Microseismic
Three-component sensing, synchronized acquisition and arrival-time analysis connect seismic events to the treatment.
FracSightSees.
See the response. Understand the treatment.
Microseismic, high-frequency pressure and distributed acoustic sensing bring complementary perspectives to the treatment. Connect transient signals with spatial response.
Request a product demoA pressure wave travels down the well and returns distinct echoes from perforations and fractures. Arrival time and amplitude reveal changes in fluid entry and connectivity.
Pulse travels down the wellbore
Incident waveReflected waveCluster response
SURFACE ECHO · REFLECTION WINDOW
READ THE SUBSURFACE RESPONSEResolve individual cluster responses
Combine travel time, amplitude and attenuation to interpret cluster entry, fracture response and wellbore anomalies.
MULTIMODAL TREATMENT MONITORING
Give every signal engineering meaning.
High-frequency pressure
Capture the transient detail behind treatment curves. Waveform and spectral analysis support water hammer, shut-in and response diagnostics.
Distributed acoustic sensing
Distributed acoustic response along the fiber provides a spatial view of fluid entry, stage activity and changing conditions.
From the field to the instrument.
One eight-channel terminal: the baseboard acquires high-frequency pressure; the microseismic expansion board connects three-component geophones. Switch configurations to follow the signal into the system.
BRING THE SYSTEM TO YOUR FIELD