Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

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Profession Process Engineer

Qualification B. Eng (Hons) Chemical Engineering (2000) Process Engineer with 20 + years’ experience from various projects done oversea and in country within the oil and gas, petrochemical industries, and chemical industries. I have excellent experience in conceptual studies, Front End Engineering Design, and Detailed Engineering Design, with excellent knowledge in developing Cost Time Resource and MDR, been involved on preparing proposal and good knowledge with project management and control using Microsoft office project. I have good knowledge with engineering design activities, document reviewing and operations in the oil and gas industry which includes; developing of Process Flow Diagram (PFD’s), Piping and Instrument Diagram (P&ID’s), Utility Flow Diagram (UFD’s), Process Safety Diagram (PSD’s), Process Flow and Control Diagram (PFCDs), Design Pressure and Design Temperature Diagram (DPDT’s) and Material selection Diagram (MSD’s) sizing of line, equipment, pressure safety valves (PSV), Heat Exchangers and pumps and preparing line designation table (LDT). I have good knowledge in preparing project basis of design, process reports, safeguarding memorandums, philosophies, and procedures. I participated (as a process lead) in HAZID, HAZOP, LOPA and constructability review meeting on projects. Knowledgeable on some of the engineering design codes and standards used in the oil and gas industry and major IOC design guide (example; API 14C, API 12J, API 14 E, API 520, API 521 and API 2000 etc), GP, DEP, CSE and NOC respectively.

I have proficient knowledge and usage with process simulation software like HYSYS, UNISIM, FLARENET, FLARESIM and PIPEPHASE. Transient simulator software OLAG & PVTsim.

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EXPERIENCE RECORD

Jan, 2015 – Till date: DeltaAfrik Engineering Limited. Lekki Phase 1, Lagos (A WorleyParsons Resource and Energy Company)

Project: Sept 2022 – Data: Principal Process Engineer on Block 5 - AL Shaheen Field in Worley office Qatar (Remote).

This project is a Detailed Engineering Design for NOC which include a brown field Debottleneck project of existing Block 5 – Al Shaheen production platforms.

Update the Operating procedure of the existing surfactant tank and injection skid for CA-21 & CA- 24 water well injection.

Develop Isolation plan for the Coriolis flow meter that will be installed by project.

Develop Isolation plan for the compression unit to be able to make modification on the condensate line on the existing scrubber’s replacement for three Units of compressor.

Develop Isolation plan for the potable water system (water maker) to be able to replace the existing potable water system

Develop Isolation plan for the conversion of two-phase test separators to three phase test separation and modification of the plate weirs. Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

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Project: Oct 2021 – Apr. 2022: Lead Process Engineer on Proviron X1100 Chemical Project in Begium. This project is a Detailed Engineering Design for the installation of a commercial batch reactor to produce a new grade of product – X1100 product in an existing plant.

Updated FEED Design Basis.

Updated the Process Flow Diagram (PFD)

Updated the Piping & Instrumentation Diagram

Review the process calculations (Pumps, Relief Valves, Reactors, Heat Exchanger & Tanks and Hydraulic analysis)

Review Vendor information, other discipline deliverables and make input

Attend project weekly and client meetings.

Assisted in updating process data on Instrumentation inline items

Review discipline progress report & Coordinate work with other location. Project: Oct 2020 – Sept 2021: Principal Process Engineer on Nigerian Liquified Natural Gas (NLNG) New Boil Off Gas Compressor Project.

There is an expansion of the NLNG production facilities resulting in increased LNG production and warm ships being handled during loading operations have significantly contributed to the increased generation of Boil Off Gas (BOG) relative to the original plant design. This has led to a limitation of the BOG handling system and its inability to process the warm ships without the need for gas flaring. It is intended that the additional BOG compressor shall have a compression capacity of 5 kg/sec of BOG at a suction temperature of -120 degree C with a quench system installed to allow cooling down of warm ship vapor return.

