Global Energy Shift Poses Long-Term Questions for Bakken
Emerging hydrogen resources and industrial shifts in Europe highlight evolving energy landscape for North Dakota producers.
A massive potential source of geologic hydrogen could meet global energy needs for 170,000 years, according to a new report. Scientists estimate that naturally occurring hydrogen trapped underground could be extracted for less than $1 per kilogram, a fraction of the current $3.50–$6.00 cost to produce green hydrogen, OilPrice.com reported. This "geologic hydrogen" presents a future clean energy alternative, though extraction science is still in early stages.
The United States Department of Energy has cited the cost potential of this resource, which is the subject of a global race to increase hydrogen availability for decarbonization. "We now have a better understanding of the economic viability of this resource," said Barbara Sherwood Lollar, lead author of a Canada-based study, according to OilPrice.com. Canada, home to vast deposits in the Canadian Shield, is seeing startup activity aimed at making geologic hydrogen a reality.
Separately, Europe's industrial geography is undergoing a significant shift that could affect long-term energy demand. Contrary to narratives of broad deindustrialization, new industrial firms are being created at a remarkable pace in Central and Eastern Europe, OilPrice.com reported. Data from 2021-2023 shows Czech, Slovak, and Lithuanian regions leading in new industrial enterprise births per capita.
France is experiencing a quiet industrial revival, with 99 out of 101 French regions performing above the EU median for new firm creation. Its national median of 6.7 industrial births per 10,000 residents is more than double the EU average of 3.2. Meanwhile, Germany's industrial renewal is clustered in its existing southern manufacturing hubs, and Italy performs below the EU median.
These evolving global dynamics intersect with a warning of a potential stranded asset crisis for utility companies. OilPrice.com analysis suggests the utility financing model, which relies on continuous regulatory protection and customer captivity, could fail if cost-competitive alternatives emerge or assets become obsolete. The electricity sector, facing soaring capital spending, is cited as a potential case study for this risk.
For Bakken operators, these global trends underscore a landscape where long-term demand for fossil fuels may face new forms of competition from both alternative energy sources like hydrogen and changing patterns of industrial activity among key trading partners. The developments highlight the importance of monitoring technological and economic shifts that could influence future energy markets.
Source
OilPrice.com reports from June 1, 2026: "There's Enough Hydrogen Underground to Power Earth for 170,000 Years," "The Next Stranded Asset Crisis Could Hit Utilities," and "Europe’s Industrial Future Is Not Where Most People Think It Is."
