Handbook for Design and Construction of Oil and Gas Production Facilities in Nigeria

Introduction

The Nigerian oil and gas sector is a broad and highly regulated industry, where adherence to technical standards, safety requirements, and regulatory obligations is critical for operational success. It consolidates the legal, regulatory, and technical requirements applicable to upstream operations and provides practical guidance to help operators, contractors, and investors navigate the regulatory landscape efficiently.

This handbook is designed to serve as a practical and a broad guide for stakeholders in the Nigerian oil and gas industry involved in the design, construction, and operation of oil and gas production facilities. Its primary purpose is to provide clear guidance on regulatory compliance, technical standards, and industry best practices.

Legal and Regulatory Basis

The operation of oil and gas production facilities in Nigeria is governed by a robust legal and regulatory framework that includes the Petroleum Industry Act (PIA) 2021, NUPRC guidelines, legacy DPR regulations, and other statutory instruments issued by competent authorities. These laws and regulations define the standards for facility design, construction, operation, and decommissioning. The legal framework ensures environmental protection, worker safety, operational efficiency, and accountability in the upstream petroleum sector. Compliance with these laws is mandatory and is critical to obtaining and maintaining the necessary permits and licenses for operation.

Role of the Nigerian Upstream Petroleum Regulatory Commission (NUPRC)

The Nigerian Upstream Petroleum Regulatory Commission (NUPRC) is the principal regulator of upstream petroleum operations in Nigeria. It is responsible for issuing permits, monitoring compliance with safety and environmental standards, approving facility designs, and overseeing the entire lifecycle of oil and gas projects. The NUPRC also enforces industry standards, ensures alignment with national policies, and provides technical guidance to operators. Its role is central to maintaining operational integrity, protecting public interest, and safeguarding Nigeria’s petroleum resources.

Applicability to Oil and Gas Operators

This handbook is intended for all entities involved in upstream oil and gas activities, including operators, engineering and construction contractors, project managers, consultants, and investors. It applies to both onshore and offshore facilities, covering conventional oil and gas production, enhanced recovery operations, and associated support infrastructure. By following the guidance provided in this handbook, operators can ensure compliance with statutory requirements, reduce operational risks, and improve project outcomes.

Overview of Facility Lifecycle Regulation in Nigeria

Oil and gas facilities in Nigeria are subject to regulation throughout their entire lifecycle, from planning and design, through construction and commissioning, to operation, maintenance, and eventual decommissioning. The regulatory framework sets out requirements for design approval, safety management, environmental impact assessments, quality assurance, and asset integrity management. Compliance at each stage of the facility lifecycle is critical to obtaining operational permits and avoiding regulatory sanctions. This handbook provides a structured overview of these lifecycle requirements, helping operators navigate regulatory processes efficiently and effectively.

Scope, Definitions, and Facility Classification

This section defines the scope of this handbook and clarifies key terms and facility categories used throughout the document. It establishes a common understanding of what constitutes an oil and gas production facility in Nigeria and how different facility types are classified for regulatory purposes. Clear definitions and classifications are essential for determining applicable approvals, compliance obligations, and lifecycle regulatory requirements under Nigerian petroleum laws.

Scope of Application

This handbook applies to all oil and gas production facilities developed and operated within Nigeria’s upstream petroleum sector. It covers facilities located onshore, offshore, and in swamp terrains, including both new developments and existing installations. The scope includes facilities owned or operated by licensees, lessees, joint venture partners, and service providers acting on behalf of operators. The handbook also applies to facility modifications, expansions, upgrades, and integrated developments that impact production, processing, safety, or environmental performance.

Definition of Oil and Gas Production Facilities

Oil and gas production facilities refer to all fixed and mobile installations used for the extraction, processing, handling, and initial treatment of crude oil, natural gas, and associated fluids. These facilities include wellhead installations, flow stations, production manifolds, separators, storage tanks, gas processing units, export pipelines within production areas, utilities, and supporting infrastructure. Production facilities may be standalone or part of an integrated development and are subject to regulatory oversight throughout their operational lifecycle.

Facility Modification and Upgrade

Facility modification and upgrade involve any alteration to an existing production facility that affects its design capacity, process configuration, operating conditions, safety systems, or environmental performance. This includes debottlenecking, capacity expansion, equipment replacement, process optimization, and technology upgrades. All modifications and upgrades are subject to regulatory review and approval by the NUPRC to ensure continued compliance with applicable safety, technical, and environmental standards.

Integrated Facilities

Integrated facilities are production installations that combine multiple functions within a single development or interconnected system. These may include integrated oil and gas processing, power generation, gas handling, storage, and export infrastructure. Integrated facilities are regulated as a single system for approval and compliance purposes, even where individual components serve different operational functions. Operators are required to demonstrate that integrated designs meet all applicable safety, environmental, and operational standards across the entire facility system.

Early Production Facilities (EPF)

Early Production Facilities (EPFs) are temporary or semi-permanent installations deployed to enable early hydrocarbon production before the completion of permanent facilities. EPFs are typically used to accelerate production, gather reservoir data, and support early cash flow. Despite their temporary nature, EPFs are subject to the same regulatory scrutiny as permanent facilities, including design approval, safety assessments, environmental compliance, and defined timelines for transition or decommissioning.

Gas Flare Elimination Facilities (GFEF)

Gas Flare Elimination Facilities (GFEFs) are installations designed to capture, process, utilize, or re-inject associated gas that would otherwise be flared during oil production. These facilities support Nigeria’s gas monetization and flare reduction objectives and are regulated in line with national gas flare elimination policies. GFEFs may include gas compression, processing, storage, power generation, or gas export systems and require specific approvals to ensure technical integrity and environmental compliance.

Offshore, Swamp, and Onshore Facilities

Oil and gas production facilities in Nigeria are classified based on their physical location and operating environment.

• Onshore facilities are located on land and are subject to land-based environmental, safety, and community considerations.
• Swamp facilities are situated in marshy or mangrove areas and require additional safeguards due to sensitive ecosystems and access constraints.
• Offshore facilities operate in Nigeria’s territorial waters and exclusive economic zone and are subject to marine safety, offshore engineering, and international maritime standards.

Each facility type has specific regulatory, technical, and environmental requirements, which operators must address during design, construction, operation, and decommissioning.

