Process Engineering Lead
Aldelia
Lagos, Lagos, Nigeria
19h ago
source : Oil & Gas Job Search

Process Engineering Lead in Lagos, Lagos, Nigeria

Lagos, Lagos, Nigeria salary not specified Either

Purpose

  • Provide process engineering expertise and assurance services for the Project
  • Lead the process engineering discipline in the project team.
  • Act as the Process for the project team with accountabilities as defined
  • Drive the implementation of the process engineering discipline standards and best practices.
  • Assist the Regional Discipline Lead - Process Engineering, in managing the health of the process engineering skill pool and deliver the process engineering improvement plan targets.
  • Mentor young engineers in team
  • Accountabilities

    The Engineer will be a member of a team of highly motivated process engineering professionals. As a senior member of the team, he / she will be expected to maintain and develop their technical skills and to take an active role in the development and training of less experienced team members.

    Principal Accountabilities include :

  • Lead the process engineering activities for a complex deepwater project during tendering, detail design, fabrication, testing, installation, and support the final commissioning and start-up offshore.
  • Provide response to process engineering queries and technical clarifications from vendors and seeking avenues for cost savings
  • Provide input into detailed design of new facilities or modifications to facilities undertaken by the team with special emphasis on the Flares Down Policy, energy efficiency and optimization of facility uptime / availability.
  • Work with multi-disciplinary topsides professionals in applying in-depth technical expertise required for the design, manufacture, assembly, testing, installation, and commissioning of the FPSO systems.
  • Ensure compliance with the Opportunity Realization manual and the Discipline Control and Assurance Framework for the effective delivery of projects within the project team.
  • Provide Process Engineering inputs in technical reviews and Management of Change to ensure technical integrity, efficiency, and safety of facilities.
  • Provide support in the development of facility and field models for the facilities in IPSM, Unisim, Pipesim and other tools.
  • Accountable for development and application of facilities operating envelopes and technical limits diagrams for the new assets developed by the Project team.
  • Ensure DATA QUALITY and drive the Data Quality Improvement Plan.

  • Provide Process Engineering Technical Authority (TA2) support for the Project Team
  • Drive technical assurance by ensuring that execution of the process engineering deliverables are carried out in compliance with the project scope of work and specifications.
  • Provide process engineering oversight in the development of equipment specifications, data sheets, cost estimates, and overall FPSO delivery.
  • Provide technical support to other Assets, Projects and Gas Commercial team as required.
  • Manage the process engineering interfaces with FPSO EPC contractor, other EPC Contract packages and other FPSO technical disciplines with particular emphasis on flow assurance, electrical, mechanical, automation, controls, instrumentation and subsea and pipeline disciplines.
  • Provide authentic and visible leadership in the areas of HSSE, diversity, coaching, interpersonal and technical skills development, and cost leadership
  • Identify and evaluate applicable technologies that improve safety of operations, cost and maintainability.
  • Project Dimension

    The project is a green field oil development located in the Gulf of Guinea, approximately 130 km offshore in water depths ranging from 1160 m to 1410 m.

    The field lies predominantly within OML 118 (formerly OPL 212), about 12 km southwest of the Bonga Main field, and straddles Chevron operated OML 132 and OML 140 acreages (Figure 1.

    1). The project objective is to develop 3.2 billion barrels STOIIP from 7 major deepwater turbidite reservoirs.

    The project is a 150 kbopd nominal capacity spread-moored FPSO with 260 kbwpd water injection capacity, 180 MMscfd gas processing, 190kbopd gross liquid capacity and a minimum storage volume of 1.

    8 MMbbls of oil. The project targets the recovery of 594 MMstb in the Phase-1 development from 23 wells (12 production and 11 water injection) and an additional UR of 202 MMstb from 20 wells in the Phase-

    2 development. Additional estimated recovery from Phase 3 is 193 MMstb.

    Produced gas (Ph1 440 bcf / Ph2 250 bcf) from the FPSO will be evacuated to the EA Riser Platform A (EA-RPA) via a dedicated 12 x 100 km gas export pipeline (GEP) and then to the existing Offshore Gas Gathering System (OGGS) pipeline.

    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.

