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Fadhli Halim B.Eng. (Chem)

Process Engineer at Worley (Oman) under NESGT

Resident Address

Badar Al Hamra, Mina Al Fahal,

Muscat, Oman

Mobile : +968-****-****; +62-877-****-****

E-Mail : adbmyp@r.postjobfree.com

Linkedin : https://www.linkedin.com/in/fadhli-h-4195a3168/ I am responsible, work fast, good leadership, professional and multi skilled/multi-talented with strong knowledge for chemical process engineering and experiences in oil and gas engineering company more than 13 (thirteen) years.

ACADEMIC QUALIFICATIONS:

Certificate Engineering Management-Safety Engineering, Missouri University of Science & Technology, estimate graduation on 2021.

High Impact Leadership online short course, University of Cambridge, estimate completion on April 2020.

Bachelor of Engineering in Chemical Engineering from Universitas Indonesia (UI), Depok/Jakarta, Indonesia, graduated in July 2005, in first/regular class. Universitas Indonesia (UI) is one of reputable university in Indonesia.

Received an invitation in 2001 from Universitas Indonesia (UI) to study in first/regular class without university entrance test/examination.

Received an invitation in 2001 from 2 (two) other reputable universities in Indonesia to study in first/regular class without university entrance test/examination (Chemical Engineering-Universitas Sumatera Utara and Electrical Engineering-UIniversitas Brawijaya).

Senior High School (SMU) 2 Payakumbuh, Indonesia, graduated in July 2001, 8 times earned the first rank and 1 time earned the second rank of total of 9 quarterly at SMU 2 Payakumbuh. PROFESSIONAL EXPERIENCE:

Worked with Worley (Oman) under NESGT - Oman from May 2019 to present, as Process Engineer.

Worked with Chiyoda Almana Engineering - Qatar, from September 2018 to May 2019, as Process Engineer.

Worked with Singgar Mulia - Indonesia, from March 2014 to March 2016, as Senior Process Engineer.

Worked with WorleyParsons – Indonesia/Thailand, from July 2008 to March 2014, as Process Engineer II.

Worked with Saipem - Indonesia, from February 2008 to July 2008, as Junior Safety Engineer.

Worked with Rekayasa Industri (under Koperasi Reka Sejahtera) - Indonesia, from December 2007 to February 2008, as Process Engineer.

Worked with Tripatra and Tripatra-Fluor Consortium (under Tripatra Engineering) - Indonesia, from December 2005 to November 2007, as Process Engineer.

PRESENT PROFILE:

A Chemical Process Engineer with a strong background in oil and gas engineering design and process improvements, strong leadership. Experienced in engineering Oil & Gas sectors more than 13 years. The current areas of focus lie in process engineering related to New and Existing plant expansion projects during conceptual study, FEED, Engineering detail and construction phase, Process optimisation, proposal and bid. Page 2 of 7

KEYSKILL:

Process Engineering:

A goal-oriented professional B. Eng. degree in Chemical Engineering & extensive experience in Basic & Detail Process Design Engineering jobs. Possess the drive and ability to work with all levels of an organization.

Statistic: 50% of total my experiences is Offshore Engineering Project, 50% is Onshore Engineering Project.

Statistic: 33% of total my experiences is Conceptual Study, 33% FEED and 33% is DED phase.

Good skill to organize, lead, coordinate, guide and checking Process Engineers team and interdiscipline personnel.

Good communication in meeting with client.

Good problem solving skill (technical and non-technical).

Adaptable, creative, innovative and responsible.

Can make decisions, take initiative and work autonomously.

Good Skill in Design Review.

CAPEX, OPEX.

Process Simulation, Process Hydraulic Simulation, Column Internal Hydraulic, Heat Exchanger Sizing & Design, Any Process Philosophy, any Procedure, Design Basis.

Any Equipment, Instrument calculation/datasheet and Line Sizing calculation (i.e. Tank, Pump, Separator, Open Drain Pit, Heat Exchanger, Column, control valve, PSV, SDV, Choke Valve, Line Sizing).

Any Utility Consumption (Methanol, Glycol, Instrument Air, Instrument Gas, Nitrogen, Water, Steam, Diesel, Fuel Gas, Corrosion Inhibitor, Heating Medium).

Process Drawing (i.e. PFD, PID, HMB, Block Diagram, Hazardous Area Classification, Cause & Effect, SAFE Chart, Shutdown Hierarchy).

