Availability to be announced:
DAS TECHNOLOGY FOR MICROSEISMIC MONITORING OF MINES
Golden Taurus Ingeniería (GTI), in collaboration with the Institute of Mine Seismology (IMS) and Terra15 (provider of DAS data acquisition hardware for mine monitoring), will offer soon specialised and routine monitoring services and solutions for microseismic monitoring by DAS.
Using DAS for Microseismic Monitoring
Golden Taurus Ingeniería (GTI), in collaboration with the Institute of Mine Seismology (IMS) and Terra15 (provider of DAS data acquisition hardware for mine monitoring), offers specialised and routine monitoring services and solutions for microseismic monitoring by DAS.
Leveraging the expertise and experience from this partnership ensures the best possible outcome is achieved above or below ground and optimises the safety and geophysical characterisation of your mine site.
Distributed Acoustic Sensing (DAS) is a cost effective and easy to deploy solution that delivers a large quantity of densely spaced seismic sensors for passive monitoring of regional and induced seismicity.
The purpose built and patented design of Terra15’s Treble DAS interrogators makes them the first interrogators in the world to provide unbeatable sensitivity at the frequencies important for microseismic monitoring.
This extraordinary high frequency sensitivity combined with the Treble’s gauge free operation can be used to detect, locate, and measure the seismic source parameters with industry leading results.
Leveraging the expertise and experience from this partnership ensures the best possible outcome is achieved above or below ground and optimises the safety and geophysical characterisation of your mine site.
Distributed Acoustic Sensing (DAS) is a cost effective and easy to deploy solution that delivers a large quantity of densely spaced seismic sensors for passive monitoring of regional and induced seismicity.
The purpose built and patented design of Terra15’s Treble DAS interrogators makes them the first interrogators in the world to provide unbeatable sensitivity at the frequencies important for microseismic monitoring.
This extraordinary high frequency sensitivity combined with the Treble’s gauge free operation can be used to detect, locate, and measure the seismic source parameters with industry leading results.