Hydraulic fracture mapping service
Monitor real-time microseismic events during hydraulic fracturing operations for enhanced decision making.
We can work with you on understanding hydraulically induced fracture system geometry and temporal evolution to improve your stimulation treatment effectiveness and well economics.
Borehole-based microseismic fracture monitoring involves accurate imaging of the geometries of sets of hydraulic fractures (natural or induced), providing a 4D view of your reservoir’s flow network. Monitoring network design, tool selection, processing, visualization, and interpretation using seismic-to-simulation software provides this analysis directly within the geological model, fully integrated with your seismic and petrophysical data.
Microseismic monitoring also delivers information about evolving reservoir stress that can enhance reservoir development in tight gas and shale completions, fault mapping, reservoir imaging, waterflood monitoring, drilling waste disposal, and thermal recovery.
Fulcrum technology in the cement inhibits communication behind the casing, improving fracture efficiency.
The usage of microseismics as a reservoir monitoring tool have significantly increased due to recent developments and improvements.