Interaction of processes may explain induced seismicity after shut-in in Enhanced Geothermal Systems

Pages: 13653
Published: Apr 1, 2015
Abstract
Deep fluid injection is a necessary operation in several engineering sectors, like geothermal energy production, natural gas storage, CO2 storage, etc. The seismicity associated to these activities has, in some occasions, reached unexpected magnitude, raising public concern. Moreover, the occurrence of such seismicity after the injection shut-in pointed out the incompleteness of the knowledge and the inability of fully managing these processes....
Paper Details
Title
Interaction of processes may explain induced seismicity after shut-in in Enhanced Geothermal Systems
Published Date
Apr 1, 2015
Journal
Pages
13653
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