Manitoba Invests $4 Million in First Large-Scale Geothermal District Manitoba is moving geothermal energy from individual buildings toward large-scale community heating and cooling, with the provincial government committing up to $4 million to a planned geothermal district at the University of Manitoba's Fort Garry campus in Winnipeg. The project, known as Southwood Circle , is planned as an approximately 80-acre mixed-use development that could eventually include more than 1,000 homes alongside office, commercial, retail and hospitality space. According to the Manitoba government, the geothermal system is expected to provide heating and cooling for at least 1,000 new homes by 2028 , making it the province's first large-scale geothermal district energy system. The announcement forms part of Manitoba's new Net Zero Action Plan , released on September 9, 2026. The plan sets out 90 actions intended to guide the province toward its stated net-zero emissions objective by 20...
Texas GLO Seeks Geothermal Development Input as Texas Opens New Frontier for Geothermal Energy
Image : This image appears to show a pilot geothermal energy production facility retrofitted onto an existing oil and gas well site, utilizing Organic Rankine Cycle (ORC) technology to generate clean electricity from subsurface heat
Texas is already one of the world's most important energy markets, but a new initiative from the Texas General Land Office (GLO) could help establish another major chapter in the state's energy story: geothermal energy.
On August 28, 2026, the Texas General Land Office issued a Request for Information (RFI) seeking industry feedback on geothermal exploration and development opportunities on GLO-owned surface lands. Responses are due by December 10, 2026.
The RFI is more than a request for technical comments. It represents an early signal that Texas is evaluating how its public lands could participate in the emerging geothermal economy. By seeking input before issuing potential Requests for Proposals, the GLO is effectively inviting developers, technology companies, investors, engineering firms and other geothermal stakeholders to help shape the commercial framework that could govern future projects.
For an industry increasingly looking beyond conventional geothermal resources toward advanced drilling, enhanced geothermal systems and other technologies capable of expanding geothermal deployment, Texas could become an important new market.
Texas GLO's Geothermal Request for Information
The Texas General Land Office manages extensive state-owned resources and plays an important role in generating revenue and supporting public priorities through the management of state lands.
Its new geothermal RFI seeks information from companies and industry participants regarding the exploration and development of geothermal energy on GLO-owned surface lands.
The significance of the announcement lies partly in its timing.
Texas has traditionally been associated with oil and gas, but the expertise, infrastructure and workforce developed by the state's hydrocarbon industry increasingly overlap with the requirements of emerging geothermal technologies.
Geothermal developers need many capabilities already deeply established in Texas: drilling expertise, subsurface characterization, reservoir engineering, geoscience, well construction, completion technology, project finance and energy infrastructure.
That creates a potentially powerful pathway for geothermal development.
Rather than building an entirely new industrial ecosystem, Texas can potentially leverage decades of experience from its oil and gas sector while introducing geothermal technologies into the state's broader energy portfolio.
Why the December 10 Deadline Matters
Companies and organizations interested in influencing the future structure of geothermal development on GLO lands have until December 10, 2026, to submit responses.
This deadline should be viewed as more than an administrative date.
An RFI generally occurs before a formal procurement or solicitation process. Government agencies use responses to understand market capabilities, technological readiness, commercial structures, risks, regulatory considerations and potential approaches before designing future solicitations.
For geothermal companies, this creates an opportunity to communicate what the industry can realistically deliver.
Developers can use the process to demonstrate available technologies and identify suitable commercial models. Technology providers can explain how their solutions could reduce exploration or drilling risk. Engineering and service companies can highlight capabilities that could support projects.
Investors and project developers can also gain strategic insight into how state-owned land might eventually become available for geothermal development.
The organizations that engage early could therefore gain a better understanding of the market before formal opportunities emerge.
Texas Could Become a Geothermal Testbed
Texas possesses characteristics that could make it particularly interesting for geothermal development.
The state has a large and sophisticated energy industry, extensive electricity infrastructure, major industrial consumers and a workforce experienced in subsurface development.
Its oil and gas sector has also created enormous expertise in drilling deep wells and managing complex subsurface environments.
These capabilities are increasingly relevant to geothermal.
Conventional geothermal development typically depends on naturally occurring reservoirs with sufficient heat, permeability and fluid availability. However, newer technologies are attempting to expand the geographic range of geothermal energy by engineering or accessing geothermal reservoirs in areas where conventional resources may not be commercially viable.
Enhanced geothermal systems, closed-loop geothermal systems and advanced drilling technologies are examples of approaches that could potentially change the economics and geographic limitations of geothermal power.
Texas provides an interesting environment for these technologies because the state's energy industry already possesses much of the underlying technical ecosystem required to develop deep subsurface projects.
