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JAMAL N. JAMIL
Permanent address: 40 Little Meadow
Loughton, Milton Keynes
MK5 8EH- UK
Nationality: British
Tel: (+44) -01908-660764
Tel: (+971) -528572950
Work Tel:(+971)-4-313-7044
Email: JJamiluk@gmail.com
Current position: Process Engineering Consultant – Aramco Overseas Company
Work Availability: a month notice
Keywords: Gas Processing, Fractionation, Flare and relief system, Ethylene unit, Process
Engineering design
Sept 2002-Present: Engineering Specialist at Saudi Aramco-Saudi Arabia
Education & Professional Associate
Education:
 MPhil - Chemical & Process Engineering at Newcastle University, UK.
 BSc - Petroleum engineering at Baghdad University.
Professional Associate:
 Saudi Aramco Voting member for API Refining and Equipment Standards Committee
 IChemE member –UK
 Recognized instructor for Saudi Aramco Technical Courses (CHE111-PCI-110)
Engineering Tools:
 Proficient knowledge in Process Simulation Programs: HYSYS, PROII, HTRI, FLARESIM,
FLARENET,PPM and GAMS.
Detailed Professional Experience
February 2015- Present: Process Engineering Consultant at Saudi Aramco Overseas, Dubai
 Project: Master Gas System Expansion project
Process Engineering Consultant: Project is in detailed engineering phase. Responsible for
all aspects of process engineering calculations; Compressor System, Air Cooler, Black Powder
filters and flare/relief system. Reviewing process/mechanical equipment data sheets and
EXPERIENCE SUMMARY
More than 28 years of experience in process engineering design and process operation in Oil and Gas
industries. Skills in process engineering workflow from grass-root process design, construction,
commissioning and start up. Thorough involvement in varieties of process industries with emphasis on
hydrocarbon processes; including but not limited to Gas and Ethylene process Developed process
integration approaches for heat pump system of BP Ethylene unit at Scotland. Familiarize with operating
organizations work dynamics, vendor comparison & selection of their related technologies, proposals,
concepts, and development. Nominated as Saudi Aramco voting member at API Standard Committee.

optimizing the flare system to minimise equipment sizing. Involving in all project deliverables such
as Technical Bid Evaluation (TBE), material requisition (MR) and Interfere vendors.
August 2002- January 2015: Process Engineering Specialist at Saudi Aramco, Saudi Arabia
Gas Processing Unit-Process & Control Systems Department (P&CSD):
Provide technical support to Saudi Aramco Gas Plants. Involvement relates to generation of
conceptual project scoping (DBSP), Engineering design proposals and detailed designs
The role includes,
 Design/check rating column tray design and capacity using Hysys and Vendor package.
 Design/check rating of heat exchanger and air coolers using HTRI.
 Process Piping Sizing Calculate relief loads for various types of overpressure scenarios
 Design /check rating of pressure vessels
Jobs were involved are as follows:
 Project: Processing ABQ Sour Khuff Gas Study
Lead Process Engineer: responsible of assessing the potential scenarios and recommended
the most feasible option for processing the forecasted production of 550 MMSCFD of Abqaiq
sour Khuff gas. Several alternatives for processing the gas were studied in details. Process
scopes equipment list provided for cost estimate.
 Project: Evaluate the existing Yanbu NGL Fractionation performance at feed increment
increase under varying compositions.
Process Engineer: responsible of studying the capability of the existing fractionation
equipment to handle the forecasted feed. The job includes; check rating DeC2, DeC3 and
DeC4 trays capacity using “kock-Glitsch” (KG) program, check rating heat exchangers
including air coolers using HTRI program.
 Project: Sour water Stripper design at JNGL Fractionation
Process Lead Engineer: responsible of designing a sour water stripping system to reduce the
hydrogen sulfied (H2S) concentration to the allowable limit of 10 ppmwt.
 Project: Lower Sulfur Content in C3 and C4 Product to less than 5 ppmwt.
Process Engineer: responsible of evaluate the proposals provided by vendors to reduce the
sulphur content. Also, participate to re-operation caustic wash unit using NG wash instead of
butane wash. Involving in the maintenance of Merox unit at Yanbu NGL fractionation plant
Flare & Relief System Unit-Process & Control Systems Department (P&CSD):
Provide technical support to all Saudi Aramco Projects (GOSP, NGL and Refineries) for flare and
relief systems. Involvement relates to generation of conceptual project scoping (DBSP) and estimate,
review of engineering design proposals, detailed designs and providing technical and economical
soundings alternatives to optimize design and reduce costs. In addition, supporting all Saudi Aramco
facilities for troubleshooting and evaluate flare and relief systems in case of changing operation
conditions. Familiar with all aspect of API-standards related to Flare and relief systems design
o The role includes,
 Identify overpressure scenarios for various types of process equipment
 Calculate relief loads for various types of overpressure scenarios
 Evaluate pressure relief device capacities
 Perform relief header & flare analysis using FlareNet model

