The new paper analyzing in details the complexity of faulting kinematics of the seismicity recorded in 2018 during hydraulic stimulation within St1 Deep Heat project (see also dedicated page on my website) is now in interactive discussion mode. Feel free…
I added the new page dedicated to our involvement in the St1 Deep Heat project in Espoo, Helsinki. The page describes the successful hydraulic stimulation campaign performed in 2018 in the World-deepest geothermal well, the microseimic monitoring and the traffic…
I co-authored a paper published recently in Journal of Seismology and entitled “Design and implementation of a traffic light system for deep geothermal well stimulation in Finland” by Thomas Ader et al.. This is a second manuscript related to the…
Finally, our new paper “Controlling fluid-induced seismicity during a 6.1-km-deep geothermal stimulation in Finland”, published on May 1st in Science Advances, is out! In the study we report on a successful attempt to control induced seismicity during the deepest-ever hydraulic…