Skip to main content

Vallourec-XGS Alliance Unlocks 3-GW Geothermal Buildout in Western US

Vallourec + XGS Energy: The Tubular Alliance That Could Turn Next-Gen Geothermal Into a 3-GW Reality Across the Western U.S.
Image:Vallourec-XGS Alliance Unlocks 3-GW Geothermal Buildout in Western US

There are moments in the energy transition when a “press release” quietly reveals something far bigger than a partnership. It reveals a  supply chain war being won before the market even realizes the battle has begun.

On January 28, 2026, Vallourec one of the world’s most dominant names in premium tubular solutions—announced a strategic supply chain partnership with XGS Energy, the next-generation geothermal developer building what may become one of the most aggressive geothermal project pipelines in North America: a 3-gigawatt commercial pipeline across the western United States.


And this isn’t a distant dream. This is happening now—because XGS is preparing to begin construction this year on its headline project: a 150 MW geothermal facility in New Mexico backed by Meta, delivering power to the Public Service Company of New Mexico (PNM) grid to support Meta’s data center operations.

In other words: geothermal is no longer pitching itself as “future baseload.” It is now signing contracts with hyperscalers who demand delivery dates.

Why This Partnership Matters (It’s Not Just “Equipment Supply”)

Geothermal has always been full of brilliant ideas.

But the difference between ideas and grid-scale reality is brutally simple:

Can you build it fast, reliably, repeatedly, and at scale?

That is where this Vallourec–XGS partnership lands like a hammer.

XGS is executing a multi-GW pipeline, and to do that, it must secure:

high-temperature tubular goods
engineering support
manufacturing reliability
long-term supply certainty

Because geothermal is not like solar or wind where components can be swapped casually.

If the wells are wrong, the project is wrong.

And tubulars are not a “minor detail.” They are foundational.

XGS Energy’s Big Claim: Geothermal Without Water Dependency

What makes XGS different—and why Vallourec’s involvement is such a signal—is XGS’s technology approach:

XGS is developing a solid-state, closed-loop geothermal system

That is designed to:

use thermally conductive materials
unlock energy “anywhere there is hot rock”
decouple geothermal production from natural water resources
reduce geological risk and expand geographic flexibility

This is huge, because traditional geothermal has historically been limited by:

water availability
 permeability and fluid flow
narrow geological sweet spots
 higher exploration risk

XGS is essentially pushing geothermal toward a new era:

repeatable geothermal infrastructure, not rare geothermal miracles.


Vallourec’s Role: The High-Temperature Backbone of Next-Gen Geothermal

Vallourec is not just “a supplier.”

Vallourec is one of the companies that understands the physics of heat, stress, and extreme well environments at an industrial level—because it has spent decades supporting:

harsh oil & gas wells
new generation power plants
extreme industrial applications

For next-generation geothermal, that expertise becomes priceless.

In this partnership, Vallourec will support XGS through:

engineering expertise
manufacturing capability
proven high-temperature tubular solutions

And one technology stands out like a crown jewel:

THERMOCASE® Vacuum Insulated Tubing (VIT)

This is designed to:

minimize thermal losses
increase heat exchange performance
improve long-term system reliability

That last point—reliability—is the word that hyperscalers, utilities, and financiers worship.

Because geothermal doesn’t win by being clean.

It wins by being:

clean + firm + dependable + scalable.

The Meta Factor: Why Data Centers Are Becoming Geothermal’s Best Customer

Meta backing a 150 MW geothermal project is not symbolic.

It’s a market signal.

Data centers need:

24/7 power
stable pricing
reliability
decarbonization that is real (not just offsets)

Solar + batteries is expensive at full 24/7 coverage.
Wind is variable.
Nuclear takes too long.

So the new race is for something that can deliver:

Clean, Round-the-Clock Power — on demand — at utility scale.

That is exactly how XGS describes its mission:
“Clean, Round-the-Clock Energy Everywhere, Forever.”

If XGS can deliver that at scale, it doesn’t just become a geothermal company.

It becomes a critical infrastructure provider for the AI era.


