Innovative ANT Survey Enhances Hydrogen Storage Potential in Robinsons River
Key Ideas
  • Vortex Energy Corp. in collaboration with the University of Alberta is conducting an ANT survey at the Robinsons River Salt Project to enhance subsurface imaging and evaluate the potential for large-scale hydrogen storage.
  • The survey utilizes seismic noise to create high-resolution images of subsurface features and will be integrated with existing datasets to develop a unified subsurface model for informed drilling decisions.
  • The company's CEO, Paul Sparkes, emphasized the commitment to advancing the Robinsons River Project through innovative science, local knowledge, and strategic partnerships with technology providers and exploration companies.
  • The ANT survey's findings will contribute to the exploration and development of mineral properties, including salt and hydrogen salt cavern storage at the Robinsons River Salt Project in Newfoundland.
Vortex Energy Corp., based in Vancouver, British Columbia, is conducting an Ambient Noise Tomography (ANT) survey at its Robinsons River Salt Project in Newfoundland in collaboration with the University of Alberta. This innovative survey aims to enhance subsurface imaging and evaluate the potential for large-scale hydrogen storage by utilizing seismic noise to create high-resolution images of subsurface features. The company has engaged CAUR Technologies Inc. for survey design and data processing, with support from Storm Exploration LLC for logistical assistance. The ANT survey's data will be integrated with existing gravity, magnetic, and seismic datasets to develop a unified subsurface model for informed drilling decisions. Vortex Energy Corp. expressed its commitment to advancing the Robinsons River Project through the collaboration with the University of Alberta and other technology providers. The CEO, Paul Sparkes, highlighted the company's dedication to using advanced science and local knowledge for project advancement. The ANT survey findings will contribute to exploring and developing mineral properties, particularly focusing on salt and hydrogen salt cavern storage at the Robinsons River Salt Project.
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