Updated FEED Design Basis.

Performed the steady state Unism Simulation and Generated the Heat and Material Balance for operating cases.

Performed the Relief Valve Sizing Calculations

Performed Compressor Settle Out Pressure and Temperature.

Updated the Compressor Dynamic Simulation with available vendor & DED information and generated the trend

Updated the DED Dynamic Simulation Report

Attended client meetings and Review

Participated in the HAZOP review

Project: Feb 2019 – Oct 2020: Lead Process Engineer on this Project for Shell Nigeria Exploration and Production Company Limited (SNEPCo) Bonga Main FPSO Asset Delivery Program. The program encompasses so may project which includes: -

Long term solution to Bonga Waterflood Grayloc and weld leaks.

H2S Scavenger Reinstatement Project

Upgrade of downcomer and Replacement of Sewage Treatment Plant

Online Corrosion Monitoring Project - FEED and Detailed Design.

Temporary to permanent Equipment Conversion Project Project: Nov 2018 – Jan, 2019: Lead Process Engineer on this Project for the FEED of Usari Gas Substitution Project ExxonMobil

Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

3

The Usari fuel gas system was originally designed to operate on dehydrated gas to prevent hydrate formation across the fuel gas PCVs. However, the Usari dehydration system has been out of service and decommissioned for many years. Occasionally, particularly during low ambient temperatures, hydrates form across the PCVs leading to fuel gas PCV malfunction and Usari shutdown on fuel gas PSHH/PSLL. COMPANY plan to eliminate the potential for hydrates formation by substituting Usari wet fuel gas with Oso dry residue gas.

Additionally, ~25MMSCFD Usari NGL-rich HP gas is sent down Usari FC and FB gas lift pipelines for gas lift purposes. The wet gas drops out liquid in the pipeline and raises the potential for an increased pipeline corrosion rate. Wet gas substitution with dry gas will serve to extend the life of the pipelines. Usari wet gas substitution with Oso dry gas will be done via piping modifications as well as some Instrumentation works at Usari FR Scope Tie-in Isolations are intended for execution during opportunity shutdown of the facility

Develop Project Basis of Design

Advice and review all the process activities performed for the successful execution of the project

Attend weekly progress and client meetings

Liaise with process counterpart on process related issue

Update MDR

Attended HAZID, HAZOP and Constructability review session as per the project.

Input to the Project Close Out Report.

Project: Jan, 2018 – Feb, 2018: Lead Process Engineer on this Project for the Conceptual Study Flow Assurance Work for OML 83 & 85 Development Project Alpha. First E&P is planning to develop Project Alpha which comprises of four (4) wellhead Platforms (Madu, Anyala West, Anyala East and Anyala Central). Each of the platforms is provided with a production manifold and test header. The well fluids at Madu Platform will be commingled and exported via a multiphase pipeline to the FPSO. Anyala East and Central are commingled subsea before transporting to FPSO. The well fluids at Anyala West Platform are commingled and exported via a multiphase pipeline to the FPSO. The well fluids from different reservoir will be processed into dry gas; the crude is processed to meet export specifications while the associated produced water will be treated to comply with regulatory requirements before disposal to the sea. The treated natural gas will be transported via pipelines for gas lift and storage. Gas storage and lifting shall be at Madu reservoir, while Anyala East, Anyala West, and Anyala Central shall be gas lifted. The project nominal capacity is approximately 74 kbopd with gas processing and injection capacity of 76 MMscfd.

Developed the Block Flow Diagram (BFD).

Developed the HYSYS simulation model.

Review and give direction on client supplied document, drawings (PFDs), Heat and Material Balance (H&MB) and documents generated from process team.

Developed Process Design Basis.

Attend client meetings, provide input to the progress reports and give direction to the project.

Project: April, 2017 – Sept, 2017: Lead Process Engineer on this Project for the Brown Field EA Riser Platform modification.

