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Case Studies

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Companies and organizations around the world trust ESG Solutions to provide reliable, responsive service and accurate, decision-driving data through our advanced analytic packages. We have over 400 monitoring systems deployed worldwide and have processed over 5.2 million events since 2018.
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Microseismic Monitoring of Quest’s CCUS Operation

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

The Significance of Bedding Planes to Hydraulic Fracturing and Production

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

Higher confidence in event location accuracy provides better information on which to base cost-related decisions

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

Analysis of Vertical Breakout in a Diatomite Steaming Operation in California

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

Real-time Microseismic Monitoring for Nexen’s 143-Stage Multi-Well Horizontal Fracture Operation in the Horn River Basin

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

Understanding Vertical Fracture Growth in the Marcellus Shale using Advanced Microseismic Methods

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

Microseismic Monitoring of Northern Alberta Well Casing and Caprock Integrity During Cyclic Steam Stimulation

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

Application of ESG’s Clustering Algorithm to Identify Faults and Fracture Networks that Influence Production

It is not unusual for treatment wells stimulated under similar injection conditions to exhibit different levels of production—often inversely related to the number of events/activated fractures generated during the injection program. This study looks into potential causes of unanticipated results and questions whether traditional concepts about vertical fractures (as they relate to hydraulic fracture stimulation) should be re-evaluated for unconventional shale reservoirs.

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