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The STRYDE Mini Seismic System

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The STRYDE Nimble System™

Technical paper

Empowering sustainable geoscience exploration through technology and academic collaboration

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Nick Tranter discusses how STRYDE is working with global academic institutions to support research in science and sustainable energy.
In an era defined by the imperative of sustainability, STRYDE is emerging as a pivotal player in driving geoscience exploration toward a greener, more equitable future. By harnessing cutting-edge technology and fostering collaboration between academia and industry, STRYDE is pioneering seismic data acquisition solutions that propel ground-breaking scientific discovery and innovation through strategic partnerships, affordable solutions, and a commitment to nurturing talent.

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Discover more STRYDE technical papers

Affordable high-density seismic for CO2 geological storage

Affordable high-density seismic for CO2 geological storage

We discuss how the latest seismic technologies can make seismic more affordable and accessible to these industries using the example of an Ultra-high-density (UHD) seismic acquisition acquired over a CCUS test storage site in Canada.

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Seismic Node Arrays for Enhanced Understanding and Monitoring of Geothermal Systems

Seismic Node Arrays for Enhanced Understanding and Monitoring of Geothermal Systems

Here, 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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Active and passive 3D seismic survey around the Scrovegni Chapel using autonomous nodes

Active and passive 3D seismic survey around the Scrovegni Chapel using autonomous nodes

A dense 3D seismic survey was carried out including both active and passive surface wave measures at the Scrovegni Chapel in Padua (Italy), in order to provide a deeper understanding of the archaeological setting of the area.

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