"Rising from the Heat: Europe Embraces the Power of Geothermal Energy"

Forget about relying on finite sources of energy. Europe is turning towards a renewable and unlimited energy source - geothermal. With France, Iceland and Hungary leading the way, several countries are investing billions of euros in this energy source to meet their energy demands.

image source: (unsplash.com,Mark Kuiper)

A Rich European Tradition

Europe has a rich history in geothermal energy, with Iceland, France, and Hungary dominating the sector. However, in recent years, more and more countries have shown an increased interest in exploring the potential of this renewable energy source. Geothermal energy is 100% renewable, unlimited, and reliable - making it a valuable resource in the race towards decarbonization. The ongoing conflict in Ukraine has highlighted the continent's vulnerability in the energy sector and has only reinforced the trend towards investing in geothermal energy.

Decarbonizing 25% of Energy Demand

Geothermal power plants are estimated to provide up to 10% of the electricity demand in Europe. The substitution of fossil fuels with geothermal energy could decarbonize up to 25% of the entire population's energy demand, according to EU data. This means that this renewable energy source is finally getting the attention it deserves and is helping to increase the continent's energy independence and achieve ambitious climate goals.

Driven by GermanyCurrently, Germany is leading the way in the transition to geothermal energy. At the end of 2022, the German government released a plan to increase geothermal production ten-fold, reaching 10 TWh by 2030. Monaco, with its perfect geological location, has planned an investment of one billion euros in geothermal energy by 2035 with the goal of reducing CO2 emissions and gaining energy independence.

France's PlanThe French government has also recently announced a new action plan for the development of geothermal energy. The goal is to produce enough geothermal heat in 15-20 years to save 100 TWh of gas each year and achieve carbon neutrality by 2050. In 2021, geothermal energy represented only 1% of the country's final heat consumption, equivalent to about 6 TWh.

Italy and Other Countries

While Italy is still debating how to support the expansion of geothermal energy, Hungary is already looking to boost production, replacing about 1-1,5 billion cubic meters of natural gas per year. The largest geothermal heating plant in Europe is expected to be completed by 2030 in the city of Aarhus, Denmark. This facility should be able to cover about 30% of the area's energy demand.

Energy transition refers to the shift from traditional, fossil fuel-based energy systems to more sustainable, clean and renewable energy sources. There are several ways to achieve an energy transition, including:

Increased Renewable Energy Generation: One of the most effective ways to achieve energy transition is by increasing the generation of renewable energy sources, such as wind, solar, hydro and geothermal power. This can be done through government policies, subsidies and investment in new technologies.

Energy Efficiency Measures: Improving energy efficiency across all sectors is another key way to achieve energy transition. This can be done through better building insulation, use of efficient appliances, and better urban planning and transportation.

Electrification of Transportation: The transportation sector is a significant contributor to greenhouse gas emissions. The transition to electric vehicles (EVs) and other low-emission modes of transportation, such as public transportation and cycling, can help reduce emissions from the sector.

Decentralized Energy Systems: Decentralized energy systems, such as microgrids, can help communities become more self-sufficient and reduce their reliance on centralized energy systems.

Carbon Capture and Storage (CCS): CCS is a technology that captures carbon dioxide emissions from industrial processes and stores them underground, preventing them from entering the atmosphere. This technology can help mitigate emissions from sectors that are difficult to decarbonize, such as cement and steel production.

Nuclear Energy: While nuclear energy is a controversial energy source, it does have the potential to play a role in achieving energy transition, especially in countries with a large existing nuclear power infrastructure.

It's important to note that an energy transition is a complex and multi-faceted process, and no single solution will work for every country. A successful energy transition will likely require a combination of these strategies, tailored to the specific needs and resources of each country.

Embrace the heat and join Europe's journey towards a sustainable future powered by geothermal energy.

