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SUMMARY
About nine (9) years working experience in the oil & gas, petrochemical and general industry. The nature of activities includes conceptual and feasibility studies, basic engineering package development and detailed design. Performed process engineering tasks such as development of PFD, P&ID, PSFS, SAFE Chart, C&E Diagram, process simulation, hydraulic simulation, equipment and instrument sizing, process datasheets, vendor data review and participate in design review and HAZOP study.
EXPERIENCE
May 2008 - Present
Process Engineer – WorleyParsons Services Pty Ltd, Perth
Pluto LNG Train 2 Pre-Investment, Woodside Energy Ltd
 Responsible for Pluto LNG Train 1 construction preparation work for five future train 2 tie-ins. Additional Boil-Off Gas compressor suction tie-in study and P&IDs markup.
FEED & Detailed Design for Karratha Gas Plant LNG System Debottlenecking –Concurrent Loading and Cooling Project, Woodside Energy Ltd – Project scope consist of rejuvenation of the decommissioned Berth 1 vapour return line and tie-in to new Berth 2, upgrading of the instrumentation and control systems to enable concurrent operation in both berths.
 Responsible for safety valves sizing and adequacy check, flare system modeling and adequacy check, CO2 freezing study, preparation of operation philosophy, PFD, PEFS, PSFS, safeguarding memorandum updates, preparation of operating philosophy, vendor document review, participated in HAZOP study and HAZOP action close out.
Jan 2006 – May 2008
Process Engineer – Ranhill WorleyParsons Sdn Bhd, Kuala Lumpur
Detailed Design for South Pars Gas Field Phase 12, National Iranian Oil Company / Petropars Ltd - Project includes three identical unmanned wellhead platforms SPD 12A, SPD 12B and SPD 12C (containing 15 slots each). Each platform is designed for maximum production capacity of 1200 MMSCFD. The main aim of the topside process facilities is to separate, as much as possible, the free water from the produced fluids and hence reduce the corrosiveness of the exported hydrocarbon stream to be sent onshore via dedicated 32" multiphase pipelines.
 Responsible for SAFE chart and P&ID preparation, Isolation, Shutdown, Draining and Maintenance Philosophy, various equipment datasheets and sizing calculations.
Detailed Design for Umm Shaif Gas Injection Facilities Project, ADMA-OPCO - This project represents the first phase of a major re-development of the Umm Shaif Field. Two new platforms will be provided to produce, dehydrate, sweetening and reinjecting 600 MMscfd of Khuff gas in order to maintain and enhance existing oil production. New oil separation facilities will be located on a third platform to handle 305,000 bopd, 1000 MMscfd of associated gas and treat produced water of 125,000 bwpd for disposal into an offshore aquifer.
 Responsible for injection compression system study/design/specification/startup and shutdown philosophy/vendor document review, vapor recovery system study/specification/vendor document review, preparation of scope of work for low temperature study (LTS) by Imperial College, LTS report review, safety valves sizing, P&ID preparation, participated in HAZOP study, HAZOP action close out, preparation of various calculations and process datasheets.
Front End Engineering Design for South Pars Gas Field Phase 12, National Iranian Oil Company / Petropars Ltd - Project includes three identical unmanned wellhead platforms SPD 14, SPD 15 and SPD 16 (containing 15 slots each). Each platform is designed for maximum production capacity of 1200 MMSCFD. The main aim of the topside process facilities is to separate, as much as possible, the free water from the produced fluids and hence reduce the corrosiveness of the exported hydrocarbon stream to be sent onshore via dedicated 32" multiphase pipelines.
 Responsible for PFD/P&ID preparation, relief and blowdown study, flare network calculation, utilities consumption calculation, SAFE Chart, participated in HAZOP study, HAZOP close out, AIV study.
Conceptual and Detailed Design for G7 and M3S Development, Sarawak Shell - G7 and M3 South fields are to be developed. The gas and condensate from G7 and M3S subsea wellheads will be separated, dehydrated and recombined on the existing M3 Complex prior to export.
 Responsible for Alarm and Trip settings and adequacy check on the flare & vent system.
Mar 2005 – Dec 2005
Process Engineer – Rnz Intergrated (M) Sdn Bhd, Kuala Lumpur
Front End Engineering Design Services for Sumandak Selatan Central Processing Platform SUPG-B, Petronas Carigali Sdn Bhd - SUPG-B is developed to handle crude oil production of 36,000 BPD and gas production of 50 MMscfd, with gas lifting and water injection. The production and processing platform consists of Production Wellheads, Water Injection Wellheads, Production Separator, Crude Metering, Crude Oil Transfer pumps, Gas Compressors, Glycol Dehydration System, Gas Metering and utility systems.
 Responsible for PFD/PSFS/P&ID preparation, HYSYS simulation, oil and gas processing system design, dehydration system design, water injection system, fuel gas system design, produced water treatment system design, chemical injection system design, various separators/scrubbers/ valves/line sizing.