Shell Nigeria Exploration and Production Company Limited (SNEPCo - 55%) operates the OML 118 license on behalf of the Nigerian National Petroleum Corporation (NNPC) in partnership with Esso Exploration and Production Nigeria Ltd. (ESSO - 20%), Nigerian Agip Exploration Ltd. (NAE - 12.5%) and Total Exploration and Production Nigeria Ltd (TEPNG - 12.5%). Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

4

The resulting Reframed project is a 150 kbopd nominal capacity spread-moored FPSO with 240 kbwpd water injection capacity, 180 MMscfd gas processing and a minimum storage capacity of 1.5 MMstb of oil

(capacity subject to final confirmation by CoVs in April 2017). The current FDP rev 3.0 targets the recovery of 579 MMstb in the Phase-1 development from 23 wells (12 production and 11 water injection) and an additional UR of 216 MMstb from 20 wells in the Phase-2 development. Additional estimated recovery from Phase 3 is 193 MMstb.

Produced gas from the FPSO will be evacuated to the Offshore Gas Gathering System (OGGS) pipeline via a dedicated 12” x 100 km gas export pipeline (GEP) to the EA Riser Platform A (EA-RPA). Processed oil will be offloaded to export tankers via a Catenary Anchor Leg Mooring (CALM) buoy connected to the FPSO via 3 nos x 16” flexible risers as primary offloading system and tandem offloading as backup secondary offloading system. The FPSO will have a nominal 100 persons living quarters (expandable to 150) and a helicopter deck.

Shell Nigeria Exploration and Production Company Limited (SNEPCo) - Bonga Southwest/Aparo

(BSWA) Brown Field EA Riser Platform Modification FEED.

Review and give direction on client supplied document, drawings (PFDs, UFDs and P&IDs) and documents generated from process team.

Attend to project meetings, make input to progress report, close out process action log and update MDR.

Developed the Overpressure Protection System Report.

Developed Process Basis of Design Report.

Developed Plant and Isolation Philosophy.

Reviewed Process Safeguarding Memorandum.

Attended design and construability review.

Attended HAZOP session for both SURF and Top side,

Review all the deliverables generated by my team and carry out interdisciplinary check.

Project: Feb, 2017 – Oct, 2017: Lead Process Engineer on this Project Addax Petroleum Development (Nigeria) Ltd operates Block OML123, offshore Nigeria. Production from the fields in OML123 - Akam, Adanga, Bogi, Ebughu, Mimbo, Kita and Oron are directed to an FPSO at the Antan terminal for final processing, storage and export. The ANT WHP will be routed to TMMP production manifold, a distance of 4.55km (NOMINAL) 12-inch

(flow line for 3-phase export). Fluids from Antan will be degassed and fully processed at Adoon FPSO. A 4-inch hydrocarbon gas bidirectional pipeline installed from ANT WHP to Adoon via TMMP to facilitate fuel gas requirements at Antan, as well as evacuation of excess free gas from the gas casing at Antan. Addax Petroleum Nigeria Limited (ADPNL) – Antan Detailed Engineering Design (DED)

Review and give direction on client supplied document, drawings (PFDs, UFDs and P&IDs) and documents generated from process team.

Attend project meetings and input to the progress report, MDR and schedule.

Generated Emergency, Shutdown and Depressurization Philosophy.

Review all philosophies Isolation, Sparing, Drainage, Relief, Blowdown and Flare, Overpressure Protection developed on the project.

Carry out interdisciplinary check on other discipline document.

Answer to client request on the project; raise technical query and management of change.

Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

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Project: June, 2015 – March, 2016: Senior Process Engineer on this Project The Assa North - Ohaji South development is part of a major expansion of Nigerian gas production. The development is targeted at contributing to and supporting the Federal Government of Nigeria’s National Gas Master Plan aspirations, by profitably developing 4.3 Tcf of gas and 212 MMstb of condensate, from the Assa North/Ohaji South fields in Imo State. The targeted reservoirs straddle the Assa North field in OML 21 and the Ohaji South field in OML 53.