This link below exponds a much fascinative information on geothermal.

https://alphaxioms.blogspot.com/2023/01/exploring-intriguing-connection-between.html

source:(https://www.energiaitalia.news/news/geotermico/leuropa-progetta-di-sostituire-il-gas-naturale-con-lenergia-geotermica/12231/)

#Energytransition #Europe #Geothermal

Comments

Meta and XGS Energy Partner on 150 MW Geothermal Power Project in New Mexico

Meta and XGS Energy Partner on 150 MW Geothermal Power Project in New Mexico A Game-Changer for AI, Clean Energy, and the Future By Robert Buluma – Alphaxioms Energy Blog In a bold move that signals the future of energy and technology convergence, XGS Energy and Meta Platforms, Inc. have announced a groundbreaking agreement to develop 150 megawatts (MW) of next-generation geothermal energy in New Mexico. This partnership not only promises to reshape the state's energy landscape but also underscores the growing demand for sustainable, round-the-clock power to fuel the age of artificial intelligence (AI) and data-driven economies. Clean Power Without Water – XGS’s Unique Edge At the heart of this partnership lies XGS Energy’s proprietary solid-state geothermal technology. Unlike traditional geothermal systems that rely heavily on water and specific geological conditions, XGS’s innovation enables electricity production from hot, dry rock with zero operating water use. This water-inde...

INTERVIEW, Geretsried and Beyond: Eavor’s Blueprint for Reliable, Sustainable Energy

Robert Buluma : Alphaxioms Responses were provided by Jeanine Vany, Executive Vice-President of Corporate Affairs, Eavor . Can you explain the key technological advancements in the latest iteration of the Eavor-Loop™ system? We have made a number of technological advancements at our project in Geretsried Germany . This includes innovation and learning resulting in dramatic improvements in our drilling performance and we’re proud to talk about our technology. For example, Eavor recently announced successful implementation of our in-house AMR (active magnetic ranging) tool which makes drilling more accurate and efficient. Eavor-Link™ AMR uses magnetic ranging while drilling to maintain constant alignment as it drills two wells at approximately 100 metres apart before they are intersected to create a continuous geothermal loop, which is then sealed with Eavor’s proprietary Rock-Pipe™ formula. With real-time data transmission between downhole sensors, the technology ensures tighter bo...

Driving the UK Toward Net Zero: Chris Sladen on Geothermal’s Untapped Potential

Alphaxioms, we talked to Chris Sladen about his involvement in geothermal both in the UK, and globally By: Robert Buluma Chris, please begin by explaining a little about yourself, and why you have a passion for geothermal? I have spent over 45 years involved in energy. Following undergraduate studies in geology at Southampton University, and a PhD in sedimentology at Reading University, I joined the energy sector in Aberdeen in 1980. It was a fascinating era when it seemed like at least one giant oil & gas field was discovered offshore every month; the wealth creation for the UK was gigantic. I got to see so much geology and rocks - my true passion. I moved to China in late 1983; not today’s China, this was over 40 years ago, a country closed for decades and embarking on an open-door policy, in part to bring both investment and technology. I became very interested in energy trends, energy politics, and new geography created by changing politics leading to opportunities for ene...

EAPOSYS and Halliburton Unite to Supercharge the Future of Advanced Geothermal Systems

EAPOSYS Partners with Halliburton to Accelerate the Deployment of Advanced Geothermal Systems By: Robert Buluma Biel/Bienne, Switzerland – October 10th, 2025 The race toward a sustainable energy future just got hotter. EAPOSYS SA, a Swiss geothermal innovation company, has joined forces with Halliburton (NYSE: HAL) to fast-track the deployment of its groundbreaking Advanced Geothermal Systems (AGS) . Under the newly signed agreement, Halliburton will conduct a subsurface feasibility study to evaluate and optimize the scalability of EAPOSYS’s patented closed-loop geothermal architecture. This collaboration will refine well designs, assess stratigraphic conditions, and minimize drilling risks paving the way for the industrial-scale rollout of clean, predictable geothermal energy . “EAPOSYS SA has developed an innovative, patented, closed-loop architecture to deploy AGS anywhere in the world,” said Naomi Vouillamoz , CEO and co-founder of EAPOSYS. “AGS ...

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 By: Robert Buluma 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, ...

Geothermal Projects In Africa, Countries Overview

Geothermal Projects in Africa: Country-wise Overview By : Robert Buluma Africa is increasingly turning to geothermal energy as a sustainable solution to meet its growing electricity demands. With abundant geothermal resources spread across the continent, several countries have embarked on ambitious projects to harness this clean and renewable energy source. Let's delve into the geothermal projects in various African countries, highlighting key players and prospects. Algeria Algeria is exploring its geothermal potential, particularly in the northern regions. Although in the early stages, initiatives are underway to assess feasibility and potential locations for geothermal power plants. Burundi Burundi has shown interest in developing its geothermal resources, primarily in the northwest region near Lake Tanganyika. The government is actively seeking partnerships with international firms to kickstart exploration and development efforts. Comoros The Comoros Islands are situated ...