Regulatory Approval Framework for Oil and Gas Facilities

As contained in the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, they stated that the development and operation of oil and gas facilities in Nigeria are subject to a structured regulatory approval framework administered by the Nigerian Upstream Petroleum Regulatory Commission (NUPRC). This framework ensures that all facilities meet statutory requirements for safety, technical integrity, environmental protection, and operational efficiency. Regulatory approvals are mandatory at defined stages of a project’s lifecycle and must be obtained before progressing from one stage to the next. Failure to secure the required approvals may result in project delays, enforcement actions, or suspension of operations.

Overview of Mandatory Regulatory Approvals

All oil and gas facilities are required to obtain formal regulatory approvals before construction, commissioning, operation, modification, or decommissioning. These approvals typically cover facility concept selection, engineering design, construction activities, commissioning plans, and operational readiness. In addition to core facility approvals, operators may also be required to obtain approvals related to safety management systems, environmental impact assessments, gas handling, and flare reduction measures. The specific approvals required depend on the facility type, location, and scope of activities but are mandatory for lawful operation.

Approval Stages and Sequencing

Regulatory approvals are granted in a defined sequence aligned with the facility lifecycle. Projects are expected to progress through concept approval, detailed engineering and design approval, construction approval, commissioning authorization, and operational approval. Each stage builds on the previous one and requires evidence of compliance before the project can advance. Operators are not permitted to commence construction or operations without the relevant approvals for that stage. Proper sequencing ensures regulatory visibility, risk control, and early identification of technical or compliance issues.

Validity and Revalidation of Approvals

Regulatory approvals are issued with defined validity periods and conditions. Approvals may expire if a project does not progress within the approved timeframe or if there are significant changes to the approved scope. In such cases, revalidation or fresh approval may be required. Operators are responsible for monitoring the status of their approvals and ensuring that all regulatory authorizations remain valid throughout the project lifecycle. Any deviation from approved designs or timelines must be formally communicated to the regulator for review and approval.

Regulatory Oversight and Project Monitoring Philosophy

The NUPRC adopts a risk-based and lifecycle-oriented approach to regulatory oversight and project monitoring. This approach focuses on early engagement, continuous compliance, and proactive risk management rather than reactive enforcement. Regulatory oversight may include document reviews, site inspections, technical audits, and compliance assessments at various project stages. The objective is to ensure that facilities are developed and operated safely, efficiently, and in line with national petroleum policies while minimizing risks to personnel, the environment, and host communities.

Conceptual Design Approval (CDA)

Furthermore, the guideline also stated that, conceptual Design Approval (CDA) represents the first formal regulatory approval in the facility development lifecycle. It confirms that the selected development concept is technically sound, safe, environmentally responsible, and aligned with regulatory and national petroleum objectives. CDA must be obtained before progressing to detailed engineering, procurement, or construction activities. The approval provides regulatory confidence that the chosen concept has been properly evaluated and is suitable for further development.

Concept Selection and Evaluation Studies

Concept selection involves the systematic evaluation of feasible development options for a proposed oil and gas facility. These options may include alternative facility configurations, processing schemes, location choices, and export routes. Evaluation studies typically assess technical feasibility, safety risks, environmental impact, operability, cost, and schedule. Operators are expected to demonstrate that the selected concept represents the optimal balance of safety, performance, cost efficiency, and regulatory compliance.

Concept Management Review Workshop

A Concept Management Review Workshop is conducted to validate the selected development concept and confirm that key risks and uncertainties have been identified and addressed. The workshop brings together project management, engineering, operations, safety, and environmental specialists. It serves as a structured decision-making forum to confirm readiness for regulatory submission. Outputs from the workshop, including risk registers and action plans, form part of the supporting documentation for CDA.

Concept Design Documentation Requirements

Concept design documentation provides a high-level description of the proposed facility and its operating philosophy. This documentation typically includes process descriptions, preliminary process flow diagrams, layout concepts, design capacities, utilities overview, safety philosophies, and environmental considerations. While not as detailed as later engineering stages, the documentation must be sufficiently robust to demonstrate technical integrity, safety compliance, and feasibility of the proposed concept.

Submission Package for CDA

The CDA submission package consolidates all concept-level studies and supporting documents into a formal application to the NUPRC. The package generally includes the selected concept description, results of evaluation studies, outcomes of the concept review workshop, preliminary safety and environmental assessments, and an implementation schedule. The submission must clearly justify the selected concept and demonstrate alignment with applicable regulatory requirements and industry standards.

Criteria for Issuance of Conceptual Design Approval

Conceptual Design Approval is issued based on the regulator’s assessment that the proposed concept is technically viable, safe, environmentally acceptable, and compliant with applicable laws and guidelines. The NUPRC also considers whether key risks have been identified and adequately mitigated and whether the concept supports efficient resource development. Approval may be granted with conditions that must be addressed at subsequent project stages.

Managing Changes to Approved Concepts

Once a concept has been approved, any significant change to the approved design basis, capacity, processing scheme, or location must be formally communicated to the NUPRC. Such changes may require a review, amendment, or re-approval of the concept. Operators are expected to implement a structured change management process to assess the impact of proposed changes on safety, environment, cost, and regulatory compliance before proceeding.

Front End Engineering Design (FEED) Approval

In accordance with the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it is stated that Front End Engineering Design (FEED) Approval marks the transition from concept development to detailed project definition. At this stage, the approved concept is translated into a defined engineering basis that supports cost estimation, schedule planning, procurement strategy, and regulatory assurance. FEED Approval confirms that the project has reached a sufficient level of technical maturity to proceed toward detailed engineering and construction, subject to regulatory clearance.

Notification of FEED Commencement

Before commencing FEED activities, operators are required to formally notify the NUPRC of their intention to proceed with the FEED stage. This notification provides regulatory visibility into project timelines and confirms that Conceptual Design Approval has been obtained. It also establishes the basis for regulatory engagement, monitoring, and alignment throughout the FEED phase.

Permits, Consents, and Approvals (PCA) Register

At the FEED stage, operators are expected to develop and maintain a comprehensive Permits, Consents, and Approvals (PCA) Register. The register identifies all regulatory approvals required for the project across its lifecycle, including environmental, safety, land access, and operational permits. The PCA Register serves as a planning and compliance tool to track approval status, responsible parties, and timelines, ensuring that no regulatory requirement is overlooked.

Engineering and Technical Studies at FEED Stage

FEED involves the execution of detailed engineering and technical studies to define the facility design and operating philosophy. These studies typically include process design, equipment sizing, layout development, safety studies, hazard identification, operability reviews, and reliability assessments. The objective is to confirm that the design is safe, operable, and constructible, and that it meets applicable technical standards and regulatory requirements.