Any Process Study (i.e. Hydrate, Relief and Blowdown, Flarenet, Hydraulic Steady State, Surge Pressure, AIV/FIV, Liquid Recovery Study, Selection of Dehydration type, Gas Blanketing System Improvement, Gas Source Selection, Radiation and Dispersion Study, Temperature Profile / heat transfer in pipeline)

HAZOP Meeting, HAZOP Report, HAZOP Close-out Report and HAZID.

PCR, TQ, RFQ, Quotation, Proposal, Bidding Document. Safety Engineering:

Safety Philosophy.

SIL Study

Fire& Gas Detection Philosophy

Specification for safety equipment

Escape, Evacuation and Rescue Assessment

Flare Radiation Study

Fire& Gas Detection Philosophy

Fire Water Hydraulic Calculation

Escape Route and Safety Equipment Layout

Hazardous Area drawing and Hazardous Area Schedule

Fire and Gas Detection Layout.

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Software Skill:

1 Microsoft Office

1. Word

2. Excel

3. PowerPoint

4. Visio

5. Outlook

2

Process Simulation

Software

1. Hysys

2. Unisim

3. Promax

4. PRO II

5. Chemcad

3

Multiflash Simulation /

Property Generator

1. PVT Sim 2. Multiflash

4 Pipeline Hydraulic

1. OLGA

2. Pipesim

3. PipeHase

4. Promax

5. Pipenet

6. Pipesys

7. Pipe Segment

5 Column Hydraulic 1. KG Tower 2. Sulcol

6 Flare System

1. Flarenet

2. Flaresim (Radiation)

3. BP Cirrus (Radiation)

4. Screenview (dispersion)

5. Phast (Dispersion)

7 Heat Exchanger Design 1. HTRI.Net 2. Aspen Heat Exchanger (HTFS) 8 Control Valve Sizing 1. Firstvue 2. Instrucalc

9 Cad Software 1. Autocad 2. Nano Cad

10 Others

1. VESA

2. PALS

3. Gambit

4. Fluent

5. Matlab

6. CFDRC

International and Company Standard Skills:

International Standards

API API 14C, API 14E,API 520 Part 1&2, API 500, API 505, API 14J, API 14 G ASME ASME VIII, ASME B31.3, ASME B31.4, ASME B16.5, ASME B31.8, ASME B36.10 GPSA

NORSOK P 001, P 100

NFPA NFPA 20

IP IP 15

Company Standards

WorleyParsons Design Guide Fluor Design Criteria Total GS Spec Shell DEPs Chevron Standard PHE ONWJ Standard

Chevron Offshore Thailand Ltd

(COTL)

Total Prodem

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PROJECTS:

EXAMPLE OF FEW PROJECTS:

Successful to do optimiziation boiler temperature using hysys simulation to minimize LPG and Naptha Component with the increase LNG Production in the LR1 and LR2 mega Train QatarGas.

Successful to design pipeline interconnection LR1/LR2 Unit 18 to QG-1/2/3&4 SRU’s unit to prevent LR-1/LR-2 or QG-1, QG-2 and QG-3/4 shutdown when one of LR-1/LR-2 or QG-1, QG-2 and QG-3/4 shutdown. Therefore, SRU production can be stabilized when one of LR-1/LR-2 or QG-1, QG-2 and QG-3/4 shutdown.

Successful to design debottlenecking or optimization QG-1/2 amine system (unit 13) to allow full Rich amine processing during QG1or QG2 shutdown with the recommendations : install heat insulation in the Rich amine inlet, reduce pressure in the rich amine inlet and increase the operating temperature in the amine regeneration tower.

Successful to calculate steady state hydraulic pipeline, internal column hydraulic and new exchanger sizing for some of projects.

Successful responsibilities to drive, control and manage (act as lead) the 3th party company and process engineers for new 365 MMSCFD gas processing facility in the Tiung Biru project. Process Engineers and 3th party company success issue around hundreds of Shutdown Hierarchy and Cause and Effect less than 1 month (less than the target due date). The Shutdown Hierarchy and Cause and Effect cover Separation unit, Acid Gas Removal unit, Gas Dehydration Unit, Sulphur Removal and Recovery Unit, Tail Gas Unit, Thermal Oxidizer, Condensate Stabilization unit and any utilities.

Successful to build new 80 MMSCFD of CPP and AUP in Detail Design Phase with the ontime. This project build a new CPP (Central Processing Platform) and a new AUP (Accomodation Utility Platform).

Design new 2 new Wellhead Platforms MDA & MBH with design flowrate 175 MMSCFD.

Design new Wellhead Platforms WPS2 and WPN3 with design flowrate 150 MMSCFD (WPN3) and 200 MMSCFD

(WPS2).

Successful to design new gas receiving facility with the inlet separation unit, acid gas removal unit and gas dehydration unit in the Suban.

