ThinkGeoEnergy’s Post

The infographic below is a good illustration of the difference between current (conventional) hydrothermal systems and superhot rock geothermal. Next-generation geothermal (EGS and AGS) is basically the same as superhot rock geothermal, except that it doesn't go down to such depths.

Synergies between Geological Hydrogen and Geothermal Energy There exists a convergence of known geothermal resources and also known hydrogen observations in specific geologic settings. These tend to be volcanic, magmatic and hydrothermal settings, and in these settings there is no shortage of natural occurring processes that are capable of generating hydrogen. Most of these processes involve iron containing minerals in contact with water at elevated temperatures, typically above 200 degrees C and there is a significant amount of alignment in terms of the critical factors necessary for geothermal (hydrothermal), and geologic hydrogen resources.  Essentially what it comes down to it, it's water-rock interaction over a period of time that is then coupled with a potential for fluid entrapment and preservation, and at high temperature. That is the key for geologic hydrogen resources, and in turn these are also factors that converge in the formation hydrothermal aquifers.  In nature hydrothermal aquifers and geologic hydrogen, are commonly bridged. Geologic hydrogen has the potential for increasing the value of a geothermal project.  Hydrogen will play a critical role going forward to meet goals for Net Zero and there are clearly extensive synergies between geologic hydrogen and geothermal resources. #geologichydrogen #naturalhydrogen #geothermal #geothermalenergy #drilling #oilandgas #sustainablearth https://lnkd.in/ddvMefPG

The second edition covers many types of basic well logs and subsurface maps. This book will help you quickly understand what many of these well logs are measuring and how they can be used to produce various subsurface maps. Three additional chapters and exercises have been included on spectral gamma ray logs, fault seal, geothermal energy, and source rock maps (unconventional resources). #shale #exploration #production #reservoir #oilandgas #welllogs #subsurace #energybooks https://buff.ly/3FrS1WT

Myth: Geothermal drilling depletes the Earth’s heat. Fact: No, geothermal drilling does not deplete the Earth’s heat. Geothermal energy is a renewable resource that can be replenished naturally.  The Earth’s core constantly generates heat, which is transferred to the rocks and water near the surface, heat created mainly by the radioactive decay of isotopes in the core and the relict heat left over from the planet's formation. These processes generate a vast amount of heat for another billions of years to come, estimated to be on the order of tens of terawatts. The rate at which we currently extract geothermal energy is minuscule compared to the Earth's total heat budget. #Geothermal #HarnessingHeat #SustainableSolutions #GeothermalAnywhere

How Important Is It to Identify Fluid Characteristics in Geothermal Systems?🧐 Understanding the characteristics of geothermal fluids, especially in the liquid phase, is crucial for accurately assessing reservoir temperatures, predicting geohazards, and optimizing the efficiency and sustainability of geothermal energy production. In this series, we will discuss liquid characteristics based on geochemical methods. Let's dive in! Do you think there are other factors we should consider? Let us know your thoughts in the comments below! #SharingExpertise #BuildingRelationship #Geothermal #Exploration #CleanEnergy #RenewableEnergy

A new study 💡, “Permeability partitioning through the brittle-to-ductile transition and its implications for supercritical geothermal reservoirs” by Meyer et al, indicates that fractures can be created beyond the brittle-ductile transition, making important implications relevant to superhot rock geothermal ♨️. This guest article by Elizabeth Thomson, correspondent for Quaise Energy, discusses the implications of the results of this study in terms of challenging long-standing beliefs on permeability and what this means for the utilization of superhot rock geothermal energy. 🙌 Read more here ➡️: https://lnkd.in/dM3hjmVB #Geothermal #GeothermalDevelopment #SuperHotRock #Reservoir #Research #Sustainability

Identifying geothermal fluid characteristics is important for efficient geothermal energy production. Here are why and what to measure.

There's tremendous geothermal potential in the US that could be co-located with existing/retired coal fired power plant infrastructure and military bases. Full disclosure: back in 2010 my partner and I developed a small geothermal demonstration plant at a US Army facility in Arizona. That was based on older tech and using hot water near the surface. This study is based on the newer, deep geothermal technology that is attracting a lot of VC money. The newer tech isn't ready to deploy at scale but it might not be that long before it is viable. https://lnkd.in/gA27F5rb

Subsurface Data is crucial in the energy transition and needs to be disseminated digitally by national geological surveys. A great example from the BGS. Congratulations. A lot more has to happen also in other European countries. #datamanagement #subsurface #geoscience #geothermal #energytransition #energy #osdu

Interpretation call for papers - Advancements in geomechanics for sustainable energy solutions The editors of Interpretation invite papers on the topic, “Advancements in geomechanics for sustainable energy solutions” for publication in the February 2026 issue. Suggested topics include, but are not limited to: * Hydrocarbon exploration and development * Carbon capture and storage * Hydrogen exploration and development * Enhanced geothermal systems More details: https://bit.ly/4guQPTT