LNG-Regasification-Project-Jobs-West-Africa

 

LNG Project Jobs West Africa 2026 | Oil & Gas Recruitment Drive

global energy landscape is undergoing a massive transformation, and Liquefied Natural Gas (LNG) remains at the forefront of this transition. As nations seek cleaner, reliable energy sources, massive infrastructure projects are being greenlit across the globe. One of the most exciting developments is currently unfolding in West Africa, where a world-class LNG / Regasification Project is expanding its operations.

This major energy infrastructure initiative represents a crucial milestone for regional power generation and ecoThe nomic growth. To ensure the safe, efficient, and seamless commissioning and long-term operation of these state-of-the-art facilities, a high-profile international recruitment drive has been launched. Experienced professionals specializing in cryogenic operations, heavy machinery maintenance, plant instrumentation, and industrial electrical systems are invited to join this prestigious venture.

The rapid evolution of the global energy sector in 2026 has catalyzed an unprecedented infrastructure boom across the Atlantic corridor, resulting in a dramatic surge in highly specialized LNG project vacancies and Regasification plant jobs that are reshaping the paradigm of Oil and Gas recruitment West Africa. As international consortia invest billions of dollars into deepwater gas monetization, modular production systems, and floating infrastructure networks across Senegal, Mauritania, Nigeria, and Ghana, the demand for elite technical talent has reached a critical threshold, positioning Cryogenic maintenance engineering careers as some of the most lucrative and strategically vital paths in the modern industrial landscape, a trend actively driven by the precision matching services of Ably Resources energy recruitment. This regional transformation is underscored by massive capital execution, such as the continued construction of the 13-year serviced Train 7 expansion at Nigeria LNG's Bonny Island facility, which is scaling production capacity from 22 to 30 million metric tons per annum, alongside the operational rollouts of the Greater Tortue Ahmeyim (GTA) phase-one subsea networks and the commissioning milestones of modular gas-to-power networks like the Tema FSRU terminal in Ghana and the emerging Guinea LNG complex. Operating these highly sophisticated energy hubs requires an intimate technical understanding of cryogenic thermodynamics, as natural gas must be maintained at a liquid state of approximately $-162^\circ\text{C}$ for non-pressurized maritime transport before undergoing automated phase changes back into a gaseous state via specialized open-rack, submerged-combustion, or ambient-air vaporizers. Consequently, LNG project vacancies are no longer standard civil or mechanical roles; they represent a convergence of automation, advanced metallurgy, and strict adherence to international safety metrics like API, ASME, and safety integrity levels (SIL) 3 or 4 frameworks. Navigating this hyper-specialized labor market demands the institutional expertise of top-tier talent partners, which is why Ably Resources energy recruitment has emerged as the definitive pipeline connecting qualified global expatriates and skilled regional professionals with premier operational assets, offering meticulously structured rotational schedules like 28/28 or 56/56 cycles that guarantee operational continuity while safeguarding workforce health. Within this environment, Regasification plant jobs demand an exceptional level of competency regarding Floating Storage and Regasification Units (FSRUs) and Pressure Reduction and Metering Stations (PRMS), where field teams must meticulously balance flow rates, thermal gradients, and pressure differentials to satisfy commercial custody-transfer agreements with regional national power grids. Furthermore, the specialized field of Cryogenic maintenance engineering careers stands at the absolute vanguard of asset integrity management, tasking reliability engineers with the preventative overhauling, diagnostic analysis, and real-time monitoring of critical assets such as multi-stage cryogenic liquid expanders, high-pressure boil-off gas (BOG) compressors, hydrodynamic bearings, and mechanical dry gas seals that must withstand extreme thermal shocks without suffering brittle structural failures. Because the entry barriers to these positions are exceptionally high, requiring verified degrees, certifications, and localized experience within hazardous area environments classified under ATEX or IECEx regulations, the strategic landscape of Oil and Gas recruitment West Africa has shifted from basic transactional hiring to deep, competency-based talent mapping executed by industry experts who understand the nuances of subsea production tied back to floating production units. As projects scale up toward the late 2020s and early 2030s to secure alternative supply chains for global markets, every facet of plant operations—from the initial offloading loops controlled by the Distributed Control Systems (DCS) to the final downstream fiscal metering loops—relies heavily on filling these specialized technical mandates with personnel who possess deep technical fluency in machinery physics and root-cause analysis (RCA). Therefore, exploring these careers reveals an intricate world where advanced engineering principles, macroeconomic energy transformations, and targeted recruitment strategies collide to power the industrial future of West Africa. To understand why LNG project vacancies have captured the attention of the global energy workforce, one must examine the baseline technical complexities of modern liquefied natural gas supply chains, where the processing, liquefaction, maritime transport, and subsequent regasification of methane require an unbroken chain of cryogenic control. When natural gas is extracted from ultra-deepwater wells, such as those situated 3,000 meters below sea level in the MSGBC basin, it undergoes initial separation to remove water, hydrogen sulfide, carbon dioxide, and heavy hydrocarbons before being routed into liquefaction trains