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PTTC Webinar – TIBCO Spotfire for Oil & Gas Professionals – Intermediate Course – February 2 & 3, 2021

Industry-led training from industry leaders.

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SPACE IS LIMITED

We are proud to announce our first of three sessions for 2021 - register now before space is gone.

PTTC Webinar – TIBCO Spotfire for Oil & Gas Professionals – Beginner’s Course – January 19 &20, 2021

A PROSPECT ORIENTED REGIONAL STUDY OF THE STRATIGRAPHY, STRUCTURE, AND REMAINING GAS RESERVES OF THE  LATE ORDOVICIAN through EARLY ATOKAN RESERVOIRS OF THE ARKOMA BASIN

INSTRUCTORS: KURT ROTTMANN, Consultant Geologist; and STEVE HADAWAY, Consultant Geologist

COURSE FORMAT: THE WEBINAR WILL BE GIVEN TWICE, DECEMBER 16TH AND DECEMBER 18TH, FOR THE CONVENIENCE TO THOSE THAT MAY HAVE A CONFLICT EITHER DAY. THE WEBINAR WILL CONSIST OF TWO SESSIONS; 9:00 AM TO 11:30 AM AND 1:00 PM TO 3:30 PM CST.

COURSE OUTLINE:

Session 1     9:00 am to 11:30 am

• Introduction, goals of the regional study, discussion of the correlation technique, geologic column

• Discussion of the Sylvan Shale, structural movement during deposition (post-Sylvan Shale uplift and erosion)

• Discussion of the Hunton Group, depositional framework, lithologic discussion, current formational limits, post-Hunton/Pre-Woodford unconformity, structural interpretations from erosional geometry, differences in structural timing during post-Sylvan and post-Hunton and their ramifications to production and exploration potential

• Discussion of the Woodford Shale, discussion of the Woodford isopach and structure maps, discussion of the lithologic framework of the Woodford, discussion of the >30, 60, and 100 ohmmeter isopachs

• Discussion of the Mayes Formation, isopach and lithologic discussion

• Discussion of the Caney Formation, isopach and lithologic discussion

• Discussion of the Jefferson Sand section, general isopach, discussion of the Jefferson/Cromwell unconformity, discussion of the three primary depositional events

• Discussion of the Cromwell Sand section, discussion of the three primary depostional events, discussion of the Union Valley Lime and the Union Valley shale, discussion of the post-Union Valley unconformity and structural interpretations

• Questions and discussion

Lunch Break

Session 2     1:00 pm to 3:30 pm

• Discussion of the Wapanucka Lime, discuss Spiro/Wapanucka contact, stratigraphic framework of the Wapanucka, discussion of the Spiro D sand/Wapanucka relationship, discussion of the uplift and erosion of the Wapanucka, discuss porosity and fracture development

• Discuss the Spiro Shale (sub-Spiro Shale), depositional environment, uplift and formation of incised channels

• Discussion of the Spiro Sands A, B, and C, regional setting, break down into 4 individual and mappable units, lithologic discussion

• Discussion of the overthrust area, discussion of the detachment point for the Wapanucka Lime, surface and subcrop limits of the Spiro and Wapanucka thrust sheets

• Discussion on the goals of the regional study

• Discussion of the structural geology, development of growth faults, compare and analyze post-Sylvan and post-Hunton areas of structural uplift to interpreted post Spiro uplifts, discussion of Top of Woodford Structure map and Top of Wapanucka Shale Structure maps, discuss creation of reservior compartments, discussion of age of producers, discussion of methods for calculating gas reserves for the Jefferson, Cromwell and Spiro sands

• Conclusions

• Questions and discussion

WHO SHOULD ATTEND: THIS WEBINAR IS SUITED FOR ANYONE INTERESTED IN LEARNING THE STRATIGRAPHY AND STRUCTURE OF THE SYLVAN SHALE-SPIRO SANDS OF THE ARKOMA BASIN, HOWEVER THE FOLLOWING WOULD GREATLY BENEFIT FROM THIS OFFERING:

• STUDENTS AND ACADEMIA INTERESTED IN A GREATER UNDERSTANDING OF THE ARKOMA BASIN

• GEOLOGISTS INTERESTED IN THE STRATIGRAPHY OF SOME OF THE MORE IMPORTANT RESERVOIRS OF THE ARKOMA BASIN

• OPERATORS INTERESTED IN PURCHASING BEHIND PIPE RESERVES OR IN POTENTIAL PROSPECTIVE AREAS OR IN PURSUING EXPLORATION IN A NEW AREA

• ENGINEERS INTERESTED IN EVALUATING RESERVES FOR THE HUNTON, JEFFERSON, CROMWELL AND WAPANUCKA AND SPIRO RESERVOIRS

• INVESTORS INTERESTED IN EVALUATING ACREAGE FOR PURCHASE OR LEASING

FOR MORE INFORMATION, PLEASE CONTACT KURT ROTTMANN AT 

admin@rkrserviecesco.com or use the contact form at https://www.rkrservicesco.com/se-oklahoma-regional-study-contact-page.shtml

Webinar Registration Page

Webinar Registration Page

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CONSTRUCTION OF FRACTURED RESERVOIR MODELS FOR FLOW SIMULATION INCORPORATING GEOLOGY, GEOPHYSICS, AND GEOMECHANICS

