Mohamed Taha Mohamed

(Senior/Leader) Process Engineer

E-mail ad328f@r.postjobfree.com

GSM: +971 -562-67-91-90

For Sites: +20-100-***-**-**

LinkedIn: www.linkedin.com/in/mohamedtaha1980/ Skype: Mohtaham Profile

I have a Master’s degree (MBA), Master of Business Administration Program, Where I am a chemical engineer with 20 years of experience in process engineering. Related to the oil and gas industry, Encompassing major aspects of process engineering where I was specialized in the Simulation and Modeling of (pipeline hydraulic and surge analysis, flow assurance, with Slug tracking, Pipeline Hydraulics with all its Transient scenarios, Pipeline Sizing, MAOP in-plus process modeling of steady-state and dynamic simulation, equipment sizing, rating, PFD and P&ID development). Experience gained through numerous assignments across employment with various local and multinational companies, In addition, I used to work for a Simulation consultation or Engineering company Simulation department.

Currently, I am seeking to join a reputable organization that provides a professional climate; I intend to complete upgrading my expert’s outputs objectively. Date of Birth:

22 May 1980

Software Skills

Well Expert User (Specialized Simulator) and Instructor for the following Software:

OLGA multi-phase for Flow Assurance of Steady-State models with its Transient Scenarios and PVTSIM for creating its specific fluid file.

HYSYS for Process Steady-State and Dynamic modeling.

Stoner Pipeline Simulator (SPS) for Pipeline Hydraulics and Surge Analysis of single phase flow Oil or Gas.

Education:

B.Sc. Chemical Engineering, Cairo University, Cairo, Egypt, May 2003.

Project Management MBA

Professional Association:

Master of Business Administration Program (MBA) in Arab Academy for Science, Technology and Maritime Transport (Specialization with (PMP) Project Management Professional (graduated 2020) Registered in Egyptian Engineering Syndicate

Registered in Saudi Arabian Council of Engineers (Attested In the UAE) EMPLOYMENT HISTORY

CPECC (China Petroleum Engineering & Construction Corporation) (Abu Dhabi). September 2023 – December 2023

Senior Process Simulation and Flow Assurance Engineer Job Summary: The job responsibility included,

Process Simulation and Flow Assurance, execute the objective tasks and assist in finalizing and upgrade all Engineering company and consultants project outputs. Main projects participate in its Engineering:

SWING EPCM (Abu Dhabi):

I participated in Validating and verifying the simulation models for 10 packages FEED Engineering models using HYSYS. The models were prepared based on the Process Flow Diagram

(PFDs), the Piping and Instrumentation Diagram (P&ID’s) and the Plant Performance Data provided by ADNOC onshore. The objective of the project was intended to lunch project SWING as an initiative to explore all opportunities available in its existing assets for boosting the production capacities and operation efficiency at all fields, The main objective is to re-instate the 20 % Technical rates in all ADNOC onshore fields. With a steady state models for their (10) packages covering all ADNOC onshore Assets Sustainable initially and Technical for the next years, I Participate in 4 Package HYSYS modeling validate Package 5 “EL-RUMITHA”, upgraded Package-1 & 2 and Created the Heating Water System and Simulated its New Fired Heater of Package 7 “Bu Hassa”. Flow Assurance OLGA modelling and reporting for a transient simulation study result for the operating scenarios as identified with its design basis for the following pipelines sizing as 20" or 24" from (Remote Degassing Station) RDS-1 and RDS-6 to BCDS (BAB Central Degassing Station).

RDS-1: New (Gas) line from RDS-1 to BCDS (New Gas KOD), length 5.725 km RDS-6: New (Gas) line from RDS-6 to BCDS (New Gas KOD), length 5.650 km WPC EGYPT PALMA DE REDSEA (Egypt).

