The US’ domestic energy market may be stagnating, but its role in the global energy system looks set to bloom / Ritwik Mukherjee, Senior Pricing Analyst, General Index
Albert Einstein’s law of conservation of energy—the idea that energy can be neither created nor destroyed—feels almost prophetic today. As the US forges new energy pathways and navigates shifting alliances, that principle remains the unspoken law.
Growing global supply and demand
Some analysts believe energy demand in the US has entered a permanent state of stagnation—driven by efficiency gains, industrial shifts and slower commercial growth since the financial crisis. Globally, demand is expected to rise by nearly 5%, with OECD nations edging lower and non-OECD economies expanding sharply. The US is transitioning from a demand-driven energy economy to an efficiency-focused, globally influential supplier.
The UN predicts that, by 2050, nearly 10b people will call Earth home. Even with rapid advances in technology, the world’s appetite for energy is expected to keep outpacing supply—widening what is already a persistent energy gap. Rising prosperity in developing nations will intensify this demand, pushing the industry to deliver reliable, affordable energy while cutting carbon intensity across value chains.
The Permian—A gift that keeps giving
US production remains strong, powered by shale that continues to raise the bar on efficiency. With output holding firm and shifting dynamics, companies are scanning growing markets to secure returns and offset market volatility.
Oil will remain essential—it secures stability of the system and funds the transition. The US must run two races at once—decarbonising legacy sectors while securing the supply chains that will define the next century. Success will hinge not just on invention, but on innovation—turning existing technologies into scalable, bankable solutions.
The US refinery system, historically engineered for heavier barrels, can now extract value from every molecule. Meanwhile, the surge in light, sweet WTI Midland gives the US a commercial edge: exporting premium light barrels to refinery complexes abroad that require lighter feed. And because Midland crude sets the Dated Brent benchmark nearly 50–60% of the time, it amplifies the US influence in global price formation.
Energy security matters
Amid global volatility, energy security is back in focus. Oil remains essential, yet attention is turning to sustainable fuels, natural gas and power markets, the blend of which ensures reliability with lower emissions. As electrification and renewables gain ground, the divide between old and new energy systems grows increasingly thin.
Natural gas, cleaner than coal and oil, offers a flexible energy option, supporting electricity generation and industrial demand while lowering carbon intensity. It enables companies to diversify their portfolios and cut emissions in the near term. By reinforcing availability, accessibility and affordability, natural gas buys time for renewables to scale—strengthening supply chains as the US transitions.
From electric vehicles to industrial heating, electrification is transforming the power sector. Innovation in storage and smart grids is strengthening US power reliability, while the rapid rise of datacentres is creating a major new source of electricity demand.
Refined sustainable fuels—such as renewable diesel and sustainable aviation fuel (SAF) are gaining momentum. Using existing infrastructure, these drop-in alternatives let heavy transport and aviation decarbonise with minimal operational disruptions. Supported by credits such as Renewable Identification Numbers (RINs), carbon credits under the Low Carbon Fuel Standard (LCFS) and carbon allowances, these are helping liquid fuel markets steer towards a lower-carbon pathway while maintaining economic viability and operational flexibility. As production scales and feedstock innovation accelerates—from waste oils to algae—policy support will mean the difference between limited deployment and widespread adoption.
The price gap between renewable and conventional fuels underscores how deeply policy incentives shape market economics. In California, renewable diesel has grown increasingly competitive through the combined support of the federal Renewable Fuel Standard and the state’s LCFS. These programmes reduce carbon intensity by issuing tradable credits that enhance project economics and reward low-carbon producers.
At the US Gulf Coast, the spread between SAF and conventional jet fuel highlights both the promise and challenge of decarbonising aviation. Incentives such as 45Z tax credits, RINs, and LCFS schemes help narrow that gap and drive investment in feedstock and expand sustainable refining capacity.
As the US navigates shifting demand, technological innovation and policy incentives, its energy strategy is defined by both ambition and breadth. From hydrocarbon production and exports to renewable fuels and electrification, the US is harnessing every molecule and watt of its energy system. Success will hinge on integrating legacy assets with emerging solutions, ensuring reliability, competitiveness and advance decarbonisation in parallel. PE