As a new kind of renewable and environmental-friendly energy to generate electricity, hot
dry rocks (HDR) geothermal reservoirs have been studied, along with the enhanced …

The thermal conductivity of rock is an essential thermophysical parameter in geothermal
engineering. Experiments have shown that when rock changes from an unsaturated to a …

Abstract The Gonghe Basin is located in the northeast of the Tibetan Plateau and is rich in
geothermal resources. In recent years, Hot Dry Rocks have been discovered in the basin …

Fluid injection into enhanced geothermal system (EGS) reservoirs can reactivate subsurface
fractures/faults and trigger earthquakes—requiring that frictional stability and permeability …

The Gonghe geothermal basin is situated in the westernmost part of the western Qinling
orogen and possesses the supreme potentials to explore and develop hot dry rock (HDR) …

The Gudui geothermal field, situated in the Shannan region of Tibet, is classified as a
shallow high-temperature hydrothermal field controlled by faults. Geothermal wells in this …

Geothermal resource is indispensable as a clean, renewable, stable and cheap resource.
Nowadays in China, the Gonghe Basin, located in northeastern Qinghai Province, has been …

Gonghe Basin is the most critical distribution area of hot dry rock (HDR) geothermal
resources in China. Geophysical results (resistivity, velocity, density, etc.) provide an indirect …

With the advancement of Hot Dry Rock (HDR) geothermal resources exploration in deep
buried geological formations, the high radiogenic characteristics have garnered increasing …

Abstract The Gonghe Basin Complex is a pull-apart basin located in the Northeastern
Qinghai–Tibet plateau (Qinghai, China) displaying several geothermal features, such as …