relation: https://episodesplatform.eu/eprints/2279/
title: D5.2  Model for Fluid Migration in the Sub-surface
creator: Carstens, Pia
subject: Other-additional study
subject: St. Gallen
subject: Geothermal energy production
description: This deliverable D5.2 – ‘Model for Fluid Migration in the Sub-surface’ – describes the approach  to set up models for fluid flow in the sub-surface, the workflow, and the rationale behind it. The  deliverable includes a framework for making prognoses of reservoir performance and induced  seismicity response based on the sub-surface information available at a certain stage of  geothermal project development.  Part of this deliverable is the development of a new method to infer hydraulic reservoir  pressure changes from induced seismicity observations (SHPM). The SHPM approach was  initially intended to be developed using data from UDDGP. However, as drilling at UDDGP was  delayed (drilling only started in November 2018 instead of early 2018 as planned), the  methodology of SHPM was first developed and tested with data sets from the Cooper Basin  (Australia) and from the S4CE field site St. Gallen (Switzerland).
publisher: Science For Clean Energy Project
date: 2019
type: Reports
type: NonPeerReviewed
identifier:   Carstens, Pia  (2019) D5.2 Model for Fluid Migration in the Sub-surface.  Documentation. Science For Clean Energy Project.     
relation: http://science4cleanenergy.eu/wp-content/uploads/2019/02/S4CE_D5.2.pdf