The Most Explosive Line in the Entire Announcement

XGS CEO Josh Prueher stated:

“Our near-term projects in New Mexico and California alone will make XGS one of the largest consumers of tubular goods in the world in 2027 and 2028.”

Read that again.

This is geothermal behaving like an industrial super-cycle.

Not pilot-scale.
Not “demonstration project.”
Not “we’ll see after 2035.”

But massive consumption, mass deployment, mass buildout.

And Vallourec is positioning itself right at the heart of that buildout.

Vallourec’s Strategic Play: New Energies Is No Longer a Side Hustle

For Vallourec, geothermal is not a PR add-on.

This partnership reinforces its ambition to become a leading supplier for advanced geothermal applications, under its New Energies portfolio.

Vallourec CEO Philippe Guillemot said:

“By combining our tubular expertise with XGS’s innovative technology, we are enabling meaningful progress toward decarbonizing the energy sector.”

Translation?

Vallourec is betting that the next trillion-dollar energy buildout will not only be transmission lines and batteries.

It will include:

deep drilling
advanced well design
high-performance tubing
 thermal efficiency optimization

In short:

the oilfield supply chain is being re-deployed into the clean energy economy.**

And geothermal is one of the few clean technologies that can absorb that supply chain at scale.

What This Means for Geothermal (And Why the Industry Should Pay Attention)

This partnership reveals three uncomfortable truths:

1) Next-gen geothermal is shifting from technology risk → execution risk

The question is no longer “can it work?”
The question is “can you build it repeatedly, fast, and profitably?”

2) Supply chain is becoming a competitive weapon

If you can’t secure tubulars, rigs, crews, and engineering bandwidth,
you don’t have a project pipeline.

You have a PowerPoint pipeline.

3) Geothermal is entering the hyperscaler era

The biggest buyers of firm clean power are no longer just utilities.

They are:Vallourec

AI and cloud infrastructure operators

This is changing geothermal’s business model permanently.

Final Thought: This Is How Industries Are Built

When geothermal becomes industrial, the winners won’t just be the ones with the best science.

They’ll be the ones with:

supply chain dominance
manufacturing partnerships
 bankable deployment models
 engineering execution

That is why the Vallourec–XGS partnership matters.

Because it’s not just about tubes.

It’s about building a future where geothermal is no longer niche.


It becomes a global infrastructure class and it starts with projects like New Mexico, and pipelines like 3 GW across the western U.S.

The geothermal era is no longer coming. It is assembling.

Source: Vallourec

Connect with us: LinkedInX

Comments

Hot Topics 🔥

Vulcan Energy's G-LEP Plant in Landau Paves the Way for Europe's Sustainable Lithium Revolution

Breaking Ground: Vulcan Energy's G-LEP Plant in Landau Paves the Way for Europe's Sustainable Lithium Revolution By: Robert Buluma In the heart of Germany's Rhineland-Palatinate region, a groundbreaking ceremony marked the laying of the foundation stone for the first optimized Geothermal and Lithium Extraction Plant (G-LEP) in Landau, spearheaded by Vulcan Energy Resources, an Australian-German company. As Petra Dick-Walther, State Secretary in the Ministry for Climate Protection, Environment, Energy, and Mobility of Rhineland-Palatinate, described in her recent social media post, this project represents a "quantum leap into the future." It enables the simultaneous extraction of climate-neutral lithium and generation of renewable energy from the hot thermal beds of the Upper Rhine Graben, opening new avenues for Germany's energy transition, supply security, and Europe's sovereignty over critical resources. Lithium, a key component in batteries for electri...

FINANCING STRATEGIES FOR GEOTHERMAL PROJECTS LEVERAGING TAX CREDIT INCENTIVES

FINANCING STRATEGIES FOR GEOTHERMAL PROJECTS LEVERAGING TAX CREDIT INCENTIVES Aligning Policy, Risk Mitigation, and Investor Capital to Unlock Geothermal Growth Geothermal energy stands at a unique crossroads in the global energy transition. It is one of the few renewable resources capable of delivering continuous, baseload power and heat, independent of weather conditions. Unlike solar and wind, geothermal offers grid stability, industrial heat, and long-term energy security. Yet despite its immense potential, geothermal deployment has historically lagged behind other renewables due to high upfront capital costs, geological uncertainty, and complex financing requirements. In recent years, governments and financial institutions have increasingly turned to **tax credit incentives as a strategic lever to overcome these barriers. By reducing capital expenditure, improving cash flow profiles, and attracting institutional investors, tax credits are reshaping how geothermal projects are fina...

