AKRAM ELSHERBINY

• WBS Geomechanical analysis for 5 wells in Zubair field, Southern Iraq, (2018).
• Operations Geology & Pore pressure prediction Instructor in EREX.
• (Dec. /2022 – April /2023); Wellbore stability geo mechanical study for 8 wells in Songo Songo islandTanzania, and Predrill pore pressure prediction for Exploratory Offshore Well for (TPDC).
• Published paper: “A Novel approach to enhance well design using Minimum horizontal stress by different
  methods, case study from West Delta Deep Marine”. “Mediterranean offshore conference-2018”.
  Akram El Sherbiny¹, Mostafa Monir² Tom Sinclair² Rashid Petroleum Company ²Shell E&P.

• Integration Geological, Petrophysical, Geophysical, Drilling, Reservoir, Completion, Production data and interpret ROV recorded videos of riser-less drilling operations to build 1D Geomechanical model with calibrated;
  - Pore pressure, fracture gradient and overburden
  - Elastic properties (Young’s modulus and Poisson’s ratio).
  - Rock strength (UCS, tensile strength, effective stress ratio and friction angle / friction coefficient).
• Complishmen, Developed SHELL/RASHPETCO Pore pressure workflow
• Supervising/ Provide technical support and quality oversight for wellsite geology processes, including
  mudlogging, LWD/MWD, LOT, real time pore pressure, wireline logging, coring, directional drilling.
   Quick log interpretation (LWD & WL) of hydrocarbon zone; and determine Pressure measurements Points/
  Perforation intervals and provide input parameters of perforation model or Frac. Job (Young’s modulus, Poisson’s
  ratio, PP, FG and SHmin)./ coring/ Well TD.
• Plan/Advice/Provide/Supervise Predrill PP/FG Wellbore stability model, Mud weight window, Casing depth,
  Mudlogging data acquisition, Conventional / Sidewall coring, MWD/LWD, wireline logging and advanced
  Formation Evaluation tools for the planned well.
• Provide/ Advice with definition of scope of work/evaluation of geoscience related drilling Tenders and Contracts
  (wireline, mud logging, Geomechanics, coring).
• Accountable for acquiring, storing & transmitting all relevant geological information & data from the well site
• Quality control of all evaluation results and logs prior to accepting the data or logs from those contractors.
• Keeping detailed records, writing reports, completing daily, weekly and post-well reporting logs

• - Managing and interpreting petrophysical data
  - Quantifying and characterizing reservoir properties,
  - Ensuring optimal design and suitable Logging plan.
  - Working in multidisciplinary integrated teams to build Subsurface static and dynamic models.

 Describe formation samples while drilling and integrate between gas analysis of chromatograph, drilling
parameters, and LWD to create mud log, and perform well correlations.
 Co-operation with drilling supervisor in decisions about suspending, continuing drilling and decreasing or raising
the MW.
 Supervising mud logging, MWD services personnel and monitoring quality control in relation to these services.
 Verify that all sensors are working properly.
 Witness the Wireline logging operations with different tools (Gr, Resistivity, sonic, Density and Neutron, MDT,
CMR, VSP, FMI and coring Conventional Core & (CST), and preforming quick log analysis.
 Casing point determination, Target zone drilling control and witness LOT operation.
 Monitor all operations data related to the pore pressure and fracture gradient;
 Well analyzing LWD trends. - Rate of penetration.
 Pit level changes. - Caving (both shape and volume).
 Incorrect hole fill while tripping. - Mud density in/out.
 Kick or influx. - Mud chloride content.
 ROV videos in riser-less section. - Mudgas (background and connection gas trend)
 Calculate shale pore pressures from LWD, Mechanical, and Shale Density data (GR, Res and/or Sonic, RHOB)
using the current model (i.e., calibrated to all available data points), compare it with the pre-drill predictions and
identify deviations.
 Calculate fracture gradient from real-time pore pressure and vertical stress using the current model (i.e., calibrated
to all available data points), compared to pre-drill predictions and identify deviations.
 Update pressure and fracture models as new information (LOT's, MDTs, RFTs, WL data, etc.) becomes available.
 Analyze LOT's and summarize interpretation (procedure to be discussed) and update Fracture Gradient model.
Ensure all latest model updates and interpretations are communicated on the rig to the offshore team.
 Photograph caving and include in Daily Pore Pressure Report