0

Structural and Stratigraphic Interpretation of Dipmeters and Borehole-Imaging Logs - SSI

Discipline: Petrophysics
Level: Intermediate
Instructors who teach this course:
  • Ms. Laura S. Foulk
    Ms. Laura S. Foulk
    X
    MS. LAURA S. FOULK has over 25 years of business, customer service, geologic, interpretation, engineering, management, and sales experience in the oil and gas industry. After holding multiple positions at Schlumberger and Marathon Oil, she created Integrated GeoSolutions, Inc. to provide wellbore image interpretation and processing on image data from all vendors, and has been the company's President since 2001. She specializes in reservoir characterization through integrating dipmeter and image data with core data, petrophysical data, seismic data, production data and engineering data, thus providing a better understanding of reservoir performance and potential. Her teaching experience includes courses in wellbore image theory and applications, and wellbore anisotropy measurements at Colorado School of Mines, Stanford University, and for internal clients. She also taught new hire and continuing education internal seminars for Marathon. She has numerous technical publications and her society affiliations include SPWLA, DWLS, AAPG, RMAG, and SEPM. She received an MS in Geology from Colorado School of Mines and a BSE in Mechanical Engineering, Geology from Duke University.

    Courses:



  • About the course
  • Designed For
  • You will learn
  • Course Content
Dipmeters are micro-resistivity logs that detect the orientations of bed boundaries and borehole elongations. Borehole-imaging logs provide video, density, gamma-ray, acoustic, and/or electrical images of the borehole face. Dipmeters and borehole images can be run in water-based or oil-based mud; on wireline or LWD. They are used structurally to detect, orient, and quantify natural and induced fractures, faults, fold axes, unconformities, and in situ stress. Stratigraphically, dipmeters and borehole images are used to identify paleocurrent directions, bounding surfaces, facies, thin beds, net-sand, and secondary porosity. The key objective of dipmeter and borehole-image interpretation is to describe structural and stratigraphic features encountered by a wellbore, commonly in the absence of core. This course provides numerous hands-on exercises and case studies that emphasize sedimentologic, stratigraphic, and structural applications of these widely run, but generally underutilized logging tools.


"Liked all of the FMI/image log analysis." - Geologist, United States


"Great hands-on examples." - Petrophysicist, United States


Petrophysicists, geologists, geophysicists, and team members involved in reservoir characterization.
How To:
  • Interpret dipmeters and borehole-imaging logs and understand the physical principles behind them
  • Detect and quantify faults and fractures, determine in situ stress orientations, improve horizontal well placement, provide input into flow simulations
  • Determine paleocurrent orientations, define stratigraphic compartments, quantify vuggy porosity, detect thin beds, analyze depositional characteristics, interpret image facies
  • Apply image data in reservoir characterization
  • Applications and types of dipmeters and borehole images
  • Data acquisition and processing
  • Quality control and artifacts
  • Generation and use of stereonets and rose diagrams
  • Quantitative analysis using cumulative dip plots, vector plots, and SCAT plots
  • In situ stress from borehole breakout and drilling induced fractures
  • Horizontal wells
  • Identification and classification of fractures, faults, sub-seismic scale faults, micro-faults, and unconformities
  • Fracture spacing and wellbore bias correction
  • Thin bed analysis and net-sand counts
  • Carbonate porosity and facies interpretation
  • Sedimentology from borehole images: burrows, cross beds, scoured surfaces, slumps
  • Determination of paleocurrent directions
  • Interpretation of borehole images in various depositional settings
  • Application of image data in geocellular modeling and reservoir characterization
  • Integration of image data with core, mapping, seismic, petrophysical, and production data
Related courses
View the Progression Map
Integration of Rocks, Log and Test Data - ILC
Shaly Sand Petrophysics - APS
Petrophysics of Unconventional Reservoirs - PUR
Download Progression Map

