Bjelovar's Croation Geothermal Evaluation Finished

Harnessing Earth's Heat: Bjelovar's Geothermal Revolution

In the heart of Croatia, a quiet yet ambitious city is silently leading the charge towards a greener, more sustainable future. Welcome to Bjelovar, where innovation meets determination, and the earth's own warmth is becoming the cornerstone of a groundbreaking energy shift.

Mayor Dario Hrebak proudly declares that Bjelovar is on the brink of transformation. With over 200 million euros invested in various projects – an amount equivalent to half the iconic Pelješki bridge – the city is not just dreaming of a sustainable future; it's actively building it.

One of the most promising endeavors is the geothermal well project in Veliki Korenovo. This venture, with a total investment of 4.4 million euros, symbolizes Bjelovar's commitment to harnessing the Earth's natural resources responsibly. Co-financed by the Governments of Norway, Iceland, and Liechtenstein, along with substantial support from the Ministry of Regional Development and EU Funds, this project exemplifies international collaboration for a common cause.

The drilling, which commenced on February 9, promises to tap into water reservoirs with temperatures ranging from 70 to 80 degrees Celsius at a depth of 1,500 meters. Progress is swift, with 293 meters already conquered within three days of drilling. Mayor Hrebak envisions this geothermal well not only as a source of warmth but also as a catalyst for economic growth. It will not only heat the surrounding business zone but also serve Terme Bjelovar and the Bjelovar Fair, ushering in a new era of prosperity for the region.

What sets Bjelovar apart is its bold vision for the future. Mayor Hrebak boldly declares that within the next decade, Bjelovar will become Croatia's first energy-sustainable city. Plans are already underway for five more geothermal wells, ensuring that the city's reliance on renewable energy sources continues to grow.

image: Croation parliament president Gordon Jandrokovic and Mayor Dario Hrebak at Korenon GT-I Wells in Veliko Korenovo

But this isn't just about Bjelovar; it's about inspiring change on a national scale. Minister Šim Erlić, during his visit to Bjelovar, emphasized the government's unwavering support for green initiatives. Bjelovar's success story serves as a beacon of hope, encouraging other cities to embrace sustainable practices and integrated investments.

As the drilling machines hum with determination and the first gush of warm water emerges, Bjelovar stands on the precipice of history. It's not just about drilling a well; it's about drilling towards a future where energy is abundant, clean, and in harmony with nature.

Our earlier article also highglights how USA benchmarks on Icelands Geothermal realm

In the words of Mayor Hrebak, "Bjelovar is not just a city; it's a testament to what's possible when a community dares to dream big and act boldly." And as the world watches, Bjelovar's geothermal revolution serves as a reminder that our planet's greatest treasures are often hidden beneath the surface, waiting to be unearthed for the benefit of all.

Source:Bjelovarkom

Connect With Us On:Alphaxioms

Comments

Green Therma Generation 5 Geothermal Technology Revolutionises Enclosed Loop Heat Production

Green Therma’s Fifth Generation Geothermal Technology Targets Heat Markets Image: Kim Gunn Maver, Chief Geologist at Green Therma The geothermal industry has historically depended on favourable geological conditions, naturally permeable reservoirs and the availability of underground fluids. Although conventional hydrothermal systems have enabled commercial geothermal electricity generation and heat across several countries, their dependence on specific geological characteristics has limited the number of locations where projects can be developed successfully. A new generation of engineered geothermal technologies is seeking to address these limitations by changing how heat is extracted from the subsurface. Green Therma is advancing what it describes as Generation 5 geothermal technology, centred on Enclosed Loop Geothermal (ELG). Unlike conventional hydrothermal systems and Enhanced Geothermal Systems (EGS) , the technology uses a fully enclosed engineered piping arrangement that pre...