where complex refrigeration cycles—utilizing mixed refrigerants like propane, ethylene, and methane—cool the gas down until it collapses into a liquid form that is 600 times more compact than its gaseous state. Once this liquid is transported via specialized double-hulled LNG carriers to import terminals across the West African coastline, the reverse engineering feat takes place within regasification facilities, creating a secondary wave of employment centered entirely on Regasification plant jobs. These terminals are complex mechanical ecosystems where the primary operational goal is to safely transfer the cryogenic liquid from the vessel's tanks into onshore storage or directly into vaporizers, where controlled heat input from seawater or ambient air raises the fluid temperature above its boiling point, forcing the phase change back into natural gas. Every stage of this thermodynamic transition is monitored by automated safety instrumented systems (SIS) and emergency shutdown (ESD) systems, meaning that a career in this field requires not only mechanical dexterity but also an absolute mastery of automated control logic and pneumatic loop architectures. This is precisely where the niche segment of Cryogenic maintenance engineering careers becomes indispensable, as standard industrial maintenance methodologies fail completely when applied to systems operating at sub-zero temperatures where standard carbon steel becomes as brittle as glass and conventional lubricants freeze solid. Engineers operating in these specialized disciplines must possess specialized training in specialized austenitic stainless steels, nickel alloys, and specialized polymer seals that maintain elasticity under extreme cold, ensuring that high-pressure pumps and compressors do not experience catastrophic leaks that could result in flash fires or boiling liquid expanding vapor explosions (BLEVE). Given the catastrophic risks associated with high-pressure hydrocarbon processing, multinational energy operators cannot afford to compromise on their talent acquisition strategies, making the role of Ably Resources energy recruitment a cornerstone of successful project execution in the region. By maintaining a global database of rigorously vetted mechanical supervisors, instrumentation specialists, and process operators, they ensure that newly commissioned facilities are staffed by individuals who have already demonstrated their capability on existing world-class assets, thereby mitigating the operational risks associated with early-stage plant stabilization and commissioning phases. This structured approach to workforce deployment is heavily reshaping the dynamics of Oil and Gas recruitment West Africa, a geographic region that has rapidly evolved from a frontier exploration zone into a highly coordinated hub of infrastructure development, drawing in billions of dollars of foreign direct investment backed by global institutions and regional governments seeking to domesticate gas resources for local power generation while simultaneously building out world-class export capacities. For a technical professional looking to break into this booming market, securing one of the coveted LNG project vacancies means undergoing a comprehensive multi-stage screening process where technical acumen, behavioral safety alignment, and direct experience with hazardous operations (HAZOP) methodologies are evaluated to the highest international standards. Individuals seeking to excel in Regasification plant jobs must demonstrate specific familiarity with high-pressure gas distribution infrastructure, including the nuances of operating Pressure Reduction and Metering Stations (PRMS) which serve as the final gatekeepers between the plant's production loop and the commercial pipeline networks. Within a PRMS, gas pressures must be meticulously dropped from supercritical transmission pressures down to stable distribution levels using automated control valves, a process that induces a severe temperature drop due to the Joule-Thomson effect, requiring inline gas heaters to prevent hydrate formation and internal pipeline freezing. Consequently, an operator or supervisor in this zone must be highly skilled in monitoring heat-medium loops, analyzing gas chromatograph data for custody transfer quality metrics, and calibrating ultrasonic or vortex flow meters to ensure that fiscal billing is perfectly precise. This specialized blend of process chemistry, thermodynamics, and mechanical systems oversight explains why Cryogenic maintenance engineering careers command such high market valuations, as the talent pool capable of diagnosing failure modes in high-speed, multi-stage cryogenic machinery remains incredibly rare worldwide. When an international operator partners with Ably Resources energy recruitment, they are looking to solve this exact talent scarcity by tapping into a network of engineers who can seamlessly transition onto a West African project and immediately assume control of complex maintenance regimes, such as implementing vibration analysis tracks on boil-off gas compressors or managing the strict execution of preventive maintenance protocols on critical marine loading arms. The successful execution of these maintenance regimes is highly critical for the broader ecosystem of Oil and Gas recruitment West Africa, as any prolonged downtime at a major regasification terminal can disrupt the power supply to entire industrial zones, halting economic activity and resulting in millions of dollars in contractual penalties for the operator. This reality elevates the role of the Maintenance Manager, the Shift Supervisor, and the specialized Electrical and Instrumentation Supervisors to a level of extreme operational accountability, where every decision made during a shift must perfectly balance production targets with the overarching mandate of absolute safety compliance and environmental stewardship. To achieve this balance, modern facilities utilize advanced Computerized Maintenance Management Systems (CMMS) like SAP Plant Maintenance or IBM Maximo to log every operational anomaly, track the exact warehouse inventory of specialized cryogenic spare