Successful to design debottleneck CGP (central gas processing) with add 1 train membrane unit, acid gas removal unit and gas dehydration unit.

Successful to redesign FPSO.

Successful to calculate water hammering for some of projects.

Successful to design water injection and water flooding plant for some of projects.

Succesful to calculate steady state hydraulic calculation for some of projects.

Successful to modify BCD-5 plant with the following recommendation :

Successful to recommend to use MEG to prevent hydrate during normal operation with the cost USD 620,535.

Successful to recommend to install a new MEG injection and new MEG regeneration unit to suppress the hydrate, since the existing Glycol reconcentration system package is insufficient for additional new Geragai Receiving facilities with a new operating condition in JT and Hammilton plant in the FEED Geragai Modification for BCD-5. The recommendation is selected consider reliability, CAPEX & OPEX cost and Maintainability & constructability factor.

Successful to recommend that the existing glycol regeneration as a backup of new MEG regeneration.

Successful to recommend that to reach 65% C3+ recovery at JT Plant and 70% C3+ recovery with dew point is decrease to -20 C shall be: install a new Chiller, new refrigerant unit and new separator in the downstream of Low Temperature Separator (JT Plant), replace the existing HE in JT Plant, install new Chiller and new Page 5 of 7

refrigerant unit in the upstream of existing Cold Separator (NGL Plant). Total cost for this modification is around US$ 1,168,677.

Complete recommend flare design flowrate is 50.6 MMSCFD. (based on BDV Fire case).

Successful to do HAZOP as key person and successful to do HAZOP Closed out report with the client satisfied for some projects.

Successful part of engineering team which win at least 6 (six) proposal (small to large-scale project). Example win of proposal: HCML EPCI project, the project is to install two (2) new wellhead platforms (110 MMSCFD MDA Platform, and 55 MMSCFD MBA Platform).

Etc.

LIST OF ALL PROJECTS:

Onshore Projects

Onshore Projects

Providing Isolation Valves For Suction Line Before

(Upstream) 15-MOV-101 & Recycle Line After

(Downstream) 15-MOV-103 of P-1510 (IMF-13039)

Petani Water Flood Expansion FEED (Chevron)

DWD Mechanical System Filtration and V-4811 & V-4850 Instrument Air Receiver (INF13345)

Pager ZEWADI FEED (Chevron)

To Change All MOVs (Valves) of Existing DWD Pumps P- 1510/20/65 to ESDs (valves) (IMF13097)

Puncak Pemburu ZEWADI FEED (Chevron)

DWD P-7518/P-7519 Discharge Relief Valve (RV) Design Change (IBF13322)

Suban Fifth Train Project FEL3 (ConocoPhilips)

Fusible Plug Charging Panel Component Anomaly as

Compared to Its Design”. (INF13419)

LTRO Optimization Project (ConocoPhilips)

Change Existing MOV at Launcher and Receiver of 36” Marmul G to MMPS Line One to Hydraulic Type.

(IMF13459)

SSLT Project (ConocoPhilips)

Install Water Outlet LCV for AMIN T-1011/12 to allow for parallel tank operation. (INF13361)

Suban New PCHE Installation (ConocoPhilips)

Installation of Sampling Point for Two NIMR pipelines and One Amal Pipelines. (INF13128)

Suban Conceptual Study (ConocoPhilips)

LR Opportunity Studies Opportunity No.1 (QatarGas) – Minimizing LPG and Naphtha components in the

Condensate Feed to both LR1 & LR2

CGP Debottlenecking Project (ConocoPhilips)

LR Opportunity Studies Opportunity No.5 –To Study the Capacity Enhancement for LRT1 & LRT 2 Individually to Achieve 120 percent and 140 percent of 146,000 BPSD Throughput

Batanghari Marine Terminal (BMT) (Pertamina)

LR Opportunity Studies Opportunity No.2– Feasibility Study of LR2 Capacity Rerating to 110 percent of Current U-12 Design

ORF Ground Flare Relocation Project (Pertamina PHE WMO)

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Onshore Projects

LR Opportunity Studies Opportunity No.28 – Acid Gas Pipeline interconnection between Unit-18 of LR1 & LR2 to QG-1, QG-2 and QG-3&4 SRUs (QatarGas)

FEED Receiving Facility CEPU Pipa Gas Gresik

Semarang (Pertamina Gas)

LR Opportunity Studies Opportunity No.42 –

debottlenecking QG1 and QG2 Amine Treating Units to allow Full Rich Amine Processing during QG1 or QG2 Shutdown (QatarGas)