Shell Producing Development Company – Assa North – Ohaji South Project (FEED)

Performed sizing calculation for pumps and vessels.

Performed the settle out pressure and temperature for compressors; LP, HP, XHP and depletion compressors.

Prepared the Process Safeguard and Flow Schematic (PSFS).

Prepared the process safeguard memorandum philosophy.

Performed the hydraulic and sizing of the equipment of the HTF on the project. Hot Water Expansion vessel, pumps and storage tank.

Prepared the plant and equipment isolation philosophy. Project: April, 2015 – June, 2015: Lead Process Engineer on this Project Chevron Nigeria Limited is planning to develop Nsiko field offshore Nigeria with a floating platform (an FPSO). The produced oil will be processed onboard and stored in the hull as export quality crude. This processed crude will be offloaded via a CALM Buoy located approx. 2 km from the FPSO. The scope the Supplier is to perform is a conceptual sizing of an elevated flare structure with the information currently available. The sizing will begin with an assumption of the burner type, estimation of the radiation intensity on the adjacent process modules and configuration of an elevated flare structure required to meet the required intensity.

Chevron Nigeria Limited – Nsiko Flare Structure Conceptual Study (Pre-FEED)

Review and give direction on client supplied document and document generated from process team.

Performed the Flare analysis using Flaresim to determine the boom length and the stack height considering one receptor point.

Make input to the cost 2 estimate.

Prepared the Flare radiation and analysis report

Made process input to the basis of design for the FEED package.

Attend weekly progress and design meetings

Projects: Jan, 2015 – Till Date: Lead Process Engineer on this Project Amukpe Liquid Treatment Facility is an oil/produced water handling facility with installed capacity of 100 Mbpd gross. The facility consists of two independent processing trains of 50 Mbpd capacity each. The facility is designed for bulk separation of oil and water while flashing associated gas to flare. Separated oil

(less than 10% BSW) is metered and evacuated via export pumps to sales pipeline. Separated produced water is fed into the inlet of a Produced Water Treatment package for further treatment to effluent quality fit for injection into disposal wells. The facility throughput has been on the increase and it is currently at the limits of the design capacity. It is, therefore, intended to upgrade the capacity of the facility with additional 50 Mbpd liquids handling package. Water cuts from current productions to the facility are below the design value of 40% thereby making oil handling the bottleneck. As a temporary measure aimed at Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

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removing this bottleneck in the facility, a 3rd inlet Separator (same capacity as existing separators) has been acquired ready for installation and hook-up to the existing facility. Seplat Petroleum Development Company – Amukpe LTF Capacity Expansion (Phase 1)

Review and give direction on document generated from my team Process Flow Diagram (PFD), Piping and Instrumentation Diagrams

(P&IDs) and calculations.

Update the Master Deliverable Register and weekly progress report.

Attend administrative and technical meetings.

Attended design review.

Review documents from other discipline and make input. Oct, 2014 – Dec, 2014: DeltaAfrik Engineering Limited. Lekki Phase 1, Lagos (A WorleyParsons Resource and Energy Company)

Projects: Oct, 2014 – Dec, 2014: Senior Process Engineer on this Project The Assa North - Ohaji South development is part of a major expansion of Nigerian gas production. The development is targeted at contributing to and supporting the Federal Government of Nigeria’s National Gas Master Plan aspirations, by profitably developing 4.3 Tcf of gas and 212 MMstb of condensate, from the Assa North/Ohaji South fields in Imo State. The targeted reservoirs straddle the Assa North field in OML 21 and the Ohaji South field in OML 53.

Shell Producing Development Company – Assa North – Ohaji South Project

Gas Pipeline Hydraulic Analysis and Report

Multiphase Pipeline Hydraulic Analysis and Report

Condensate Pipeline Hydraulic and Report.

