The “Refinery Performance and Supply Economics – Roadmaps for Strategy for Clean Energy” course provides energy professionals with essential insights into refinery performance and supply economics within the context of clean energy transition. Participants will explore innovative techniques in refining and supply trading, alongside economic factors shaping sustainable energy strategies.
By the end of the course, participants will understand key performance metrics, economic drivers, and strategic roadmap development needed to enhance efficiency and accelerate the shift toward cleaner energy solutions. The course aims to empower industry leaders to implement effective, forward-looking strategies in a rapidly evolving energy landscape.
The Refinery Performance and Supply Economics – Roadmaps for Strategy for Clean Energy course is designed to equip energy industry professionals, refinery leaders, and sustainability strategists with comprehensive knowledge and practical skills to drive the transition to low-carbon, sustainable operations. Over four days, participants will learn how to develop and implement effective operational, technological, strategic, and economic roadmaps aligned with global energy transition goals.
Key objectives include:
This course empowers energy professionals to lead refinery transformations, advance sustainable projects, and align operations with global climate targets like net-zero by 2050, ensuring long-term competitiveness in the evolving clean energy landscape.
Today begins with foundational operational strategies essential for transforming refinery performance amid the transition to clean energy. We will explore how innovative technologies and best practices can optimize efficiency, reduce emissions, and support sustainable operations. Emphasis will be on integrating energy-saving technologies and operational processes to build a resilient, efficient refinery.
1.1. Real-time energy management systems
1.2. Advanced process control and automation for energy optimization
1.3. Waste heat recovery and reuse systems
1.4. Circular economy practices
1.5. Optimization of energy consumption in maintenance, logistics, and day-to-day operations
In the afternoon, focus shifts to specific operational roadmaps that enable practical implementation. Participants will learn about real-time energy management systems, automation, waste heat recovery, and circular economy practices. Strategies for optimizing energy consumption across maintenance, logistics, and daily operations will be discussed, translating technology insights into actionable roadmaps.
This day focuses on cutting-edge technologies driving the industry’s transition toward low-carbon, efficient operations. Participants will explore advancements in process technologies, renewable integration, and pilot projects for next-generation fuels and fuels. The session emphasizes understanding how innovations support sustainable growth and technological deployment.
2.1. Energy-efficient process technologies
2.2. Renewable energy sources for refinery operations
2.3. Next-generation catalysts and process innovations
2.4. Carbon capture, utilization, and storage (CCUS)
2.5. Pilot projects for new clean technologies and fuels
Participants will develop practical technology deployment strategies, focusing on implementing pilot projects, scaling innovations, and integrating new technologies into existing refineries. Discussions will include the development of technological roadmaps aligned with sustainability goals.
Today emphasizes long-term strategy development aligned with decarbonization and market positioning. Participants will discuss setting sustainability targets like net-zero by 2050, market positioning for low-carbon products, and navigating regulatory frameworks. This session provides tools for integrating strategic planning with operational and technological initiatives.
3.1. Long-term sustainability and decarbonization goals
3.2. Phased investment plans aligned with strategic milestones
3.3. Market positioning for low-carbon products and renewable fuels
3.4. Regulators and policymakers versus incentives and standards
3.5. Strategic partnerships for technology deployment and R&D
3.6. Evolving regulations and market trends to adapt strategies
The focus shifts to building a resilient, low-impact supply chain. Participants will explore diversification of energy supply sources, digital tools for visibility, circular and waste-to-energy solutions, and off-site renewable projects. These roadmaps support strategic, operational, and environmental goals for sustainable supply networks.
4.1. Diversification of Energy Supply Sources
4.2. Enhancement of Supply Chain Visibility
4.3. Implementation of Circular and Waste-to-Energy Solutions
4.4. Off-site Development of Renewable & Co-location Projects
Today’s focus is on financial strategies that underpin sustainable, flexible refinery operations. Participants will examine supply diversification, market incentives, and predictive analytics to optimize procurement. Discussions will cover contract strategies, green energy procurement, and how to navigate future carbon pricing impacts.
5.1. Establishment of Supply Diversification & Flexibility
5.2. Market Mechanisms & Incentives
5.3. Dynamic and Data-Driven Procurement
5.4. Advance Contracting for Green Energy
The course concludes with tools for maximizing financial and environmental performance. Topics include total cost of ownership, lifecycle analysis, internal carbon pricing, and scenario planning. Participants will learn to model future risks, optimize investments, and develop hedging strategies to reduce uncertainty and improve economic resilience.
6.1. Total Cost of Ownership (TCO) & Lifecycle Analysis
6.2. Internal Carbon Pricing & Cost Allocation
6.3. Investment in Energy Efficiency & Waste Heat Recovery
6.4. Market Incentives & Funding
6.5. Scenario Planning & Risk Management
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