Eavor Demobilizes Rigs from Geretsried: What It Really Means for Closed-Loop Geothermal For three years, two drilling rigs on a farm estate near Geretsried, a Bavarian town about 40 km south of Munich, stood as the symbol of the world's most ambitious closed-loop geothermal experiment. Now in October 2026, Eavor Technologies, the Calgary-based developer of the Eavor-Loop, has told the town and its heating utility that both rigs would leave the site . The company said keeping idle rigs and specialist services on site was costly, and that releasing them would help put the project in the strongest position to continue with Loop 2 once its commercial structure is reworked . On the surface, this is a logistics decision. Underneath, it is one of the clearest signals yet about where first-of-a-kind geothermal technology stands, and how hard it is to turn a technical proof into a bankable business. This article explains exactly what happened, what the move means and what it does not mean...
Gallego’s Geothermal Gambit: The Bill That Could Unclog America’s Clean Energy Future
By: Robert Buluma
As Permitting Delays Threaten the U.S. Geothermal Boom, Senator Ruben Gallego Pushes a High-Stakes Plan to Accelerate Federal Approvals and Unlock Next-Generation Energy
America’s geothermal sector may finally be approaching its defining political moment.
For years, geothermal energy has existed in the shadows of solar and wind—praised by scientists, admired by engineers, yet consistently overlooked by policymakers and investors chasing more visible renewable technologies. But beneath the deserts of Arizona, Nevada, Utah, California, and New Mexico lies an immense source of untapped thermal energy capable of delivering something the modern grid desperately needs: constant, 24/7 baseload clean power.
Now, Washington appears to be paying attention.
This week, Senator Ruben Gallego introduced the Geothermal Cost-Recovery Authority Act, legislation designed to strengthen America’s federal geothermal permitting system by ensuring the Bureau of Land Management (BLM) has sufficient resources to process geothermal applications more efficiently and rapidly.
At first glance, the bill might appear procedural and administrative. But in reality, it strikes directly at one of the largest bottlenecks slowing geothermal expansion across the United States: permitting delays.
And in today’s energy environment—where electricity demand is surging from artificial intelligence, data centers, electrification, manufacturing reshoring, and population growth—that bottleneck could determine whether geothermal becomes a cornerstone of America’s energy future or remains a perpetually underutilized technology.
The Hidden Crisis Behind America’s Energy Ambitions
The United States is entering an era of unprecedented electricity demand.
Artificial intelligence infrastructure alone is expected to consume massive quantities of power over the coming decade. Major technology companies are racing to secure reliable electricity supplies for data centers that must operate continuously without interruption. At the same time, electric vehicles, domestic semiconductor manufacturing, industrial electrification, and population growth are putting increasing pressure on already strained grids.
Solar and wind continue to expand rapidly, but their intermittency remains a challenge. Batteries help, but long-duration storage at massive scale is still expensive and technologically evolving.
This is where geothermal becomes strategically important.
Unlike solar or wind, geothermal energy can generate electricity around the clock regardless of weather conditions. It offers stable baseload generation with minimal land footprint and near-zero emissions. More importantly, next-generation geothermal technologies are dramatically expanding where geothermal projects can operate.
Historically, geothermal development depended on naturally occurring hydrothermal reservoirs concentrated in a few regions like California’s Geysers or Kenya’s Rift Valley system. But new technologies—including enhanced geothermal systems (EGS), closed-loop geothermal, advanced drilling, and superhot rock concepts—are rewriting the rules.
Suddenly, geothermal is no longer limited to a handful of naturally gifted locations.
Instead, developers increasingly believe geothermal could become deployable across vast portions of the United States.
That possibility is electrifying policymakers.
The Real Enemy: Federal Permitting Delays
Despite technological breakthroughs, geothermal developers continue to face a frustrating obstacle: bureaucracy.
Many geothermal projects operate on federal lands overseen by the Bureau of Land Management. Before drilling can begin, companies must navigate complex environmental reviews, leasing procedures, inspections, and permitting requirements.
The process can take years.
For developers and investors, those delays create financial uncertainty that can kill projects before they even begin construction.
The irony is striking. America desperately wants more clean energy, yet the agencies responsible for permitting that energy often lack the staffing and resources necessary to process applications quickly.
That is precisely the issue Senator Gallego’s bill attempts to solve.
The Geothermal Cost-Recovery Authority Act would allow the Department of the Interior to recover reasonable administrative costs—including application processing and inspection expenses—from geothermal lease applicants and project holders through September 30, 2032.
In simple terms, geothermal developers would help fund the permitting infrastructure needed to review their projects more efficiently.
The concept is not revolutionary. Similar systems already exist in the oil and gas sector.
But applying the same framework to geothermal could significantly accelerate approvals and reduce project delays.
According to Senator Gallego, the stakes are immediate and economic.
Energy prices remain elevated across much of the United States, and grid operators are increasingly warning about future reliability concerns. Faster geothermal deployment could help stabilize power markets while supporting domestic energy independence.
