ABDULHADI M. ALMRABAT

MASTER OF ENG. PETROLEUM, COLORADO SCHOOL OF MINES

**** ****** ******, ***: 207, Golden, CO, 80401

Cell: 720- 257- 4784, aco74y@r.postjobfree.com

DESIRE A CHALLENGING POSITION AS AN ENGINEER IN A MAJOR CORPORATION

A highly talented and result engineer with a great deal of knowledge in petroleum engineer, hydraulic

fracture monitoring, interpretation for hydraulic fracturing design optimization and completion

evaluation, Petroleum geomechanics and rock mechanics. Solid Reservoir Engineering background,

proficiency in conventional reservoir engineering practices including material balance, pressure analysis,

production prediction and completion evaluation. Unconventional reservoir consulting using reservoir

engineering skills and seismic wave propagation skills. Good experience in operated mechanical

equipment maintenance and safety management, seeking full time position to apply skills to the goals of

Oil/Gas companies.

SUMMARY OF QUALIFICATION

Experience engineer in both laboratory researches and industry. Deep knowledge of computational and

excellent analytical problem solving. Integrating petroleum engineering, geology, geophysics and

geomechanics into micro seismic in depth knowledge of Enhanced Oil Recovery (EOR). Broad

geosciences knowledge including geology and petrophysics; Hands-on experience in geological field

studies, oil field studies and laboratory in reservoir geomechanics experimental studies. Characterize of

petroleum reservoir, petrophysics, pore pressure, overburden, fractures gradient predictions and real time

optimization. Designing the completion - part of the well that communicates with the reservoir rock and

fluids; evaluating and recommending flow rate enhancement, hydraulic fracturing (to force fluid into a

well and fracture the rock and improve flow path). Solid hydraulic fracture stimulations and completion

design background (Including coupled process and Borehole stability). Wide knowledge lab experiment

in deep saline engineering CO2 sequestration design and project management, development and

optimization of CO2 flow injection technique application to enhanced oil recovery. Experiences in

installed, maintained and operated mechanical equipment maintenance and safety management.

EDUCATION

R.A. Geomechanics, Engineering Division Colorado School of Mines, Golden, CO, USA

Characterization and modeling of the stress and pore-fluid dependent acoustic properties and

permeability of reservoir rocks (Through laboratory Experimental & Numerical modeling)

M.E. In Petroleum Engineering, Colorado School of Mines, Golden, CO, USA

M.S. In Reservoir Geosciences, Institute Français du Petrol (IFP), Paris, France

B.S. In Mechanical Engineering, University of Garyounis, Benghazi, Libya

WORK EXPERIENCES

RESERVOIR ENGINEER, SIRTE OIL COMPANY, BREGA - LIBYA (1995 - 2000 and 2004 - 2006, 8 years)

Field experience: Well completion, hydraulic fracture 1) Stimulation design, hydraulic fracture

treatment design, evaluation and Quality Control, 2) Direct and monitor the completion and

evaluation of wells, well surveys and integrated data estimated to be used effectively in reservoir

optimization 3) Analyze data using pressure transient well test, well logs and core data to evaluate

reservoir rock formation 4) Specify and supervise well modification and stimulation programs, in

order to maximize oil and gas recovery

Characterize of reservoir geomechanics, elasticity, petrophysics, pore pressure, overburden, fractures

gradient predictions and real time optimization and optimize fracture stimulation and rock mechanics

Establish links between seismic responses and rock properties, analysis of the well data, rock

properties and investigate the reservoir fluids behave when a reservoir is being produced

ADDITIONAL WORK IN UNCONVENTIONAL RESERVOIR

Experimental Geomechanics: Triaxial testing of shales (Mancos) to obtain static and dynamic

(acoustic) elastic properties, tensile and compressive failure in transverse isotropic rocks

Estimated compressibility of unconventional reservoir pore pressure to characterize reservoir

poroelastic properties using Eaton’s method, constant rate of strain (CRS) method

Predicted unconventional reservoir permeability using pulse decay method

RESEARCH EXPERIENCES

PETROLEUM GEOMECHANICS, COLORADO SCHOOL OF MINES, ENGINEERING DIVISION (2009 - 2013)

Develop a new high pressure high temp (HPHT) experimental system for characterizing the stress

level and pore-fluid content dependency of the acoustic wave velocity of intact and fractured rock

Completed thesis and final defense on characterize and quantify the hydro-thermo-mechanical (HTM)

response of rock fractures in CO2 storage reservoirs through experimental and numerical studies

Perform experiments and develop a model to characterize the effects of pore fluid composition on the

acoustic velocity of porous rocks (Biot - Gassmann fluid substitution theory, Biot’s theory couples the

poroelastic stress-strain relation of elastic porous medium saturated w/ multi fluid)

Perform experiments and develop a new numerical model to characterize the stress dependent seismic

wave velocities of porous rocks

Perform experiments and develop a model to characterize the effects of stress level and shear

displacement on the magnitude of shear wave splitting and permeability in fractured rocks.

Relative permeability characterization of fractured rock during supercritical CO2 Injection and

investigate reservoir parameters

application of acoustic wave propagation to evaluation the dynamic and static reservoir mechanical

rock properties, reservoir stresses, pore pressure, wellbore stability, and completions design

Design and implementation of CO2 sequestration to minimize the emission of greenhouse gases

GEOSCIENCES, IFP SCHOOL PARIS, FRANCE (2001- 2003)

Integrate log, core, seismic, and geophysics data to develop reservoir models of the earth's subsurface

to understand geological structure, rock characteristics and the likely distribution of oil/gas/mineral

bearing strata

Interpretation of the data and develop a reservoir geological model of complex Channels

Simulation using commercial software RML packages (developed by Beicipt front lab Modeling

Group, IFP School) for reservoir modeling and phase behavior study

VOLUNTEER WORK

INTERNATIONAL COMMUNITY / SHELTON ELEMENTARY IN DENVER: Organized & developed program on

cross culture, leaded conferences, facilitating meetings, training and teaching (8/4/2014 - Continuing)

BAKER HUGHES: Conference call presentation to the R&D department at Baker Hughes, presenting the

application of acoustic wave propagation to petrophysics and reservoir geomechanics (4/8/2014)

BAKER HUGHES: Developed a project proposal in specific rock mechanical tests using High Pressure

and High Pressure (HPHT) Triaxial Cell to the R&D department at Baker Hughes (4/14/2014)

STRENGTH

LEADERSHIP SKILLS: President of an international union Students in the USA (2008 - 2011), leaded

conferences and facilitating meetings, strong cross cultural communication skills, deal with diversity in

interaction and communications due to the multicultural nature of different people, professional

development multicultural training, delivered workshops and consulted individual regular culture, highly

organized team player and contributing to team work goals, strong ability to lead and train staff and

students, high organized and strong work ethic. Always learning to improve knowledge, having an open

mind, diplomatic, listening to others, and flexible and self-confident, able to work methodically and

always with the goal in sight. Always willing to get out of my comfort zone to explore new areas and very

capable of learning fast and delivering results; Thinking outside of the box.

LANGUAGES: English, Arabic and French

WORK AUTHORIZATION: Employment Authorization

Contact this candidate