Vortex Energy Corp. in Vancouver, Canada, has completed a core analysis and initial study at the Robinsons River Salt Project in Newfoundland, in collaboration with the University of Alberta. The findings indicate that the geological features at the site are conducive to underground hydrogen storage. Well VW231 was drilled to a depth of 608 meters, revealing the salt rock layer and pure halite reservoir. Various advanced techniques were employed to analyze samples, confirming excellent sealing capabilities of the overlying layers and no structural weaknesses that could lead to gas leakage. Rare minerals and the presence of bitumen suggest a complex geochemical evolution and potential for hydrocarbon preservation. The CEO of Vortex Energy Corp., Paul Sparkes, expressed optimism about the preliminary results, emphasizing the importance of these findings in assessing the site's potential for hydrogen storage. The company is now preparing for additional testing, including fluid inclusion analysis to further refine the geological model and ensure the safety and efficiency of underground hydrogen storage. Vortex Energy Corp. is focused on advancing sustainable energy solutions and is actively collaborating with academic institutions like the University of Alberta to drive forward groundbreaking research. The company's commitment to innovation and technological evaluation is highlighted in its efforts to explore hydrogen salt cavern storage and other mineral properties in North America. The Robinsons River Salt Project is a key component of Vortex Energy's strategy, aiming to leverage cutting-edge research to address the technical requirements for safe and effective hydrogen storage.