From Oil and Gas Expertise to Geothermal Development
One of the most important implications of the Texas GLO initiative is the potential convergence between the oil and gas and geothermal industries.
For decades, Texas companies have developed technologies for drilling, well completion, formation evaluation, hydraulic stimulation, reservoir management and production optimization.
Geothermal developers can potentially adapt portions of this knowledge base.
This does not mean geothermal is simply another form of oil and gas.
The engineering objectives are different. Geothermal projects are designed to access and manage heat rather than hydrocarbons, and project economics depend heavily on heat extraction, reservoir performance, thermal decline, drilling costs and power conversion.
Nevertheless, the overlap in subsurface expertise is significant.
That makes Texas particularly well positioned to become a location where oil and gas capabilities are transferred into the emerging geothermal sector.
The Importance of Public Lands
The involvement of the Texas General Land Office adds another important dimension.
Publicly owned lands can provide governments with a mechanism for encouraging new energy development while retaining oversight of how state resources are utilized.
If the RFI eventually leads to geothermal leasing opportunities, competitive solicitations or development agreements, GLO lands could become a platform for commercial geothermal projects.
The agency's decision to seek industry feedback before establishing future procurement frameworks suggests that it wants to understand how the geothermal market is developing before determining the most effective approach.
That could include questions around leasing structures, exploration commitments, development timelines, royalties, environmental requirements, technical qualifications and project performance.
Industry feedback can help ensure that future frameworks reflect the realities of geothermal development rather than simply adapting models designed for other energy resources.
Geothermal Is Expanding Beyond Traditional Markets
Historically, geothermal power has been concentrated in regions with strong conventional geothermal resources.
Countries such as the United States, Indonesia, the Philippines, Iceland, Kenya, New Zealand and Türkiye have built substantial geothermal industries because of favorable geological conditions.
The emerging generation of geothermal technologies could change that geography.
Advanced geothermal developers are increasingly pursuing projects in regions that historically have not been considered major geothermal markets.
The objective is to make geothermal less dependent on naturally permeable hydrothermal reservoirs.
If these technologies continue to reduce drilling and development costs, states such as Texas could become increasingly relevant.
This is particularly important because geothermal offers something that many other renewable technologies cannot easily provide: firm, around-the-clock energy.
Solar generation varies with sunlight, while wind generation depends on weather conditions. Geothermal facilities can potentially provide continuous electricity when properly designed and operated.
For an electricity system managing increasing demand from data centers, manufacturing, electrification and other energy-intensive industries, that characteristic could become increasingly valuable.
Texas Energy Demand Creates an Opportunity
Texas has experienced substantial growth in electricity demand, driven by population growth, industrial development, data centers and broader electrification.
The state's electricity market is therefore increasingly interested in technologies capable of supplying reliable power.
Geothermal could eventually fit into that equation.
A successful geothermal industry in Texas would not necessarily need to compete directly with solar and wind. Instead, geothermal could complement variable renewable generation by providing firm power.
A portfolio combining solar, wind, storage, geothermal, natural gas and other resources could potentially provide greater flexibility and reliability than relying heavily on any single technology.
For geothermal developers, this means Texas could represent more than an opportunity to build individual projects.
It could become a major demonstration market for integrating advanced geothermal into a large and highly competitive electricity system.
What Geothermal Companies Should Watch
The GLO RFI should be closely monitored by companies operating across the geothermal value chain.
Developers should evaluate whether their technologies and project models could be deployed on state-owned lands.
Drilling companies should examine potential requirements for exploration and production wells.
Geological and geophysical companies may find opportunities in subsurface characterization and resource assessment.
Engineering firms could become involved in feasibility studies, project design and infrastructure development.
Technology companies working on closed-loop systems, enhanced geothermal systems, drilling automation, well stimulation and reservoir monitoring could also find a potential entry point.
Investors should pay attention to what happens after the RFI closes.
The most important question will be whether the information received by GLO translates into formal geothermal solicitations, leases or development agreements.
International Companies Could Also Pay Attention
The opportunity is not necessarily limited to U.S.-based geothermal companies.
The geothermal industry is increasingly international, with technology providers and developers operating across multiple markets.
Companies with experience in Europe, Asia, Africa and other geothermal regions could potentially bring technical expertise to Texas.
International participation could be particularly valuable where companies have experience developing geothermal resources under different geological, regulatory and commercial environments.
However, companies seeking to enter Texas will need to understand the state's regulatory framework, land-management structures, electricity market and project-financing environment.
Partnerships with Texas-based drilling companies, engineering firms, energy developers and infrastructure providers could therefore become an important market-entry strategy.
Texas Could Leverage Its Existing Energy Infrastructure
Another advantage is infrastructure.
Texas has an extensive electricity network, industrial base, transportation infrastructure and energy-service ecosystem.