From December 2022 - August 2023

EPC Process Manager (Client representative)

Job Summary: WPC project (Wood Plastic Composite) was planned by WPC EGYPT PALMA DE REDSEA Engineering & Systems department to lay down the basic roles, responsibilities, required deliverables, & dossiers associated with all planned contractors will work for WPC EGYPT & its associated Shareholders.

Key responsibilities: Managing WPC project (Wood Plastic Composite) prepared by WPC EGYPT PALMA DE REDSEA Engineering & Systems department, collaborating with all contractors working for WPC EGYPT & its associated Shareholders, especially Feasibility study and monitoring the process of the Department to achieve the requirements to cover EPC Scope. PETROJET (The Petroleum Projects and Technical Consultation Company) (Egypt). February 2021 – August 2021

Leader Process Simulation and Flow Assurance Engineer Job Summary: The job responsibility included,

Process Simulation and Flow Assurance, execute the objective tasks and assist in finalizing and upgrade all Engineering company and consultants project outputs. Main projects:

AGIBA (MELIHA to WDGC Sales Gas New Export Pipeline): The joint operating Company AGIBA Petroleum intends to start production from discovered gas fields near Meleiha area. New gas treatment facility near by Meleiha existing plant. Export pipeline of 275 km to Western Desert Gas Treatment Plant. With potential production of around 150 MMSCFD of gas in order to reduce the gap between the current Egyptian supply and demand of natural gas and condensate. In order to achieve the production increase, the main concept considers that production from the new wells that will be conveyed to a new gas treatment plant near Meleiha existing oil plant and treated gas will be sent to WDGC through a stand-alone new export pipeline. Flow Assurance study on that Pipeline exporting the compressed Gas. PPC (Fuel Oil Heated in El-Reiswa, Abo-Sultan and New Export Pipelines): The Petroleum Pipeline Company intends to install Fuel Oil Pipeline from El-Reiswa area in Port-Said after Heating the Fuel Oil by Fired Heater then ship it to Abo-Sultan to be heated again through Fired Heater and ship it to Suez. Export pipelines of 180 km to Suez. With potential transporting of around 500 m /hr. of Fuel Oil, in order to reduce the FO viscosity from 380 cSt of the Fuel Oil supply. In order to achieve the flow criteria, the main considers a Process area, new export pipelines studied, and simulated in HYSYS.

ASORC (SALAM Cooling Water Intake and New Export Pipelines): ASORC - Asyut Oil Refining Co. aims for transferring Raw Water to the company facility, with additional branches feeding ANOPC Plant and ASORC Utilities, Thus, new HDPE Pipeline is proposed to be installed from SALLAM water intake area to deliver with lifting pumps for each consumer respectively. Total length is approximately 16 Km straight pipeline and then branched flow lines up to ANOPC Plant and ASORC.

ENTESSAR (NOW ALFARAGH)_SARIR PIPELINE HYDRAULIC ANALYSIS STUDY:

Demonstrate ENTESSAR / SARIR PIPELINE facilities for the proper and safe operation and control of the pipeline supplying the gas produced by ZOC to GECOL power station. Export pipeline of 225 MMSCFD to SARIR. The models done by OLGA flow assurance and reported with potential production and demand of natural gas and condensate. In order to achieve the production increase, Perform pigging for the gas pipeline (weekly) partly to avoid too much liquid accumulating in the pipeline, sweep away Condensate and partly to avoid stagnant pockets of condensate where scaling can take place. There is a concern that during pigging there is a possibility that a column of liquid will build up on the Pipeline resulting in a large backpressure.

Wet Gas New Export Pipeline Hydraulics:

The aim of this project is to develop piping models to analyse flow for the operating conditions and estimate the steady state characteristics for the pipeline connecting the offshore pipeline from the Christmas tree exit to the On Shore facilities. This new 10”, 12” and 16” multiphase pipeline, which will laid from the Offshore to the On-Shore Process facility taking the production. The pipeline profile includes low points (pockets), models done with OLGA flow assurance software and fluid composition file created by PVTSIM.