Gallego framed the legislation as both pragmatic and urgent.
“If we’re going to tackle this crisis and bring costs down, we need to get more electrons on the grid as fast as possible,” the senator stated when introducing the bill.
That message reflects a broader shift occurring within American energy politics.
Increasingly, geothermal is no longer viewed merely as an environmental initiative—it is becoming an economic and strategic infrastructure priority.
Why Geothermal Is Suddenly Becoming America’s Most Interesting Energy Sector
For decades, geothermal energy advanced slowly because drilling deep wells was expensive and technically risky.
But the sector is now benefiting from innovations pioneered in the oil and gas industry.
Horizontal drilling, advanced subsurface imaging, hydraulic stimulation techniques, fiber optic monitoring systems, and improved drilling technologies are dramatically changing project economics.
Companies like Fervo Energy have demonstrated that modern drilling techniques can unlock geothermal reservoirs in ways previously considered impossible.
Meanwhile, firms such as Eavor Technologies are developing closed-loop geothermal systems that do not rely on naturally permeable reservoirs.
The rise of superhot rock geothermal could push the industry even further.
Advocates believe superhot geothermal systems could eventually generate exponentially more energy from a smaller footprint by accessing extremely high-temperature rock formations deep underground.
Organizations such as Clean Air Task Force argue that these emerging geothermal technologies could fundamentally reshape the global clean energy landscape.
That is why Terra Rogers, Director for Superhot Rock Energy at Clean Air Task Force, strongly supported Gallego’s legislation.
According to Rogers, deployment of next-generation geothermal is expected to grow substantially over the coming years, bringing economic benefits to workers, communities, and electricity consumers alike.
However, technological innovation alone is insufficient if permitting agencies cannot keep pace.
This is the paradox confronting the geothermal industry today.
The technology is accelerating faster than the administrative systems governing it.
A Battle Over Speed
The geothermal industry increasingly sees time itself as the most valuable commodity.
Developers do not simply need permits.
They need predictable timelines.
Investors financing billion-dollar geothermal projects must know whether approvals will take months or years. Delays increase financing costs, discourage investment, and undermine competitiveness against faster-moving energy alternatives.
That is why industry organizations quickly rallied behind Gallego’s proposal.
Climate Innovation Action described the bill as an important step toward ensuring federal permitting and oversight systems can responsibly manage next-generation geothermal expansion.
Meanwhile, Geothermal Rising Action called BLM permitting capacity one of the sector’s most persistent deployment bottlenecks.
Its leadership praised the legislation as a fiscally responsible solution because it does not require major new federal spending.
Instead, user fees from developers would support agency capacity directly.
That approach may prove politically significant.
In Washington, energy legislation often collapses under partisan fights about government spending. But a cost-recovery model framed around efficiency and self-funding may appeal across ideological lines.
Geothermal increasingly enjoys bipartisan support because it intersects with multiple national priorities simultaneously:
- Energy security
- Domestic manufacturing
- Grid reliability
- Rural economic development
- Technological leadership
- Emissions reduction
- National competitiveness
Few energy technologies currently occupy that political sweet spot.
Arizona’s Strategic Position
The bill also underscores Arizona’s growing importance in America’s geothermal future.
Traditionally, states like California and Nevada dominated U.S. geothermal production. But Arizona is rapidly emerging as a new frontier for geothermal exploration.
Several geothermal developers are actively evaluating Arizona’s geothermal potential, particularly as drilling technologies improve and exploration models become more sophisticated.
The state’s geology, energy demand growth, and vast land availability make it increasingly attractive for next-generation geothermal projects.
Gallego’s involvement is therefore not accidental.
As Ranking Member of the Senate Energy and Natural Resources’ Energy Subcommittee, the Arizona senator is positioning himself at the center of America’s emerging geothermal policy debate.
His broader energy vision—released in December under the framework “Fostering American Energy Innovation and Affordability”—specifically emphasized investment in emerging technologies such as geothermal.
That vision aligns with a larger transformation happening in the American Southwest.
The region is rapidly becoming one of the world’s most important clean energy laboratories.
Solar dominates headlines, but geothermal may ultimately provide the stable backbone needed to support expanding regional grids.
The Oil and Gas Connection Nobody Can Ignore
One of the most fascinating aspects of the geothermal renaissance is how deeply interconnected it has become with the oil and gas industry.
Many next-generation geothermal companies are staffed by former petroleum engineers, drilling experts, reservoir specialists, and subsurface geologists.
The geothermal industry is increasingly leveraging decades of oilfield expertise.
In fact, many analysts now describe geothermal as the energy transition technology most capable of repurposing oil and gas capabilities rather than replacing them outright.
That matters politically.
Communities historically dependent on fossil fuel industries are often skeptical of renewable energy transitions that threaten jobs and local economies.
Geothermal presents a different narrative.
Instead of eliminating drilling, geothermal expands drilling into a cleaner energy future.
Instead of abandoning subsurface engineering, it elevates it.