Structural and Stratigraphic Interpretation of Dipmeters and Borehole-Imaging Logs - SSI
Discipline: Petrophysics
Level: Intermediate
Duration: 5 days
Instructor(s): Laura Foulk
Dipmeters are micro-resistivity logs that detect the orientations of bed boundaries and borehole elongations. Borehole-imaging logs provide video, density, gamma-ray, acoustic, and/or electrical images of the borehole face. Dipmeters and borehole images can be run in water-based or oil-based mud; on wireline or LWD. They are used structurally to detect, orient, and quantify natural and induced fractures, faults, fold axes, unconformities, and in situ stress. Stratigraphically, dipmeters and borehole images are used to identify paleocurrent directions, bounding surfaces, facies, thin beds, net-sand, and secondary porosity. The key objective of dipmeter and borehole-image interpretation is to describe structural and stratigraphic features encountered by a wellbore, commonly in the absence of core. This course provides numerous hands-on exercises and case studies that emphasize sedimentologic, stratigraphic, and structural applications of these widely run, but generally underutilized logging tools.


"Liked all of the FMI/image log analysis." - Geologist, United States


"Great hands-on examples." - Petrophysicist, United States
Designed For:
Petrophysicists, geologists, geophysicists, and team members involved in reservoir characterization.
You Will Learn:
How To:
  • Interpret dipmeters and borehole-imaging logs and understand the physical principles behind them
  • Detect and quantify faults and fractures, determine in situ stress orientations, improve horizontal well placement, provide input into flow simulations
  • Determine paleocurrent orientations, define stratigraphic compartments, quantify vuggy porosity, detect thin beds, analyze depositional characteristics, interpret image facies
  • Apply image data in reservoir characterization
Course Content:
  • Applications and types of dipmeters and borehole images
  • Data acquisition and processing
  • Quality control and artifacts
  • Generation and use of stereonets and rose diagrams
  • Quantitative analysis using cumulative dip plots, vector plots, and SCAT plots
  • In situ stress from borehole breakout and drilling induced fractures
  • Horizontal wells
  • Identification and classification of fractures, faults, sub-seismic scale faults, micro-faults, and unconformities
  • Fracture spacing and wellbore bias correction
  • Thin bed analysis and net-sand counts
  • Carbonate porosity and facies interpretation
  • Sedimentology from borehole images: burrows, cross beds, scoured surfaces, slumps
  • Determination of paleocurrent directions
  • Interpretation of borehole images in various depositional settings
  • Application of image data in geocellular modeling and reservoir characterization
  • Integration of image data with core, mapping, seismic, petrophysical, and production data
Instructors:

MS. LAURA S. FOULK has over 25 years of business, customer service, geologic, interpretation, engineering, management, and sales experience in the oil and gas industry. After holding multiple positions at Schlumberger and Marathon Oil, she created Integrated GeoSolutions, Inc. to provide wellbore image interpretation and processing on image data from all vendors, and has been the company's President since 2001. She specializes in reservoir characterization through integrating dipmeter and image data with core data, petrophysical data, seismic data, production data and engineering data, thus providing a better understanding of reservoir performance and potential. Her teaching experience includes courses in wellbore image theory and applications, and wellbore anisotropy measurements at Colorado School of Mines, Stanford University, and for internal clients. She also taught new hire and continuing education internal seminars for Marathon. She has numerous technical publications and her society affiliations include SPWLA, DWLS, AAPG, RMAG, and SEPM. She received an MS in Geology from Colorado School of Mines and a BSE in Mechanical Engineering, Geology from Duke University.


In-House Course Presentations
All courses are available for in-house presentation to individual organizations. In-house courses may be structured the same as the public versions or tailored to meet your requirements. Special courses on virtually any petroleum-related subject can be arranged specifically for in-house presentation. For further information, contact our In-House Training Coordinator at one of the numbers listed below.
Telephone 1- 832 426 1234
Facsimile 1- 832 426 1244
E-Mail inhouse@petroskills.com

Public Course Presentations
How to contact PetroSkills:
1-800-821-5933 toll-free in North America or
Telephone 1-918-828-2500
Facsimile 1-918-828-2580
E-Mail registrations@petroskills.com
Internet www.petroskills.com
Address P.O. Box 35448, Tulsa, Oklahoma 74153-0448, U.S.A