Explore technical papers written by our experts and STRYDE system users
An overview and initial results of the novel and sustainable monitoring techniques developed by the Energy & Environmental Research Center (EERC) and its commercial partners associated with the Red Trail Energy (RTE) carbon capture and storage (CCS) project
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Senior Processing Geophysicist, Eamonn Murray shows how velocity models derived from first-break refraction tomography for one particular high-density survey assist in the 3D mapping of the overburden/bedrock contact of a magmatic intrusion and provide extra detail to the extent of the low-velocity ore bodies beneath at IMAGE 2024.
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Given the trend towards single-sensor acquisition, it is important and timely to examine what implications this transition has for sensor specifications and land survey design. Nicolas Goujon decomposes the recorded data into its constituent parts and examines how each is affected by the sensor characteristics and the transition from array to single-sensor recording.
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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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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.
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