Environmental Studies and PIAR Requirements

Environmental considerations are integral to FEED Approval. Operators are required to carry out or update relevant environmental studies, including Environmental Impact Assessments and other studies prescribed by regulation. Where applicable, a Project Impact Assessment Report (PIAR) or equivalent submission must be prepared and submitted in line with NUPRC requirements. These studies demonstrate that potential environmental and social impacts have been identified, assessed, and mitigated.

Procurement Activities During FEED

Limited procurement activities may be undertaken during the FEED stage, provided they do not constitute full-scale construction or commitment beyond regulatory allowances. Such activities typically include long-lead item identification, vendor engagement, and technical bid evaluations. All procurement actions must align with the approved concept and FEED scope and remain subject to regulatory conditions.

FEED Documentation and Submission Package

The FEED submission package consolidates all engineering, technical, environmental, and regulatory documents developed during the FEED phase. This package typically includes detailed design basis documents, engineering deliverables, updated safety and environmental studies, the PCA Register, cost and schedule estimates, and execution plans. The submission must demonstrate that the project design is mature, coordinated, and compliant with applicable regulations.

Criteria for Issuance of FEED Approval

FEED Approval is issued when the NUPRC is satisfied that the project design has achieved sufficient technical definition and maturity. The regulator assesses compliance with approved concepts, adequacy of safety and environmental studies, completeness of engineering documentation, and readiness to proceed to detailed engineering and construction. Approval may be granted with conditions that must be addressed in subsequent project phases.

Detailed Engineering Design (DED) Approval

As stipulated under the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it is stated that, Detailed Engineering Design (DED) Approval confirms that the project has progressed from design definition to full technical readiness for construction and fabrication. At this stage, all engineering details are finalized, procurement strategies are confirmed, and construction planning is advanced. DED Approval provides regulatory assurance that the facility design fully complies with applicable safety, technical, and environmental requirements and is ready for implementation.

Commencement of Detailed Engineering

Detailed engineering may only commence after FEED Approval has been obtained. Operators are required to formally notify the NUPRC of the commencement of the DED phase. This notification confirms that the project is transitioning into a critical execution stage and enables regulatory monitoring of design finalization activities.

Engineering and Technical Studies at DED Stage

The DED stage involves the completion of all detailed engineering and technical studies required to support fabrication, installation, and construction. These studies include final process design, detailed equipment specifications, structural and civil designs, piping and instrumentation diagrams, electrical and control systems design, and safety system engineering. All studies must align with the approved FEED basis and comply with recognized engineering codes, standards, and regulatory requirements.

Environmental Management Plan (EMP) Requirements

An Environmental Management Plan (EMP) is required at the DED stage to translate approved environmental commitments into actionable management measures. The EMP outlines mitigation measures, monitoring programs, roles and responsibilities, and reporting arrangements for environmental performance during construction and operation. The EMP must be consistent with approved environmental studies and submitted to the NUPRC for review as part of the DED Approval process.

Procurement Activities During DED

Procurement activities during the DED stage typically involve the placement of purchase orders for equipment, materials, and services required for construction. These activities must be based on approved detailed designs and specifications. Operators are expected to ensure that procured items meet approved technical standards and quality requirements and that procurement processes support safety, reliability, and regulatory compliance.

Design Dossier and Technical Documentation

The design dossier consolidates all detailed engineering documents and technical records that define the final facility design. This includes drawings, calculations, specifications, datasheets, safety studies, and design justifications. The design dossier serves as the authoritative technical reference for construction, inspection, and future operations and must be complete, accurate, and properly controlled.

Contracting, Fabrication, and Inspection Strategy

At the DED stage, operators are required to define contracting arrangements, fabrication plans, and inspection strategies. This includes contractor selection, fabrication yard approvals, quality assurance and quality control procedures, and inspection and test plans. The strategy must demonstrate that construction and fabrication activities will be executed in compliance with approved designs, applicable standards, and regulatory expectations.

Criteria for Issuance of Detailed Engineering Approval

Detailed Engineering Design Approval is issued when the NUPRC is satisfied that all engineering designs are complete, technically sound, and compliant with regulatory requirements. The regulator also considers the adequacy of environmental management measures, procurement readiness, and construction planning. Approval may include conditions that must be fulfilled before or during construction activities.

Construction, Fabrication, and Installation

In line with the requirements of the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it is stated that, the construction, fabrication, and installation phase represents the physical execution of the approved facility design. This stage translates approved engineering documents into permanent infrastructure and is subject to strict regulatory oversight to ensure safety, quality, and compliance with approved designs. All activities must be carried out in accordance with Detailed Engineering Design Approval, applicable standards, and conditions issued by the Nigerian Upstream Petroleum Regulatory Commission (NUPRC).

Notification of Construction Commencement

Operators are required to formally notify the NUPRC before commencing any construction, fabrication, or installation activities. The notification confirms that all prerequisite approvals have been obtained and that the project is ready for execution. It also enables the regulator to plan inspections, audits, and monitoring activities throughout the construction phase.

Fabrication Yard and Contractor Requirements

All fabrication yards and contractors engaged in the project must meet regulatory and technical requirements approved by the NUPRC. Fabrication yards are expected to demonstrate adequate facilities, qualified personnel, safety systems, and quality management processes. Contractors must be properly registered, competent, and experienced in the scope of work assigned. Any change in fabrication yard or major contractor requires prior regulatory notification or approval.

Quality Assurance and Quality Control

A comprehensive Quality Assurance and Quality Control (QA/QC) system is mandatory during construction and fabrication. QA/QC procedures ensure that materials, workmanship, and processes comply with approved specifications, codes, and standards. This includes material traceability, inspection plans, non-conformance management, and corrective actions. QA/QC records form part of the permanent project documentation and are subject to regulatory review.

Factory Acceptance Testing (FAT)

Factory Acceptance Testing (FAT) is required for critical equipment and systems to verify compliance with design specifications and functional requirements before shipment to site. FAT activities may be witnessed by the operator and, where required, by the NUPRC or its representatives. Successful completion of FAT is a prerequisite for equipment acceptance and installation.

Installation, Load-out, Transportation, and Erection

Installation activities include load-out, transportation, lifting, positioning, and erection of facility components at site. These activities must be supported by approved procedures, lifting plans, transportation analyses, and risk assessments. Operators are responsible for ensuring that installation activities are executed safely, in line with approved designs and industry best practices, and with minimal risk to personnel and the environment.

