Skip to main content

Utah and New Zealand Join Forces to Supercharge Geothermal Energy Innovation under “Operation Gigawatt”

A New Chapter in Geothermal Diplomacy: Utah & New Zealand Seal Geothermal Pact


In October 2025, a significant milestone was achieved when Spencer Cox, Governor of Utah, and Simon Watts, New Zealand’s Minister for Energy, signed a Letter of Intent in Auckland. The agreement formalises cooperation between Utah and New Zealand, with a special focus on developing geothermal energy as part of their shared goal to expand and diversify clean energy generation.

Key Elements of the Agreement
The newly signed agreement aims to strengthen collaboration in energy generation, diversification, and innovation — with geothermal energy taking center stage. The partnership also aligns with Utah’s broader mission, Operation Gigawatt, which seeks to create energy abundance through the development of renewable and advanced energy technologies.
This signing was part of a wider trade and innovation mission involving cooperation in sectors such as critical minerals, clean energy, technology, and sustainability.

Why It Matters for Geothermal Development
Cross-regional collaboration beyond national level
The partnership between a U.S. state and a sovereign nation signals a new era of sub-national energy diplomacy. It opens pathways for knowledge exchange, investment, and technology transfer that can accelerate geothermal growth globally.
Geothermal recognition in a diversified energy strategy
Geothermal energy — often overshadowed by solar and wind — is now being recognized as a key component of long-term energy security. Utah’s decision to integrate geothermal into its energy diversification plan underscores its growing strategic importance.
Potential for technology and resource synergy
New Zealand brings decades of geothermal expertise and technological leadership. Utah, with its ambitious clean-energy targets, provides fertile ground for innovation. Together, they can explore enhanced geothermal systems (EGS), lithium extraction from geothermal brines, and new drilling techniques.
Implications for global geothermal investment
This agreement could serve as a model for other governments and regions. It demonstrates how strategic partnerships can accelerate the transition to sustainable energy systems while attracting private investment and fostering innovation.

What We Do Not Yet Know
While the Letter of Intent sets the stage for collaboration, its exact details remain undisclosed. Specifics on funding, project sites, timelines, and the extent of geothermal technology sharing are yet to be revealed. It also remains to be seen whether the focus will be on conventional geothermal power, binary cycles, or enhanced geothermal systems.

Implications for Regions like Kenya & Africa — and for Alphaxioms
For companies like Alphaxioms, which are deeply involved in renewable-energy consultancy and geothermal innovation, this partnership offers powerful lessons and potential opportunities:
A model for international collaboration
This partnership illustrates how nations can leverage complementary strengths — one with mature geothermal expertise and another with emerging energy ambitions. African nations, especially Kenya, can adopt similar approaches to accelerate their own geothermal industries.
Technology transfer and innovation
The Utah–New Zealand partnership emphasizes not only power generation but also technological evolution — from advanced drilling and data analytics to lithium and hydrogen extraction from geothermal sources. Alphaxioms’ experience in permeability enhancement, lithium recovery, and wireless energy transmission fits seamlessly into this global trend.
Competitive advantage for African consultancies
With global interest in geothermal surging, early awareness of such collaborations gives Alphaxioms a strategic edge. It can position itself as a forward-thinking consultancy aligned with emerging international best practices.
Funding and ecosystem development
Such deals often lead to new funding opportunities through government initiatives and public-private partnerships. By studying how Utah and New Zealand structure their cooperation, Alphaxioms can design similar frameworks for East African geothermal ventures.



From the Beehive State to the Land of the Long White Cloud
This partnership represents more than just a diplomatic gesture — it’s a bold step toward redefining how the world thinks about energy. Utah and New Zealand are not only signing papers; they are charting a path for a cleaner, smarter, and more interconnected energy future.
As the global demand for reliable and renewable energy continues to rise, partnerships like this highlight geothermal’s role as the hidden powerhouse of the clean-energy transition — steady, sustainable, and ready to lead the charge toward energy abundance.


Final Take
For Kenya, Africa, and innovators like Alphaxioms, the message is clear:
The future of energy collaboration is global, geothermal, and groundbreaking.


