Lead Process Engineer - Utilities
ADNOC Abu Dhabi UAE
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Descrizione del lavoro
ADNOC Group is seeking an experienced Lead Process Engineer - Utilities in Abu Dhabi to lead the design, development, optimization, and execution of utility systems for large-scale oil and gas projects. The role spans concept through start-up, guiding multidisciplinary teams and ensuring compliance with ADNOC standards.
The position requires minimum 15 years in oil and gas with at least 5 years in a lead role on mega projects, and extensive experience in process utilities, safety, and project
Competenze
- Minimum 15 years of relevant experience in oil and gas, LNG, gas processing, refining, utility infrastructure, or petrochemical projects.
- Minimum 5 years in a Lead Process Engineer or equivalent engineering leadership position on mega projects.
- Proven experience managing teams of Specialists, Senior Engineers, and Engineers.
- Extensive experience across FEED, detailed engineering, EPC execution, commissioning, and start-up.
- Strong experience in utility system design and optimization for large industrial facilities.
- GCC project experience is highly desirable, particularly ADNOC projects.
Mansioni
- Lead utility process engineering activities for major EPC, brownfield, and greenfield projects.
- Provide technical direction throughout concept development, FEED, detailed engineering, construction, commissioning, and start-up.
- Develop and review utility system design philosophies and engineering design bases.
- Lead utility system selection, sizing, optimization, and integration with process facilities.
- Review and approve technical deliverables prepared by the engineering team.
- Coordinate multidisciplinary engineering activities to achieve project objectives.
Conoscenze
Formazione
Strumenti
Descrizione del lavoro
Lead Process Engineer - Utilities Job Snapshot - Role: Lead Process Engineer - Utilities - Location: Abu Dhabi, United Arab Emirates - Industry: Oil and Energy - Function: Chemical Engineering - Experience: Minimum 15 years, including 5 years in a lead process engineering or equivalent leadership role - Job Type: Full Time - Work Arrangement: On-site
Position Overview ADNOC Group is seeking an experienced Lead Process Engineer - Utilities to provide technical leadership in the design, development, optimization, and execution of utility systems for large-scale oil and gas projects in Abu Dhabi. The role covers the complete project lifecycle, from Concept Selection and Front-End Engineering Design (FEED) through detailed engineering, procurement, construction, commissioning, start-up, and handover. The successful candidate will lead multidisciplinary process engineering activities for utility infrastructure supporting oil and gas processing facilities.
Job Details - Country: United Arab Emirates - City: Abu Dhabi - Industry: Oil and Energy - Function: Chemical Engineering - Salary: Not disclosed - Gender: No Preference - Candidate Nationality: Not specified - Job Type: Full Time - Work Arrangement: On-site
Process Utilities Engineering Leadership - Lead utility process engineering activities for major EPC, brownfield, and greenfield projects.
- Provide technical direction throughout concept development, FEED, detailed engineering, construction, commissioning, and start-up.
- Develop and review utility system design philosophies and engineering design bases.
- Lead utility system selection, sizing, optimization, and integration with process facilities.
- Ensure engineering solutions address reliability, operability, maintainability, energy efficiency, and safety.
- Review and approve technical deliverables prepared by the engineering team.
- Coordinate multidisciplinary engineering activities to achieve project objectives.
- Resolve technical issues affecting utility system design and project execution.
Lead the development, review, and technical assurance of:
- Utility Process Flow Diagrams (PFDs).
- Utility Piping and Instrumentation Diagrams (P&IDs).
- Utility load lists and consumption studies.
- Heat and material balances.
- Process equipment datasheets and specifications.
- Hydraulic calculations and utility network studies.
- Utility operating philosophies.
- Utility control narratives.
- Process simulations and engineering calculations.
- Utility system integration requirements.
Lead process engineering activities for steam generation and distribution systems.
- Develop and review steam utility requirements and system configurations.
- Evaluate condensate recovery systems.
- Review boiler feedwater system design and operating requirements.
- Assess steam and condensate network performance.
- Identify opportunities to improve thermal efficiency and system reliability.
Lead engineering assessments for fuel gas generation, conditioning, and distribution requirements.
- Review fuel gas system design and operating philosophies.
- Evaluate fuel gas consumption and opportunities for optimization.
- Conduct or review flare and relief system studies.
- Support process safety assessments involving pressure relief and flare infrastructure.
- Review relevant hydraulic calculations and system performance requirements.
Lead the design and optimization of cooling water and chilled water systems.
- Review potable water and demineralized water system requirements.
- Evaluate water treatment technologies and utility network configurations.
- Assess water consumption and opportunities for conservation.
- Review hydraulic performance and distribution requirements.
- Support reliable integration of water utility systems with processing facilities.
Lead engineering activities for nitrogen generation and distribution systems.
- Review instrument air and plant air system designs.
- Evaluate utility demand, system capacity, and distribution requirements.
- Assess operating philosophies and equipment specifications.
- Identify opportunities to improve system performance and reliability.
Review chemical injection and dosing system requirements.
- Lead relevant process engineering activities for firewater systems.
- Evaluate oily water and wastewater treatment systems.
- Review utility equipment specifications and associated process requirements.
- Assess system integration with existing and proposed facilities.
- Support compliance with applicable engineering, environmental, and safety requirements.
Lead and participate in Hazard Identification (HAZID) workshops.
- Lead Hazard and Operability (HAZOP) studies.
- Participate in Safety Integrity Level (SIL) assessments.
- Lead or support Project HSE Reviews (PHSER).
- Conduct multidisciplinary engineering design reviews.