Location of Choke Valves and Flow line Optimization Study Report. July 2014 - Sept, 2014: DeltaAfrik Engineering Limited. Lekki Phase 1, Lagos (A WorleyParsons Resource and Energy Company)

Projects: July, 2014 – Sept, 2014: Senior Process Engineer on this Project Aje Field is located on OML 113 offshore western Nigeria in water depth ranging from 100m to 1000m. The retained area of OML 113 is 835 km2. The Aje field was discovered in 1977 and is located in the western Nigeria offshore Dahomey basin, some 24 km south of the coast and 64 km west from Lagos. The field will be developed using an FPSO and processing crude oil from the subsea wells located in the radius of approximately 3 km from the FPSO. The development of the Aje Field is planned in three phases.

Phase 1: Production wells Aje 4 and Aje 5 - Total oil production of 8 kbopd and gas lift of 6 MMscfd with a total storage capacity of 500,000 barrels.

Phase 2: Production well Aje 6 – Total gas lift of 12 MMscfd. Phase 3: Production well Aje 7

Folawiyo Aje Service Limited – Aje Field Development Project

Review Design documents, Process Flow Diagram, HYSYS simulation model, Heat and Material Balance (H&MB), Prepared project Basis of Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

7

Design, Chemical Injection Specification. FPSO requirement Specification.

March 2014 - June, 2014: DeltaAfrik Engineering Limited. Lekki Phase 1, Lagos (A WorleyParsons Resource and Energy Company)

Projects: March, 2014 – June, 2014: Senior Process Engineer on this Project The Funiwa Gas Project is a green-field project that will supply 3.3 Tcf of gas to the onshore Brass LNG facility over 20 years. The project will gather NAG from three (3) non developed fields; Funiwa / North Apoi located in OML-86, Okubie located in OML-86, and North Chioma located in OML-88. CNL is developing these fields which will also produce NGL and water. The Funiwa / North Apoi Gas Gathering and Processing Platform will act as a hub to manifold incoming fluids from the offshore fields, which will then be separated and processed. This platform will also have produced water treatment / disposal facilities.

Chevron Nigeria Limited – Funiwa Gas Project (FGP - Onshore)

Firewater System Process Flow Diagram (PFD)

Firewater System Piping and Instrumentation Diagram (P&IDs)

Firewater Tanks and Pumps Calculations.

Compressor Settle Out Pressure Calculation

June 2013- Feb, 2014: Deltatek Energy GE. Malabo Dos (II), Equatorial Guinea (A WorleyParsons Resource and Energy Company)

Projects: June, 2013 – Feb, 2014: Lead Process Engineer on this Project Marathon Oil (MEGPL) wishes to have a DED performed in plan to upgrade Alba Field. Alba field is located to the northwest of Bioko Island, Equatorial Guinea, West Africa. The field is currently producing 950 MMSCFD of sale gas and 40,000 bbl of condensate. The produced water from the offshore is treated and overbroad. The wet gas is transported via a 24 inch and 16 inch pipeline to Punta Europa where the gas is dehydrated and treated; some are used as sales gas while some of the dry gas is transported via a 16 inch pipeline to offshore for gas injection.

Marathon Equatorial Guinea Production Limited (MEGPL) – Alba Compression Project (ACP)

Prepared CTR and MDR.

Prepared Process Flow Diagram (PFD) and Piping and Instrumentation

Diagrams ( P&IDs)

Raise project queries and prepare process weekly progress report.

Review calculation performed by process discipline.

Carry out IDC on document.

Attend technical meetings.

Monitor process daily activities.

Attended to 30% and 60% PDMS review.

Attended to design review workshop.

Train and mentor junior engineers.

Projects: April, 2012 – June, 2013 Involved as a Senior Process Engineer in this Project Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

8

Chevron Nigeria Limited (CNL) wishes to have a FEED performed in support of its plan to develop Funiwa Gas green field that will supply 3.3 Tcf of gas to the onshore Brass LNG facility over 20 years. The project will gather NAG from four (4) non developed fields; Funiwa / North Apoi located in OML 86, Okubie located in OML 86, Madu located in OML 85 and North Chioma located OML 88, CNL is developing fields which will also produce NGL and water.

