Oil & Gas Training
and Competency Development

Petrophysics Training Programs

 

Applied Open Hole Petrophysics

This program will take the participants through a series of domain, blended and/or software classes that cover Physics for wireline and MWD/LWD logs, log and core analysis, interpretation and Integration to obtain a comprehensive petrophysical characterization at well, reservoir and field scales.

Description of course progression

  • Tool Physics-Standard Logging tools provides a solid foundation and knowledge of the various logging tools.
  • Techlog Fundamentals will give the foundation utilities for loading, unloading, manipulating, and displaying data in the system, including core and images.
  • Basic Logging Methods and Formation Evaluation and Techlog Formation Evaluation (Quanti)  are combined to give a very practical course focus on openhole data acquisition and interpretation and how to use implement the single/multi well, single/multi zone in Techlog
  • Applied Core Analysis - How to Interpret Core Data. Is an applied course that will provide participants an improved understanding  of the basics of rock based petrophysics, including routine core analysis methods and special core analysis techniques.
  • MWD and LWD Tool Physics and Applications. This course covers all the various new technologies of MWD and LWD
  • Advanced Formation Evaluation in Sandstones and Techlog Formation Evaluation with Quanti.Elan are combined to give a very comprehensive approach to solve the problems in shaly (laminated/dispersed) sands reservoirs.
  • Applied Capillary Pressure and Saturation Height Modeling and Techlog Saturation Height Modelling (SHM) are combined to on how to use capillary pressure data to help the user understand what is controlling the fluid distribution in the reservoir, the importance of pore geometry and why water saturation is not an accident.
  • Tool Physics - High Technology Imaging and Logging Tools provides a solid foundation and knowledge of the various more advanced logging tools.
  • Advanced Formation Evaluation in Carbonates is focus on solve the major carbonates interpretation challanges. A strong emphasis will be placed on pore geometry and evaluating the parameters that effect carbonates such as “m”, “n”, and microporosity.
  • Petrophysics Aspects of Shale Gas and Techlog for Unconventional Shales Evaluation are combined to provide knowledge on how to use well logs to evaluate organic shale reservoirs. Primary focus will be on estimating basic components of reservoir quality—TOC, primary mineralogy, porosity, saturation, permeability, hydrocarbon in place.
   


 

TECHLOG Petrophysics

This program will take the participants through a series of domain, blended and/or software classes that cover Physics for wireline and MWD/LWD logs, log and core analysis, interpretation and Integration to obtain a comprehensive petrophysical characterization at well, reservoir and field scales.

Description of course progression


  • Techlog Fundamentals will give the foundation utilities for loading, unloading, manipulating, and displaying data in the system, including core and images.
  • Techlog Formation Evaluation develops the skills to perform a log interpretation and how to use implement the single/multi well, single/multi zone in Techlog
  • Techlog Python introduces to basic python syntax and programming, some Python and Techlog modules (libraries) will be introduced.
  • Techlog Formation Evaluation with Quanti.Elan will give the tools to build multimineral/multifluids log interpretation models and generating solutions with the Quanti.Elan solver of Techlog.
  • Techlog Cased Hole Formation Evaluation is focused on the Pulse Neutron interpretation of Sigma and Carbon Oxygen Ratio measurements.
  • Techlog Reservoir Petrophysics will provide the skills to handle, prepare, interpret and integrate core, pressure and petrophysical data to define fluids distribution.
  • Techlog for Unconventional Shales Evaluation will provide you a Techlog workflow to complete a Petrophysical evaluation of a shale oil and a shale gas reservoir..
  • Techlog Thin Bed Analysis using the LowReP method will give you the tools to interpret thin bed reservoir.
  • 3D Petrophysics for High Angle Well Evaluation will introduce the log interpreters to the high angle and horizontal well formation evaluation methodology and workflows deployed in 3D Petrophysics module of Techlog.
  • Techlog Pore Pressure Prediction and Wellbore Stability covers the fundamental theory of geomechanics for pore pressure and wellbore stability applications using Techlog* wellbore software platform.
  • OJTs 1 to 6
    • Participants will receive datasets to practice the acquired knowledge and achieve the proficiency in the use of Techlog.
    • The participants will receive a very detailed document with specifications on the tasks and deliverables.
    • The results will be reviewed even in the next week of courses or in a virtual section.
   
 

Reservoir Monitoring and Cased Hole

This program will take the participants through a series of domain, blended and/or software classes that cover physics and interpretation of Reservoir Monitoring and Cased Hole logs.

Description of course progression

  • Techlog Fundamentals will give the foundation utilities for loading, unloading, manipulating, and displaying data in the system, including core and images.
  • Basic Production Logging his course teaches you the use and limitations of a variety of production logging tools including spinner, temperature, noise, fluid injections and others tools.
  • Cased Hole Logging and Formation Evaluation covers all the aspects of the fundamentals of cased hole formation and production evaluation.
  • Introduction to Cased-Hole Data Acquisition and Interpretation (VIRTUAL TECHLOG SOFTWARE COURSE) covers three main cased hole topics in Techlog: Well Integrity, Production Logging and Reservoir Monitoring.
  • Applied Cased Hole Log Evaluation and Data Quality Assurance
  • Well Integrity - Cased Hole Logging and Monitoring teaches advanced techniques on how to monitor and diagnosis wellbore integrity with the aid of cased hole logging tools.
   


 

Unconventional Petrophysics of shales

This program will take the participants through a series of domain, and software classes that cover

Description of course progression

  • Techlog Fundamentals will give the foundation utilities for loading, unloading, manipulating, and displaying data in the system, including core and images.
  • Applied Reservoir Property and Core Analysis for both Conventional and Unconventional Reservoirs introduces to applied core analysis for both conventional and unconventional reservoirs.
  • Petrophysics Aspects of Shales goes through the complete petrophysical evaluation of a shale oil and a shale gas reservoir. The course covers the calculation of the organic matter content in the reservoir, the reservoir quantitative evaluation, and the computation of hydrocarbon volumes in place.
  • Formation Evaluation with Quanti.Elan and Techlog for Unconventional Shales Evaluation will give the tools to build multimineral/multifluids log interpretation models and generating solutions with the Quanti.Elan solver of Techlog, focus on shales.
  • Unconventional Gas Exploitation provides attendees with focused instruction on the geological and petro physical attributes of unconventional reservoirs, including the origin and accumulation of natural gas.
  • Geomechanics of Shale Gas helps understand the essential aspects of Geomechanics in shale gas enabling an engineer or geoscientist to make better field development decisions.
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