Mastering the Subsurface: Insights from a Geothermal Reservoir Engineer

Geothermal energy is often called the “quiet backbone” of the clean energy transition. To understand the science, challenges, and innovations driving this sector, we spoke with a seasoned geothermal reservoir engineer with experience spanning the Andes, Nevada, Utah, and volcanic fields worldwide. Here’s what they shared. By: Robert Buluma 1. What sparked your passion for geothermal reservoir engineering, and did you ever imagine yourself working in some of the world’s most challenging geothermal fields? My passion was sparked during my early career in the petroleum industry, specifically in reservoirs. I was fascinated by the subsurface—how fluids move, how heat and pressure interact but it wasn’t until I worked on projects in Peru that I realized geothermal offered the chance to apply my skills to clean energy. I never imagined I would later work on Enhanced Geothermal Systems (EGS) projects in Nevada and Utah or Andean volcanic fields, where the geology is as unforgiving as it ...

XGS Energy Achieves 3,000-Hour Milestone in Geothermal Innovation

XGS Energy Achieves 3,000-Hour Milestone for Water-Independent Geothermal System By : Robert Buluma HOUSTON, Sept 30, 2025 – In a groundbreaking achievement for the geothermal sector, XGS Energy has announced the successful 3,000-hour operation of its water-independent geothermal system at commercial scale. This milestone not only validates the system’s commercial economics but also positions XGS as the first company to demonstrate such technology under real-world, commercial conditions. A New Era in Geothermal Innovation The operations took place at the Coso Geothermal Field in California’s Western Mojave Desert, a site owned by Atlantica Sustainable Infrastructure and operated by Coso Operating Company. XGS Energy revitalized a well that had been idle for over two decades, installing its proprietary closed-loop geothermal system enhanced by Thermal Reach Enhancement (TRE) technology. Flow testing delivered a record performance, maintaining a sustained temperature differenc...

Turboden to Deliver 180 MW of Gen-2 ORC Plants for Fervo’s Cape Station Geothermal Project in Utah

Turboden , Fervo and the Future of Geothermal: 180 MW of Gen-2 ORC Plants for Cape Station, Utah By: Robert Buluma October 2, 2025 In a landmark move for clean energy and geothermal power, Turboden America LLC the U.S. arm of Turboden S.p.A. (a Mitsubishi Heavy Industries group company) has been selected to supply 180 MW of Gen-2 Organic Rankine Cycle (ORC) power plants for Fervo Energy’s Cape Station geothermal project in Utah. A New Milestone in Geothermal Deployment This award relates to Phase II of the Cape Station development, following Turboden’s earlier participation in Phase I. Under Phase II, Turboden will provide three ORC units , each with a gross output of 60 MWe, summing to 180 MWe. Once installed and operational (targeted by 2028), these Gen-2 units will bring the total ORC capacity on site to 300 MWe , making Cape Station one of the largest geothermal installations globally. The earlier Phase I installation, invol...

From Iceland to the World: A Geothermal Engineer’s Journey

A Global Journey in Geothermal: Insights from an Industry Expert From Iceland’s pioneering geothermal plants to Kenya’s wellhead projects and Indonesia’s remote fields, few By: Robert Buluma Image: Lydur skulason with a geothermal well head professionals have had as wide-ranging a journey in geothermal as Lydur Skulason With decades of hands-on experience in marine engineering, power plant operations, and international project management, he has combined technical expertise with global collaboration to help shape the sector’s growth. In this conversation, he shares lessons from his career, insights on geothermal innovation, and his vision for the future of clean energy. Career & Experience Can you walk us through your career in geothermal and how it began? I began my career in Iceland, where geothermal energy is a natural part of daily life and a cornerstone of the national energy system. After studying Marine Engineering and Mechanical Technology at Reykjavik Univ...

Alphaxioms Geothermal News and Related Research Globally

Search This Blog