An article published on Slovakian energy news outlet EnergiePortal.sk explores how next-generation geothermal start-up Eavor has rewritten the rules of earth-based energy. Written by editor Martin Rojko, the piece dives into how Eavor’s innovative approach to geothermal extraction sets itself apart from industry competitors and conventional technologies, and what role closed-loop geothermal can play in Slovakia’s energy transition. EnergiePortal.sk was established in 2010 and serves as a leading provider of energy news for key players in the industry, such as governments and municipalities, investors, and suppliers and consumers of energy services. In conjunction with two other industry outlets focusing on waste and water management, the publications boast a growing monthly readership of 100,000.

Leading international renewable energy news outlet ThinkGeoEnergy.com covered the recent announcement made by Eavor Technologies Inc. on the ground-breaking Eavor-DeepTM project. On January 31, Eavor published a press release detailing the completion of the next-generation demonstration project in New Mexico, and it wasn’t long before the news was picked up by ThinkGeoEnergy Editor-in-Chief Carlos Cariaga. Handling everything from research and writing to strategic planning and audience engagement, Cariaga joined the ThinkGeoEnergy team four years ago as a part-time content contributor. Before starting a career in energy journalism, he was a seasoned geochemist in the geothermal after graduating with a Bachelor of Science degree in Chemical Engineering from the University of the Philippines.

German news publication Süddeutsche Zeitung covered a recent tour of Eavor’s first commercial-scale closed-loop geothermal plant in Geretsried, Germany. The article, written by local journalist Susanne Hauck, reported the details of Bavaria’s Minister of the Environment Thorsten Glauber and chairman of the Free Voters parliamentary group  Florian Streibl’s visit to the project site in early February. Hauck begins her coverage by painting a morose picture of the area, describing the two previously unsuccessful attempts to harness the subterranean heat and how their failure seemed to dampen any hope of geothermal success.

A new study analyzing the geothermal potential of two German cities is underway as part of a state resolution to advance the renewable heat transition. Dusseldorf and Duisburg, located not far from the western German border, have undergone seismic and gravimetric surveys over the past year, which will contribute to an ongoing analysis being conducted under the inter-municipal project “Geothermie-Rhein.” Prominent green energy news source http://ThinkGeoEnergy.com reported details of the study, which is aimed at finding subsurface aquifers fit for geothermal production underneath the two cities.

New Mexico is eyeing 24/7 green energy production after a next-generation geothermal project hit major drilling milestones in the state. Eavor Technologies Inc. announced the completion of a revolutionary demonstration project on January 31, called Eavor-Deep™. Touted as the hottest, deepest, directional geothermal well in history, Eavor-Deep reached depths of 18,000 feet and temperatures of around 250℃ – breaking through hard granite deposits and hot-rock geothermal barriers simultaneously. The project was covered by local news outlet the Albuquerque Journal, in which staff writer Kevin Robinson-Avila dubbed the green-tech company a major player in “what could soon become a global renaissance in geothermal development.”

The term ‘geothermal energy’ is appearing in news headlines and press releases with greater and greater frequency as nations around the world race to open doors for renewable resources. The good news: the geothermal industry is rife with innovation and real-time developments. The bad news? Conversations about the industry don’t often reach beyond the borders of the energy world. But entrepreneurial writer Yasmeen Naseer is trying to change that. With a multi-part series in the works, Naseer has used her first four articles in the series to break those niche barriers and inform the general public about the exciting and promising new developments in the world of next-generation geothermal.