- Ensure compliance with ADNOC standards, applicable international codes, and regulatory requirements.
- Review and approve vendor technical documents and utility package designs.
- Support Plant Change Requests (PCRs) and Management of Change (MOC) processes.
- Participate in technical assurance reviews and resolve identified engineering concerns.
Conduct and review process simulations for utility systems.
- Perform heat transfer and hydraulic calculations.
- Evaluate pressure drops and fluid distribution requirements.
- Conduct utility network modeling and performance assessments.
- Review flare system analysis and related engineering calculations.
- Validate engineering assumptions and design parameters.
- Recommend technical improvements based on simulation and analytical results.
Coordinate utility engineering activities across project development and execution phases.
- Work with Mechanical, Piping, Electrical, Instrumentation, Civil, Environmental, and Operations teams.
- Manage technical interfaces with licensors, EPC contractors, Project Management Consultants (PMC), vendors, and operating entities.
- Support procurement through technical bid evaluations.
- Participate in vendor clarification meetings and technical discussions.
- Review engineering deliverables for consistency with project requirements.
- Identify and resolve technical issues affecting project schedules and deliverables.
- Support effective coordination between engineering, procurement, and construction activities.
Review technical specifications for utility equipment and packaged systems.
- Evaluate vendor documentation and proposed equipment configurations.
- Participate in technical bid assessments and vendor clarification activities.
- Review utility package designs against approved engineering requirements.
- Support factory acceptance tests and package inspections.
- Coordinate resolution of technical issues involving vendors and equipment suppliers.
- Ensure relevant technical requirements are addressed before equipment acceptance and installation.
Provide process engineering support during construction activities.
- Participate in pre-commissioning and commissioning of utility systems.
- Support verification of system readiness for operation.
- Assist in resolving technical issues identified during commissioning.
- Participate in start-up and performance testing activities.
- Coordinate with Operations and project teams during system handover.
- Support achievement of required utility system performance and operating objectives.
Identify opportunities to improve utility system efficiency and reliability.
- Evaluate energy efficiency improvements across industrial utility networks.
- Recommend measures to reduce fuel gas consumption.
- Support water conservation and improved utility resource utilization.
- Identify opportunities to reduce emissions and support sustainability initiatives.
- Provide technical support for troubleshooting existing utility systems.
- Participate in debottlenecking studies for operating facilities.
- Support incident investigations and Root Cause Analysis (RCA).
- Recommend practical engineering improvements to address operational performance issues.
Lead and manage Process Engineers, Senior Process Engineers, and technical Specialists.
- Allocate engineering responsibilities according to project requirements.
- Review and approve engineering deliverables prepared by team members.
- Provide technical coaching and professional development support.
- Mentor engineering personnel in process design and utility system applications.
- Monitor engineering quality and schedule performance.
- Support effective resource utilization.
- Promote collaboration between engineering disciplines and project stakeholders.
- Ensure consistent application of technical standards and engineering practices.
- Bachelor 's degree in Chemical Engineering or a relevant engineering discipline from an accredited university.
- A Master 's degree is considered an advantage.
- Chartered Engineer (CEng) status or an equivalent professional certification is preferred.
- Minimum 15 years of relevant experience in oil and gas, LNG, gas processing, refining, utility infrastructure, or petrochemical projects.
- Minimum 5 years in a Lead Process Engineer or equivalent engineering leadership position on mega projects.
- Proven experience managing teams of Specialists, Senior Engineers, and Engineers.
- Extensive experience across FEED, detailed engineering, EPC execution, commissioning, and start-up.
- Strong experience in utility system design and optimization for large industrial facilities.
- GCC project experience is highly desirable, particularly experience involving ADNOC projects.
- Steam generation and distribution.
- Condensate recovery and boiler feedwater systems.
- Fuel gas systems.
- Cooling water and chilled water systems.
- Potable and demineralized water systems.
- Water treatment technologies.
- Nitrogen generation and distribution.
- Instrument air and plant air systems.
- Flare and pressure relief systems.
- Chemical injection and dosing systems.
- Firewater systems.
- Oily water and wastewater treatment.
- Utility network design and integration.
- Industrial utility system optimization.
Experience with relevant engineering applications, including:
- Aspen HYSYS.
- Aspen Plus.
- Aspen Flare System Analyzer.
- HTRI.
- PipeNet.
- Synergi Pipeline Simulator.
- AFT Fathom.
- Utility network simulation software.
- Process design and engineering calculations.
- Process simulation and system modeling.
- Heat transfer analysis.
- Hydraulic calculations and pressure drop assessments.
- Process safety engineering.
- HAZOP and HAZID studies.
- Safety Integrity Level assessments.
- Project HSE Reviews.
- Engineering design assurance.
- Energy management and efficiency improvement.
- Carbon reduction and sustainability initiatives.
- International engineering codes and standards.
- Management of Change and technical review processes.
- Strong technical leadership and people management capabilities.
- Effective multidisciplinary engineering coordination.
- Excellent communication and stakeholder management skills.
- Strategic thinking and sound engineering decision-making.
- Strong analytical and problem-solving abilities.
- Ability to work effectively in multicultural project environments.
- Effective management of engineering quality and project schedules.
- Results-oriented approach to project delivery.
- Commitment to process safety, technical compliance, and operational reliability.
The Lead Process Engineer - Utilities will play a central role in delivering reliable and efficient utility infrastructure for ADNOC Group 's oil and gas projects. Through technical leadership, process engineering expertise, multidisciplinary coordination, and utility optimization, the position will support safe project execution, improved energy efficiency, effective resource utilization, and reliable operation of large-scale processing facilities.
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