$14.2 Million Announced Subsequently by US DOE For Enhanced Geothermal Pilot Projects

Unleashing the Power Beneath: The Second-Round EGS Pilot Demonstrations

image:wells of power at Kenyan Geothermal Field gushing steam

Geothermal energy is a game-changer in the quest for sustainable and reliable energy sources. The U.S. Department of Energy (DOE) is pushing the boundaries of this potential through its Geothermal Technologies Office (GTO). With the second round of funding opportunities for Enhanced Geothermal Systems (EGS) pilot demonstrations, authorized under President Biden's Bipartisan Infrastructure Law, the future of geothermal energy looks brighter than ever. This initiative aims to catapult EGS into the mainstream, contributing significantly to the goal of a carbon pollution-free electricity system by 2035.

What Are Enhanced Geothermal Systems (EGS)?

Enhanced Geothermal Systems (EGS) represent a cutting-edge approach to geothermal energy. Unlike traditional geothermal systems that rely on naturally occurring hydrothermal resources, EGS creates man-made geothermal reservoirs. By injecting fluid into hot rock formations, EGS enhances the permeability of these rocks, allowing heat to be extracted and converted into electricity or used for heating purposes.

The Second-Round Funding Opportunity

The second-round funding opportunity, identified as DE-FOA-0002826, comes with a substantial $14.2 million up for grabs. This initiative aims to support a variety of pilot projects that demonstrate EGS in different geologic settings. These projects will help advance EGS towards achieving DOE’s ambitious Enhanced Geothermal Shot™ and GeoVision analysis goals. The ultimate objective is to harness 90 gigawatts of domestic electricity-generating capacity by 2050, enough to power over 65 million American homes.

Key dates for this funding opportunity are:

- Letters of Intent Due: July 18, 2024

- Full Applications Due: September 25, 2024

- Selection Notifications: December 2024

- Award Negotiations: January 2025

Objectives and Benefits

The economic viability of EGS hinges on developing and improving technologies to understand the subsurface, including geological qualities and permeability. By supporting EGS pilot demonstrations, the DOE aims to:

Model Reliability and Performance: Prove the reliability and performance of EGS technologies, ultimately reducing risks associated with their development.

Learn-by-Doing: Utilize pilot projects to identify new challenges that might not be evident at smaller, lab-based scales.

Validate Design Approaches: Test hypotheses and validate design approaches tailored to specific geological conditions.

Standardize Best Practices: Establish best practices and general operational processes through collaboration.

Market Connection: Begin connecting with consumers and off-takers to understand their needs, helping define the market for geothermal energy.

Focus on the Eastern United States

The second-round funding opportunity is particularly focused on Topic Area 4, which seeks to demonstrate EGS at a well-characterized site in the eastern United States with potential for near-term electricity or thermal power production. This focus aims to diversify the geographic and geological applicability of EGS, paving the way for broader development and implementation.

Get Involved

If you're interested in this transformative opportunity, review the second-round FOA Quick Guide for eligibility details and application instructions. Explore the Teaming Partner List if you wish to form a partnership to apply

The second-round EGS pilot demonstrations represent a pivotal step towards unlocking the full potential of geothermal energy. By fostering innovation, collaboration, and practical implementation, these projects will not only drive technological advancements but also contribute significantly to the nation's clean energy goals. Don’t miss the chance to be part of this groundbreaking journey towards a sustainable energy future.

For more information and to stay updated, visit the Geothermal Technologies Office page on Energy.gov.

Source:Energy Gov

Connect With Us :Alphaxioms

Comments

GDC Opens Restricted Tender for Menengai Wellbore Scale Services

GDC Opens Restricted Tender for Menengai Wellbore Scale Services Kenya’s Geothermal Development Company Limited (GDC) has announced a new restricted tender targeting one of the most technically important challenges in geothermal field operations: scale formation and its removal from geothermal wells and formations . The procurement notice, posted by GDC on 29 September 2026 , seeks qualified firms to provide specialized downhole wellbore and formation-scale removal and scaling mitigation services for geothermal wells and reservoirs at the Menengai Geothermal Field . The planned service period is three years , creating an opportunity for specialized geothermal service companies with experience in downhole intervention, scale management, wellbore remediation and formation-scale mitigation. According to the notice, interested and qualified firms must submit their full company details and contacts together with their Electronic Government Procurement System (eGP) registration number t...