Flow Assurance for 12” Pipeline from BALSAM-1 manifold to EL-BASSANT-2 Manifold: WASCO is producing gas from Balsam field. The field production is passed through the El Wastani integrated gas plant, flow assurance study For 12 inch gas Pipeline from BALSAM-1 manifold to El- Bassant-2 Manifold to check the pipeline tendency to face slug flow regime at various operating flow rates and making sure that El-Bassant-2 facilities can handle the outlet slugs (if found). The objective of this report is to perform transient simulation for the mentioned pipelines with respect to the following:

Verify the pipeline size

Check the slug flow tendency at the mentioned flow rates.

Optional scope: Slug flow calculations including (slug volume, frequency, slug catcher sizing, slug catcher process data sheet, if needed)

International Oil Services (IOS) (Cairo office, Egypt). February 2019 – April 2020

Process Project Manager

Job Summary: The job responsibility included,

Process project Manager Works on Project Management, execute the objective tasks, assist in finalizing, and upgrade all Engineering company and consultants project outputs. Main projects:

LNG De-Gasification Plant in Aden with its 2 Distribution Pipelines: Plan and initiate the project Scope of Work to attract the Design Companies to propose us with EPC contract for Process Design of the project related to government of the Republic of Yemen, represented by the ministry of Electricity and Energy. Based in the interim capital Aden which is actively working to replace Al-Hiswa and part of Al-Mansoura power plants operating previously to operate with NG for generating 400 MW initially... IOS Responsibility was to admin the LNG Degasification plant located on port where LNG Storage Capacity: 100,000 m, for more than 10~15 days duration period and can support any revamp, In order to degasify LNG into natural gas, LNG submersible pump will pump LNG to the vaporizers; Natural gas will be compressed then

Enter into pressure regulation unit to regulate gas pressure to a steady pressure of up to 40 bars, and sent it to pipelines after metering.

Freelance.

January 2018 - January 2019

Consultant Simulator Process and Flow Assurance Modeling Job Summary: The job responsibility included,

- Perform steady state, dynamic and optimization simulation on different process simulators in the market (HYSYS on the Old and new Version)

- Perform steady state, dynamic and optimization simulation on the most robust pipeline simulators specific in flow assurance (OLGA, PVTSIM and SPS)

- Conducting modeling training courses to various clients in the Oil & Gas and petrochemical industry.

- Supplying technical support on different types of software and modeling. Main Courses was Instructing:

Training Instructor For OLGA Flow Assurance using Software NEW! : 1. OGS OLGA 7 Rashid Petroleum (Egypt)

I was responsible for instructing an Olga course\FA Exercises which includes: Tour, Harthun, PVTsim, Fax and Gas Condensate for 3 engineers working for Rashpitco one of Rashid Petroleum Company, the course was for 5 days (August 2018). BTS Training & Conultancy:

2. BTS HYSYS 2B OPCO (Kuala-Lambur)

I was responsible for instructing an Advanced Process Modeling and Simulation Technique on HYSYS course and troubleshooting the models, where I instruct how to use and apply advanced modelling techniques to enhance your simulation. Create models that emulate plant conditions. Create custom column templates, including non-standard configurations. Optimize process conditions to meet one or more process constraints. Perform complex calculations on flow sheet variables using the HYSYS Spreadsheet. Integrate rigorous heat exchanger models into a standard flow sheet. Instruct how to use and apply advanced modelling techniques to enhance new and existing Aspen HYSYS flow sheets for 6 engineers working for 2B OPCO Oil and Gas Industry one of Sudan’s companies, the course was for 5 days (Sep-Oct 2018). Flow Assurance fundamentals:

3. OGS FA Fundamentals GUPCO (Egypt)

I was responsible for instructing a Flow Assurance Fundamentals which includes: Intro to MP-Hydraulics, OLGA Basic, Intro. To Flow Assurance and Summary for 6 engineers working for Gupco Company, the course was for 5 days (October 2018) Al-Joaib Engineering (Cairo office of Dammam Engineering Company, Saudi Arabia) August 2015– December 2017

Responsibility included:

Senior project engineer works on different projects, execute the desired tasks, assist in finalizing, and upgrade the consultant projects outputs.