Instead of sidelining petroleum expertise, it reuses it.
This convergence could become one of geothermal’s greatest advantages.
It allows the sector to build unusual political coalitions across environmental groups, labor organizations, energy companies, technology firms, and rural communities.
Why the Timing Matters
The timing of Gallego’s bill is particularly significant because the geothermal sector is approaching a critical inflection point.
Private investment in geothermal startups has surged dramatically in recent years. Major technology firms are also beginning to show strong interest.
Data center operators increasingly want around-the-clock clean electricity rather than intermittent renewable generation paired with large storage systems.
Geothermal offers a compelling solution.
Unlike nuclear projects, geothermal plants can often be developed more quickly and with smaller upfront capital requirements. Unlike solar and wind, geothermal generation remains constant.
This combination is attracting serious attention from investors searching for scalable clean baseload energy.
But scaling requires permitting reform.
Without faster approvals, the geothermal industry risks falling into the same trap that has slowed many infrastructure sectors in America: promising technology constrained by administrative inertia.
Gallego’s legislation attempts to address that challenge before it becomes catastrophic.
The Global Geothermal Race Is Accelerating
The United States is not the only country recognizing geothermal’s strategic potential.
Around the world, governments are aggressively exploring geothermal development opportunities.
Countries such as Kenya, Iceland, Indonesia, the Philippines, Turkey, and New Zealand have long demonstrated geothermal’s viability. But now a new wave of nations is entering the race.
Germany is expanding geothermal heating systems.
Japan is revisiting geothermal potential amid energy security concerns.
Canada is accelerating geothermal innovation through oilfield expertise.
African nations continue exploring Rift Valley resources.
Latin American countries are increasingly evaluating geothermal expansion opportunities.
Meanwhile, China is investing heavily in deep drilling technologies that could eventually support geothermal deployment at massive scale.
This growing international momentum increases pressure on the United States to maintain technological leadership.
If America can successfully commercialize next-generation geothermal technologies, it could dominate an enormous future export market involving drilling systems, subsurface engineering, geothermal software, turbines, and power infrastructure.
But leadership requires speed.
And speed requires permitting capacity.
That reality sits at the heart of Gallego’s bill.
The Bureau of Land Management’s Expanding Role
The Bureau of Land Management may not sound glamorous, but its role in America’s energy future is becoming increasingly consequential.
BLM oversees vast federal lands across western states where geothermal resources are concentrated.
As geothermal interest accelerates, the agency faces growing pressure to process applications efficiently while still maintaining environmental oversight responsibilities.
Understaffed agencies create cascading problems:
- Project backlogs grow
- Investment timelines stretch
- Financing risks increase
- Developers lose confidence
- Energy deployment slows
The Geothermal Cost-Recovery Authority Act attempts to create a more sustainable administrative structure.
Rather than relying solely on congressional appropriations, the bill would enable geothermal permitting systems to scale alongside industry growth.
This approach reflects a broader recognition that energy transitions require not only technology and capital—but institutional modernization.
Could This Trigger a Geothermal Construction Boom?
If permitting timelines improve significantly, the implications could be profound.
America may witness a geothermal construction surge unlike anything previously seen in the sector.
Enhanced geothermal systems could expand across western states.
Retrofitted oil and gas infrastructure could support geothermal repurposing projects.
Rural communities could gain new investment opportunities.
Industrial facilities could secure stable clean power.
Data centers could access reliable carbon-free electricity.
And grid operators struggling with reliability concerns could gain a valuable new generation source.
The geothermal industry has long argued that resource potential was never the true limitation.
The limitation was economics, technology, and permitting.
Now, technology is improving rapidly.
Investment is increasing.
Political interest is growing.
Which leaves permitting as one of the final major barriers.
That is why legislation like Gallego’s may prove far more important than its technical language initially suggests.
A New Era for Geothermal Policy?
For years, geothermal advocates complained that policymakers treated geothermal as an afterthought compared to solar and wind.
But that perception is changing.
The rise of AI-driven electricity demand, grid reliability fears, geopolitical energy competition, and advanced drilling technologies has repositioned geothermal as a strategic national asset.
Suddenly, geothermal is not merely an environmental discussion.
It is an infrastructure discussion.
An industrial policy discussion.
A national security discussion.
A technology leadership discussion.
And increasingly, a political discussion.
The Geothermal Cost-Recovery Authority Act may not grab headlines like trillion-dollar climate packages or massive energy subsidies. Yet its significance could ultimately prove substantial because it targets a highly specific—but highly consequential—problem.
Sometimes energy revolutions are not blocked by lack of innovation.
Sometimes they are blocked by paperwork.
And if Senator Ruben Gallego’s legislation succeeds, America’s geothermal industry may finally gain the administrative momentum needed to transform from niche energy source into a central pillar of the nation’s clean energy future.
See also: HS Orka Begins Second Phase of Exploration Drilling in the Krýsuvík Geothermal Area
Source:Gallego Senate
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