 Utilize process simulation tools
 Calculating the heat radiation using flareSim tool.
 Calculating the sound power level
 Interpret data from piping & instrument diagrams, process flow diagrams,
plot plans, piping isometrics, mechanical design information
 Understand and comply with all Provenance and client safety procedures that
govern the work being performed
o Projects were involved with are:
 Design Relief System for the CDU at Yanbu Refinery-calculating the relief
valves and check the adequacy of the flare system.
 Riyadh Refinery & Yanbu Refineries DHT unit design conducted by Foster
Wheeler -UK.
 P&CSD subject matter expert for Shaybah field GOSP project design and
expansion (conducted by Jacobs Engineering Co-Canada).
 P&CSD single point of contact for Khurasaniyah NGL project (designed by
JV between Bechtel-Technique –Italy)
 Khurasaniyah GOSP designed by Snamprogetti –Italy
 P&CSD single point of contact for feed stage of Jazan Refinery Project
(designed by KBR –UK)
 A recognized Saudi Aramco Subject Matter Expert in flare and relief system design,
analysis and auditing for all existing, revamped, or grass root plants. Well-capable of
providing technical mitigations solutions/design modifications to debottleneck Oil/Gas
facilities and also petrochemical facilities in order to ensure plant’s adequacy as well as
safety of equipment and personnel; while complying with Environmental regulations
1997-Sept 2002: Senior process Engineer at Stone and Webster Limited, UK
Conducted several feasibility studies, project basic engineering and detailed engineering,
Project: Basic Engineering of Mercury Removal System for Petkim-Turkey
Lead Engineer, Responsible for all process issues, equipment sizing, PFD,P&ID, interface
with different technology licensers to evaluate the suitable process design, meeting with the
client for reviewing P&ID & Hazop....etc.
Project: Ethylene expansion Screen study for Arpechim-Romania
Lead engineer, leading a team of process engineers. This study is to achieving incremental
of 100 kta ethylene product. Responsible for the revamp study, conceptual design,
Simulation of the systems, checking equipment rating, PFD, writing the report and
presentation with client.
Project: Ethylene expansion feasibility study Phase II for OMV-Austria
Responsible for Hot Fractionation and GHU systems study. Undertook equipment check
rating, evaluate the Shell’s HI-FI trays efficiency of the Propylene fractionation tower based
on the operating data provided by the client. Study the technology licenser schemes for C4
hydrogenation. Modelling dynamic simulation included distillation, flash drums, pipe, valves
and heat exchanger. Recheck rating of ethylene heat pump tower and C2 Refrigeration
compressor for cutting cost.

Project: Basic engineering design of ethylene expansion for FPCC- Taiwan
Leading a team of process engineers, responsible for revamp of gasoline hydrogenation unit
(GHU) Undertook development of PFD’s and P&ID’s, fluid dynamic calculation, heat
transfer calculation, safety valves sizing, interface with the technology licenser (IFP) to
resolve engineering problems.
Project: Basic Engineering Design of Ethylene expansion for FPCC- Taiwan
Responsible for design of C2 hydrogenation and Ethylene tower systems.
Undertook process simulation, Ethylene Fractionation design, developing of the process
schemes and recommending modification on the cost basis and for the optimising process
control of the parallel ethylene tower, hydraulic calculation.
Project: Ethylene expansion screen study (phase I) for OMV, Austria
During the expansion screen study project responsible for the hot fractionation area.
Undertook process simulation, equipment check rating & design, report writing.
Project: KGXX Ethylene expansion design for British Petroleum (BP) at Grangemouth-Scotland
From the contract award to completion of construction.
At Basic Engineering Phase
Undertook: Design of Ethylene Heat Pump system, which is integrated heat pump C2 Splitter
with the Refrigeration Circuit.
Specific tasks included, process simulation using (PROII), PFD production, and design of
ethylene distillation tower and associated equipment, P&ID development and participated in
Hazop meeting of this area. Analysis of process dynamic modelling and operating data of
heat pump compressor to determine optimal equipment sizing and increase production
economic viability.
At Detail Engineering (EPC) phase
Undertook further detail design work, which included Safety valves design using CROSBEY
package. Sizing of min. Flow recycle valves of C2, C3 Refrigeration & Cracked Gas
Compresses, Analysis of performance data for Heat Pump compressor surge control system
provided by CCC, checking Vendors package.
Oct. 94- July 97; Chemical & Process Engineering department, Newcastle University, U.K
Undertook research on Process Intensification. Process intensification (PI); is to reduce the
physical size of different plant a module thereby yielding low cost equipment while retaining
the same throughput as in conventional modules.
Feb. 92-Feb. 94; RASCO Oil & Gas Processing Company, Libya
Process Engineer in cold section of Ethylene unit based on Naphtha Feed and designed by
Stone & Webster Engineering Ltd. Responsible for the daily operating activities and trouble
shooting. Provide engineering support for process related problems in the unit. Develop
operating procedures to enhance plant reliability and reduce operating cost.
1985-1991: Petrochemical industries, Qur AL-Zubir

LUMMUS Company at Bloom Field, U.S.A for about 2 years to compile certain tasks
P&ID’s writing up operational and (valve to valve) manuals. In addition; worked as process
engineer in the following jobs:
Polyvinyl Chloride (P.V.C) Compounding Plant: tasks included pre-commissioning,
commissioning, plant test-run, and supervision of start-up & shut down.
Ethylene plant: this unit based on Natural Gas Feed, designed and constructed by
LUMMUS Company. The tasks: Preventing Maintenance, Co-ordination with oil equipment
Factor to thermal design of some of heat exchangers, P&IDs reviews, safety valve checking,
restart the unit, acting as cold section shift supervisor.
Polyvinyl Chloride plant: this unit was under construction. The licenser is STAUFER
Company. The tasks: authorised by LUMMUS/THYSSEN Company to confirm pre-
commissioning initial forms activities, commissioning, operation and preventive maintenance
of the unit

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JNJ CV _OilAndGas rev02

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