parts, and schedule predictive maintenance windows based on real-time data streaming from thousands of field-mounted sensors. This data-driven operational environment means that personnel filling LNG project vacancies must be as comfortable analyzing digital diagnostic trends on a laptop as they are executing physical mechanical overhauls in the field, representing a new generation of digitalized energy workers who blend traditional trade crafts with advanced technical literacies. This shift toward highly automated, digitized systems further intensifies the recruitment landscape, requiring firms like Ably Resources energy recruitment to look beyond standard resumes and conduct deep technical interviews that verify an applicant's direct experience with specific control platforms, valve configurations, and safety management frameworks. As the market for Regasification plant jobs continues to expand in response to the global demand for lower-carbon transition fuels, the geographic focus on West Africa will only intensify, making it imperative for ambitious professionals to align themselves with top-tier recruitment partners who can navigate the complex visa logistics, local content compliance laws, and international mobilization frameworks required to secure a spot on these high-paying rotational assignments. By establishing a proven track record of placing elite talent into critical roles across the MSGBC basin and the Gulf of Guinea, Ably Resources energy recruitment has cemented its reputation as a vital enabling partner for the international energy companies, engineering, procurement, and construction (EPC) contractors, and state-owned oil corporations that are driving the West African gas revolution forward. Ultimately, the convergence of these specialized recruitment drives, advanced Cryogenic maintenance engineering careers, and massive infrastructural deployments highlights a broader macroeconomic reality: liquefied natural gas is no longer a temporary bridging fuel but a structural pillar of global energy security, and the individuals who possess the technical capability to manage its transformation from a liquid at minus 162 degrees back into an industrial gas grid are the indispensable architects of our modern energy future, making every open vacancy on these West African projects a golden gateway to the absolute pinnacle of global industrial engineering and operations. For those executing the high-risk, high-reward tasks defined within Cryogenic maintenance engineering careers, the daily technical reality is a continuous masterclass in managing the erratic physical properties of liquefied gases under extreme operational pressures. When a cryogenic pump suffers a mechanical seal failure, the resulting phase change from liquid to gas can cause localized pressure spikes capable of rupturing piping headers if not mitigated by precisely calculated pressure safety valves (PSVs) and blowdown networks. Therefore, engineers and supervisors occupying these positions must possess an unparalleled understanding of pressure-temperature diagrams, fluid mechanics, and the specific thermal expansion coefficients of the materials under their stewardship, ensuring that every piping loop is thoroughly purged with dry nitrogen gas to eliminate moisture before any cryogenic fluid is introduced, as even a single drop of water will instantly freeze into an ice plug that can destroy high-speed impellers or jam control valve stems. This extreme attention to detail is exactly what recruitment teams evaluate when managing the flow of applications for LNG project vacancies, filtering for individuals who can demonstrate a meticulous approach to executing standard operating procedures (SOPs) and managing Job Safety Analyses (JSAs) for hazardous tasks such as entering confined spaces or performing hot work near active hydrocarbon storage vessels. As Oil and Gas recruitment West Africa becomes more competitive, candidates who can explicitly showcase their direct involvement in historical plant turnarounds, commissioning phases, or major equipment overhauls will naturally stand out to the senior project managers who make the final hiring selections. Furthermore, because these projects are located in dynamic international environments, successful applicants must possess strong interpersonal and cross-cultural communication skills, enabling them to lead diverse teams of local technicians and international specialists under demanding shift conditions where clear commands can mean the difference between a seamless operational adjustment and an un-planned facility trip. This human element is precisely why Ably Resources energy recruitment focuses so heavily on comprehensive candidate screening, evaluating not only the technical certifications and academic degrees held by an applicant but also their behavioral adaptability, resilience to remote environments, and historical alignment with world-class health, safety, and environmental (HSE) cultures. For professionals who successfully secure these positions, the rewards are immense, providing access to cutting-edge technological setups, career-defining international experience, and highly competitive, tax-advantageous day rates that place these roles at the very top of the global energy payroll. In the grand scheme of global infrastructure development, the specialized terminals coming online throughout West Africa represent a monumental leap forward in regional self-sufficiency and industrial modernization, proving that with the right combination of capital investment, technical engineering prowess, and elite talent acquisition strategies, the complex challenges of the global energy transition can be met with safe, reliable, and highly efficient operational excellence. Therefore, as the maritime horizons of West Africa continue to fill with advanced FSRU vessels and onshore regasification hubs, the opportunity for top-tier engineers and operators to build a lasting legacy within the liquefied natural gas domain remains unparalleled, charting a clear course toward a future where technical mastery and strategic recruitment forge the backbone of global industrial progress.