Provision of Bokor Redevelopment Phase 1 Gas and Liquid handling Conceptual Study, Petronas Carigali Sdn Bhd - The drilling campaign on BODP-A under Bokor Redevelopment Project is expected to be completed soon. With the existing Bokor gas and liquid handling facilities constraint, the potential increase in oil production from this drilling campaign may not be realized, hence the need to debottleneck the facilities. The most obvious of these constraints are on the gas handling platform (BOK-A) and on liquid handling platform (BOP-A).Conceptual study being carried out to properly address constraints and provide mitigation.
 Responsible for Pipesim simulation, PFD preparation, separator/compressors/pumps adequacy check, address constraints and provide mitigation.
As-Builting & Operating Procedure Manual Update for Betty, Bakau & Siwa, Petronas Carigali Sdn Bhd - Carried out site visit to gather information and update the as built PFD and P&ID for small fields offshore facilities at Bakau & Siwa.
Conceptual Design and Engineering Services for Sumandak Selatan Central Processing Platform, Petronas Carigali Sdn Bhd - SUPG-B is developed to handle crude oil production of 36,000 BPD and gas production of 50 MMscfd, with gas lifting and water injection. The production and processing platform consists of Production Wellheads, Water Injection Wellheads, Production Separator, Crude Metering, Crude Oil Transfer pumps, Gas Compressors, Glycol Dehydration System, Gas Metering and utility systems.
 Responsible for PFD preparation, utility & instrument air capacity check, HYSYS simulation, dehydration system, chemical Injection system, relief & flare system, produced water treatment system and drain system design, equipment availability check, various separators/scrubbers sizing and line sizing.
Feasibility Study and Conceptual Design for Tembungo Gas Optimization Project, Petronas Carigali Sdn Bhd - Oil production is planned to be increased through work over and full field review programs as well as further enhancement by additional gas lifting. Associated gas will be exported to reduce flaring to practicable minimum and hence improve environmental pollution. Feasibility study and conceptual design being carried out for gas export/flare mitigation, gaslift facilities to TBG-B and debottlenecking study for TBG-A central processing platform.
 Responsible for HYSYS simulation, PipeSim simulation, PFD preparation, separators adequacy check, compressors/pumps adequacy check, address constraints and provide mitigation.
Feb 2003 – Feb 2005
Design Engineer – Taylor Wharton Asia (M) Sdn Bhd, Shah Alam
Responsible:
 Vacuum insulated cryogenic storage tank design to ASME Sec. VIII Div. I
 Vacuum insulated cryogenic storage tank design to AD-Merkblatter
 Instrumentation and control design
 Equipment selection and sizing
 Liaise with TUV for pressure vessel design appraisal
 Liaise with Department of Safety and Health (DOSH) for pressure vessel design approval
Accomplishment:
 Designed and fabricated the largest (100m³) vertical vessel that ever fabricated in this plant
 Designed various capacity of up to 200m³ storage tank at MAWP of up to 37barg
Mar 2001 – Feb 2003 Design Engineer – Mechmar Energy Sdn Bhd, Shah Alam
Responsible:
 Fire tube boiler design to BS 2790
 Water tube boiler design to BS 1113
 Steam process piping design
 Instrumentation and control design
 Equipment selection and sizing
 Liaise with BIB Cochran Ltd. for technical support
 Liaise with Lloyd's Register of Shipping for boilers' design appraisal
 Liaise with Department of Safety and Health (DOSH) for boilers' design approval
 Liaise with Department of Environment (DOE) for chimneys' installation approval
Accomplishment:
 Fire Tube Boiler - Designed and installed boilers with capacity range from 5000 lbs/hr to 17000 lbs/hr for 8 projects
 Water Tube Boiler – Designed and installed boilers with capacity range from 25 mton/hr to 30 mton/hr for 4 projects
 Thermal Oil Heater – Designed and installed a 12 mBtu/hr waste fuel vertical heater
Sep 2000 – Mar 2001 Project Engineer – Mecomb Engineering Sdn Bhd, Kuala Lumpur
Responsible:
 PLC Programming (Modsoft & Concept)
 MMI Design (Factory Link 6.6 & 7.0)
Accomplishment:
Hume Cemboard Bhd - Plant automation control system upgrade
Ethane Malaysia Sdn Bhd, Petronas Gas Bhd – Conversion of overspeed protection to overpressure protection.
Tinggi A Platform, Petronas Carigali Sdn Bhd – Gas Lift and Well Test Design Modification
Petronas Gas Berhad – PLC upgrade at Serdang Metering Station, Serdang Citygate, Meru Citygate, Pasir Gudang Metering Station and Plentong Metering Station.
Education
Bachelor of Engineering (Chemical), University Putra Malaysia, 2000
Registrations/Affiliations
Board of Engineering Malaysia – Graduate Member
Institution of Engineers Malaysia – Member
IChemE – Associate Member
Specific Technical Expertise/Specialist Courses
Training:
 Advanced HYSYS (steady state) Simulation
 HYSYS Dynamic Simulation
 TASC & ACOL
 Basic Offshore Safety and Emergency
 ISO 9001:2000 Internal Quality Audit
Computer Skills:
HYSYS (steady state and dynamic), Promax, PipeSim, Flarenet, TASC, ACOL, TLNET, FRED, ESI, AutoCAD
Referees
Available Upon Request
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