The 2025 U.S. Geothermal Market Report published by the National Laboratory of the Rockies & Geothermal Rising

The 2025 U.S. Geothermal Market Report published by the National Laboratory of the Rockies (NLR, formerly NREL) in collaboration with Geothermal Rising and supported by the U.S. Department of Energy's Geothermal Technologies Office (GTO), provides a comprehensive update on the geothermal sector since the 2021 report.  By:  Robert Buluma Released in 2025 (with data through mid-2025), it expands coverage to include geothermal heat pumps (GHPs) for single-building and district applications, alongside power generation and direct use. The report highlights steady growth in installed capacity, accelerating investment in next-generation technologies like enhanced geothermal systems (EGS) and closed-loop geothermal (CLG), cost declines, policy support, and emerging opportunities driven by demand for reliable, 24/7 clean energy. Geothermal Power Generation: Steady Growth and Momentum U.S. geothermal power has seen consistent expansion, with nameplate installed capacity reaching 3,96...

Geo Dipa's Game-Changing Leap: Commercial Silica and Lithium Production from Geothermal Brines by 2028

Geo Dipa's Ambitious Leap: Extracting Silica and Lithium from Geothermal Brines by 2028 Introduction In an era where the global energy transition demands sustainable sources of critical minerals, Indonesia's state-owned PT Geo Dipa Energi ( Persero ) is positioning itself at the forefront of innovation. By 2028, Geo Dipa plans to commence commercial production of silica and lithium extracted from geothermal brines, a byproduct of its geothermal power operations. This initiative not only diversifies the company's revenue streams but also aligns with Indonesia's broader goals of enhancing renewable energy capacity and supporting the electric vehicle (EV) battery supply chain.  Geothermal energy, harnessed from the Earth's heat, produces hot brines rich in dissolved minerals like lithium and silica. Traditionally viewed as waste, these brines are now seen as valuable resources. Geo Dipa's strategy builds on years of feasibility studies and international partnershi...

13 States Launch Initiative to Accelerate Geothermal Power Development

NASEO Launches Multistate Geothermal Power Accelerator: A Major Step Toward Clean, Reliable Energy By:  Robert Buluma In a significant boost for America's clean energy future, the National Association of State Energy Officials (NASEO) announced on December 18, 2025, the launch of the NASEO Geothermal Power Accelerator. This collaborative initiative brings together 13 states to fast-track the development of geothermal power in partnership with the private sector. Funded by the U.S. Department of Energy’s Geothermal Technologies Office and NASEO itself, the Accelerator aims to unlock the vast potential of geothermal energy a reliable, firm, and flexible source of clean power available around the clock. The participating states are Arizona, California, Colorado, Hawaii, Idaho, Louisiana, Montana, Nevada, New Mexico, Oregon, Pennsylvania, Utah, and West Virginia. These diverse regions, spanning traditional geothermal hotspots in the West to emerging opportunities in the East, will wo...

Switch's Bold Move: 13MW Geothermal PPA with Ormat in Nevada – Game-Changer

Switch's Bold Move: Signing a 13MW Geothermal PPA with Ormat Technologies in Nevada – A Game-Changer for Sustainable Data Centers Image: Ormat Power Plant Posted by Alphaxioms Geothermal News on January 12, 2026 Welcome back to Alphaxioms Geothermal News, your go-to source for all things geothermal energy, innovation, and sustainability. As we kick off 2026, the intersection of renewable energy and high-tech industries is heating up—literally. Today, we're diving deep into a groundbreaking announcement that's set to reshape how data centers power their operations. Global data center operator Switch has inked a 20-year Power Purchase Agreement (PPA) with Ormat Technologies for 13MW of geothermal power from the Salt Wells geothermal power plant in Nevada. This isn't just another deal; it's a pivotal step toward carbon-free, reliable energy for the AI-driven future. In this comprehensive blog post, we'll unpack the details of this agreement, explore the technolog...