Connect with us:  LinkedIn

Comments

Hot Topics 🔥

Inside the Geothermal Startup Mind: The Strategy, Funding & Sacrifices Behind Teverra’s Growth

Inside a Geothermal Startup’s Mind: Strategy, Funding, Ethics, and the Brutal Race to Commercialize This interview was done by Robert Buluma on behalf of Alphaxioms  Image:  The Interviewee, Dr.  Hamed Soroush is the Founder and President at Teverra  There’s a certain kind of silence that exists inside fast-growing startups. Not the quiet of peace, but the quiet of pressure . It’s the silence of teams racing to commercialize before competitors arrive. The silence of founders balancing mission and survival. The silence of a clean energy industry that desperately needs success stories… but is still learning how to measure them. In this one-on-one interview, we explore what it really takes to build a geothermal-driven clean energy company in today’s market, from strategic decisions and funding discipline to leadership, ethics, and the painful sacrifices behind growth. 1)  Vision & Strategy: “Speed Is Everything” Q:   Teverra  has grown rapidly, but co...

Geothermal Power Play: Well Engineering Partners Takes Over Operations as Sproule ERCE Sharpens Advisory Focus

The geothermal energy sector is heating up literally and figuratively and a recent strategic move is set to accelerate progress in sustainable energy production. By: Robert Buluma Effective January 1, 2026, Well Engineering Partners (WEP) acquired the operational and production-focused geothermal activities from Sproule ERC (formerly associated with Veegeo). This acquisition marks a smart realignment of strengths in the booming geothermal market, where clean, reliable baseload energy is increasingly vital for the global energy transition. Imagine harnessing the Earth's natural heat to power homes, industries, and cities without the intermittency of solar or wind. Geothermal energy does exactly that, providing constant output from deep underground reservoirs. But turning that potential into reality requires specialized expertise from initial resource assessment to long-term well maintenance. That's where this deal shines: it allows each company to double down on what they do b...

KenGen Launches International Tender for Essential Geothermal Wellhead

KenGen Launches International Tender for Essential Geothermal Wellhead Equipment Amid Kenya's Green Energy Push In a significant move to bolster its geothermal energy infrastructure, Kenya Electricity Generating Company PLC (KenGen) has issued an open international tender for the supply of specialized geothermal wellhead equipment. The tender, referenced as KGN-GDD-025-2026, focuses on expanding gate valves and adaptor flanges—critical components used in geothermal wellheads to manage high-pressure steam and ensure safe, efficient energy extraction. Released in January 2026, this procurement opportunity underscores KenGen's ongoing commitment to expanding Kenya's renewable energy capacity, particularly in the geothermal sector, which already accounts for a substantial portion of the country's power generation. Tender Details and Requirements The tender invites sealed bids from eligible candidates worldwide, emphasizing an open competitive process to attract qualified ...

CTR Launches American Data Power: 600 MW Geothermal Complex to Fuel America’s AI & Hyperscale Data Boom at Salton Sea

The recent announcement from  Controlled Thermal Resources Holdings Inc. (CTR) marks a significant step in addressing one of the most pressing challenges in the U.S. energy landscape:  providing reliable, clean, baseload power for the explosive growth of hyperscale data centers and AI infrastructure. On January 29, 2026, CTR launched American Data Power, a new subsidiary dedicated to delivering a utility-scale 600 MW energy complex in California's Salton Sea Geothermal Field. This initiative advances the next phase of CTR's flagship Hell’s Kitchen development, positioning it as one of the largest baseload renewable energy projects in the country. Geothermal energy stands out in the renewable mix because it delivers continuous, 24/7 power unlike solar or wind, which depend on weather conditions. The proposed complex targets a capacity factor exceeding 95%, ensuring high operational reliability. This makes it ideal for the constant, high-load demands of hyperscale data centers...

Europe's Geothermal Transition: Why Repurposing Oil Wells Isn't as Simple as It Sounds

Repurposing Hydrocarbon Wells for Geothermal Applications Insights from Our Interview with Christi on EGS, Storage, and Europe’s Energy Transition Christi is a Geothermal Resource Engineer and PhD Researcher, specializing in deep geothermal systems, closed-loop systems, well repurposing (especially converting old oil/gas wells for geothermal use), Enhanced Geothermal Systems (EGS), and Deep Borehole Heat Exchangers (DBHE). What if the thousands of oil and gas wells scattered across Europe could become the backbone of the geothermal transition? In our recent interview with Christi, a leading researcher involved in the TRANSGEO project, we explored the technical, economic, and regulatory realities of repurposing hydrocarbon wells for geothermal applications , particularly for Enhanced Geothermal Systems (EGS), thermal storage, and district heating integration. From case studies like Groß Schönebeck to regional analysis in Lausitz, Christi offered a grounded and technical perspective o...