Offshore and Floating Facility Installation Requirements

Offshore and floating facility installations are subject to additional regulatory and technical requirements due to their complexity and risk profile. These include marine operations planning, stability and mooring analyses, weather window assessments, and compliance with applicable offshore engineering and maritime standards. Floating facilities must demonstrate structural integrity, station-keeping capability, and safe interfacing with subsea and export systems. All offshore installation activities are subject to heightened regulatory oversight and inspection by the NUPRC.

Pre-Commissioning and Commissioning

Pursuant to the provisions of the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it is stated that Pre-commissioning and commissioning represent the final stages of facility development before full operational approval. These activities confirm that the installed facility has been constructed in accordance with approved designs, that all systems are functional and safe, and that the facility is ready for the controlled introduction of hydrocarbons. Regulatory oversight at this stage is critical to ensuring personnel safety, asset integrity, and environmental protection.

Pre-Commissioning Activities

Pre-commissioning activities are carried out to prepare systems and equipment for commissioning and start-up. These activities typically include system completion checks, mechanical completion verification, cleaning and flushing of pipelines, pressure testing, electrical continuity checks, and instrumentation verification. Pre-commissioning confirms that all systems are installed correctly and are ready for functional testing and commissioning.

Calibration of Storage Tanks

Calibration of storage tanks is required to ensure accurate measurement of produced and stored hydrocarbons. Tank calibration activities must be conducted using approved methods and certified service providers. Calibration charts and certificates form part of the regulatory documentation and must be submitted to the NUPRC as evidence of compliance before hydrocarbons are introduced into the facility.

Pre-Start-Up Safety Audit (PSUA)

A Pre-Start-Up Safety Audit (PSUA) is conducted to verify that all safety-critical systems, procedures, and controls are in place and functional. The audit assesses compliance with approved safety studies, operating procedures, and emergency response arrangements. Findings from the PSUA must be addressed and closed out before commissioning approval is granted.

Pre-Start-Up Safety Review (PSSR)

The Pre-Start-Up Safety Review (PSSR) provides a final confirmation that the facility is ready for safe start-up. It focuses on verifying that construction and commissioning activities have been completed, that safety systems are operational, and that personnel are trained and competent. The PSSR also confirms that outstanding issues from earlier safety reviews have been resolved.

Commissioning and Introduction of Hydrocarbon

Commissioning involves the controlled testing and start-up of facility systems under operational conditions. The introduction of hydrocarbons is a critical milestone and may only be carried out after receiving formal regulatory authorization. Commissioning activities must follow approved procedures and be conducted under close supervision to ensure safety and environmental protection.

Regulatory Documentation and Approval Criteria

Regulatory approval for commissioning is based on the submission and review of comprehensive documentation. This typically includes pre-commissioning and commissioning procedures, PSUA and PSSR reports, tank calibration certificates, system completion records, and readiness declarations. Approval is granted when the NUPRC is satisfied that the facility is technically complete, safe to operate, and fully compliant with applicable regulatory requirements.

Permit to Operate (PTO)

As provided in the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it is stated that, the Permit to Operate (PTO) is the formal regulatory authorization that allows an oil and gas facility to commence sustained commercial operations. It is issued after successful completion of commissioning activities and confirmation that the facility is safe, reliable, and compliant with approved designs and regulatory requirements. No facility is permitted to operate on a continuous basis without a valid PTO issued by the Nigerian Upstream Petroleum Regulatory Commission (NUPRC).

Cold and Hot Commissioning

Cold commissioning involves the testing of systems and equipment without the introduction of hydrocarbons. This includes functional testing of mechanical, electrical, instrumentation, and control systems. Hot commissioning follows cold commissioning and involves testing under live operating conditions with hydrocarbons introduced. Both stages must be executed in accordance with approved procedures and witnessed as required to demonstrate system readiness and operational safety.

Performance Acceptance Testing

Performance Acceptance Testing is conducted to verify that the facility meets its approved design capacities and operating parameters. These tests confirm that process units, utilities, and support systems perform as intended under normal operating conditions. Test results are documented and submitted as part of the PTO application to demonstrate that the facility can achieve stable and efficient production.

Reliability and Maximum Continuous Rating Tests

Reliability testing and Maximum Continuous Rating (MCR) tests are performed to demonstrate the facility’s ability to operate continuously at its rated capacity without failure. These tests assess equipment integrity, system stability, and operational robustness over a defined period. Successful completion of reliability and MCR tests provides assurance that the facility can sustain safe and uninterrupted operations.

Submission Package for Permit to Operate

The PTO submission package consolidates all documentation required to support operational approval. This typically includes commissioning and test reports, performance and reliability test results, updated as-built drawings, operating manuals, maintenance strategies, safety and emergency response documentation, and compliance declarations. The submission must confirm that all conditions from earlier approvals have been satisfied.

Issuance and Validity of PTO

The PTO is issued when the NUPRC is satisfied that the facility is safe, technically sound, and fully compliant with regulatory requirements. The permit is issued with defined validity periods and conditions, which may include reporting obligations and compliance monitoring. Operators are responsible for maintaining compliance throughout the validity period and for applying for renewal or revalidation of the PTO where required.

Minimum Design, Construction, and Installation Requirements

This section sets out the minimum technical and safety requirements that apply to the design, construction, and installation of oil and gas production facilities in Nigeria. These requirements are intended to ensure safe operations, structural integrity, environmental protection, and regulatory compliance throughout the facility lifecycle. All facilities must be designed and executed in accordance with approved standards, recognized engineering practices, and the requirements of the Nigerian Upstream Petroleum Regulatory Commission (NUPRC).

Design Philosophy and Risk Management

Facility design must be based on a clearly defined design philosophy that prioritizes safety, reliability, operability, and maintainability. Risk management principles shall be applied from the earliest design stage through construction and installation. This includes hazard identification, risk assessment, and implementation of mitigation measures to reduce risks to personnel, assets, and the environment to acceptable levels.

Facility Layout and Site Selection

Facility layout and site selection must consider operational efficiency, safety distances, access for maintenance and emergency response, and environmental sensitivity. Layouts should minimize risk of escalation, provide clear separation of hazardous and non-hazardous areas, and allow safe movement of personnel and equipment. Site selection must account for geotechnical conditions, flooding risk, community proximity, and regulatory land-use requirements.

