Add to ORKGPassive microseismic research is still a relatively new technology in the oil and gas industry. To date, very little has been explored by Middle Eastern universities and research centers on the use of passive microseismic data for reservoir monitoring and char
Sudden stress releases in rock salt, which may be due to high mechanical or thermal load, can be det...
Knowledge of the spatial characteristics of stress and fractures in reservoirs is important for opti...
Copyright 2015, Unconventional Resources Technology Conference. The canonical monitoring geometry fo...
A method for directly detecting hydrocarbons with minimal environmental impact is presented here wit...
The past decade witnessed rapid development of the theory of passive seismic interferometry followed...
Small Microseismic Surface Acquisition System for oilfield monitoring is presented. Algorithms for d...
We analyse the repeatability of microseismic data and therefore its possbile applications for detect...
A low frequency passive seismic experiment was con-ducted over an onshore carbonate oilfield in Abu ...
International audienceIn this paper we demonstrate how microseismic networks have been multi-purpose...
Thesis: S.B., Massachusetts Institute of Technology, Department of Earth, Atmospheric, and Planetary...
AbstractThis paper describes passive seismic monitoring at the large-scale CO2 injection site, Cranf...
Over the last decade, microseismic monitoring has emerged as a considerable and capable technology f...
Passive microseismic monitoring provides a non-invasive method of monitoring deformation and changes...
Microseismic monitoring has become an important part of borehole completions in tight-reservoir form...
Understanding economic success of unconventional production from shales requires an explanation of t...
Sudden stress releases in rock salt, which may be due to high mechanical or thermal load, can be det...
Knowledge of the spatial characteristics of stress and fractures in reservoirs is important for opti...
Copyright 2015, Unconventional Resources Technology Conference. The canonical monitoring geometry fo...
A method for directly detecting hydrocarbons with minimal environmental impact is presented here wit...
The past decade witnessed rapid development of the theory of passive seismic interferometry followed...
Small Microseismic Surface Acquisition System for oilfield monitoring is presented. Algorithms for d...
We analyse the repeatability of microseismic data and therefore its possbile applications for detect...
A low frequency passive seismic experiment was con-ducted over an onshore carbonate oilfield in Abu ...
International audienceIn this paper we demonstrate how microseismic networks have been multi-purpose...
Thesis: S.B., Massachusetts Institute of Technology, Department of Earth, Atmospheric, and Planetary...
AbstractThis paper describes passive seismic monitoring at the large-scale CO2 injection site, Cranf...
Over the last decade, microseismic monitoring has emerged as a considerable and capable technology f...
Passive microseismic monitoring provides a non-invasive method of monitoring deformation and changes...
Microseismic monitoring has become an important part of borehole completions in tight-reservoir form...
Understanding economic success of unconventional production from shales requires an explanation of t...
Sudden stress releases in rock salt, which may be due to high mechanical or thermal load, can be det...
Knowledge of the spatial characteristics of stress and fractures in reservoirs is important for opti...
Copyright 2015, Unconventional Resources Technology Conference. The canonical monitoring geometry fo...