25 June, 2020 Tulsa Oklahoma United States Virtual

American Association of Petroleum Geologists

De-Risking Unconventional Reservoir Development

23-25 June 2020
  |  
Virtual Event

 

Who Should Attend
  • Geologists
  • Petrophysicists
  • Geophysicists
  • Earth Modelers
  • drilling Engineers
  • Reservoir Engineers
  • Completion Engineers
  • Production Engineers
Objectives
  • Compare conventional and unconventional petroleum systems
  • Understand the risk factors associated with unconventional reservoir rocks
  • Develop an appreciation for unconventional reservoir heterogeneity
  • Evaluate the geochemistry and hydrocarbon potential of unconventional reservoirs
  • Recognize wireline and mud logging usage for evaluating unconventional reservoir parameters
  • Derive unconventional reservoir petrophysical parameters
  • Address the importance of dynamic rock mechanics and rock physics for unconventional reservoirs de-risking
  • Present examples of successful multidisciplinary collaboration in de-risking unconventional reservoir development
  • Introduce new and emerging technologies with promising potential for de-risking unconventional reservoirs
Course Content

Course will be held via Zoom: 2325 June 2020, 8:00 am12:00 pm (CDT)

Unconventional hydrocarbon reservoirs, particularly shale-oil and shale-gas, are the future of the oil industry. It took the oil industry over 160 years, since the first oil well in the USA was drilled in 1859, to master oil production from conventional hydrocarbon reservoirs. Even with that we still face some challenges in deep water drilling, completion, and production as well as enhanced oil recovery from heavy oil carbonates, tar sands, and tight gas sands.

On the other hand, exploration, production and development of unconventional shale-gas and shale-oil reservoirs started only about seventeen years ago, when George P. Mitchell asked his engineers to extract natural gas from shale-gas reservoirs. Although shale makes about two thirds of the stratigraphic column, more than siliciclastics and carbonates combined, have been the least studied sedimentary rocks until very recent. Shale was always regarded as a cap-rock “Seal” in the petroleum system due to its low permeability.

In the late 1980’s and early 1990’s many studies on the evaluation of shale as a source rock were published. Only as late as 2008 that we saw noticeable interest in organic-rich shales, both shale-oil and shale-gas, as viable hydrocarbon reservoirs. Recently, hydrocarbon production from unconventional reservoirs made the USA number one oil producer in the world. That prompted oil industries and governments around the globe to increase their investments in unconventional oil resource plays.

Shales are in many ways have been neglected and misunderstood for a long time. Many of the misconceptions about shale reservoirs persist throughout the oil community today. Since late 2008, thousands of research papers and articles were published on different aspects of shale-oil and shale-gas. These efforts were done to understand unconventional shale reservoirs and increase drilling, completion, stimulation, and production efficiency from unconventional reservoirs.

The first part of the class is designed to give attendees better understanding of the risk factors associated with unconventional “shale” hydrocarbon reservoirs, based on the geology, mineralogy, organic-richness, hydrocarbon content, and the reservoir rock mechanical properties.

Petrophysics is an integral part of the detail unconventional reservoir characterization and de-risking of production from unconventional “source” plays. It also serves as the core for integration and collaboration of many disciplines such as geology, geophysics, geochemistry, and earth modeling as well as drilling, completion, reservoir stimulation and production engineering. Attendees will be exposed to ways to identify and mitigate risk factors associated with shale plays.

Finally, the class will address with examples various ways for collaboration between petrophysicists and other disciplines to achieve efficient unconventional asset development through better understanding and proper dealing with the unconventional reservoir.

This course is part of the AAPG GeoAnalytical Credentialing Program
The AAPG Certificate in GeoAnalytics enables a geoscientist to utilize analytics and technologies to explore for new resources, optimize existing energy resources, capture and manage resource-related data, work with teams across disciplines (engineering, geoscientists, data scientists, financial analysts).

Course Outline
Part One
  • Risk factors associated with Unconventional Reservoir
    • Compositional Factors
    • Geologic Factors
    • Engineering Factors
  • Defining Unconventional Reservoirs (What is Shale)
  • Shale Environments of Deposition
  • Shale Petrology
  • Shale Heterogeneity
  • What makes Unconventional Reservoir
    • Clays (Mineralogy, Chemistry, Physical Properties, and SEM)
    • Organic Matter (type, amount, and maturity level)
    • Kerogen geochemistry
Part Two
  • Unconventional Reservoir Conceptualization
    • Matrix Porosity
    • Organic Porosity
  • Unconventional Reservoir Petrophysical Analyses
    • Derive unconventional petrophysical parameters
    • TOC and OOIP calculations
    • UCR Petrophysical Characterization
      • Facies Identification
      • Clay Typing
      • Anisotropy and Stress Distribution
      • Dynamic Rock Mechanics
      • Rock Physics for Seismic ties
      • Pay zone characterization
      • Lateral placement and completion efficiency optimization
Part Three
  • New and emerging technologies and their use in de-risking of unconventional reservoir development
    • Digital Rock Physics
      • Core GR and X-CT scanning
      • SEM/EDS
    • NMR logging
    • Dielectric logging
    • Multi-array acoustic image logs
  • Collaboration between geologists, petrophysicists, completion engineers and production engineers
  • Entering the digital age and large data analysis
  • Summary and Conclusions
$595
$595
Expires on
25 June, 2020
Professional Fee
$395
$395
Expires on
25 June, 2020
Displaced Professional Fee
$295
$295
Expires on
25 June, 2020
Student Fee
30 People
Limit
  • Cancellations received on or before 9 June 2020 will be refunded less a $50 processing fee.
  • Refunds will not be issued after 9 June 2020 or for "no shows."
  • You may substitute one participant for another.
  • Cancellations or substitution requests should be emailed to Customer Service at customerservice@aapg.org.
Includes:
  • Zoom Link (a link will be sent at least 24 hours prior to the course)
  • Digital Course Materials
Technical Requirements:
  • Personal Computer
  • High-Speed Internet Connection
  • Search Engine (Google preferred)
AAPG Headquarters
1444 S Boulder Avenue
Tulsa Oklahoma 74119
United States
+1 918 584 2555
Tulsa, OK - AAPG Tulsa, OK - AAPG Virtual 56906 AAPG Headquarters
Accommodation information is not yet available for this event. Please check back often.

 

Mamdouh A. Shebl Halliburton
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Events Coordinator +1 918 560-9431
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The American Association of Petroleum Geologists (AAPG) does not endorse or recommend any products and services that may be cited, used or discussed in AAPG publications or in presentations at events associated with AAPG.