Germany Advances Rhineland Geothermal Exploration Through Fraunhofer IEG Seismic Survey

Germany Advances Rhineland Geothermal Exploration as Fraunhofer IEG Secures Seismic Survey Approval A Major Step for Geothermal Energy in Germany Germany is advancing its geothermal exploration ambitions in the Rhineland as researchers move closer to understanding the region's deep geological potential. The Fraunhofer Research Institution for Energy Infrastructures and Geotechnologies (Fraunhofer IEG) has secured regulatory approval to conduct a seismic exploration campaign under the Reallabor Geothermie Rheinland (Rhineland Geothermal Real Laboratory), marking an important milestone in efforts to establish geothermal energy as a long-term source of sustainable heat. The approval, granted by the Arnsberg Mining Authority, allows the research team to proceed with preparations for a geophysical measurement campaign covering two profiles with a combined length of approximately 35 kilometres. The proposed survey will investigate the subsurface between Baesweiler, Eschweiler and the H...

Eden Geothermal’s Expansion: Cornwall’s Ambitious Plan for Four More Wells

Eden Geothermal Plans Four More Wells in Expansion of Cornwall Renewable Energy Project Eden Geothermal has proposed drilling four additional underground wells at its site near the Eden Project in Cornwall, potentially increasing the total number of wells from two to six. The company says the changes could substantially increase renewable heat and power generation without expanding beyond the development boundary or fundamentally changing the scheme already approved by Cornwall Council. The proposal represents an important test for the future of deep geothermal energy in the United Kingdom. Geothermal power is often associated with volcanic regions such as Iceland, Kenya, Indonesia and New Zealand, but the Eden project relies on the heat stored deep beneath Cornwall’s granite. If the expansion succeeds, it could demonstrate how naturally occurring underground heat can provide dependable low-carbon energy in countries where conventional geothermal resources are less obvious. At the...

Ethiopia’s Corbetti Geothermal Project Advances Renewable Energy Development

Corbetti Geothermal Project: Ethiopia’s Ambitious Plan to Harness Clean Energy for Growth Ethiopia’s Corbetti Geothermal project has taken a significant step forward after signing a contract with the United Kingdom’s Marriott Drilling Group to drill up to four exploration wells near Shashemene in Oromia. The agreement marks the beginning of a new phase for one of Africa’s most closely watched geothermal developments and could help Ethiopia diversify its electricity supply beyond hydropower. The project is being advanced by Taranis Operations Ltd, which recently acquired a majority interest, alongside the Private Infrastructure Development Group (PIDG), which retains an approximately 40% minority stake. PIDG has also committed an additional USD 7.2 million through its project-development arm, InfraCo Africa Business Development Limited. The drilling programme is expected to begin early next year after a rig arrives at the Corbetti site and final preparations are completed. The initial e...

Novi Sad Miseluk Geothermal Heating Plant: €7.6 Million District Heating Project

Novi Sad Advances Miseluk Geothermal Heating Plant as Serbia Embraces Low-Carbon District Energy Novi Sad is moving ahead with an ambitious district-heating project that could change how new urban neighborhoods in Serbia are supplied with thermal energy. The city’s public heating utility, JKP Novosadska toplana, has launched a new tender for the design and construction of the Miseluk heating plant, a hybrid facility that will combine geothermal energy, natural gas and solar technology. The procurement is valued at approximately 892.5 million Serbian dinars excluding value-added tax, equivalent to roughly €7.6 million. The project is designed to reach a final heating capacity of up to 30 megawatts and will serve the growing Miseluk area of Novi Sad. The tender represents a renewed attempt to deliver the project after an earlier procurement procedure was cancelled in September 2026 because all submitted bids were considered unacceptable. Companies participating in the new procedure ...

Fervo Energy Expands Geothermal Pipeline With Landmark Google Power Agreement

Fervo Energy Expands Geothermal Pipeline as Google Signs Record 396 MW Power Purchase Agreement Alphaxioms Geothermal Insights | Industry Analysis | November 2026 Fervo Energy Moves Enhanced Geothermal Into Commercial Deployment The global geothermal energy industry is entering an important commercialisation phase as Fervo Energy reports significant operational progress, expands its project development pipeline, and secures a landmark electricity offtake agreement with Google. In its third-quarter 2026 results, released on November 9, Fervo confirmed that its Cape Station geothermal development in Utah had achieved first power and contractual commercial operation at its initial 33-megawatt (MW) GeoBlock. The milestone represents a significant transition for the company, moving its enhanced geothermal systems (EGS) technology further from demonstration and development into commercial electricity generation. The company also announced a 15-year, grid-connected, take-or-pay power purchase...