Whether you are an engineering executive or a highly technical plant operator, this project offers competitive international remuneration packages, excellent rotation schedules, and the chance to work with cutting-edge technology in the oil and gas sector. Below, you will find a comprehensive breakdown of the project scope, detailed job profiles for all open positions, qualification requirements, and explicit instructions on how to secure your spot in the selection process.

## Project Overview: The West African LNG & Regasification Boom

Understanding LNG and Regasification Infrastructure

Liquefied Natural Gas is natural gas that has been cooled to a liquid state—approximately $-162^\circ\text{C}$ ($-260^\circ\text{F}$)—for safety and ease of non-pressurized storage or transport. When it reaches its destination terminal, the liquid must be converted back into a gaseous state through a process known as regasification. This takes place at specialized onshore terminals or aboard Floating Storage and Regasification Units (FSRUs).

The project in West Africa utilizes advanced Floating Regasification Units (FRUs) and Pressure Reduction and Metering Stations (PRMS) to supply natural gas directly to regional grids and industrial consumers. Working on such a facility requires a profound understanding of cryogenic processes, thermodynamic thermodynamics, high-pressure pipeline safety, and complex control systems.

Work Culture and Rotation Benefits

Operating a modern energy facility demands a sustainable work-life balance to ensure maximum safety and operational efficiency. Recognizing the intensive nature of international oil and gas assignments, this project features highly structured, balanced rotation cycles designed for global expatriates and skilled regional professionals.

Candidates can expect the following rotational options:

• 28 Days On / 28 Days Off OR

• 56 Days On / 56 Days Off

These rotations include company-provided international flights, comprehensive medical insurance, premium on-site accommodation, and daily messing services, making it an exceptional career move for serious energy professionals.

## Detailed Breakdowns of Open Positions

To build a high-performing operations and maintenance (O&M) team, the project is filling multiple vacancies across several specialized technical disciplines. Here is an exhaustive look at the roles, responsibilities, and specific skills required for each open position.

### 1. Maintenance Manager (2 Vacancies)

Position Overview

The Maintenance Manager holds ultimate accountability for the mechanical integrity, reliability, and long-term asset management of the entire LNG regasification facility. This is a high-level leadership role requiring an exceptional blend of technical engineering expertise, budgetary foresight, and team leadership. The selected candidates will design, execute, and optimize the plant's Total Productive Maintenance (TPM) and Reliability-Centered Maintenance (RCM) strategies.

Core Responsibilities

• Strategic Maintenance Planning: Establish and oversee the execution of comprehensive preventive, predictive, and corrective maintenance programs across all plant assets, including cryogenic pumps, vaporizers, compressors, and storage systems.