Instructors: James R. Gilman, Christopher K.  Zahm, and Reinaldo J. Michelena

Objectives

Flow models have the purpose of explaining and forecasting reservoir performance that can help plan the development and exploitation of the resource. Conventional and unconventional naturally fractured reservoirs are particularly difficult to model due to the interconnectivity of matrix and fracture properties.  Unconventional reservoirs pose the additional challenge of accounting for natural fractures that can become conductive during hydraulic stimulation.  This class explains the steps necessary to build fractured reservoir models using sound stratigraphic and structural frameworks, calibrated 3D seismic attributes, and geomechanical information.  Models and concepts are examined in the context of how they impact fluid flow, reservoir simulation results, field production, and forecast. This 2-day course will present the workflows that have been developed along with spreadsheet-based exercises to solidify concepts. The course provides in-depth presentations and discussions of the models presented.

Course Format

The course will take place online in four consecutive 4-hour sessions on October 27th, October 29th, November 3rd, and November 5th respectively, from 10 am to 2 pm CST.

Course Outline

Session 1

• Natural fractured reservoirs:  overview and concepts

• Impact of natural fractures on reservoir performance: overview

• Tight unconventional reservoirs: mechanical stratigraphy in core, well logs, and seismic

• Tight unconventional reservoirs: use and value of outcrop analogs

• Tight carbonate mechanical stratigraphy interpretation

• Reservoir engineering data for of naturally fractured reservoirs

Session 2

• Tight unconventional reservoirs: seismic properties for fracture characterization

• Discrete vs continuum natural fracture descriptions for simulation in fractured reservoirs

• Tight unconventional reservoirs: geomechanics review

• Effective fracture permeability·      

Session 3

• Tight unconventional reservoirs: modeling perm of reactivated fractures

• Pressure transient response time

• Conventional fractured reservoirs: overview and concepts

• Conceptual integrated fault damage zone model

• Value of outcrop analogs in fracture modeling

• Conventional fractured reservoirs: facies, rock properties in core and well logs

Session 4

• Conventional fractured reservoirs: rock properties from 3D seismic

• Calibration of effective fracture permeabilities

• Special considerations for flow simulation in fractured reservoirs

• Putting it all together: Integration of outcrop, core, well logs, and seismic for improved reservoir models

Learning Outcomes

• Highlight geologic concepts (e.g., mechanical stratigraphy, rock properties, faults, folds, etc.) that control natural fracture development in conventional and unconventional reservoirs

• Demonstrate characterization methods that incorporate the use of 3D seismic data for improved mapping of mechanical facies and fracture properties (i.e., increased value of information)

• Discuss workflows that combine geologic and geomechanics concepts, petrophysical properties, and seismic attributes within geological models in preparation for reservoir simulation

• Quantify the combined effect of fracture properties (intensity, orientation, width) and local stresses in effective flow properties of simple fracture scenarios

Who Should Attend
This class is ideally suited for integrated teams working on characterization, modeling, and flow simulation of naturally fractured conventional and unconventional reservoirs: geologists, geophysicists, reservoir engineers, simulation engineers, and geomodelers.
 
Includes
Downloadable PDF course notes and spreadsheet-based exercises.

https://pttc.us9.list-manage.com/track/click?u=9f32942c978bb38b633981291&id=7e9078ddaa&e=3d4bc53cad

Basic Openhole Log Interpretation - Led by Dan Krygowski

April 20 - 22, 2020
Oil Information Library of Fort Worth
22.5 Instructional Hours
$975 USD *DISCOUNT AVAILABLE

*Basic Open Hole Log Interpretation, Beyond Porosity and Beyond Resistivity will be held at the same location in sequential order during the same week. A discount is available for those registering for all three.

Course Description

This course assumes no knowledge of petrophysical measurements and interpretation and considers the common openhole logs that are used to determine porosity, lithology, and fluid saturation. Both equation-based and pattern recognition (graphical) interpretation techniques are considered as parts of quantitative and qualitative results. New specialty measurements and their current interpretations are also introduced. The course has been taught over 40 times in the last 10 years, with enhancements based on participant feedback. There are no prerequisites for the course.

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PTTC Spotfire Course

Click on Link Below to sign up

https://pttc-spotfire.eventbrite.com

Basic Openhole Log Interpretation

Led by Dan Krygowski 21 Instructional Hours

See Dan’s Video on link below

https://www.linkedin.com/posts/jcviscomi_krygowski-subsurface-geology-activity-6572154655281868800-zZYG

Monday, September 9, 2019 8:00 AM until Wednesday, September 11, 2019 5:00 PM

The course covers the measurements that are available in millions of existing wells worldwide and addresses the response of those measurements which are being made in wells being drilled now. New and specialty measurements along with their developing interpretations (“the fancy stuff”) are also addressed in the course. While some knowledge of petrophysics and well log interpretation is helpful, people having no experience with well logs have expressed strong benefits from taking the course. For those with experience gained over time, the course has helped consolidate that experience and set scattered pieces of knowledge in a framework that provides a better overall understanding of existing and developing petrophysical technology.

Oil Information Library of Fort Worth500 W. 7th Street, 15th Floor Fort Worth, TX 76102

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