Israel Plans First Geothermal Energy Plant in Golan Heights

Israel’s Geothermal Energy Plan: How the Golan Heights Could Power a Cleaner, More Reliable Grid Israel is preparing to take a major step beyond solar and wind. The Energy Ministry is promoting the country’s first geothermal electricity pilot in the southern Golan Heights, an area known for underground heat resources. The initiative aims to turn heat from deep beneath the surface into clean, continuous electricity—power that does not depend on sunshine, wind speed, or time of day. The proposed project is more than a single power plant. It is part of a broader effort to diversify Israel’s energy mix, strengthen energy security, support rising electricity demand, and build the regulatory and technological foundation for a new renewable-energy sector. According to the Jerusalem Post, the ministry’s plan includes a pilot facility, new regulations, economic incentives, research and development, and preparation for next-generation geothermal systems. Why Geothermal Energy Matters Geothermal ...

Tajogaite Energía and INVOLCAN Explore La Palma Geothermal Energy Potential

Tajogaite Energía and INVOLCAN Join Forces to Explore La Palma’s Geothermal Potential Tajogaite Energía S.L. has taken a significant step toward assessing the geothermal potential of La Palma by formalising an agreement with the Canary Islands Volcanological Institute (INVOLCAN). The agreement covers surface geothermal exploration and research across 19 mining grids awarded to the company by the Government of the Canary Islands, with a total value of €387,698.50. The initiative does not yet mean that a geothermal power plant will be built or that deep drilling will begin immediately. Instead, it represents an essential early phase: using advanced scientific methods to understand what lies beneath the island’s surface and identify the areas with the greatest potential for future geothermal development. A Strategic Agreement for Canary Islands Energy The collaboration between Tajogaite Energía S.L. and INVOLCAN forms part of the public tender process launched by the Canary Islands Govern...

Poland €10 Million Geothermal Heating Funding Programme Opportunities 2026

Poland’s €10 Million Geothermal Heating Fund: Turning Exploration Into Clean Heat Poland has announced a new €10 million funding initiative designed to help convert the country’s geothermal potential into working heating infrastructure. The programme will support new geothermal heating plants, expansions of existing facilities, and the conversion of previously drilled exploration wells into operational heat sources. The initiative is part of Poland’s broader Green Transition Programme, financed through the European Economic Area (EEA) and Norway Grants for 2021–2028. It signals an important shift in Polish energy policy: rather than focusing only on identifying geothermal resources, public funding is now moving toward the commercial and municipal deployment of proven resources. For local governments, district-heating operators, municipal utilities, and private energy companies, the programme could provide a practical route to decarbonising heat supply while reducing exposure to v...

Eavor Demobilizes Rigs in Geretsried: What It Means for Closed-Loop Geothermal Investors, Heat Markets, and Project Risk

Eavor Demobilizes Rigs from Geretsried: What It Really Means for Closed-Loop Geothermal For three years, two drilling rigs on a farm estate near Geretsried, a Bavarian town about 40 km south of Munich, stood as the symbol of the world's most ambitious closed-loop geothermal experiment. Now in October 2026, Eavor Technologies, the Calgary-based developer of the Eavor-Loop, has told the town and its heating utility that both rigs would leave the site . The company said keeping idle rigs and specialist services on site was costly, and that releasing them would help put the project in the strongest position to continue with Loop 2 once its commercial structure is reworked . On the surface, this is a logistics decision. Underneath, it is one of the clearest signals yet about where first-of-a-kind geothermal technology stands, and how hard it is to turn a technical proof into a bankable business. This article explains exactly what happened, what the move means and what it does not mean...

ALPHAXIOMS Geothermal News & Energy Research

Search This Blog

Just In

Geothermal Power Plant Equipment: Turbines, Pumps, Heat Exchangers and Leading Suppliers