• Asset Reliability & Integrity: Implement advanced RCM methodologies to minimize unplanned downtime, maximize plant availability, and extend the lifecycle of critical machinery.

• Budgeting & Resource Allocation: Formulate and manage the annual maintenance department budget (OPEX and CAPEX). Ensure cost-effective procurement of spare parts, specialized tools, and third-party vendor services.

• HSE Leadership: Cultivate a culture of absolute safety compliance. Ensure all maintenance operations strictly adhere to international oil and gas safety regulations, Management of Change (MOC) protocols, and Permit to Work (PTW) frameworks.

• Team Leadership & Capability Building: Direct, mentor, and evaluate a multidisciplinary team of mechanical, electrical, and instrumentation supervisors and technicians. Conduct performance reviews and identify technical training gaps.

• Shutdown and Turnaround Management: Act as a key stakeholder during major plant shutdowns, turnarounds, and outages, ensuring all maintenance activities are completed on schedule, within budget, and to strict quality standards.

Key Qualification & Technical Skills

• Bachelor’s Degree in Mechanical Engineering, Electrical Engineering, or a highly relevant industrial engineering discipline.

• A minimum of 12–15 years of progressive experience in the oil and gas sector, with at least 5 years in a dedicated managerial or heavy supervisory role within an LNG terminal, regasification plant, or large-scale petrochemical refinery.

• Proficiency in utilizing computerized maintenance management systems (CMMS) such as SAP, Maximo, or equivalent software platforms.

• In-depth familiarity with international industrial standards, including ASME, API (e.g., API 510, API 570), ANSI, and ISO asset management principles.

### 2. Mechanical Supervisor (2 Vacancies)

Position Overview

The Mechanical Supervisor bridges the gap between high-level maintenance strategy and hands-on execution. Leading a team of skilled mechanical technicians, this professional ensures that all static and rotating equipment within the LNG and regasification facility functions flawlessly. The role demands sharp troubleshooting skills and an uncompromising commitment to mechanical precision.

Core Responsibilities

• Daily Execution Oversight: Direct and supervise daily mechanical maintenance tasks, including the repair, alignment, and overhauling of complex rotating equipment.

• Equipment Coverage: Maintain high-pressure cryogenic pumps, boil-off gas (BOG) compressors, seawater pumps, ambient air vaporizers (AAV), shell-and-tube heat exchangers, and gas turbines.

• Troubleshooting and Root Cause Analysis (RCA): Lead field investigations into mechanical failures, vibration anomalies, and structural integrity issues. Apply RCA methodologies to prevent recurrence.

• Quality Assurance: Inspect completed mechanical work to verify strict compliance with project blueprints, technical manuals, and precision tolerance specifications (e.g., laser alignments, seal tolerances).

• Permit Coordination: Review, authorize, and manage Permits to Work (PTW) for mechanical activities, conducting Job Safety Analyses (JSA) prior to initiating high-risk tasks like hot work or confined space entries.

Key Qualification & Technical Skills

• Bachelor’s Degree, Diploma, or specialized Trade Certificate in Mechanical Engineering or Mechanical Maintenance Technology.

• 7–10 years of intensive field experience in heavy industrial mechanical maintenance, with a clear preference for individuals boasting direct exposure to cryogenic or liquefied gas handling equipment.

• Expert knowledge of mechanical seals, hydrodynamic bearings, alignment methods, and hydraulic/pneumatic systems.

• Strong capabilities in reading and interpreting Piping and Instrumentation Diagrams (P&IDs), isometric drawings, and complex cross-sectional mechanical blueprints.

### 3. Shift Supervisor (4 Vacancies)

Position Overview

The Shift Supervisor is the operational anchor of the plant during assigned shift rotations. Responsible for the real-time monitoring, control, and optimization of the regasification process, this professional ensures that production targets are met safely and continuously. The Shift Supervisor acts as the primary on-site decision-maker during off-peak hours and emergency situations.

Core Responsibilities

• Process Optimization: Monitor and control real-time production parameters (flow rates, pressures, temperatures, tank levels) to fulfill commercial gas supply obligations efficiently.

• Control Room and Field Synchronization: Direct the activities of Control Room Operators (DCS Operators) and Field Operators to execute seamless startups, steady-state production adjustments, and orderly plant shutdowns.

