Reinjection is key to maintaining and managing geothermal resources during utilization.
This study presents an updated review of the worldwide reinjection experience in …

Geothermal energy is often referred to as a niche technology that is too localized, too small
or too expensive to make much of a difference in how renewable energy will be supplied in …

Seismic AVO has a significant potential for fluid identification in time-lapse monitoring of the
cyclic recovery of geothermal reservoirs. With this goal, we develop an AVO method based …

Numerical reservoir modeling plays an important role in understanding and predicting the
performance of geothermal reservoirs to varying exploitation schemes. In this study, four …

The Reykjanes geothermal system is a high-temperature sea water system situated in SW-
Iceland. Interferometric analysis of the Sentinel-1 satellite synthetic aperture radar data has …

SUMMARY A geothermal reservoir deforms when the extraction of pore fluid exceeds
reservoir recharge, causing a decrease in pore pressure. The magnitude of this deformation …

The large-scale production and injection of geothermal fluids induce pressure, volume, and
temperature gradient changes in the subsurface, which may result in surface deformation as …

We investigate the relative importance of injection and production on the spatial‐temporal
distribution of induced seismicity at the Raft River geothermal field. We use time‐series of …

Injection of cold fluids through/into deep formations may cause significant cooling, thermal
stress, and possible thermal fracturing. In this study, the thermal fracturing of low …

Abstract Brady Hot Springs geothermal field has exhibited subsidence, as measured by
interferometric synthetic aperture radar (InSAR). Previous studies have examined both the …