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. By: Robert Buluma 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 ...

The Billion-Dollar Gamble Beneath Our Feet: Why Geothermal Exploration Is the Industry’s Greatest Risk

Exploration Risk: The Billion-Dollar Gamble Beneath Our Feet By:  Robert Buluma Image credit: Kane Watikson on LinkedIn  Geothermal energy is often described as the sleeping giant of the clean energy transition  constant, weather-independent, capable of delivering 24/7 baseload power without the intermittency that defines solar and wind. Yet despite this extraordinary promise, geothermal remains underdeveloped in most parts of the world. The reason is not lack of heat. It is not lack of demand. It is not even lack of technology and not even  FINANCE ,  Whilst many will throw that policy card, but Alphaxioms is already future proofing that .  The real barrier lies several kilometers beneath our feet  in uncertainty. Exploration risk is the defining challenge of geothermal energy. Unlike wind turbines that can measure wind speeds before construction, or solar farms that can predict output from sunlight data, geothermal developers must make multimillion-d...

How to Start a Geothermal Energy Company: Entrepreneur’s Guide

How to Start a Geothermal Energy Company: Entrepreneur’s Guide By:  Robert Buluma Geothermal energy is emerging as one of the most reliable and sustainable renewable energy sources in the world. Unlike solar or wind, geothermal provides a stable, 24/7 energy supply, making it a highly attractive sector for entrepreneurs looking to enter the renewable energy market. If you’ve ever wondered how to start a geothermal energy company, this comprehensive guide walks you through everything—from understanding the technology to securing permits, funding, and scaling operations. Why Start a Geothermal Energy Company? The demand for renewable energy is skyrocketing, driven by climate change concerns, government incentives, and rising electricity costs. Geothermal energy is uniquely positioned because it is: Reliable and Consistent:  Provides baseload power 24/7. Environmentally Friendly:  Minimal greenhouse gas emissions and a small land footprint. Profitable:  With proper plan...

ORC and Next-Gen: Advantages and Opportunities in Design and Execution

ORC and Next-Gen: Advantages and Opportunities in Design and Execution By:  Robert Buluma In the rapidly evolving landscape of renewable energy, the Organic Rankine Cycle (ORC) stands out as a versatile and efficient technology for harnessing low-grade heat sources, particularly in geothermal applications. Unlike traditional steam-based Rankine cycles, ORC uses organic fluids with lower boiling points, enabling power generation from temperatures as low as 80-150°C. This makes it ideal for geothermal energy, waste heat recovery, and even solar thermal systems. As we push toward a net-zero future in late 2025, next-generation enhancements to ORC systems are unlocking new advantages in design and execution. These innovations address key challenges like fluctuating energy demands, resource variability, and scalability, paving the way for more reliable and cost-effective clean energy solutions. This article explores the advantages and opportunities in ORC and next-gen technologies. We'l...

7,000 Feet Deep, 338°F: The Game-Changing Sensor Revolutionizing Enhanced Geothermal Systems

Breakthrough in Geothermal Monitoring: Berkeley Lab's High-Temperature Seismometer Powers the Future of Enhanced Geothermal Systems By: Robert Buluma Image: Cape Station, Fervo Owned Geothermal Station  Geothermal energy has long been valued as a reliable, clean, and renewable source of power. It draws heat from deep within the Earth to generate electricity with virtually no greenhouse gas emissions during operation. Traditional geothermal plants rely on naturally occurring hot water or steam reservoirs, which restricts development to specific volcanic or tectonically active regions. Enhanced Geothermal Systems (EGS), however, represent a game-changing evolution. EGS engineers artificial reservoirs in hot, otherwise impermeable rock formations found almost anywhere with sufficient subsurface heat. By injecting fluid under pressure to create and propagate fractures, EGS dramatically expands the geographic reach and scalability of geothermal power, offering the potential for 24/7, c...