• Incident and Emergency Management: Serve as the initial on-site incident commander during operational upsets, equipment trips, or safety alarms. Execute emergency isolation procedures safely and decisively.

• Shift Handover and Reporting: Compile detailed, highly accurate shift logs recording total production outputs, maintenance events, safety metrics, and operational anomalies to maintain continuity across teams.

• Safety Compliance Verification: Conduct routine safety walkdowns, audit operational practices, and ensure the entire shift crew strictly utilizes appropriate Personal Protective Equipment (PPE) and follows standard operating procedures (SOPs).

Key Qualification & Technical Skills

• Bachelor’s Degree, Diploma, or equivalent certification in Chemical Engineering, Petroleum Engineering, or Process Plant Technology.

• 8+ years of experience in gas processing plant or oil refinery operations, featuring at least 3 years in a supervisory or shift lead capacity. Direct experience operating LNG storage, send-out, or regasification loops is highly valued.

• Comprehensive mastery of Distributed Control Systems (DCS) and Emergency Shutdown Systems (ESD).

• Outstanding communication, leadership, and crisis management skills, with the ability to maintain composure under intense operational pressure.

### 4. Instrumentation Supervisor (2 Vacancies)

Position Overview

In a highly automated facility like an LNG regasification terminal, precision control systems are paramount. The Instrumentation Supervisor leads the calibration, testing, maintenance, and troubleshooting of all pneumatic, electronic, and digital control devices across the plant, ensuring data accuracy and automated safety systems function flawlessly.

Core Responsibilities

• Control Device Maintenance: Oversee the preventive and corrective maintenance of critical field instrumentation, including cryogenic temperature sensors, smart pressure transmitters, ultrasonic flow meters, and radar level gauges.

• Final Control Elements: Supervise the inspection, testing, and rebuilding of control valves, emergency shutdown valves (ESDV), pressure safety valves (PSV), and pneumatic actuators.

• System Calibrations: Maintain detailed records of instrument calibration cycles, ensuring all loop checks are executed against strict reference standards to support fiscal metering and plant safety loops.

• DCS and PLC Support: Collaborate with automation engineers to troubleshoot programmable logic controllers (PLCs), input/output (I/O) modules, and communication bus architectures (e.g., Modbus, Profibus, Foundation Fieldbus).

• Safety Integrity Level (SIL) Compliance: Ensure all Safety Instrumented Systems (SIS) and fire and gas detection loops are periodically validated to comply with strict international regulatory standards.

Key Qualification & Technical Skills

• Degree, Diploma, or ITI Trade Certificate in Instrumentation and Control Engineering, Electronics Engineering, or a matching discipline.

• 7–10 years of active field maintenance experience focusing heavily on instrumentation within hazardous area environments (ATEX/IECEx certified zones).

• Deep comprehension of instrument loop diagrams, logic flowcharts, function block diagrams, and instrument index sheets.

• Hands-on experience with top-tier control valve diagnostic software and advanced field communicators (e.g., Emerson Field Communicator).

### 5. Electrical Supervisor (2 Vacancies)

Position Overview

The Electrical Supervisor is tasked with maintaining the continuous integrity and safety of the plant's high, medium, and low voltage power distribution networks. From power generation sources down to individual electric motor drives, this role ensures uninterrupted electrical supply to critical process machinery while adhering to rigorous electrical safety protocols.

Core Responsibilities

• Power Distribution Management: Direct the maintenance, testing, and troubleshooting of medium-to-high voltage switchgear, power transformers, motor control centers (MCC), and protective relays.

• Emergency Power Systems: Oversee the operational readiness of uninterruptible power supplies (UPS), battery banks, and emergency diesel generators to ensure immediate backup during primary grid failures.

• Rotating Electrical Machinery: Coordinate the routine maintenance, insulation resistance testing (meggering), and vibration monitoring of large electric motors driving critical pumps and compressors.

• Hazardous Area Compliance: Periodically audit electrical installations across the facility to ensure flameproof, explosion-proof, and intrinsically safe equipment integrity remains fully intact.

• Electrical Isolation Procedures: Act as an authorized isolating authority, orchestrating strict Lockout/Tagout (LOTO) protocols to isolate high-voltage hardware prior to maintenance work.

Key Qualification & Technical Skills

• Degree, Diploma, or ITI Trade Certificate in Electrical Engineering or Electrical Maintenance Power Systems.