Engineering Drawings and Specifications

All facilities must be supported by complete and approved engineering drawings and technical specifications. These documents define the design intent and provide the basis for construction, inspection, and future operations. Drawings and specifications must be accurate, controlled, and consistent with approved design dossiers and regulatory submissions.

Materials Selection

Materials used in facility construction must be suitable for the intended service conditions, including pressure, temperature, corrosion potential, and environmental exposure. Material selection must comply with recognized standards and consider lifecycle performance, availability, and inspection requirements. Proper material certification and traceability are mandatory.

Civil, Structural, and Foundation Design

Civil, structural, and foundation designs must ensure adequate strength, stability, and durability under all anticipated loads. Designs shall account for static and dynamic loads, environmental forces, soil conditions, and seismic considerations where applicable. Foundations must be designed to prevent settlement, structural failure, or loss of containment.

Mechanical, Piping, and Pressure Systems

Mechanical equipment, piping, and pressure systems must be designed, fabricated, and installed in accordance with applicable codes and standards. Pressure-containing systems must include adequate protection against overpressure and failure. Proper routing, support, inspection access, and isolation provisions are required to ensure safe operation and maintenance.

Electrical, Instrumentation, and Control Systems

Electrical, instrumentation, and control systems must be designed to support safe and reliable operations. This includes power distribution, grounding, hazardous area classification, instrumentation accuracy, and control system redundancy. Safety-critical instrumentation must be independent, reliable, and tested to ensure functional integrity.

Fire Protection, Safety Systems, and Escape Routes

Facilities must be equipped with appropriate fire detection, fire protection, and safety systems to prevent, detect, and control incidents. Escape routes, muster points, and emergency shutdown systems must be clearly defined and accessible. Safety systems must be designed to remain functional under emergency conditions.

Environmental Design Considerations

Environmental protection measures must be integrated into facility design to minimize emissions, discharges, and waste generation. Design considerations should address spill prevention, waste handling, noise control, and protection of sensitive ecosystems. Facilities must support compliance with environmental permits and regulatory limits.

Corrosion Management and Integrity Design

Corrosion management must be addressed through design, material selection, coatings, cathodic protection, and inspection planning. Integrity design ensures that structures, equipment, and pipelines remain safe and functional throughout their design life. Corrosion control measures must be documented and monitored.

Special Requirements for Offshore and Swamp Facilities

Offshore and swamp facilities are subject to additional design and installation requirements due to environmental exposure and access challenges. These include marine loads, wave and current forces, erosion, access constraints, and environmental sensitivity. Designs must incorporate appropriate protection measures, redundancy, and inspection access to ensure safe and reliable operations in these environments.

Operations Readiness and Facility Operations

As set out in the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it states that; Operations readiness and facility operations ensure that oil and gas production facilities are operated safely, efficiently, and in continuous compliance with regulatory requirements. This section outlines the minimum expectations for operational preparedness, ongoing regulatory compliance, and safe day-to-day facility management after the issuance of the Permit to Operate (PTO). Operators are responsible for maintaining operational integrity throughout the facility’s operating life.

Renewal of Permit to Operate

The Permit to Operate is subject to periodic renewal in accordance with NUPRC requirements. Operators must apply for renewal before the expiry of the existing permit and demonstrate continued compliance with operational, safety, and environmental obligations. Renewal applications typically require submission of operational performance records, inspection and maintenance reports, incident history, and confirmation of compliance with permit conditions.

Inspection and Maintenance Philosophy

Facilities must operate under a structured inspection and maintenance philosophy designed to preserve asset integrity and prevent failures. This includes preventive, predictive, and corrective maintenance programs supported by risk-based inspection methodologies. Inspection and maintenance activities must be documented, tracked, and reviewed regularly to ensure equipment reliability and regulatory compliance.

Central Control Room Operations

Central control rooms serve as the primary hub for monitoring and controlling facility operations. Control room systems must provide real-time visibility of critical process parameters, alarms, and safety systems. Operators are required to ensure that control rooms are adequately staffed with trained and competent personnel and that control systems are reliable, secure, and properly maintained.

Terminal and Custody Transfer Operations

Terminal and custody transfer operations involve the measurement, storage, and transfer of hydrocarbons for export or downstream processing. These operations must be conducted using calibrated and certified metering systems to ensure accurate measurement and accountability. Proper documentation, reconciliation procedures, and regulatory reporting are required to support transparency and revenue assurance.

Pipeline Operations

Pipeline operations must be managed to ensure safe and reliable transportation of hydrocarbons. This includes integrity monitoring, leak detection, corrosion control, right-of-way management, and emergency response preparedness. Operators are responsible for maintaining pipeline safety and preventing incidents that could impact personnel, communities, or the environment.

Contractor and Work Safety Management

Contractor and work safety management is a critical component of facility operations. Operators must ensure that all contractors comply with approved safety management systems, site rules, and permit-to-work procedures. Clear roles, responsibilities, and supervision arrangements must be established to manage work activities safely and prevent accidents.

Health, Safety, and Environmental (HSE) Requirements

As specified in the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it states that; Health, Safety, and Environmental (HSE) management is a fundamental component of oil and gas facility operations. Effective HSE practices protect personnel, communities, assets, and the environment, while ensuring regulatory compliance. This section outlines minimum HSE expectations for operators, contractors, and personnel throughout the facility lifecycle.

General HSE Management Principles

Facilities must operate under a structured HSE management system aligned with national legislation, NUPRC guidelines, and recognized international standards. Core principles include hazard identification, risk assessment, implementation of control measures, continuous monitoring, and periodic review. Operators are responsible for establishing clear policies, accountability structures, and procedures to prevent accidents, incidents, and environmental harm.

Competency and Training Requirements

Personnel must possess the necessary skills, knowledge, and experience to perform their roles safely and effectively. Training programs must cover operational procedures, emergency response, HSE awareness, and technical competencies. Regular refresher courses and competency assessments are required to maintain readiness and compliance with evolving regulatory requirements.

Personal Protective Equipment

Appropriate personal protective equipment (PPE) must be provided to all personnel, including employees, contractors, and visitors. PPE selection should be based on task-specific hazard assessments and maintained in good condition. Operators are responsible for enforcing proper PPE use and ensuring personnel are trained in its correct application.

Occupational Health and Security

Facilities must implement occupational health programs to monitor and manage employee health risks, including exposure to hazardous substances, ergonomic risks, and fatigue. Security measures must safeguard personnel, assets, and infrastructure from unauthorized access, theft, or sabotage. Occupational health and security policies must align with regulatory requirements and recognized best practices.

