• Financial incentives : Promoting policies that offer finan - cial incentives such as production tax credits (for example, those in the US Inflation Reduction Act (IRA) for clean hydro - gen), investment grants, and favourable loan programmes can significantly de-risk capital-intensive projects. • Streamlined permitting : Working with regulators to streamline permitting processes for new sustainable tech - nologies and infrastructure can reduce project delays and costs. • Harmonised standards: Advocating for the development of harmonised international standards and certification schemes for sustainable fuels and energy products facili - tates global trade and market development. Financial innovation: exploring new funding mechanisms The substantial capital requirements of refinery transfor - mation necessitate innovative financing strategies that go beyond traditional project finance. • Blended finance : Combining public and private capital, including development banks, sovereign wealth funds, and private equity, can help de-risk projects and attract a wider range of investors. • Green bonds and sustainability-linked loans : Issuing green bonds or securing sustainability-linked loans, where interest rates are tied to achieving specific environmental performance targets, can attract environmentally conscious investors and lower financing costs. • Carbon credits and offsets : Leveraging revenue from carbon credits generated through emissions reductions (for example, via CCUS or renewable fuel production) can pro - vide an additional financial incentive and improve project economics. • Government-backed guarantees : Seeking government guarantees for loans or investments can reduce perceived risk for private lenders, making projects more attractive. Furthermore, successfully transforming a refinery depends on a skilled workforce and strong community ties. To ensure a smooth transition, companies must invest in re-skilling existing workers for new roles in biofuels, hydro - gen production, and digital technologies. This can be done through targeted training programmes, partnerships with schools, and by creating clear career paths that foster job security. Rigorous safety training for new processes is also essential. In addition, transparent communication with the community is equally vital. By creating advisory panels and engaging in open dialogue, companies can proactively address concerns about environmental impacts and job changes. A ‘just transition’ plan should be developed to ensure that new jobs, local procurement, and improved air quality benefit the surrounding community. This approach builds trust and ensures the transformation is a win for everyone involved. In summary, a flexible strategy, marked by phased imple - mentation, strategic collaboration, and disciplined financial management, allows refiners to not only mitigate the pro - found risks of the current uncertain environment but also strategically position themselves as integrated fuels and energy hubs for the future.
scale, gather operational data, and refine processes before committing to larger investments. This reduces financial exposure and allows for learning and adaptation. • Leverage existing assets : A phased approach maxim- ises the utilisation of existing infrastructure by repurposing units where possible (for example, converting hydrotreat - ers for renewable diesel production) rather than immedi - ately decommissioning them. • Adapt to market evolution : The energy transition is dynamic. A phased strategy allows refiners to remain flex - ible and adapt their transformation plans in response to evolving market demands for specific low-carbon products, technological advancements, and regulatory changes. Many of the refinery conversions to renewable diesel and SAF, such as Phillips 66’s Rodeo Renewed or Marathon Petroleum’s Martinez (both in the US), have involved distinct phases, starting with the conversion of specific units while other parts of the refinery continued traditional operations, gradually shifting the product mix over time. This allows for continuous revenue generation during the transition. Technology partnerships and R&D investment: collaborating for innovation The rapid pace of technological innovation in sustaina - ble fuels, hydrogen, and carbon management requires strong collaboration. Refiners cannot develop all solutions in-house. • Strategic alliances : Partnering with technology provid - ers, engineering firms, and specialised start-ups can provide access to cutting-edge processes, intellectual property, and implementation expertise. • Academic and research collaboration : Engaging with universities and research institutions fosters fundamental research, talent development, and the exploration of novel concepts that may become future commercial solutions. • Joint ventures and consortia : Forming joint ventures or participating in industry consortia can pool resources, share risks, and accelerate the development and deploy - ment of new technologies at scale. Marathon Petroleum and Neste’s 50/50 joint venture for the Martinez renewable fuels facility in the US is a prime example of a successful technology partnership, combining Marathon’s refining expertise with Neste’s leading renewable fuels technology. Similarly, TotalEnergies’ collaborations with Air Liquide for hydrogen production and Plastic Energy for advanced plas - tic recycling at its Grandpuits site in France illustrate the power of strategic alliances. Policy advocacy: engaging with governments for supportive frameworks The success of refinery transformation is heavily depend - ent on a stable and enabling policy environment. Refiners must actively engage with governments to shape support - ive regulatory frameworks and incentives. • Clear coadmaps and targets : Advocating for clear, long- term national and international roadmaps for decarbonisa - tion, including specific targets for renewable fuel blending, hydrogen deployment, and carbon reduction, provides the necessary investment certainty.
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PTQ Q1 2026
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