Enhancing Economics and Ensuring the Sustainability of Existing Refineries

Why Enroll in this Training?

The global energy landscape is undergoing a significant shift as society increasingly moves away from traditional fossil fuels due to growing environmental concerns and the urgent need to address climate change. Gasoline-powered vehicles, once a symbol of progress, are being phased out in favor of electric vehicles, with many nations planning to halt the production of new gasoline and diesel cars by 2030. Even natural gas, once viewed as a bridge fuel, is being steadily replaced by renewable energy sources. This transition is expected to reduce global crude oil demand from nearly 100 MMb/day before the pandemic to around 80 MMb/day.

Refineries, which have long relied on transportation fuels for profitability, are facing unprecedented challenges. The demand for these fuels is projected to decline dramatically, putting significant pressure on refineries to adapt. While many in the industry are turning to petrochemical integration as a solution, this strategy carries risks due to the volatility and regional variability of the petrochemical market. Additionally, the substantial investment required to build integrated complexes may not always yield the desired returns.

This course offers a deep dive into the strategies and market dynamics necessary to improve refinery margins, with a focus on regional adaptations and integrations that can help refineries stay competitive in a rapidly changing world.

Key Learning Areas:

• Overview of how refineries currently operate
• Analysis of upcoming industry changes and challenges
• Cost analysis, economic scenarios, and case studies on refinery integration and adaptation
• Strategies to enhance refinery economics
• Regional market dynamics and how to minimize disruptions to refinery operations

Course Goals:

By the end of this course, participants will be able to:

• Recognize the scale and nature of the challenges facing refineries
• Understand the technical and operational requirements for refinery integration and adaptation
• Evaluate successful refinery models from different regions and apply lessons learned
• Enhance their ability to build on current capabilities and improve refinery operations
• Develop economic models to optimize the profitability of their refinery complexes

Course Delivery:

This training employs a combination of proven adult learning techniques, including professional diagrams, videos, and real-world case studies, to provide participants with a comprehensive understanding of refinery dynamics. These methods will equip attendees with the practical skills necessary to implement course concepts in real-world scenarios.

Who Should Attend?

This course is ideal for professionals involved in the energy sector, including but not limited to:

• Refinery Planners
• Business Development Managers
• Corporate Planners
• Transportation and Urban Planners
• Energy Professionals
• Government Regulators
• Sales and Business Development Experts
• Equity Analysts and Bankers
• Joint Venture Officers

Organizational Impact:

By attending this course, participants will gain the knowledge necessary to modernize existing refinery operations and prepare for future challenges. Benefits to the organization include:

• A deeper understanding of the evolving refining landscape
• Improved decision-making skills among staff
• Enhanced project planning and performance capabilities
• The ability to develop and implement strategies that ensure refinery survival and competitiveness
• Improved design and execution of technical and financial plans

Personal Impact:

Participants will leave the course with the ability to:

• Better understand the refining sector’s evolving dynamics
• Strengthen their decision-making abilities
• Evaluate corporate opportunities and risks more effectively
• Increase their awareness of economic factors critical to refinery survival in a changing world
• Develop strategies to maximize refinery profitability in the face of future challenges

Course Outline:

Day One: Reinventing the Traditional Refinery Model

• Overview of refinery operations and processes
• The growth and scale of the refining sector
• Examination of key refinery complexes and their operations
• Analysis of market capacity, demand centers, crude spreads, and refining margins

Day Two: Refinery Operations and Market Dynamics

• Scheduling and capacities of refineries
• Current and future fuel demands across global markets
• Economics of the petrochemical sector and its challenges
• Integration versus non-integration complexities and logistics

Day Three: Commercial Strategies and Business Development

• Detailed look at refinery flexibility, including Fluidized Catalytic Cracking (FCC)
• Feedstock and location advantages
• Cost estimates for integration and CAPEX considerations
• Financial modeling, market forecasts, NPV, IRR, and valuations for refineries
• Chemistry and market dynamics of key polymers such as Polyethylene and Polypropylene

Day Four: Economic Drivers and Risk Management

• Key economic drivers for base chemicals and polymers
• Risks associated with diversification strategies
• Approaches to capacity optimization and utilization across regions
• Sensitivity analyses of oil, gas, catalyst costs, and capacity utilization
• Consideration of economies of scale in refinery operations

Day Five: Refinery Adaptation for Sustainability

• Refinery operations within a green economy framework
• Assessing green credentials and conducting carbon audits for refinery processes
• Understanding carbon pricing, trading, and capture/utilization strategies
• Production of sustainable fuels and chemicals
• Competitive strategies and adapting to an evolving marketplace

Covered Topics:

This course equips refinery professionals with the tools and knowledge to navigate the energy transition, helping them to integrate and adapt their operations for long-term success. Through a focus on both economic and technical strategies, participants will learn how to future-proof refineries in the face of a rapidly changing global energy landscape.