Course 3: Petrophysical Integration with Geochemistry Techniques and Application

2-hour tutorial to demonstrate how petrophysics can support and complement geochemical data and tools. Share examples of how petrophysics utilizes, builds on, and integrates the following geochemical laboratory data sets. Show how the data constraints subsurface characterization, what and how we learn from the integration, and generate additional ideas for application.

Goal: To demonstrate how petrophysics can support and compliment geochemical data and tools

Objective: Show how the data constrains subsurface characterization, what and how we learn from the integration and generate additional ideas for application. Share an example of how petrophysics utilizes, builds on, and integrates the following geochemical laboratory data sets.

• Total Organic Carbon
• Programmed Pyrolysis
• Thermal Maturity
• Water Composition Analysis
• MudGas Isotopes
• TrueSat (GRI+)
• Oil Geochemistry (ex. Saturates and Aromatics)
• Time Lapse Geochemistry
• Pressure-Volume-Temperature (PVT)
• Global Studies