(WO) — Good Seismic Options (S3) has bought a 20,000-node seismic acquisition system from STRYDE, increasing its land seismic capabilities following a collection of large-scale survey deployments throughout Europe.
Below the settlement, S3 will add STRYDE’s Nimble seismic acquisition system and 20,000 Vary+ nodes to its know-how portfolio. The acquisition follows a number of initiatives accomplished utilizing leased STRYDE tools, together with carbon storage and geothermal exploration surveys.
S3 has deployed STRYDE know-how on a number of large-scale subsurface imaging initiatives lately. In 2025, the corporate used greater than 42,000 seismic nodes in Denmark to assist web site analysis for carbon seize and storage (CCS) growth earlier than finishing a geothermal survey in France later that 12 months. In early 2026, S3 deployed roughly 50,000 nodes for what the businesses described as Europe’s largest onshore seismic survey centered on CCS exploration.
“We now have a robust observe report of efficiently working STRYDE’s seismic know-how throughout main, large-scale new-energy initiatives in Europe,” mentioned Patrick Robert, chief government officer of Good Seismic Options. “The system has enabled us to attain sooner survey turnaround instances, cut back prices and streamline logistics, whereas persevering with to ship high-quality seismic knowledge for our prospects.”
STRYDE mentioned the acquisition displays rising adoption of nodal seismic know-how for high-density land surveys and subsurface characterization initiatives.
The Nimble system is designed for typical and high-density seismic acquisition applications and incorporates automated node dealing with and deployment workflows meant to enhance operational effectivity and cut back subject logistics necessities.
“This contract displays our core mission to make high-definition onshore seismic knowledge inexpensive for any trade,” mentioned Mike Popham, chief government officer of STRYDE.
The businesses mentioned the know-how is getting used throughout a spread of purposes requiring detailed subsurface imaging, together with oil and gasoline exploration, geothermal useful resource evaluation and carbon storage web site characterization.