Tag: Geothermal Energy

A laboratory study identifies optimal flow rates, temperatures, and well spacing for maximizing heat extraction in single-well enhanced geothermal systems.

A comprehensive technology review details how Germany is integrating high-efficiency solar, advanced wind power, geothermal systems, and diversified storage to ...

An integrated gravity and magnetic geophysical survey has mapped the subsurface rock architecture and fault contacts controlling geothermal fluid flow ...

A thermo-hydro-mechanical simulation model combined with machine learning identifies optimal fracture configurations and key reservoir properties governing heat extraction in ...

A new multi-physics imaging approach combines passive seismic and magnetotelluric data to map water and steam distribution in The Geysers ...

Researchers developed a 3D numerical model to design a pilot-scale aquifer thermal energy storage system in Leipzig, balancing heat recovery ...

A new study corrects overestimated geothermal gradients in Resolute Bay, Nunavut, indicating that while electrical generation is unfeasible, direct heat ...

A new THMD coupled numerical model reveals that optimal perforation spacing and sequential fracturing can enhance fracture control and heat ...

Researchers developed a combined spatial zoning and DEMATEL–AHP evaluation framework to assess geothermal water extraction suitability across sedimentary basins, applying ...

Coupled wellbore and surface simulations of an idle Brawley geothermal well reveal that gas lift can boost liquid extraction by ...

A geophysical inversion study at Mexico's Los Humeros Geothermal Field reveals that gravity anomalies are primarily controlled by volcanic lithology, ...

A MODFLOW 6 modeling study finds that engineered well doublets can lower ten-year temperatures around nine-borehole geothermal arrays by up ...

Local roughness gradients on granite fracture surfaces increase mean apertures by up to 2 millimeters during shear and alter predicted ...

GeoEnergy Communications launches as a free open access journal dedicated to sustainable subsurface use for energy, storage and infrastructure.

A new open-access journal's inaugural editorial lays out how AI, digital twins and repurposed mines could reshape the subsurface for ...

A new study proposes a standardized multi-scale, multi-physics workflow for assessing deep geothermal potential across brownfield and greenfield regions.

Soil surveys at Tibet's Yangbajing geothermal field show that mercury, arsenic and antimony anomalies trace fluid migration paths and record ...

Numerical simulations show that adding horizontal side wells and a storage-release operating cycle can raise the heat output of closed-loop ...

A random forest model trained on acoustic emission signals from granite hydraulic fracturing experiments forecast specimen failure up to 1800 ...

Calibrated simulations of the Yangbajing geothermal field in Tibet link reinjection-induced mineral dissolution and precipitation to a 10% drop in ...