For geothermal developers, infrastructure can represent a major component of project economics.
A geothermal project needs more than a productive well. It requires surface facilities, power conversion equipment, transmission or interconnection infrastructure, monitoring systems and long-term operations and maintenance capabilities.
Projects developed near existing infrastructure may therefore have advantages compared with projects in remote locations.
The availability of experienced contractors and service companies could also reduce development friction.
This is one reason why the Texas GLO RFI deserves attention from companies beyond traditional geothermal developers.
The eventual market could generate opportunities across a broad supply chain.
The RFI Could Shape Future Geothermal Leasing
Perhaps the most important phrase in the announcement is that the RFI is intended to inform future Requests for Proposals and leasing strategies.
That suggests the process could ultimately influence how geothermal resources on GLO lands are commercialized.
The industry therefore has an opportunity to communicate what an effective geothermal leasing framework should look like.
Questions could include how exploration rights are structured, how development milestones are established, how projects are evaluated and how economic returns to the state are determined.
Geothermal projects can require significant upfront investment before commercial production is achieved.
Exploration wells can be expensive, while subsurface uncertainty can make early-stage development risky.
A leasing framework that recognizes those realities could help attract credible developers while protecting public interests.
Reducing Geothermal Development Risk
Risk remains one of the biggest barriers to geothermal deployment.
Drilling costs, resource uncertainty, permitting, reservoir performance and financing can all influence project economics.
This makes early-stage government engagement particularly important.
If state land programs can create transparent pathways for exploration and development, they may reduce some of the uncertainty faced by developers.
Technology innovation can address other aspects of risk.
Better subsurface imaging, advanced drilling, real-time data, improved well designs and reservoir engineering could progressively improve project economics.
The combination of favorable policy frameworks and technological innovation could therefore be more important than either factor individually.
A Signal for Texas's Emerging Geothermal Market
The Texas GLO initiative should not be interpreted as evidence that a large geothermal industry already exists in Texas.
Rather, it is a signal that state authorities are exploring how geothermal could become part of the state's future energy landscape.
That distinction matters.
The RFI is an early-stage process. Its eventual outcome will depend on industry responses, technical feasibility, economics, policy decisions and future procurement actions.
Nevertheless, early signals can be strategically important.
When governments begin asking industry how new markets should be structured, companies that engage early can help shape those markets.
For geothermal, that could be particularly valuable because the industry is undergoing rapid technological development.
What Comes Next?
The immediate milestone is December 10, 2026, when responses to the Texas GLO geothermal RFI are due.
After that, industry stakeholders should watch for announcements regarding future Requests for Proposals, leasing frameworks, project qualification requirements and potential geothermal development opportunities on GLO-owned lands.
The quality and diversity of responses could influence what comes next.
If developers demonstrate strong technical and commercial interest, the GLO may have a clearer basis for creating future geothermal opportunities.
That could eventually lead to exploration campaigns, pilot projects and commercial-scale developments.
Texas Geothermal Could Be Bigger Than a Single Project
The significance of the Texas GLO announcement ultimately extends beyond the individual parcels of land involved.
Texas is one of the world's most influential energy jurisdictions.
A successful geothermal development framework could provide a model for how an energy-producing state with a historically strong oil and gas economy can incorporate next-generation geothermal technologies.
It could also demonstrate how existing drilling and subsurface expertise can be redirected toward a low-carbon energy resource capable of providing firm power.
For geothermal companies, the message is straightforward: Texas is becoming a market worth watching.
The December 10 RFI deadline provides an immediate opportunity for industry participants to make their capabilities known and potentially influence the structure of future geothermal development.
For investors, developers, drilling contractors, technology providers and energy companies, early engagement could be strategically important.
The Bigger Geothermal Opportunity
The global geothermal industry is entering a period in which technology may matter as much as geology.
Traditional geothermal resources will remain important, but advanced drilling, enhanced geothermal systems, closed-loop technologies and improved reservoir engineering could expand geothermal development into new markets.
Texas is precisely the kind of market where this transition could become significant.
It has energy expertise, capital, infrastructure, industrial demand and a sophisticated drilling ecosystem.
The Texas General Land Office's decision to seek industry input is therefore worth watching closely.
If the RFI develops into competitive geothermal leasing and project opportunities, Texas could move from being primarily an oil and gas powerhouse to becoming an important proving ground for the next generation of geothermal energy.
And for an industry searching for scalable sources of reliable clean electricity, that could be a development worth paying attention to.
Alphaxioms Take: The most important part of the Texas GLO announcement is not simply that the state is considering geothermal. It is that Texas is beginning to ask the industry how geothermal development should be structured on public lands. That creates an early opening for developers, drilling companies, technology providers and investors to influence a market before it fully takes shape.
Source: Efficiency Markets
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