Cont. Ed: Accelerated Learning Tutorial: Introduction to Petroleum Geomechanics (with focus on Unconventional Completions)

Speaker Dr. Reza Safari
Reza Safari joined Weatherford International in Houston, Texas in 2012. He received Ph.D. in petroleum engineering from Texas A&M University. Heretofore, Reza worked as computational mechanics specialist for geotechnical and petroleum industry. He involves in industry associations and initiatives with more than 30 technical publications. He is also SPE Gulf ...

Reza Safari joined Weatherford International in Houston, Texas in 2012. He received Ph.D. in petroleum engineering from Texas A&M University. Heretofore, Reza worked as computational mechanics specialist for geotechnical and petroleum industry. He involves in industry associations and initiatives with more than 30 technical publications. He is also SPE Gulf Coast Award winner for “Completion Optimization and Technology “award in 2017. His specialties include hydraulic fracture modeling, natural fractures interaction during hydraulic stimulation of unconventional reservoirs, and wellbore stability in multi physics media.



Full Description

There are number of challenges in unconventional reservoir completions that will benefit from geomechanical considerations. Examples include complex hydraulic fracture development in naturally fractured reservoir, altered in situ stresses due to production, and reservoir re-stimulation, and coupled thermo-poro-mechanics processes.  Recognizing the critical need to understand fundamental mechanisms involved in unconventional reservoir development, the “Introduction to Petroleum Geomechanics” one day course with focus on unconventional reservoir completions is offered.

The package offers:

  1. Petroleum Geomechanics definition and its major goal
  2. Introduction to complexities of well fracturing
  3. Mechanics review
    • Stress and strain
    • Pore pressure
      • Effective stress
  1. Rock behavior under stress
    • Elastic
      • Static behavior
      • Dynamic behavior
      • Anisotropy
    • Plastic
    • Failure
      • Shear failure
      • Compaction failure
    • Ductile-brittle prediction
  2. Fracture mechanics
    • Griffith Crack and Stress Concentration
    • 3 Modes of Failure
      • Mode I
        • Analysis
        • Stress Pattern
        • Growth
      • Mode II & III
        • Analysis: Mohr-Coulomb failure
      • A hydraulic fracture failure model
  1. Measurements and Calculations of Rock Mechanical Properties
    • Core Drilling, Selection and Preparation for Rock Mechanics Testing
    • Rock Mechanics Tests
      • Compressive strength test
        • (unconfined, triaxial, multi-stage)
      • Direct shear strength test (Shear Box )
      • Indirect tensile strength test
    • Index Tests for Rock Strength
    • Rock properties from log measurements
  2. Pore Pressure Predictions
    • Pore pressure definition and prediction importance
    • Sources of pore pressure
    • Pore pressure estimation
  3. In-situ Stress Measurements/Estimations
    • Importance of stress data
    • Geo-stress direction and magnitude
    • Methods to measure/estimate geo-stress
      • Vertical stress
      • Minimum horizontal stress
        • DFIT test
        • Estimation methods
      • Maximum horizontal stress
        • Fracturing tests (Mini-Frac, DFIT)
        • Drilling features (induced tensile fracture or breakouts)
        • Estimation based on frictional theory
  1. Wellbore stress and stability
    • Introduction; Drilling Problems & Cost
      • Pipe Stuck and Lost Circulation
    • Methods to predict wellbore instability
      • Mathematical model (analytical and numerical methods)
  1. Evaluation of Reservoir Fracturing
    • Hydraulic Fracturing Introduction
    • Hydraulic Fracturing Operation
      • Review: What we know (“for sure”) about hydraulic fracturing
      • Hydraulic Fracture Stimulation Operations
        • Design
        • Field Deployment
      • A Moment on the Traditional Analysis of Stimulation Response(s) and Microseismic Imaging
    • Physical Simulation to Understand Key Parameters that Controls Hydraulic Fracture Geometry
Organizer Abdul Rehman

E-mail: arehman.thebo@gmail.com


Phone: 267-616-0368

When?

Fri, Jul. 13, 2018
8:30 a.m. - 4:30 p.m. US/Central

How Much?

A $5 donation for the SPE-GCS Scholarship Fund has automatically been added to the registration fee. Use OptOut in the Discount Code field if you do not wish to donate at this time.
  • Non-member -  $375.00
    (ends 07/13/2018)
  • Member -  $350.00
    (ends 07/13/2018)
  • Student/MiT/Veteran -  $50.00
    (ends 07/13/2018)
Become a member

Where?

SPEI Houston Training Center
10777 Westheimer Rd.
Houston, Texas 77042
United States

Refund Policy: You must notify the SPE-GCS office of your intent to cancel at least 24 hours prior to the event date to receive a refund. For all refund inquiries, email spe-gcs@spe.org. View our Terms & Conditions for more information.