The shale gas revolution has fundamentally transformed America’s energy landscape over the past two decades, but new analysis is helping quantify the scale of those benefits more clearly.

A recent report from the Energy Institute at Haas reveals that domestic natural gas production has delivered massive, quantifiable value to American consumers while reshaping global energy markets and strengthening U.S. energy security.

According to the report, the U.S. savings from shale gas are staggering:

• Total savings since 2007: $4.5 – $5.3 trillion
• Annual savings: $237 – $276 billion
• Current U.S. price advantage: $9 per Mcf lower than Europe; $11 per Mcf lower than Japan
• U.S. production growth: Approximately doubled since 2009
• Export transformation: From net importer to 9 billion Mcf exported in 2025

The recent conflict in Iran illustrates this domestic advantage vividly: while global LNG prices nearly doubled in early March 2026, U.S. natural gas prices remained stable, remaining around $3 per Mcf. That’s roughly one sixth of the going price in Europe and Japan.

Despite volatility in global LNG markets, abundant domestic supply and existing export capacity constraints helped keep U.S. natural gas prices comparatively stable.

How did we get here?

Before shale gas, U.S. natural gas prices tracked closely alongside international markets. Between 1995 and 2006, prices for Europe and Japan were both within $1 per Mcf of the U.S. price on average. Then in 2007, prices diverged sharply. Every single month between 2007 and 2025, the U.S. price was at or below prices in Europe and Japan.

While the analysis compares U.S. prices to international LNG-linked markets, the long-term gap between domestic and overseas prices highlights the scale of the advantage created by America’s shale boom.

Notes: This figure plots 12-month rolling averages based on monthly data from the World Bank, Commodity Markets Outlook, Historical Data, “Pink Sheet”. The three price benchmarks are (1) U.S. natural gas prices at Henry Hub, (2) European natural gas prices at Netherlands Title Transfer Facility, and (3) LNG import prices in Japan. Prices have been normalized to reflect 2025 dollars.

The clearest explanation for this major shift? Shale gas. The timing of the divergence closely corresponds with the growth of shale gas production, with price differences appearing right at the inflection point for U.S. natural gas output.

From Importer to Exporter

The transformation happened remarkably fast. In early 2007, the U.S. had four LNG import terminals under construction and ten more approved by FERC. The country was preparing to become a major natural gas importer as conventional production had been flat for a decade. The shale revolution fundamentally changed that trajectory, transforming the U.S. from a projected long-term importer into the world’s leading natural gas producer and exporter.

Then advances in hydraulic fracturing and horizontal drilling unlocked vast shale reserves in formations like the Permian, Marcellus, Barnett, and Haynesville. Today, the United States is the world’s largest natural gas exporter, shipping 9 billion Mcf to our allies abroad last year.

The savings are distributed broadly, according to the report:

• Electric power customers: 39 percent of total savings
• Industrial, residential, and commercial users: 61 percent of total savings
• Geographic leaders: Texas (highest absolute savings), Louisiana (highest per-capita savings)

The impact extends across multiple sectors. Natural gas displaced coal as the leading electricity fuel, reducing costs for utilities and their customers. Heating costs remained stable despite growing energy demand. Lower production costs for plastics, fertilizers, and countless other products have been passed along to consumers or reinvested in operations.

Expanded natural gas use also played a major role in displacing coal-fired generation and supporting broader U.S. emissions reductions over the past two decades. According to the U.S. Energy Information Administration, the shift away from coal toward natural gas and renewables has contributed significantly to declining power-sector CO2 emissions, as natural gas produces substantially fewer emissions per unit of electricity generated than coal.

Impact on Energy Security

Finally, the report details how the shale revolution strengthened U.S. energy security across multiple dimensions:

• Supply security: Domestic production replaced import dependence
• Price security: Abundant supply moderated volatility and helped buffer U.S. consumers from international price shocks
• Infrastructure security: Distributed production base reduced vulnerability
• Strategic leverage: U.S. LNG exports provide European allies with reliable alternatives to Russian gas and other less stable global suppliers
• Economic competitiveness: Lower energy costs strengthen U.S. manufacturing
• American natural gas production has strengthened the U.S. position in international energy markets and reinforced relationships with trading partners who value reliable supply from a stable democracy

Bottom Line

The $200+ billion in annual consumer savings documented by the Haas analysis represents real money in household budgets and business balance sheets. These aren’t theoretical projections: they reflect real consumer savings that have accumulated year after year since 2007. And because natural gas is an input into so many production processes, it is safe to say that virtually every American has benefited from lower prices enabled by shale gas.

Shale gas will continue playing a major role. But the question is whether policy frameworks will enable the continued investment and innovation needed to maximize the economic and security benefits this resource can provide to America. The consumer savings highlighted in the Haas analysis make a compelling case for policies that support responsible domestic production and infrastructure development while allowing the United States to maintain its position as the world’s leading natural gas producer and exporter.