Main projects participate in its Engineering:

Expansion of Industrial Wastewater Treatment Plant IWTP-8 at Jubail, Saudi Arabia: Responsibility included: Process Design Calculations and all the engineering deliverables submitted by the sub-consultant Hyder to upgrade the task release to the technical quality manager for each submittal to confirm IFB and IFC and other specifications of the waste water treatment plant In accordance with the Scope of Work for the RC Saudi Arabian royal commission. Finalize Engineering Quality Control for Task-3 (RC, Saudi Arabia): Assist in finalizing the Engineering drawings packages for task 3 of Saudi Arabian Royal Commission and satisfies Environmental Regulations of 2015 for irrigation re-use purposes for

Package-1: New Airport Pump Station.

Package-2: New SWTP-9 Lift Station.

Package-3: KOLON Life.

KBR-AMCDE (Al-Khobar, Saudi Arabia) Kellogg Brown & Root LLC acquired the business of Abdelhady and Al-Moaibed Consulting Engineering Co. (AMCDE) August 20014– July 2015

(Senior Technical Professional, Process Left the Company Due to Oil price drop crisis in 2015 and the main client (Saudi ARAMCO) put (on hold) 75% of its Projects. Responsibility included:

Works on different projects and execute the desired tasks, attend meetings with the clients

(ARAMCO) to set the scope of work to Finalize Engineering documents and deliverables. Perform steady state, hydraulics transient surge and optimization simulation on the most robust pipeline simulators specific in Pipeline Hydraulics, surge analysis & flow assurance specially STONER Pipeline Simulator (SPS).

Main projects participate in its Engineering:

Reroute Qatif-Ras Tanura Pipelines (Original Project and Addendum) Hydraulic Analysis (Saudi Arabia):

KBR-AMCDE performed a hydraulic analysis to support the Project Feed Phase. I participated in building the simulation models using (SPS) in conjunction with KBR-HOUSTON for the pipelines Steady-State & Transient models in plus creating its reports, the purpose of the hydraulic analysis was to confirm the pipeline size, MAOP, surge relief stations and other specifications of the pipelines.

Fuel Oil (FO180) YCOT to MARAFIQ and SWCC Pipelines (Conceptual Design) Hydraulic and Thermal Analysis (Saudi Arabia):

KBR-AMCDE performed a hydraulic Thermal analysis to support the Project Conceptual design. I was the only responsible in building the simulation models using Stoner Pipeline Simulator (SPS) for the pipelines Steady State with high viscosity fluid models in plus creating its reports. Expand LPG Production Facilities Pipelines of YANBU Refinery (Detailed Phase Engineering) Hydraulic and Transient Surge Analysis (Saudi Arabia): I was the only responsible in building the simulation models using (SPS) for the pipelines Steady State with all its transient cases in plus creating its Exhibits and reports. AHECON (Dammam, Saudi Arabia)

December 20013 – July 2014

Senior Process & Hydraulic Pipeline Engineer

Job Summary: The job responsibility included,

- Senior project engineer works on different projects and execute the desired tasks, attend meetings with the clients to set the scope and deliverables.