Fire Protection and Emergency Preparedness

Facilities must be equipped with fire detection, suppression, and alarm systems appropriate to identified hazards. Emergency preparedness plans, including evacuation procedures, muster points, and emergency drills, must be established and regularly tested. Personnel must be trained in fire prevention, response, and emergency procedures to ensure effective and timely action during incidents.

Waste Management and Environmental Monitoring

Operators are required to implement waste management programs that minimize the generation of hazardous and non-hazardous waste. Environmental monitoring programs must track emissions, discharges, and environmental impacts to ensure compliance with regulatory limits. Facilities must adopt measures to prevent pollution and mitigate environmental harm.

Oil Spill and Incident Reporting

All oil spills, incidents, and near-misses must be reported in accordance with regulatory requirements. Operators are responsible for investigating incidents, implementing corrective actions, and submitting reports to the NUPRC. Transparent and timely reporting supports accountability, lessons learned, and continuous improvement in HSE performance.

Offshore and Marine Safety Requirements

Offshore and marine facilities must adhere to additional safety requirements due to the higher risks associated with marine operations. These include safe vessel operations, marine evacuation procedures, offshore survival training, and compliance with international maritime standards. Safety measures must address environmental protection, emergency response, and personnel well-being in remote and challenging locations.

Special Facility Types and Projects

According to the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it states that; certain facility types and projects in the Nigerian oil and gas sector have unique characteristics or operational requirements that necessitate specialized regulatory consideration. This section provides guidance on regulatory expectations, technical requirements, and compliance considerations for such facilities and projects.

Produced Gas Flare Elimination Facilities (GFEF)

Gas Flare Elimination Facilities (GFEFs) are designed to capture, process, and utilize associated gas that would otherwise be flared during oil production. GFEFs support Nigeria’s national objectives for gas utilization and environmental protection. Operators of GFEFs are required to submit detailed process designs, gas handling plans, and flare reduction strategies to the NUPRC for approval. Regulatory oversight ensures that GFEFs operate safely, minimize emissions, and comply with gas flare reduction targets.

Early Production Facilities (EPF)

Early Production Facilities (EPFs) are temporary or semi-permanent installations deployed to initiate production before permanent facilities are completed. EPFs are commonly used to accelerate cash flow, gather reservoir data, and support phased development strategies. EPFs are subject to the same regulatory scrutiny as permanent facilities, including safety, environmental, and operational approvals. Operators must submit EPF design and operational plans to the NUPRC and demonstrate that these facilities will transition safely to permanent infrastructure or be decommissioned responsibly.

Integrated Facility Developments

Integrated facilities combine multiple production, processing, and support functions into a single development or interconnected system. Examples include combined oil and gas processing facilities, central processing hubs, and integrated utility systems. Integrated facilities are regulated as a single system, requiring comprehensive design submissions, risk assessments, and compliance documentation. Operators must demonstrate that all integrated components meet safety, environmental, and operational requirements across the entire facility.

Facility Modifications and Life Extension Projects

Modifications, upgrades, or life extension projects involve altering existing facilities to increase capacity, improve performance, or extend operational life. Such projects must be planned and executed in accordance with regulatory requirements for change management, safety, and environmental compliance. Operators are required to submit detailed modification plans, risk assessments, and engineering documentation to the NUPRC for approval. Regulatory review ensures that facility integrity, safety, and compliance are maintained during and after modifications or life extension activities.

Decommissioning, Removal, and Abandonment

As stipulated under the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it is stated that; decommissioning, removal, and abandonment represent the final stage of the lifecycle of oil and gas production facilities. These activities involve safely shutting down operations, dismantling infrastructure, and restoring the environment to an acceptable state. Proper planning and regulatory compliance are essential to protect personnel, the environment, and the public, as well as to fulfill statutory obligations under Nigerian petroleum regulations.

Regulatory Approval Requirements

Operators must obtain regulatory approvals from the Nigerian Upstream Petroleum Regulatory Commission (NUPRC) before commencing any decommissioning or abandonment activities. Applications must include detailed plans for facility shutdown, equipment removal, waste management, and environmental protection. The regulator assesses these plans to ensure compliance with technical, safety, and environmental standards, and to verify that decommissioning activities will be executed in a controlled and accountable manner.

End-of-Life Facility Management

End-of-life management involves safely ceasing production operations, isolating hydrocarbon systems, depressurizing equipment, and securing all hazardous materials. Facilities must be evaluated for residual risks, and all decommissioning activities should follow approved procedures to prevent accidents, spills, or structural failures. Operators are responsible for maintaining records of all activities, ensuring that assets are dismantled or repurposed in line with regulatory expectations.

Environmental Restoration Obligations

Environmental restoration is a key requirement of facility decommissioning. Operators must implement measures to restore land, water, and marine environments affected by facility operations. This may include soil remediation, re-vegetation, removal of debris, rehabilitation of waterways, and monitoring to ensure ecosystem recovery. Environmental restoration plans must be approved by the NUPRC and comply with national environmental regulations.

Compliance with Decommissioning Guidelines

All decommissioning, removal, and abandonment activities must adhere to established regulatory guidelines and industry best practices. This includes compliance with the Petroleum Industry Act (PIA), relevant NUPRC decommissioning regulations, and international standards for offshore, onshore, and swamp facilities. Operators are expected to conduct risk assessments, implement safe work practices, and submit completion reports to the regulator to demonstrate compliance.

Regulatory Roles and Project Governance

In line with the requirements of the Handbook for Design and Construction of Oil and Gas Facilities issued by NUPRC or DPR, it is stated that; effective governance and clear regulatory engagement are essential for the successful delivery of oil and gas projects in Nigeria. The Nigerian Upstream Petroleum Regulatory Commission (NUPRC) plays an active role throughout the facility lifecycle to ensure compliance with statutory, technical, and environmental requirements. This section outlines the responsibilities of regulatory personnel, their participation in project oversight, and the governance processes that guide project execution.

Responsibilities of NUPRC Project Nominees

NUPRC project nominees serve as the regulatory representatives assigned to oversee specific projects. Their responsibilities include reviewing engineering designs, monitoring compliance with approved permits, providing guidance on regulatory requirements, and ensuring that project execution aligns with national petroleum policies. Nominees act as a liaison between the operator and the regulator, facilitating timely approvals and promoting adherence to safety, environmental, and technical standards.