    The Phase-1 subsea development comprises 12 subsea production trees and 11 water injection trees clustered around 3nos x 6-

    slot production and 3nos x 4-slot water injection manifolds. The manifolds are connected to the FPSO by 10 x circa 26 km of subsea production flowlines and steel catenary risers (SCRs) in two flow loops and one 14 x circa 12 km water injection flowline and SCR.

    Services and control of the subsea and wells facilities is provided by circa 32 km of static and dynamic umbilicals and circa 4 km of composite gas-lift umbilicals

    The project Phase-2 development will be undertaken about 3-7 years following First Oil Date (FOD). This phase comprises 10 production and 10 water injection trees, a new 4-

    slot production manifold, 2nos x 4-slot water injection manifolds and 2nos x multi-hub water injection sleds. The existing water injection flowline will be extended by circa 5 km along with a new 12 x circa 8 km water injection flowline with new associated service umbilicals

    The project targets achievement of FID and FOD in 2019 and 2023 respectively.

    Special Challenges

    1. Flagship Mega-project with high visibility and significant technical complexity.

    2. Managing the establishment of a project leadership team in Nigeria as the project shifts from Concept Select, through FEED and tendering, into execution.

    All tender preparation and evaluation will be done in Nigeria and this will pose some logistical challenges.

    3. Project will be executed in multiple locations globally and simultaneously by different EPC contractors. Therefore, project control processes will need to be embedded within each contract team.

    Coordinating and aligning practices and schedules to meet project requirements is one challenge. Achieving a high standard of HSE performance and Goal Zero particularly among new inexperienced local contractors will be another.

    4. Support maximization of design and execution synergies between projects as mandated by senior management.

    5. Working with and influencing a diverse multi-cultural team

    Additional Background and Comments

    The project will be executed in six (6) EPC contract packages. The Invitation to Tender (ITTs) for the six EPC contract packages has been issued following the completion of negotiation of the project commercial terms between the Government and CoVs.

    The mobilisation of the selected candidate will be subject to :

    1. Quota approval of the position for expatriates

    2. STR Visa approval process for expatriates

    Experience and Qualifications required

  • Minimum Bachelor’s degree in Chemical Engineering (or equivalent) with 15 years post graduate experience in engineering with at least 10 years working as a process engineer in project delivery environment (including familiarity with process engineering tools);
  • Skilled in the use of process simulation tools e.g., UNISIM, IPSM-GAP, PIPESIM, etc

  • Previous experience leading process engineering team in detailed design and execution of Mega Project
  • Have experience working with Subsurface Disciplines in a collaborative environment, including the use of Integrated Production System Modelling Tool(s).
  • Demonstrable experience in interfacing with other FPSO engineering disciplines including Subsea and Pipelines
  • Skilled in the use of industry codes and standards
  • Knowledge of Flow Assurance issues in Deepwater development
  • Experience with or understanding of Operations and Maintenance work process is an advantage.
  • Experienced in Field / facility engineering and technical safety / risk engineering.
  • TA2 Certified
  • Assessed at or immediately ready for assessment at Global Project Engineering Skill pool (GPES) Level 2
  • Good interpersonal and negotiating skills, know-how of planning, economics and auditing.
  • Track record of good leadership and managerial skills.
  • Strong conceptual, innovative, and systems thinking ability
  • Very good communication and inter personal skills
  • Team player, self-motivated, coaching skills, persistence, with ability to think outside- the- box.
  • Working knowledge of process equipment and its impact on other FPSO systems
  • Visibly demonstrate personal and company HSE commitment.
  • Must have ability to work with and influence multi-discipline and multi-cultural teams.
  • Demonstrated capability to proactively implement plans and follow through with sustained execution, meeting project milestones.
  • Familiar with project development challenges in Nigeria or in other regions with similar challenges.
  • Key Competencies Required

  • HSE Leadership Competencies (OTE 3 certified)
  • Process Engineering Discipline Competencies at JG2 achieved (primarily Skill level in Process Integrator, Process Modelling and analysis, Process Safety, Energy Utilities and Water as well as mastery in Concept Development and Process Unit Design)
  • Demonstration of Leadership Attributes
  • Job Reference PELNS22082019 APPLY

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