Banda Baru Geothermal Tender Flops: Zero Bidders Step Forward

Banda Baru Geothermal Survey Tender Fails to Attract Bidders By:  Robert Buluma Indonesia's push toward renewable energy suffered a notable setback in late 2025 when the tender for the Preliminary Survey and Exploration Assignment (WPSPE) of the Banda Baru Sepa geothermal block closed without a single bidder. Located on the remote Seram Island in Maluku Province, this 1,989-hectare site was seen as a promising addition to the nation's geothermal portfolio, with estimated potential of around 25-30 MW. The tender, open from October 31 to December 1, 2025, aimed to assign a developer for initial surveys and exploration, but the lack of interest underscores deep-rooted challenges in attracting investment to Indonesia's geothermal sector. Seram Island, a rugged and largely undeveloped landmass north of Ambon, is characterized by dense rainforests, towering mountains, and limited infrastructure. The Banda Baru block's location amplifies logistical difficulties, making it a to...

Rodatherm Energy: Pioneering Closed Loop Geothermal in Utah

Revolutionizing Geothermal Energy: Rodatherm's Game-Changing Approach in Utah Posted by Alphaxioms Geothermal News on January 17, 2026 Utah-based Rodatherm Energy Corporation has revolutionized the geothermal energy equation, and venture capitalists have taken note. With pilot projects planned for Millard County and Beaver County, the company has what founder and CEO Curtis Cook calls “a novel approach” to geothermal technology. In a world racing toward sustainable energy solutions, geothermal power has long been a reliable but underutilized player. Traditional geothermal systems rely on water to extract heat from the Earth's depths, often limiting their deployment to remote, sparsely populated areas due to environmental concerns and high costs. But Rodatherm is flipping the script with its innovative, waterless closed-loop system that promises efficiency, scalability, and minimal environmental impact. At the heart of Rodatherm's technology is what Cook describes as ...

Versailles Powers Its Historic Legacy with Deep Geothermal Energy: A Model for Sustainable Urban Heating

Versailles Embraces Deep Geothermal Energy to Decarbonize Its District Heating Network By Robert Buluma The historic city of Versailles in France's Yvelines department is taking a bold step toward sustainability. On December 18, 2025, Mayor François de Mazières and Franck Lacroix, Deputy Managing Director of Engie , signed a 32-year concession agreement. This partnership entrusts Engie with transforming, modernizing, and greening the city's district heating network, aiming to slash carbon emissions while providing reliable, renewable heat to residents. At the project's core is deep geothermal energy, harnessing the natural heat from underground aquifers. The site targets the Dogger aquifer, a limestone formation from the Middle Jurassic period, located about 1,500 meters below the Paris Basin. Water in this layer reaches temperatures of around 60°C, making it ideal for heating. The plan involves drilling a geothermal doublet two wells: one to extract hot water and another t...

GEOLOG Acquires Quad Ltd and QO Inc. to Revamp Wellsite Geology and Pore Pressure Outreach

Revolutionizing the Depths: How GEOLOG's Strategic Acquisition is Supercharging Geothermal Energy's Future By: Robert Buluma Imagine plunging miles beneath the Earth's surface, tapping into an ancient furnace of heat that never sleeps, never falters, and never runs out. This is geothermal energy—the planet's own endless battery, capable of powering civilizations with clean, reliable electricity around the clock. While solar panels go dark at night and wind turbines stand idle in calm air, geothermal delivers baseload power with capacity factors often above 90%. In a world racing toward net-zero emissions and facing exploding energy demands from data centers, electric vehicles, and industrial growth, geothermal is emerging as the sleeping giant ready to awaken. Scaling geothermal globally, however, is no simple task. Drilling deep into the crust exposes crews to extreme conditions: temperatures soaring past 300°C, highly corrosive fluids, and rock so hard it can destroy...