Participation in Engineering Reviews and Inspections

Regulatory nominees participate in key engineering reviews, including Conceptual Design Approval (CDA), Front End Engineering Design (FEED), Detailed Engineering Design (DED), and pre-commissioning inspections. They may attend design workshops, site inspections, commissioning activities, and audits. Their involvement ensures that the project is executed in accordance with approved designs, regulatory conditions, and industry best practices.

Quarterly Management Review (QMR) Meetings

Operators are required to conduct Quarterly Management Review (QMR) meetings involving project management, technical leads, and NUPRC nominees. These meetings review project progress, assess compliance with regulatory requirements, evaluate safety and environmental performance, and address outstanding issues. QMRs provide a structured forum for governance, risk management, and decision-making to ensure project alignment with statutory obligations and operational goals.

Cost Responsibilities for Regulatory Participation

While NUPRC provides regulatory oversight, operators are generally responsible for covering reasonable costs associated with regulatory participation in project activities. These may include travel, accommodation, allowances, and logistical support for regulatory nominees attending design reviews, inspections, or workshops. Clear arrangements should be established and communicated to ensure transparency and proper budgeting for regulatory engagement throughout the project lifecycle.

Upstream Petroleum Fees and Rent Regulations Under Sections 3(1) (j) Petroleum Industry Act (2021).

SCHEDULE A

1. APPLICABLE FIXED FEES

The following fees shall be applicable:

(a) Application for a petroleum exploration licence $ 5,000

(b) Application for a renewal of a petroleum exploration licence $ 5,000

(c) For granting a PPL pursuant to section 74(1) of the Act $ 500,000

(d) Application for a special PPL pursuant to section 71(5) of the Act $ 10,000

(e) Application for a special PPL pursuant to section 74(3) of the Act $ 2,500,000

(f) For granting a PML pursuant to section 74(1) of the Act $ 10,000

(g) Application for a special PML pursuant to section 74(3) of the Act $ 5,000,000

(h) Request for annual approval of a work programme $ 20,000

(i) Request for approval of an amendment of an annual work programme $ 5,000

(j) Request for authorization of an appraisal program $ 10,000

(k) Request for authorization of a significant gas discovery $ 10,000

(l) Request for authorization of a significant oil discovery $ 10,000

(m) Request for approval of a field development plan $ 500,000

(n) Request for approval of a revision of a field development plan $ 200,000

(o) Application for the renewal of a PML producing 5000 bopd or more $ 2,000,000

(p) Application for the renewal of a PML producing less than 5000 bopd $ 100,000

(q) Application for the renewal of a PML producing non-associated natural gas $ 10,000

(r) Request to withdraw an application or request $ 500

(s) Request for approval to assign or sublet a licence or lease $ 10,000

(t) Application for a termination or partial surrender of a licence or lease $ 5,000

(u) Application for a permit to operate a drilling rig $ 10,000

(v) Application for a permit to operated a seismic vessel $ 10,000

(w) Request for a permit to drill a well on a specific location $ 5,000

(x) Request for an extended well test $ 5,000

(y) Request for a renewal of an extended well test $ 10,000

(z) Request for a permit to suspend a well $ 1,000

(aa)Request for a permit to produce from a previously suspended well $ 1,000

(bb)Request for a permit to permanently abandon a well $ 1,000

(cc) Request for a permit to export samples for analysis $ 500

(dd)Request for a permit to flare or vent petroleum $ 50,000

(ee)Request for authorization of a national gas flaring elimination plan $ 10,000

(ff) Request for authorization of a measurement point and methodology $ 1,000

(gg)Request for a permit to store carbon dioxide in petroleum reservoirs $ 10,000

1. APPLICABLE ANNUAL FEES

The following annual fees shall be applicable:

(a) Oil production platform of 5000 bopd or higher $ 100,000

(b) Oil production platform of less than 5000 bopd $ 2,000

(c) Oil handling facilities $ 10,000

(d) Gas production platforms of any size $ 2,000

(e) Gas handling facilities $ 2,000

1. APPLICABLE RENT

The following rents shall be applicable per year:

(a) For a petroleum exploration licence: $ 1000 plus $ 0.10 per hectare

(b) For a petroleum prospecting licence, other than related to frontier acreages, during the initial

exploration period: $ 5000 plus $ 1 per hectare

(c) For a petroleum prospecting licence, other than related to frontier acreages, during the optional

extension period: $ 10,000 plus $ 2 per hectare

(d) For a petroleum prospecting licence on frontier acreages, during any period: $ 5000 plus $ 0.10

per hectare

(e) For a petroleum mining lease during the initial term and any additional terms: $ 100,000 plus $10 per hectare.

Sanctions, and Enforcement

Compliance with regulatory requirements is supported by a structured framework of fees, sanctions, and enforcement measures. The Nigerian Upstream Petroleum Regulatory Commission (NUPRC) enforces adherence to statutory obligations while providing clear guidance on applicable fees, penalties, and regulatory powers. Understanding these requirements is critical for operators to ensure legal compliance and minimize operational risks.

Applicable Regulatory Fees

Operators are required to pay regulatory fees associated with permit applications, approvals, inspections, and other services provided by the NUPRC. Fees vary depending on the type of permit, facility, and scope of the project. Payment of applicable fees is a prerequisite for processing approvals and maintaining active regulatory compliance. Operators are responsible for tracking fee schedules and ensuring timely remittance.

Non-Compliance and Sanctions

Failure to comply with regulatory requirements may attract sanctions, including fines, suspension of permits, revocation of approvals, or operational stoppages. Non-compliance can arise from delays in submission of required documentation, unsafe operations, environmental violations, or deviations from approved designs. Operators are expected to implement robust compliance management systems to prevent breaches and to promptly address any identified deficiencies.

Enforcement Powers of the Commission

The NUPRC has statutory authority to enforce compliance with upstream petroleum regulations. Enforcement powers include conducting inspections, audits, and investigations; issuing directives to cease or correct non-compliant activities; imposing fines or penalties; and, where necessary, initiating legal proceedings. Regulatory enforcement aims to protect personnel, the environment, and national petroleum resources while ensuring that operators maintain the highest standards of safety and operational integrity.

Documentation, Records, and Reporting

Effective documentation, record-keeping, and reporting are essential for regulatory compliance, operational integrity, and knowledge management in oil and gas projects. Proper management of project records ensures traceability, supports audits and inspections, and facilitates continuous improvement across facility lifecycles.

