XCF Global Highlights Domestic SAF Resilience as Jet Fuel Prices Spike

Recent geopolitical constraints in the Strait of Hormuz have triggered extreme volatility in global energy markets, causing U.S. jet fuel prices to nearly double. This price shock is intensifying the focus on the supply chain resilience offered by domestically produced Sustainable Aviation Fuel (SAF), which relies on localized, waste-based feedstocks instead of imported crude oil.

According to data released by XCF Global (Nasdaq: SAFX), a key SAF producer, conventional jet fuel prices surged from approximately $2.50 per gallon in late February to nearly $4.90 per gallon by early April 2026. This rapid increase exposes the vulnerability of airlines to global energy disruptions and underscores the financial and operational benefits of a more stable, domestic fuel source. In response to the market instability, XCF Global is highlighting how its production model provides a critical buffer against such events. Chris Cooper, CEO of XCF Global, stated that the price spike exposes the fragility of crude-based aviation fuel supply chains. He emphasized that waste-based Sustainable Aviation Fuel (SAF) utilizes domestic materials, infrastructure, and labor, providing crucial fuel security when global systems face stress.

Production and Regulatory Framework

XCF Global operates the New Rise Renewables facility in Reno, Nevada, which has a permitted nameplate capacity of 38 million gallons per year of neat SAF. This output could support up to 100 million gallons of blended SAF annually, depending on the final blend ratios with conventional jet fuel. The facility primarily uses the Hydroprocessed Esters and Fatty Acids (HEFA) pathway to convert domestic feedstocks like Used Cooking Oil (UCO) into jet-grade fuel. This process not only insulates production from crude oil markets but also offers significant environmental benefits, with the potential to reduce lifecycle greenhouse gas emissions by up to 80% compared to traditional jet fuel.

The integration of SAF into the existing aviation infrastructure is governed by stringent standards. ASTM International's D7566 specification currently caps most HEFA-based SAF at a 50% blend limit with conventional jet fuel. This regulatory framework ensures that blended SAF is a 'drop-in' fuel, requiring no modifications to existing aircraft or airport infrastructure. Concurrently, U.S. federal policy aims to accelerate domestic production through initiatives like the SAF Grand Challenge, which targets an annual output of 3 billion gallons by 2030 to reduce national reliance on foreign energy sources.

A Familiar Volatility

The current price shock mirrors previous energy crises that have historically impacted the aviation industry. In February 2022, the Russian invasion of Ukraine caused a global surge in jet fuel prices, compelling airlines to accelerate hedging strategies and prompting governments to bolster support for alternative energies. This event demonstrated the modern industry's continued vulnerability to geopolitical conflicts involving major oil producers. An even earlier precedent, the 1973 Oil Crisis, led to widespread fuel shortages, flight cancellations, and a fundamental industry shift toward developing more fuel-efficient aircraft. These historical events underscore a persistent pattern: reliance on geopolitically sensitive crude oil poses a significant and recurring risk to airline operations and profitability.

SAF vs. Conventional Jet Fuel

Industry and Stakeholder Impact

The dramatic rise in fuel costs has a severe impact on airline operating margins, making fuel price stability a paramount concern. For major carriers, the spike from $2.50 to $4.90 per gallon directly threatens profitability and creates an urgent incentive to secure long-term, stable-priced SAF offtake agreements. Conversely, the growing demand for domestic SAF creates new economic opportunities for suppliers of agricultural waste and used cooking oil, fostering localized job growth. Over the long term, conventional oil refiners may face a gradual loss of aviation market share as the industry transitions toward more secure domestic energy sources.

Despite its benefits, the path to widespread SAF adoption faces hurdles. According to the Georgia Tech Energy Policy and Innovation Center, SAF production costs remain two to five times higher than conventional jet fuel, often requiring subsidies to be competitive. Furthermore, some analysts raise concerns about the scalability of waste-based feedstocks, noting that global UCO supplies are insufficient to meet the total fuel demand of the aviation industry.

What Comes Next

The aviation industry's shift toward greater energy independence is guided by a clear timeline. The U.S. government's SAF Grand Challenge has a confirmed target of achieving 3 billion gallons of annual domestic production by 2030. To help meet this goal, producers like XCF Global are planning for growth, with an expansion of the Reno facility expected by 2028.

Why This Matters

The current fuel crisis reframes the conversation around Sustainable Aviation Fuel from being solely an environmental initiative to a critical component of economic and energy security. By decoupling a portion of the fuel supply from the volatile global crude oil market, domestic SAF production offers airlines a vital tool to mitigate financial risk and enhance operational reliability. This shift signals a structural change in how the aviation industry approaches fuel procurement, prioritizing supply chain resilience alongside decarbonization.