- Perform steady state, hydraulics transient and optimization simulation on the most robust pipeline simulators specific in flow assurance & surge analysis (OLGA, STONER…)

- Supplying technical support on different types of software. Main projects participate in its Engineering:

Increase East-West Pipeline Capacity Hydraulic Analysis (Saudi Arabia): The objective of this study is to verify hydraulics study done during Project Proposal Stage

(HYDRAULIC ANALYSIS STUDY REPORT done by KBR-AMCDE) and to perform additional hydraulics study using the following DRA (Drag Reducing Agent):

Conoco-Phillips DRA

Baker-Hughes DRA

Turbo-Flo DRA

Increase Riyadh-Qassim Pipeline Capacity Hydraulic Analysis (Saudi Arabia):The Riyadh-Qassim (RQ-2) multi-product pipeline is a new 24” O.D. 355.2 km long pipeline that transfers Diesel, Gasoline and Kerosene from North Riyadh Terminal Unit (NRTU) storage tanks to Qassim Bulk Plant (QSBP) storage tanks.

Project Management experience at El-Oalya in Riyadh, Saudi Arabia (from September 2004 - November 2005) followed with the period of October 2010 till November 2013. Position: Senior Project Manager

Key responsibilities: managing the admin of the construction compounds in Riyadh, reviewing infrastructure projects for great lands in Saudi Arabia, establishing feasibility studies and studying the commercial impact for different projects in the Gulf area. ONSPEC Engineering Solutions (Cairo, Egypt)

November 2005-September 2010

Senior Process & flow assurance Engineer

Job Summary: The job responsibility included,

- Senior project engineer works on different projects and execute the desired tasks, attend meetings with the clients to set the scope and deliverables.

- Perform steady state, dynamic and optimization simulation on different process simulators in the market (HYSYS, UNISIM…)

- Perform steady state, dynamic and optimization simulation on the most robust pipeline simulators specific in flow assurance (OLGA …)

- Conducting modeling training courses to various clients in the Oil & Gas and petrochemical industry.

- Supplying technical support on different types of software. Main projects participate in its Engineering:

QATAR Petroleum Company (QATAR):

I participated in building the simulation models for their NGL Plants using HYSYS. The models were prepared based on the Process Flow Diagram (PFDs), the Piping and Instrumentation Diagram (P&ID’s) and the Plant Performance Data provided by QP. The objective of the project was to provide Qatar Petroleum with a steady state and dynamic model for their four NGL plants. This model should be identical to the NGL complex, which is a gas processing facility that utilizes different gas feeds to produce treated products like Methane, Ethane, Propane, Butane, light pentane, Gasoline and Sulphur.

Transient Flow Analysis for the Upgrade of the Safaniyah Water Disposal System Project (Saudi Arabia)

I participated in building the simulation models, analyzing the result, reporting the outputs for the Upgrade of the Safaniyah Water Disposal System Project (Saudi Arabia) using OLGA .The models were prepared based on the pipeline profile and the pipeline performance data provided by ENPPI / ARAMCO to investigate whether hydrodynamic slugging occurs for normal operation, production rate changes and pigging operations.

Steady State: The entire pipeline network was simulated for steady-state flow conditions. Different flow rates were implemented, Slug analysis was carried out. Transient Surge Analysis: Using the desired production rate the entire pipeline network was simulated for steady state conditions (start values for transient analysis). Then, surge analysis was carried out by shutting down downstream valve in a certain period, and then the pipeline was left to equilibrate followed by startup of the production. Transient Flow Analysis for the Wet Gas Pipeline of the AL Shaheen Facilities

(Qatar)

I was responsible for building the simulation models for pipeline taking the production from satellite platform to the 3-phase inlet separator of centralized processing platform; it is 18’’ multiphase pipeline includes down comer & riser and few low points (pockets). The objective of this study was:

To analyze the pipeline flow for the operating conditions and estimate the steady state characteristics of the system.

To scrap the pipeline and estimate the liquid amount accumulated at the end of the pipeline; furthermore, the highest pressure induced upstream during pigging and the flow rate that will render the operation feasible are sought.

