Engineering Data

Ahmed Elshabani

**** **** ****** ***** ***#B*** ************@*****.***

Houston,TX 77063 617-***-****

Objective:

Seeking a full-time Petroleum Engineering position and add value to the company

Professional Skills:

Well test design, supervision and interpretation.

Design, monitoring and interpretation of interference tests.

Design of fluid sampling and PVT analyses. Interpretation of the data obtained from those analyses. Fluid characterization.

Design and interpretation of water compatibility studies for water injection systems.

Design and interpretation of Conventional and Special Core Analyses.

Understanding of rock properties from wireline logs and core analyses.

Design and interpretation of production logs and Interpretation of cement logs.

Design well completions and artificial lift requirements.

Define perforation intervals with the geologist.

Reservoir and production daily surveillance.

Quality checking of field data based on a good knowledge on Gas Oil Separation Plants, fiscal metering and meter proving.

Design and follow-up of reservoir pressure monitoring programs.

Perform production allocation based on production tests and field production data.

Determine production forecasts based on decline analysis and dynamic simulation.

Prepare Field Development Plans, production models, forecasts and budgets.

Conduct reservoir studies/analyses and present findings to management

Education:

M.S. Petroleum Engineering July 2015 GPA 3.93 out of 4

New Mexico Institute of Mining and Technology, Socorro, New Mexico, USA

B.S. Petroleum Engineering May 2006

Tripoli University, Al-Fateh Formerly /Tripoli-Libya

Thesis: Transient Pressure Analysis in Vertical & Horizontal Wells.

Work Experience:

REPSOL Tripoli/Libya Akakus oil operations

Petroleum Engineer Reservoir and Production Department: since November, 2007

Field Experience

November 2007 – October2008

One year of Rotation Engineering program: Worked in Drilling, Production, Operations and Work Over with horizontal wells. Included completion of oil wells and operations related to the production facilities.

Production Engineering Experience

October2008-October2010

Analyzed technical data. Performed well tests, improved production and injection performance with PLT, RFT and PVT data.

Reviewed well data to find suitable candidates for increasing production by stimulation, perforating or artificial lift.

Performed oil, water and gas allocation and developed its technical database.

Designed ESP pumps for DST tests using assumed data, for final design using output data from well testing.

Supervised DST for exploration wells, production test, injectivity test, PLT and FSI for horizontal wells.

Performed production allocation for all the fields by using Avocet capture.

Used cased hole formation resistivity tool (RST-C, RST-D) to monitor OWC rise and water saturation profiles; monitoring of water flooding using inter-well tracer techniques.

Reservoir Engineering Experience

October2010-October2013

Reservoir Eng working for Akakus oil operations. Formerly Repsol (Libya), working in B&K fields NC-186, Sand-Stone Reservoir and Horizontal wells where more than 45 wells are drilled annually in all the concession, and currently producing 103,000 bopd.

Interpreted Pressure transient analysis: build-up, drawdown, multi-rate, interference tests, long term tests, PI, fall-off test, etc., using software (Pansystem and Kappa).

Proposed infill wells in B & K NC-186. Some wells have been drilled and completed with results as expected.

Selected and interpreted RFT points in new well drilled to determine the OWC and layer pressure depletion.

Designed, executed, interpreted and reported the result of new well production and injectivity tests. More than 10 wells have been designed with lead to have a proper pump design in J&H-NC-186 Fields.

Monitored the performance of oil fields using: Pressure surveys; production logging to monitor water cut, depleted reservoir horizons and injectivity performance; cased hole formation resistivity tool (CHFR & RST) to monitor OWC rise and water saturation profiles.

Performed Reservoir management by meant of Water flooding.

Performed monthly production and Injection balance (voidage ratio) for

A, H, D& J NC 186. Designed a control sheet that was used as a tool of surveillance to optimize the production at desired pressure.

Proposed programs and interpret PLT result to producer-injector with multilayer reservoir in order to see the production injection contribution. Over 7 wells have been conducted and resulted in a better understanding of field behavior.

Used of material balance calculation to have a better understanding of reservoir behavior and also predict the future field performance.

Designed and interpreted the interference test to specific correspondence producer-injector.

Designed an integrated performance review: including static (electrical log, core, perforation interval and structure map) and dynamic data (PVT, production and pressure data). Used Petrel to prepare simulation study.

Reviewed the CCA and SCAL report and analyze the data to be used for material balance and reservoir simulation includes:

HU identification (petrophysical model)

Capillary Pressure and Relative permeability refinement.

Review PVT Experiment report and correct the differential vaporization data with the separator test data in order to be inputted into reservoir simulation.

Estimation of reserves using conventional techniques, volumetric method, decline curve and material balance using software (MBAL).

Prepared estimates of in-place hydrocarbon volume.

Applied the concept of hydraulic flow units (HFU's), global hydraulic units (GHU's) to predict permeability profiles in uncored intervals/wells for the purpose of simulation model.

Analyzed long and short term reservoir performance with view to achieving company targets, maximizing NPV of the reserves in accordance with the company policies on reservoir management.

Strong experience in reservoir management which include data gathering and analysis, reservoir performance review, well monitoring and STOIIP.

Prepared scope of work and managed the implementation of multidisciplinary integrated reservoir studies including formation damage, under balance drilling, PVT and SCAL.

Conducted predevelopment simulation study for B field which includes:

oBuilt and run Static and Dynamic model using Petrel and Eclipse

Performed uncertainty analysis utilizing experimental design approach.

Forecasted future performance prediction to optimize the well count and location.

Executed Sensitivity analysis.

Prepare Monthly Letter and Production-Injection report for NOC as a summary production and reservoir engineering activity for the month.

prepare the TCM material and perform the TCM meeting presentation to both NOC and partner.

Acted as Reservoir Engineers team leader.

I have done a full stimulation study (Static & Dynamic model) on D-Field NC-186 for my thesis:

Computer Skills:

Good knowledge in reservoir simulation using Eclipse 100 & Eclipse 300 and Petrel

Material balance calculation (Mbal) software

Good user of reservoir simulation tools: Petrel and CMG, Eclipse; KAPPA & Pansystem

Excellent handling of nodal analysis Well flow& Prosper, OFM, Wellview, Avocetcapture.

Advanced user in Microsoft Office and Visual Basic.

PVTI: PVT software

Technical Courses:

Course

Date

Place

OFM software

March,2008

France, Par

Avocet captured

May,2008

Aberdeen,UK

Production monitoring(PLT)

April,2010

Tripoli

PTA, Pan system

May,2010

Edinburgh,UK

IPM Training course (Prosper software)

July,2010

Edinburgh,UK

Eclipse black oil reservoir simulation

April,2012

KL,Malaysia

Reservoir Management, workshop

Sept, 2012

Ist, Turkey

Petrel reservoir simulation

Feburary,2013

London,UK

PTA with Kappa software

June,2013

Tunis

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