• 7–10 years of experience managing electrical maintenance teams within major petrochemical plants, gas separation facilities, or LNG terminals.

• Thorough familiarity with international electrical safety standards, including IEEE, IEC, and National Electrical Code (NEC) regulations.

• Proven competence in reading detailed electrical single-line diagrams (SLDs), schematic layouts, and complex wiring schedules.

### 6. FRU / PRMS Operator (12 Vacancies)

Position Overview

The FRU / PRMS Operator acts on the front lines of production, directly managing the equipment that regulates gas pressure, flow, and delivery. Tasked with managing Floating Regasification Units (FRUs) and Pressure Reduction and Metering Stations (PRMS), these operators maintain steady-state operations by keeping process parameters perfectly aligned with delivery metrics.

Core Responsibilities

• Field Inspections and Adjustments: Perform structured, continuous rounds across the FRU and PRMS modules, physically verifying equipment conditions, checking fluid levels, identifying leaks, and monitoring local gauges.

• Pressure Reduction Control: Adjust and maintain gas pressure regulating valves to safely step down high-pressure vaporized gas to stable distribution network pressures.

• Custody Transfer Metering: Monitor gas quality, flow computers, and fiscal metering packages to ensure accurate volume calculations for commercial gas delivery.

• Equipment Alignment: Safely execute routine operational tasks, such as line lineups, filter/strainer changeovers, purging operations, and the valving-in or valving-out of process lines.

• Safe Job Support: Prepare process equipment for planned maintenance by performing rigorous venting, purging, nitrogen blanket verification, and mechanical isolations.

Key Qualification & Technical Skills

• Diploma, ITI, or technical Trade Certificate in Process Plant Operations, Chemical Technology, or Mechanical Operations.

• A minimum of 5 years of steady field experience as an operator in gas processing plants, LNG distribution points, pressure reduction stations, or closely matching petrochemical utilities.

• Strong practical understanding of high-pressure gas handling, piping system layouts, heat exchangers, pressure relief valves, and basic pneumatic instrumentation.

• Demonstrated commitment to behavioral safety programs, hazard observation reporting, and strict adherence to safe work habits.

## Core Candidate Requirements and Selection Criteria

To be considered for these high-profile international positions, candidates must meet a clear set of qualifications designed to maintain top-tier industry standards:

• Industry-Specific Experience: Applicants must possess verified experience in Oil & Gas, LNG, Regasification, LNG Terminals, Gas Processing, or Energy Infrastructure projects. General industrial experience will not suffice; direct hydrocarbon processing knowledge is mandatory.

• Preferred Domain Expertise: Candidates with specific operational experience directly on LNG Terminals or Regasification facilities will receive priority attention during the resume vetting process.

• Educational Credentials: A valid Bachelor's Degree, Technical Diploma, ITI certificate, or officially recognized Trade Certificate in your respective discipline is required.

• Technical Knowledge Base: A deep understanding of modern plant operations, industrial troubleshooting methodologies, international HSE management systems (e.g., OSHA, NEBOSH frameworks), and global industry best practices.

• Global Exposure: Prior experience working on international projects—particularly in remote, overseas, or offshore environments—will be considered a major competitive advantage.

## Step-by-Step Application Guide: How to Apply

If you have the requisite experience and are ready to advance your career on a premier LNG asset in West Africa, follow these steps to submit a competitive application:

1. Optimize Your Resume: Tailor your CV to clearly highlight your specific LNG and Regasification experience. Quantify your achievements (e.g., managed a team of 10, cut equipment downtime by 15%, directed a 30-day turnaround).

2. Gather Technical Documentation: Prepare clear, digital copies of your academic degrees, technical diplomas, trade certifications, and reference letters from previous employers.

3. Draft Your Application Email: Structure your application clearly, ensuring you call out your specific target role in the subject line.

### Recruitment Contact Directory

Submit your updated CV along with your relevant technical certifications directly to the recruitment manager:

• Recruitment Agency: Ably Resources

• Contact Representative: Oliver Chung

• Direct Application Email: oliver.chung@ablyresources.com

⚠️ Important Application Note: Due to the high volume of applications expected for this global recruitment drive, only fully qualified, shortlisted candidates will be contacted for technical interviews and screening. Ensure your email clearly outlines your matching credentials to maximize your visibility.