Stranded Asset Write-down

The refined petroleum products industry faces moderate-high market obsolescence and substitution risks due to the accelerating global energy transition. Demand for traditional liquid fuels, particularly for road transport, is projected to enter structural decline.

• Key Metric: The International Energy Agency (IEA) forecasts global oil demand for road transport to peak by 2025, with overall oil demand peaking before 2030, driven by rapid electric vehicle (EV) adoption and policy shifts like bans on new internal combustion engine (ICE) vehicle sales in major economies by 2035.
• Impact: While segments such as jet fuel, shipping fuels, and petrochemical feedstocks offer longer-term demand, these also face increasing pressure from sustainable alternatives, necessitating substantial strategic adaptation and investment from refiners.

The refined petroleum products industry is characterized by moderate-high market contestability challenges and significant exit friction. Entry barriers are substantial, primarily due to multi-billion dollar capital requirements for new refinery construction and complex environmental permitting. However, new players can also enter through mergers and acquisitions rather than solely greenfield development. Exit friction is exceptionally high, with decommissioning and environmental remediation costs often exceeding a billion dollars, creating strong disincentives for closure.

• Metric: Multi-billion dollar capital requirements for new builds; over a billion dollars for decommissioning.
• Impact: This combination makes it difficult for new entrants to establish themselves and for incumbents to exit, contributing to a relatively concentrated market structure despite some avenues for change.

The manufacture of refined petroleum products (ISIC 1920) is characterized by exceptionally high resource intensity and extensive negative externalities, earning a maximum score of 5. The industry relies entirely on crude oil, a finite non-renewable resource, and refining is highly energy-intensive, consuming approximately 6% of the world's total industrial energy. Critically, the combustion of its primary products, fuels, accounts for over 80% of global transport emissions, directly driving climate change through persistent greenhouse gas releases and significant air pollution. These factors represent systemic environmental degradation and global impact.

• Metric: 6% of world's industrial energy consumption; >80% of global transport emissions.
• Impact: The industry is a primary contributor to global climate change and resource depletion, creating massive environmental and societal costs.

The manufacture of refined petroleum products is characterized by moderate-high resilience capital intensity, primarily driven by the multi-billion dollar investments required for structural transformation. Adapting these facilities for new energy paradigms, such as producing biofuels or integrating hydrogen production, often necessitates 'Structural Rebuilds' or 'Significant Re-Platforming' rather than simple retrofits.

• Example: Phillips 66's Rodeo Renewed project in California, converting a traditional refinery into a renewable fuels facility, is projected to cost over $1 billion, demonstrating the scale of investment needed for core repurposing.
• Impact: This high capital threshold and long asset lifecycles (often 30-50+ years) create substantial barriers and costs for industry transitions.