Maren Maras plans 99-MW geothermal power development in Aydin, Türkiye

Maren Maras plans 99-MW geothermal power development in Aydin, Türkiye Maren Maras is planning a 99-MW geothermal development in Aydın’s Germencik district, consisting of three 33-MW plants with binary-cycle technology, based on regulatory filings and the Final EIA report. The project is expected to generate about 730 GWh annually and requires an estimated TRY 1.82 billion investment. Maren Maras Plans 99-MW Geothermal Power Development in Aydın, Türkiye Maren Maras Elektrik Üretim Sanayi ve Ticaret A.Ş., part of Kipaş Holding, has advanced plans for a major geothermal expansion in Türkiye’s Aydın province. According to regulatory documents and reporting on the company’s environmental filings, the project will add 99 MW of installed geothermal capacity in the Germencik district through three separate 33-MW power plants. The project adds another large-scale development to one of Türkiye’s most active geothermal regions. Aydın has long been a core province for geothermal power in th...

Global Geothermal Policy Outlook for 2027 Across Key Markets

Global Geothermal and Energy Policies for 2027: A Future Outlook Introduction The next phase of global geothermal development will be shaped not only by geology and technology, but increasingly by national energy policy . Governments are now treating geothermal as more than a niche source of heat or power . They are beginning to see it as a practical option for firm low-carbon electricity, district heating, industrial heat, and energy security. That shift matters because geothermal projects are unusually sensitive to policy design. Exploration is capital intensive, drilling is expensive, subsurface risk is real, and project timelines can stretch over years before revenue begins. In other words, geothermal is not just an engineering challenge. It is also a finance, regulation, and infrastructure challenge. Looking toward 2027, five countries offer a useful benchmark for where geothermal policy may be heading: the United States, the United Kingdom, Norway, Canada, and France. Each countr...

Sonoma Clean Power secures $20M in state funding to advance California geothermal initiative

Sonoma Clean Power Secures $20 Million in State Funding to Advance California Geothermal Initiative Sonoma Clean Power has secured $20 million in state support for its California geothermal initiative, a milestone that strengthens the case for next-generation geothermal development in the state. The funding is aimed at reducing early-stage exploration risk, with private-sector partners expected to match the public investment, bringing the total pool to $40 million. A major step for GeoZone The announcement builds on Sonoma Clean Power’s GeoZone strategy, which targets 600 megawatts of next-generation geothermal energy across Sonoma and Mendocino counties over the next decade. The initiative is designed to secure affordable, reliable clean power for local customers while advancing California’s broader clean-energy goals. The latest funding breakthrough gives the project more momentum at a critical stage. In geothermal development, exploratory drilling is often one of th...

North Rhine-Westphalia Deep Geothermal Energy District Heating Expansion

North Rhine-Westphalia Pushes Geothermal Into Mainstream Heat Supply With New Deep Drilling Projects North Rhine-Westphalia (NRW) is accelerating its push to make geothermal energy a major component of the region’s future heat supply, with the state backing exploration, drilling, feasibility studies and financial mechanisms designed to reduce the risks associated with developing underground heat resources. The latest developments were presented at the 21st Geothermal Conference in Bochum, hosted by NRW.Energy4Climate and the Fraunhofer Research Institution for Energy Infrastructures and Geotechnologies IEG (Fraunhofer IEG). The conference highlighted a growing transition in NRW geothermal development: geothermal energy is moving beyond research and individual demonstration projects toward practical deployment in municipal heating, district heating networks, residential developments and industrial applications. The state has already financed measurements and drilling activities across s...

Geothermal Funding, August ,September 2027 With Intelligence into 2028

Geothermal Funding in August and September 2027: Investment Outlook and Intelligence Into 2028 Geothermal funding in August and September 2027 is likely to focus on projects that can demonstrate commercial resource potential, credible drilling plans, secure offtake, and a clear path to construction. The market will increasingly move beyond broad technology experimentation toward financeable geothermal assets supported by government grants, development-finance institutions, strategic investors, utilities, and corporate power buyers. The most significant investment themes will likely include enhanced geothermal systems , exploration drilling, closed-loop geothermal , data-center power supply, conventional geothermal expansion in East Africa, and blended finance for emerging markets. By 2028, investors are expected to distinguish more sharply between companies with proven technical performance and those still dependent on laboratory results or unconfirmed resource estimates. The 2027 Fun...