The Funiwa/North Apoi Gas Gathering and Processing Platform will act as a hub to manifold incoming fluids from the offshore fields, which will then be separated and processed. This platform will also have produced water treatment/ disposal facilities. The products will be transported via two pipelines to Brass LNG (Gas) and the condensate to FSO.

Chevron Nigeria Limited – Funiwa Gas Project (FGP)

Prepared the Process Flow Diagram (PFD), Piping and Instrumentation Diagrams (P&IDs) and the Sizing calculation for the diesel storage tank and pump.

Prepared the Process Flow Diagram (PFD), Piping and Instrumentation Diagrams (P&IDs) and the Sizing calculations for the Closed and Open Drain system

Prepared the Process Flow Diagram (PFD), Piping and Instrumentation Diagrams (P&IDs) and the Sizing calculations for the produced water surge vessel and water injection Pump.

Prepared the Process Flow Diagram (PFD), Piping and Instrumentation Diagrams (P&IDs) and the Sizing calculation for the Instrument wet receiver and dry receiver.

Prepared the Process Flow Diagram (PFD), Piping and Instrumentation Diagrams (P&IDs) for the TEG dehydration and Regeneration unit

Prepared the isolation philosophy.

Performed the Pipephase simulation model for the single phase condensate, gas and produced water pipeline and the multiphase NAG well.

Attended design review and IHAZID.

Prepared the compression settle out pressure and temperature calculation.

Working on the flare simulation model and report.

Prepared compressor settle out pressure calculation note. Projects: Nov, 2011 – April 2012 Involved as a Senior Process Engineer in this Project Mobil Producing Nigeria (MPN) wishes to have a Front End Engineering Design Update (FEEDU). The project intends to install a 20” gas pipeline from OSO complex to QIT. The 20” will have a capacity of handling 400 MMscfd and will provide gas to the Qua Iboe Power Plant (115 MMscfd) Siemens GTGs (15 MMscfd) and to the domestic market (270 MMscfd).

ExxonMobil Producing Nigeria Unlimited – OSO – QIT Pipeline Project Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

9

Generated the Cost Time Resource (CTR)

Generated the MDR.

Attend progress and project meetings.

Review other discipline document and address process issues.

Performed the site visit and report.

Prepared the Process Design Basis

Prepared the Process FEED close out report.

Prepared the Startup, Operating & Shutdown Philosophy.

Prepared API 14C compliance report.

Performed the PIPEPHASE simulation model for the gas pipeline from OSO - QIT

Prepared the Process Flow Diagrams (PFDs), Material of Construction Diagrams (MCDs), Process Safety Diagrams (PSDs)

Prepare Piping and Instrumentation Diagram (P&IDs)

Performed Hysys simulation Model for the system.

Prepared the Isolation Philosophy Report.

Review process and inter discipline documents.

Participated in the HAZID, HAZOP and project design review meetings.

Participated in risk assessment review.

Projects: May, 2011 – Nov, 2011 Involved as a Senior Process Engineer in this Project Chevron Nigeria Limited (CNL) wishes to have a Conceptual study performed in support of its plan to develop a gas plant for pre-treatment of non associated gas (NAG) from OML 86 and 88 offshore fields in the Funiwa / North Apoi, Okubie and North Chioma and OML 55 onshore Robertkiri area to supply Brass LNG Plant with 3.3 TCF of gas over 20 years.

The pre-FEED study is required to enable CNL to evaluate the economics of the planned facilities as part of the overall gas deliverability infrastructure, as well as to determine the optimum offshore gas infrastructure scenario to proceed with Front End Engineering Design (FEED Chevron Nigeria Limited – Funiwa Gas Project (FGP)

Performed PIPEPHASE Simulation model for the multiphase pipelines, single phase – condensate, produced water and gas phase.

