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The STRYDE Mini Seismic System

Technical paper

Seismic Node Arrays for Enhanced Understanding and Monitoring of Geothermal Systems

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Harnessing geothermal energy will likely play a critical role in reducing global CO2 emissions. However, exploration, development, and monitoring of geothermal systems remain challenging. Here in this technical paper, we explore how recent low-cost seismic node instrumentation advances might enhance geothermal exploration and monitoring. We show the results from 450 nodes deployed at a geothermal prospect in Cornwall, United Kingdom.

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Discover more STRYDE technical papers

Will the new seismic technology shake the geothermal industry?

Will the new seismic technology shake the geothermal industry?

This technical paper published by EAGE for the 82nd EAGE Annual Conference & Exhibition, discusses how the emergence of new acquisition technologies, such as a new generation of much more nimble seismic nodes, allows agile and light operations, has opened up new possibilities for urban exploration.

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Acquiring sustainable, efficient high-resolution seismic data for geothermal exploration in an urban environment

Acquiring sustainable, efficient high-resolution seismic data for geothermal exploration in an urban environment

This technical paper published by EAGE and written by Nick Tranter (STRYDE), Richard de Kunder (Seismic Mechatronics), Ben Turner (Dayboro Geophysical) and Guy Drijkoningen (Delft University of Technology), discusses how an eVibe paired with STRYDE Nodes™ were used in a restrictive urban environment.

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Large-N seismic node networks for monitoring seismicity and crustal stress-state at geothermal systems

Large-N seismic node networks for monitoring seismicity and crustal stress-state at geothermal systems

Geothermal resources are set to play an ever more important role in supplying a sustainable source of energy for the green transition. Here, we present an example of how recent developments in seismic node technology can provide enhanced monitoring of subsurface seismicity and crustal stress-state during geothermal field development. We show results for a network of 450 nodes deployed at a geothermal site in Cornwall, UK, during a well stimulation.

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