Green Therma deploys closed-loop geothermal demonstration in Groß Schönebeck, Germany

Green Therma deploys demonstration of closed-loop geothermal in Groß Schönebeck, Germany Green Therma has deployed its closed-loop geothermal demonstration at the Groß Schönebeck research site in Germany, and the project is now moving from installation into operation. The system is intended to test the company’s Heat4Ever/DualVac concept under real geothermal conditions at depths of more than 3 kilometers. Green Therma deploys closed-loop geothermal demonstration in Groß Schönebeck, Germany Green Therma has reached an important milestone in the development of closed-loop geothermal technology with the deployment of its demonstration project at the Groß Schönebeck research site in Germany. The company says the system is now circulating water through a single-well closed-loop configuration, bringing geothermal heat to the surface from more than 3 kilometers underground. The project is being carried out at the GFZ Helmholtz Centre for Geosciences’ geothermal research facility,...

Quaise Energy Secures DOE Funding for Superhot Geothermal Plant

Quaise Energy Wins DOE Support for Project Obsidian as Superhot Geothermal Moves Toward Commercial Scale Quaise Energy’s selection for up to $25 million in U.S. Department of Energy support is a meaningful milestone for superhot geothermal power, especially because it is tied to Project Obsidian, the company’s flagship commercial-scale Enhanced Geothermal System in Central Oregon. The award strengthens the case that superhot geothermal is shifting from laboratory promise toward field-tested infrastructure, with the first well triplet designed to validate a path to more than 25 megawatts of gross electric power and future expansion potential much larger than that. DOE backs superhot geothermal The U.S. Department of Energy selected Quaise under its Next-Generation Geothermal Field Tests and Geothermal Resource Characterization and Confirmation funding opportunity, part of a broader $99 million geothermal push announced this week .According to DOE, the selected projects are mean...

Fervo Energy’s Cape Station Reaches Commercial Operation: A Milestone for Enhanced Geothermal

Fervo Energy’s Cape Station Reaches Commercial Operation: What the Milestone Means for Next‑Generation Geothermal On October 1, 2026, Fervo Energy announced that its first GeoBlock at Cape Station in Beaver County, Utah, reached contractual commercial operation , achieving 33 MW net and beginning revenue under a power purchase agreement (PPA). The declaration , reached one day ahead of the contractual commercial operation date after grid synchronization on September 24 , marks an important moment for enhanced geothermal systems (EGS) : a greenfield, first‑of‑a‑kind development moving from construction into contracted revenue. This article explains the technical approach Fervo used, evaluates performance and schedule claims, examines cost and scalability implications, places the project in the competitive market context, and summarizes key risks investors and industry watchers should track. What Fervo built: GeoBlocks and the Cape Station design Fervo’s project architecture centers on ...

France Geothermal Energy 2026: Heating, Power, Policy, Investment Growth

France's geothermal sector is at a crossroads. The country is Europe's undisputed leader in deep geothermal district heating, with the Paris Basin hosting the world's largest concentration of deep geothermal systems. Yet geothermal still supplies only 1% of France's final heat consumption, and the Court of Auditors has warned that current ambitions are "unrealistic" without structural reform. ⚡ Deep Geothermal (Power Generation): Marginal Output, Major Potential Untapped France's geothermal power generation remains almost negligible. As of 2026, only two plants produce electricity: the Bouillante plant in Guadeloupe (15.5 MW) and the Soultz-sous-Forêt EGS pilot in Alsace (1.7 MW). Total geothermal electricity production capacity was approximately 17.17 MW in 2023, forecast to reach just 19.47 MW by 2028. The Bouillante plant is set to double its production with a third unit scheduled for commissioning by the end of 2026, making it an exemplary model for ...

ALPHAXIOMS Geothermal News & Energy Research

Search This Blog

Just In

Closed-Loop Geothermal Systems: Companies, Technology, Investment, Power