Document Control Requirements

Operators must implement a structured document control system to manage all project and operational documents. This includes engineering drawings, technical specifications, safety and environmental documentation, inspection reports, and correspondence with regulatory authorities. Document control systems must ensure version control, secure storage, controlled access, and traceability of all records. Proper document management supports accountability, facilitates regulatory review, and minimizes the risk of errors or miscommunication.

As-Built Drawings and Operating Manuals

As-built drawings provide an accurate record of the facility as constructed, reflecting all approved modifications and deviations from the original design. Operating manuals provide guidance on safe and efficient facility operation, including start-up, shutdown, maintenance, and emergency procedures. Both as-built drawings and operating manuals must be submitted to the NUPRC for review and approval and maintained as part of the permanent project record.

End-of-Project Reporting

Operators are required to prepare comprehensive end-of-project reports for all major facility developments, modifications, and decommissioning projects. These reports summarize project scope, design and construction achievements, compliance with approvals, safety and environmental performance, and key challenges encountered. End-of-project reporting ensures regulatory closure and provides a reference for future projects.

Lessons Learned and Continuous Improvement

Capturing lessons learned during project execution is critical for improving future performance, mitigating risks, and enhancing safety and operational efficiency. Operators should document lessons learned and integrate them into project management practices, engineering standards, and operational procedures. Continuous improvement programs ensure that knowledge gained contributes to safer, more efficient, and more compliant facility operations over time.

How Qeeva Advisory Can Help

Qeeva Advisory supports operators, contractors, and investors in navigating Nigeria’s upstream regulatory landscape. Our services include:

• Guidance on regulatory approvals, permits, and compliance documentation.
• Support for engineering reviews, risk assessments, and HSE management.
• Assistance with project governance, audits, and regulatory reporting.
• Advisory services for special projects, facility modifications, and decommissioning.

By partnering with Qeeva Advisory, operators can ensure timely approvals, reduce regulatory risks, and achieve safe, compliant, and sustainable operations.

Glossary and Interpretation

Clear understanding of technical and regulatory terminology is essential for consistent compliance, effective communication, and accurate interpretation of requirements in the Nigerian oil and gas sector. This section provides key definitions and guidance on the interpretation of terms used throughout the handbook, regulatory submissions, and facility operations.

Key Technical and Regulatory Definitions

This subsection provides concise definitions for commonly used technical and regulatory terms, including but not limited to:

• Facility: Any permanent or temporary installation used for the production, processing, storage, or transport of hydrocarbons.
• Conceptual Design Approval (CDA): Regulatory approval confirming the technical feasibility, safety, and environmental acceptability of a proposed facility concept.
• Front End Engineering Design (FEED): Engineering phase that develops the approved concept into a detailed design basis suitable for cost estimation and procurement planning.
• Detailed Engineering Design (DED): Engineering phase that completes all technical design documentation required for construction, fabrication, and commissioning.
• Permit to Operate (PTO): Regulatory authorization allowing a facility to commence sustained commercial operations.
• Early Production Facility (EPF): Temporary or semi-permanent installation used to initiate production prior to full facility development.
• Gas Flare Elimination Facility (GFEF): Facility designed to capture and utilize associated gas that would otherwise be flared.
• Environmental Management Plan (EMP): A documented plan outlining mitigation measures, monitoring programs, and responsibilities for environmental protection.

Interpretation of Regulatory Terms

To avoid ambiguity, operators should interpret regulatory terms in line with statutory definitions provided by the Petroleum Industry Act (PIA), NUPRC guidelines, and other applicable regulations. Where a term has multiple interpretations, the more stringent standard should be applied unless otherwise clarified by the regulator. Operators are encouraged to reference this glossary when preparing regulatory submissions, conducting inspections, or executing operational activities to ensure consistency and compliance.

Frequently Asked Questions (FAQs)

Q1: Who needs regulatory approvals for oil and gas facilities in Nigeria?
A1: All operators developing, constructing, or operating upstream petroleum facilities must obtain the necessary approvals from NUPRC.

Q2: What is the difference between FEED and DED?
A2: FEED (Front End Engineering Design) defines the detailed design basis for cost estimation and procurement, while DED (Detailed Engineering Design) finalizes all engineering details required for construction and commissioning.

Q3: Can operations begin without a Permit to Operate (PTO)?
A3: No. The PTO is mandatory and ensures that facilities meet safety, environmental, and technical standards before sustained operations commence.

Q4: How are environmental obligations managed?
A4: Through Environmental Management Plans (EMP), monitoring programs, spill response protocols, and compliance with NUPRC and national environmental regulations.

Q5: Are modifications or upgrades to existing facilities regulated?
A5: Yes. All facility modifications, life extension projects, and integrated developments require NUPRC review and approval to maintain compliance and operational safety.

Key Takeaways

• Regulatory compliance is essential at every stage of the facility lifecycle, from concept development to decommissioning.
• Engineering discipline and risk management are critical for facility safety, reliability, and operational efficiency.
• Proper documentation, reporting, and record-keeping support regulatory audits, continuous improvement, and knowledge retention.
• Special facility types, such as Early Production Facilities (EPF) and Gas Flare Elimination Facilities (GFEF), require additional regulatory considerations.
• Health, safety, and environmental (HSE) management is integral to protecting personnel, assets, and the environment.
• Effective project governance and clear communication with regulatory bodies ensure timely approvals and smooth project execution.

Conclusion

The development, operation, and eventual decommissioning of oil and gas facilities require careful planning, disciplined execution, and continuous oversight. Compliance with regulatory requirements, adherence to engineering standards, and effective risk management are critical to ensuring safe, reliable, and sustainable operations.

Operators must integrate safety, environmental, and operational considerations throughout the facility lifecycle, from initial concept through to end-of-life management. Proper documentation, training, and maintenance practices support long-term asset integrity and regulatory compliance.

Ultimately, successful facility management depends on the coordinated application of technical expertise, operational discipline, and regulatory alignment to achieve safe, efficient, and environmentally responsible outcomes.

Call-to-Action

Stay compliant. Protect your assets. Optimize your operations.

Contact Qeeva Advisory today to navigate Nigeria’s upstream regulatory requirements efficiently and confidently. Let us help you achieve safe, sustainable, and successful oil and gas operations.

Tel: (+234) 802 320 0801, (+234) 807 576 5799

Email: info@qeeva.com

Office Address: 5, Ishola Bello Close, Iyalla Off Street, Alausa, Ikeja, Lagos, Nigeria