Performed calculation note and datasheet for the air coolers

Performed calculation note and datasheet for the compressors.

Prepared technical note on the heating medium selection.

Carry out check on vessel sizing calculation.

Prepared Process Flow Diagram (PFDs) for the gas processing, condensate stabilization and water treatment facility.

Prepared the Utility Report for FNA – Processing facility.

Supervise and give direction to my subordinate.

Attend review meetings.

Projects: August, 2011 – Nov 2011 Involved as a Lead Process Engineer in this Project ExxonMobil has commissioned DeltaAfrik Engineering Limited to carry out a Conceptual study on the exiting Yoho field. Yoho field is currently design for 220 MMscfd of gas. The produced gas is currently been re-inject to the reservoir for pressure maintenance of the wells. In near future the facility shall blowdown the gas and pipeline is required to transport the Rich gas to existing NGL extraction facilities. The treated Yoho Gas is to be utilized for gas sales. Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

10

The Yoho gas pipeline include production of Rich gas from Yoho, dehydrating and transportation of high pressure dehydrated from gas from Yoho YP to either Usari FP, Oso or EAP via a sub sea tie in. The project intends to expand the gas processing unit to 300 MMscfd and deliver at a destination pressure of 1200 psig.

ExxonMobil – Yoho Gas Pipeline Brownfield Verification Phase 2

Perform the Hysys Model for the gas expansion

Prepared the concept select option for the TEG unit.

Prepared the CTR and MDR for the project

Prepared Technical Note on the Compressors and Air cooler

Attend client meeting with process issue and advice on decision

Prepared the Process Flow Diagram for the TEG Unit.

Performed site visit for data collation and prepared site visit report. Projects: July, 2010 – Dec, 2010 Involved as a Senior Process Engineer in this Project Chevron Nigeria Limited (CNL) wishes to have a FEED study performed in support of its plan to develop a Produced Water Disposal System that would handle all produced water in the Escravos Terminal and provide safe disposal in compliance with the directives of the Nigerian Government and meet Chevron Produced Water Environmental Performance Standard. The study is required to enable the Chevron Nigeria Limited (CNL) evaluate the economics of the planned development, as well as to determine the optimum surface facilities development scenario to enable Company proceed with Detailed Engineering Design (DED) Chevron Nigeria Limited – Escravos Produced Water Disposal Project (EPWDP)

Performed pump sizing calculations and datasheets

Performed Surge Vessel sizing calculations and datasheets

Performed the PIPEPHASE simulations for the single phase hydraulic study.

Carried out the pipeline hydraulic report.

Prepared the Process Flow Diagram (PFD’s), Piping and Instrument Diagram (P&ID’s), Material Selection Diagram (MSD’s) and the demolition (P&ID’s) for the system.

Performed the Material Selection Report.

Performed the Fuel gas demand calculation.

Worked on the CTR and the MDR.

Attended design review, IHAZAN and HAZOP

Performed work on the fire water system on the offshore node.

Performed site visit and data collation

Nov 2009- June 2010 WorleyParsons Resource and Energy In. Houston Texas, USA Projects: Nov, 2009 – May, 2010 Involved as a Senior Process Engineer in this Project Chevron Nigeria Limited (CNL) is evaluating an expansion of the existing Escravos Gas Plant (EGP). The objective of the Gas Supply Expansion Project (GSEP) is to increase the gas processing capacity of EGP by 240,000 Nm3/h (215 MMSCFD) of rich gas, in order to have the capacity to deliver a total 590,000 Nm3/h (530 MMSCFD) of sales gas to the Escravos to Lagos Pipeline System (ELPS). Weldone Oboke

Supervising Process Engineer

Mobil: +1-667-***-****

e-mail Address:ad1yl1@r.postjobfree.com

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The Purpose of the Gas Supply Expansion Project (GSEP)

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