Certificate in Oil and Gas Surface Production Operations Facilities

Why Select this Training Course?

In an industry where efficiency and sustainability are paramount, the Certificate in Oil and Gas Surface Production Operations Facilities course stands as a beacon for professionals seeking to deepen their understanding of surface facility operations. This comprehensive program encapsulates state-of-the-art processes and technologies, providing the competencies needed to optimise production and streamline operational processes.

How does the course improve facility operations?

Through a close examination of innovative techniques and best practices, you’ll learn to push the bounds of what’s possible in surface operations, ensuring that your facility maximises recovery while minimising environmental impact and operational costs, consistently delivering top-tier performance.

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What advanced tech is part of the curriculum?

Embracing technology’s forefront, this course sheds light on the application of digital oilfield technologies, smart sensors, and automation. Explore the latest in data analytics, predictive maintenance, and agile project management, arming you with the knowledge to spearhead the technological evolution in production operations facilities.

Who Should Attend?

This course is designed for:

• Process and chemical engineers in the oil and gas industry.
• Production and operations managers overseeing surface facilities.
• Maintenance supervisors focusing on surface production equipment.
• Facility engineers and plant managers.
• Technicians specialising in surface production operations.
• HSE personnel responsible for the safe operation of production facilities.

What are the Course Objectives?

Participants will:

• Gain an in-depth understanding of advanced technologies and processes in surface production facilities.
• Be able to apply practical strategies for optimizing facility operations and maintenance.
• Understand the latest environmental management practices in the oil and gas industry.
• Acquire skills to implement robust safety systems for surface operations.
• Develop insights into integrated asset management, including efficiency and productivity analyses.

How will this course be presented?

Through a dynamic and engaging presentation style, participants will partake in:

• Detailed technical workshops facilitated by industry experts.
• Real-case studies analysis to apply concepts to practical scenarios.
• Interactive group discussions aimed at tackling current industry challenges.
• Hands-on simulations emphasising contemporary technological applications.
• Constructive feedback sessions to solidify the understanding of critical topics.

What are the Topics Covered in this Course?

Module 1: Advanced Separation Technologies

• Multi-phase flow separation and optimisation strategies.
• Cutting-edge technologies in oil-water separation.
• Gas dehydration and sweetening processes.
• Solids management and sand control techniques.

Module 2: Fluid Handling and Pumps

• High-efficiency pump designs and applications.
• Maintenance and reliability best practices for pump systems.
• Optimising flow rates and pressure handling within production facilities.
• Automation and control strategies for fluid transfer systems.
• Hydraulic analysis and fluid handling in complex pipelines.
• Enhanced recovery techniques through artificial lift methods.

Module 3: Storage and Transportation Infrastructure

• Design and maintenance of oil and gas storage tanks.
• Pipeline integrity management systems.
• Strategies for the prevention of leaks and bursts.
• Corrosion control and inspection protocols.
• Safety practices and environmental considerations in hydrocarbon transportation.
• Improvements in tanker loading and offloading operations.
• Latest advancements in transportation and storage safety and control systems.

Module 4: Production Facility Optimisation and Troubleshooting

• Maximising facility throughput while ensuring process safety.
• Strategies for debottlenecking and capacity enhancements.
• Use of plant-wide control systems for optimised operations.
• Maintenance scheduling using condition-based monitoring.
• Application of reliability-centred maintenance (RCM) principles.
• Energy conservation practices within production facilities.
• Waste heat recovery and its impact on operational efficiency.
• Implementation of Lean methodologies in production facilities.
• Role of asset management software in streamlining operations.
• Environmental management systems and sustainability integration.
• Troubleshooting common equipment failures and process upsets.
• Emission reduction technologies and their application in production facilities.

Module 5: Health, Safety, and Environmental Considerations

• Regulatory compliance and best practices for safety in operations.
• Implementation of environmental monitoring and reporting.
• Techniques for minimising operational HSE risks.
• Safety management systems in surface production facilities.
• Effective emergency response planning and execution.

Module 6: Gas Handling and Conditioning Systems

• Design considerations for gas compression systems.
• Latest technologies in gas treatment and conditioning.
• Emission controls and flare management systems.
• Asset monitoring through advanced sensor technologies.

Module 7: Water Management in Production Facilities

• Advanced treatment methods for produced water.
• Water reclamation and reuse strategies.
• Technological solutions for minimising environmental impact.
• Tailoring water management to regulatory and operational constraints.
• Emerging trends in produced water disposal and handling.

Module 8: Digitalization and Automation in Facility Operations

• The role of the Internet of Things (IoT) in production facility operations.
• Implementing digital twins for virtual simulation and optimisation.
• systems for real-time data acquisition and control.
• The fusion of Artificial Intelligence (AI) with operational data analytics.
• Unmanned aerial systems (UAS) for remote inspection and surveillance.
• Predictive maintenance leveraging machine learning algorithms.
• Cybersecurity protocols to safeguard digital infrastructure.
• Automation trends for process control and safety systems.
• Interoperability challenges within digital oilfield ecosystems.

Module 9: Asset Integrity and Reliability Management

• Frameworks for asset integrity management (AIM).
• Reliability analysis for facility components and systems.
• Strategies for life extension of aging infrastructure.
• Implementation of continuous improvement cycles in asset management.

Module 10: Strategic Project Management for Surface Facilities

• Agile and Lean project management in facility operations.
• Capital project execution and cost control practices.
• Risk management and mitigation in project portfolios.
• Strategic sourcing and supply chain optimisation for projects.
• Cross-disciplinary collaboration to enhance project outcomes.
• Human resource management and development within project teams.
• Incorporating sustainability into project decision-making processes.
• Stakeholder management and engagement for facility projects.
• Benchmarking and key performance indicators for project success.
• Understanding the influence of global energy markets on project planning and execution.
• Navigating the legal and contractual landscape of oil and gas projects.
• Technology integration in project management for enhanced operational visibility.
• The emerging role of ESG (Environmental, Social, Governance) considerations in project strategy.

Module 11: Modern Process Control and Instrumentation

• Evolution of control systems in the oil and gas industry.
• Smart instrumentation for enhanced operational insight.
• Integration of wireless sensor networks for facility monitoring.
• Advanced control strategies for optimising process safety and reliability.
• Implementing industry 4.0 concepts in process instrumentation.
• Using big data analytics for predictive control and optimisation.
• Role of advanced metering infrastructure in production accounting.

Module 12: Sustainability and Renewable Energy Integration

• Assessing the carbon footprint of production operations.
• Strategies for reducing greenhouse gas emissions in surface facilities.
• Integration of renewable energy sources into existing oil and gas infrastructure.
• The role of energy storage solutions in balancing supply and demand.
• Technological advancements in carbon capture, utilisation, and storage (CCUS).
• Designing facilities for optimum energy efficiency.
• Transitioning to a circular economy in the oil and gas sector.
• Assessing the impact of environmental policies on facility operations.
• Innovations in environmental remediation and spill response techniques.
• Developing a business case for sustainability investments.
• Engaging stakeholders in sustainability initiatives.
• Incorporation of sustainability reporting into corporate governance.
• Harnessing distributed ledger technology for transparent sustainability tracking.