AL-KHAFJI DEVELOPMENT PLAN Project For The Transient Flow analysis

(Saudi Arabia-ARAMCO)

I was responsible for 2 items firstly building the simulation models for pipelines for an Al Khafji Joint operation (KJO) jointly operates oil and gas production facilities between Aramco Gulf Operations Company and Kuwait Gulf Oil Company in Khafji. The second item I was just an Instructor for the client engineer’s clarification about the new software they owned newly so they get a good idea about the software and help me in finishing this project.

The maximum sustainable capacity (MSC) will be achieved through implementation of FDP phase- 1 Oil and Gas facilities that involves offshore installation of two flow stations (Y-1B and Y-2B), laying sub-sea gas gathering pipelines as 42" gas transmission pipeline. This model of multiple inputs covers the different scenarios studied for the 42" gas gathering pipeline.

MANIFA ONSHORE & OFFSHORE Study for the Flow staging analysis of The Future Till 2030 (Saudi Arabia-ARAMCO)

I was responsible for just assist SPT in finishing the hydraulic analysis of the offshore & onshore crude oil system; Steady state hydraulic analysis to be performed to update the heat and mass balance parameters and transient analysis to be performed to extract the slug forces acting under worst operating conditions

WDDM, PHASE VII MAIN COMPRESSION PROJECT for BGC:

I was responsible for OLGA model verification to be linked with HYSYS compressors model that is by tuning & adding some controlled parameters for the model and initialize its input files. ADGAS COMPRESSOR DYNAMIC ANALYSIS for OFFSHORE ASSOCIATED GASES PROJECT:

I was responsible as assistance in building the dynamic HYSYS model with its scenarios to be robust sent to ASPEN TECH Middle East.

Process Simulation Training Instructor For:

1. Safco HYSYS Sabic (Saudi Arabia)

I was responsible for instructing a steady state HYSYS course and troubleshooting their models for 30 engineers working for Safco one of sabic’s gas plants, the course was for two weeks, every 15 engineers for a week (January 2006). 2- North Edico HYSYS Suco (Egypt)

I was responsible for instructing a steady state HYSYS course and troubleshooting their models for 2 engineers working for North Edico one of Suco’s companies, the course was for one week (August 2006).

3- ENI-OIL HYSYS ONSPEC (Libya)

I was responsible for instructing an advanced steady state HYSYS course and troubleshooting the models for 10 engineers working for ENI-OIL one of Libyan’s companies, the course was for Two weeks (April 2007). ENPPI (Cairo, Egypt)

(Engineering for petroleum & petrochemical industries) November 2003-Septemper 2004

Project engineer

I was a part of the process department team, proceed through a general Process Engineering orientation then assigned, and participate in multiple projects. Main projects participate in its Engineering:

United Gas Derivatives Port said NGL plant(Egypt): I participated in preparing the project-operating manual reviewing the project’s PFDs, P&ID’s and preparing the punch list for construction issuance rather than the as built drawings. The project was the design of a fractionation train and products treatment and storage. This plant is producing Methane, ethane & LPG.

Echem, Lab Project(Egypt):

I participated in the detailed engineering. I also participated in the HAZOP study team that was done to review the basic engineering of the licensor. The project was a petrochemical plant producing linear alkyl benzene.

Burullus Simian / Sienna Onshore EPC Contract (Egypt): I participated in establishing the PFD’s and P&ID’s and in preparing equipment’s’ data sheets of their plant facilities. The project was the detailed design for a gas processing plant, which includes reception facilities, processing, and storage area. Rashid Petroleum Company, Rashid two Development Feed (Egypt): I participated in the revamping project for their plant. Also I participated in studying the impact of increasing the plant feeds’ flow rates all over the plant. Jordanian Gas Transmission pipeline (Jordan):

I was a part of the project team that was responsible for the detailed engineering of the gas pipeline and I was responsible for preparing a quantified risk assessment for the pipeline network and its compression stations..

Wepco, Meadia Fire and Gas System Upgrading (Egypt): I participated in upgrading the fire and gas system for the process & storage area of their gas processing plant with all the effects of the system upgrade on the process operability.

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