Resume

• 2011

  Doctor of Philosophy (PhD)

  Petroleum Engineering

  Texas Tech University

• 2010

  Master of Science (MS)

  Petroleum Engineering

  University of Louisiana at Lafayette

• Numerical Analysis

  EOR

  Petroleum Engineering

  Fluid Mechanics

  Reservoir Simulation

  Reservoir Management

  Geology

  Earth Science

  Drilling Engineering

  Petroleum

  Simulations

  EOR Application in Unconventional Reserviors

  Upstream

  Fortran

  Petrel

  Modeling

  Reservoir Engineering

  Characterization

  Leadership

  Drilling

  Compositional Simulation Evaluation of EOR Potential in Shale Oil Reservoirs by Cyclic Natural Gas Injection

  Compositional Simulation Evaluation of EOR Potential in Shale Oil Reservoirs by Cyclic Natural Gas Injection

  SPE An Experimental Study of Acid Matrix Treatment Performance On Shale Core Samples

  1.\tTesting Tight Gas and Unconventional Formations and Determination of Closure Pressure

  Abdullah Al-Najem

  Shameem Siddiqui

  Talal Gamadi

  Otman Algadi

  Abdulrahman A. Alquraishi and Dustin McIntyre.

  6.\tLaboratory and Numerical Simulation Based Investigation of Two-Phase Brine-CO2 Displacement Processes Using Cores From Three CO2-Sequestration Candidate Formations.

  Effective Assessment Plan Leading to Reform Strong Bob L. Held Department of Petroleum Engineering Undergraduate Program.

  Effective Assessment Plan Leading to Reform Strong Bob L. Held Department of Petroleum Engineering Undergraduate Program.

  Effective Assessment Plan Leading to Strong Reform of Petroleum Engineering Graduate Program

  Rozbeh Moghaddam

  Robello Samuel

  IADC/SPE167928-MS. Hossein Emadi

  Mohamed Y. Soliman

  Texas Tech University

  Robello Samuel

  Halliburton

  Don Harville

  Chesapeake Energy

  Talal D. Gamadi

  Rozbeh B. Moghaddam

  Texas Tech University

  March 2014.

  4. Effect of Temperature on the Compressive Strength of Eagle Ford Oil Shale Rock: An Experimental Study.

  Concentration Additives Fracturing Optimizing in Concepts New

  SPE Compositional Simulation Evaluation of Miscible Gas Injection Performance in Tight Oil Formation

  Improved Gas Lift Valve Performance Using a Modified Design for GLV Seat

  Limitation of EOR Applications in Tight Oil Formation

  3.\tAn Experimental Study of Cyclic CO2 Injection to Improve Shale Oil Recovery

  Maximize Oil Production from Shale Oil Reservoirs

  Engineering Analysis and Data Interpretation

  Effective Student Outcomes Assessment Plan Reform Strong Undergraduate Curriculum Plan

  5. Numerical Evaluation of Cyclic Natural Gas injection to Improve Recovery Factors of Shale Oil reservoirs.

  2.\tAn Experimental Study of Cyclic Gas Injection to Improve Shale Oil Recovery

  The low recovery and very high oil volume remaining in place is a strong inspiration to investigate the application of enhanced oil recovery methods in shale oil reservoirs. Latest numerical studies

  conducted by our research group

  have revealed that Cyclic Gas Injection (huff-n-puff ) method could be an effective technique to increase recovery factor of shale oil reservoirs. Very limited data are available on the performance of huff-n-puff for shale oil reservoirs. In order to show the efficiency of huff-n-puff Technique

  a laboratory work is conducted using cores from Mancos and Eagle Ford to evaluate the potential of gas cycle injection on these cores.

  Area of Expertise in General \n•\tReservoir Engineering\n•\tReservoir simulation ( CMG and Eclipse simulators

  Petrel)\n•\tEnhanced Oil Recovery (Unconventional shale oil reservoirs)\n•\tExperimental and numerical modeling studies\n•\tLarge Data Analysis \nI am interested in;\n•\tApplying reservoir management standards and guidelines to enhance both NPV and hydrocarbon recovery. \n•\tformulating reservoir development

  data acquisition

  strategic surveillance and monitoring master-plans to ensure optimal development and depletion strategies. \n•\tProviding reservoir engineering input into drilling and work-over proposals and programs and recommending advanced completion techniques for horizontal and multi-lateral well.\n•\tConducting reservoir engineering studies that include reservoir stimulation modeling of various IOR processes for improvement of ultimate recovery.\n\n\nEducations_________________________________________\n\nPh.D.

  Petroleum engineering \\ year of graduation 2014 \n Texas Tech University- Lubbock

  TX

  USA \n \nMaster of Science

  Petroleum Engineering \\ year of graduation 2011\n The university of Louisiana at Lafayette-Lafayette

  LA

  USA 2011

  Talal

  Gamadi

  PhD.

  ABET

  Pioneer Natural Resources Company

  National Petroleum Honor Society

  Texas Tech University

  Texas

  National Petroleum Honor Society

  Pioneer Natural Resources Company

  Irving

  Texas

  Visiting Professor

  Baltimore

  Maryland

  Non paid job (volunteer)

  ABET Program Evaluator

  ABET

  Lubbock

  Texas

  Courses Taught \nReservoir Fluids Properties ( Undergraduate Class)\nPetroleum Methods ( Undergraduate Class)\nReservoir Simulation (Undergraduate Class)\nReservoir Engineering ( Undergraduate Class)\n\nAdvanced Phase Behavior (Graduate Class)\nAdvanced Core Analysis (Graduate Class)\nAdvanced Gas Production (Graduate Class)\nAdvanced Production Engineering (Graduate Class)\n\t\nCommittee Member

  Academic Policy Committee at EDWARD E. WHITACRE JR. COLLEGE OF ENGINEERING\nCommittee Member

  Institutional Effectiveness Committee at TTU\nCommittee Member

  ABET at EDWARD E. WHITACRE JR. COLLEGE OF ENGINEERING\nFaculty Advisor

  Petroleum Honor Society of Bob L. Herd Department of Petroleum Engineering Gamma Chapter

  Assistant Professor

  Texas Tech University

  Member

  SPE