Gas Development Project for the Unitization of the Jambaran-TiungBiru Field (Pertamina EP Cepu)

Near Zero Liquid Discharge Project Senoro Gas Development Project (ConocoPhilips) Petapahan Waterflood Project FEED (Chevron) FEED Pembangunan SP Tegal Pacing (Pertamina EP) Duri Area Water Supply (Chevron) FEED of Sumpal-Dayung Water Disposal Injection to Dayung WDW#3 (ConocoPhillips)

Petani Water Flood Expansion DED (Chevron) Gasohol Project SLS Gas Tank Blanketing System (Chevron) NDD Area-12 Engineering Detail (Chevron) PGT DGT-07 21MW Gas Turbine Relocation (Chevron) NDD Area-12 FEED/13 FEED/ 14 FEED (Chevron)

Offshore Projects

Offshore Projects

SisiNubi Phase 2B and Peciko Phase 7B Development

(Total)

PPP Flare Relocation Project (Pertamina PHE WMO)

Total E&P Myanmar (Gunanusa Fabricator) AAL Development Project FPSO FEED (Santos) UBE Pipeline FEED (UBE) ZULU Liquid Treatment (WO#132) (PHE ONWJ) Kerisi As-Built (ConocoPhilips) Foxtrot Pump Modification due to Wemco Early Reactivation (WO#131) (PHE ONWJ)

Montara Recovery FPSO Eng Study (Seconded to

WorleyParsons Thailand (Ltd))(PTTEP – Thailand)

ESP Study 2014 (WO#123) (PHE ONWJ)

Eastern Hub Mercury Removal - Water (EHMR)

(ConocoPhilips)

HAZOP/HAZID Follow Up at Mike Mike Flowstation

(WO#119) (PHE ONWJ)

CPP – AUP EPCC (HESS) BP Blanket WO#073B (BP)

ZUD Venting Review (BP) BP Blanket WO#082 (BP)

FEED Geragai Modification for BCD-5 (PetroChina) BP Blanket WO#081 (BP) Belanak As-Built (ConocoPhilips) BP Blanket WO#073B (BP) EPCI WHP of MDA & MBH for HCML BP Blanket WO#103 (BP) Detail Engineering VRB Infill Wells Tie-In Project (BP)

LIST ALL OF PROPOSALS:

Onshore Proposals

Onshore Proposals

Petapahan Waterflood Project (Chevron) – Get the Project HCT Oil Wharves#2 FEED (Chevron) – Not Recognize Petapahan Pipeline Project (Chevron) – Get the Project Duri Area Water Supply (Chevron) – Get the Project Page 7 of 7

Onshore Proposals

Minas CEOR Area A (Chevron) – not Recognize Petani Waterflood Expansion DED (Chevron) – Get the Project

CG5S,SS5 & AWT Relief Gas Analysis (Chevron) – Get the Project

Offshore Proposals

Offshore Proposals

EPCI WHP of MDA & MBH for HCML - Get the Project VRB Infill well - Get the Project TRAINING:

2019 H2S Training, National Training Institute (NTI), Oman. 2019 HSE Orientation, National Training Institute (NTI), Oman. 2019 Overall Planning of Refinery, Chiyoda Almana Engineering, Qatar. 2019 Utility Planning of LNG, Chiyoda Almana Engineering, Qatar. 2018 Safety #4 – Alarm Study, Chiyoda Almana Engineering, Qatar. 2018 Promax Training, Promax BRE-Chiyoda Almana Engineering, Qatar 2018 Effective HAZOP Training, EQS Asia, Singapore 2010 Hysys Steady State (Intermediate), WorleyParsons, Indonesia 2009 Hysys Steady State (Basic), WorleyParsons, Indonesia 2008 First Aider Training, Saipem, Indonesia

2004 Field Practice at ConocoPhillips (Ramba), Indonesia 2004 Downhole Fluid Analysis, SPE-UI SC Guest Lecture, Indonesia 2003 High Quality Management, KKM FT UI-Depok, Indonesia 2002 LIA English Course-Depok, Indonesia

PUBLICATION:

Proton Exchange Membrane (PEM) Fuel Cell Modelling, Universitas Indonesia (UI), 2005 PERSONAL INFORMATION:

Date of Birth : December 17th, 1982

Sex : Male

Marital Status : Married

Languages Known : English, Arabic, Bahasa Indonesia and Bahasa Malaysia Nationality & Passport No : Indonesia & C 0533968 (Valid up to July 2nd, 2023) Availability / References : 1 month notice / Available on request DECLARATION:

I hereby declare that the above written particulars are true to the best of my knowledge and belief. Muscat, 24 January 2020

Fadhli Halim

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