VORTEX ENERGY CORP Stock Price, News & Analysis

Vortex Energy (OTC: VTECF) has begun retrieving Ambient Noise Tomography (ANT) sensors at its Robinsons River Salt Project in Newfoundland and Labrador, following the completion of the data collection phase. The ANT survey aims to image subsurface structures and provide high-resolution data to confirm the geometry and potential storage capacity of the Robinsons River Salt Dome.

The collected data will undergo processing and imaging, with preliminary interpretations expected later in fall 2025. These results will be integrated into the company's technical evaluations and guide future exploration and development planning for the project. The initiative is supported by the Junior Exploration Assistance Program from the Government of Newfoundland and Labrador.

Vortex Energy (OTC:VTECF) has announced the successful deployment of Ambient Noise Tomography (ANT) sensors at its Robinsons River Salt Project in Newfoundland and Labrador. The sensors will remain in place for several weeks to passively record seismic noise across the project area.

Following the recording period, field crews will retrieve the sensors and process the collected data to create high-resolution subsurface images. These images will be used to identify structural features and refine targets for future drilling operations. The deployment follows the company's August 5, 2025 announcement of crew mobilization for the survey.

Vortex Energy (OTC:VTECF) has initiated field mobilization for an Ambient Noise Tomography (ANT) survey at its Robinsons River Salt Project in Newfoundland. The company is deploying sensors to create high-resolution subsurface velocity models of potential salt bodies, crucial for hydrogen storage assessment.

The project, conducted in collaboration with the University of Alberta, CAUR Technologies, and Storm Exploration, follows approval from Newfoundland's Department of Industry, Energy and Technology. Preliminary data processing and 3D imaging results are expected in fall 2025.

Vortex Energy (OTC: VTECF) has received governmental approval from Newfoundland and Labrador to conduct an Ambient Noise Tomography (ANT) geophysical survey at its wholly-owned Robinsons River Salt Project. The Letter of Acceptance was issued by the Mineral Lands Division of the Department of Industry, Energy and Technology.

The ANT survey aims to provide subsurface imaging to understand potential salt dome geometry and identify high-priority drill targets for future evaluation. The scientific content has been verified by Jared Suchan, Ph.D., P.Geo., the Company's VP of Exploration, who serves as the Qualified Person under National Instrument 43-101.

Vortex Energy (OTC:VTECF) has provided an update on its research activities at the Robinsons River Salt Project, conducted in partnership with the University of Alberta. The research focuses on evaluating the site's potential for underground hydrogen storage.

Key developments include:

• Analysis of core hole VTX-23-W-1 results presented at GeoConvention Calgary, detailing mineralogical and petrological characteristics
• Ongoing laboratory investigations on VTX-23-W-2 core samples, including XRD analysis and porosity testing
• Geomechanical studies using tri-axial core holder and CT-scanned samples
• Submission of revised Ambient Noise Tomography (ANT) survey station map to Newfoundland and Labrador Mineral Lands Division for pending approval

Vortex Energy (OTC: VTECF) has finalized its sampling plan for an Ambient Noise Tomography (ANT) geophysical survey at its 100%-owned Robinsons River Salt Project in western Newfoundland. The survey will deploy approximately 200 tri-axial passive seismic sensors across the project area to generate a 3D image of the salt dome's structure.

The survey, conducted in collaboration with CAUR Technologies, Storm Exploration, and the University of Alberta, will help evaluate the site's potential for large-scale solution-mined hydrogen storage caverns. Sensors will be installed with minimal ground disturbance and remain in place for about three weeks, with the program scheduled to commence in late July and conclude in early September.

Vortex Energy Corp. (VTECF) has announced details for an upcoming Ambient Noise Tomography (ANT) survey at its Robinsons River Salt Project in Newfoundland. The company has engaged CAUR Technologies for survey design and data processing, and Storm Exploration for field logistics. The project is being conducted in collaboration with the University of Alberta through a Mitacs grant-supported research partnership. The ANT survey, a low-impact geophysical technique, will use natural seismic noise to create high-resolution subsurface imaging of the salt dome structure. This data will be integrated with existing datasets to develop a unified subsurface model and guide future drilling decisions, particularly for evaluating the project's potential for large-scale hydrogen storage.

Vortex Energy Corp. (VTECF) has announced plans to conduct an Ambient Noise Tomography (ANT) survey at its Robinsons River Salt Project in Newfoundland. The survey aims to evaluate the project's potential for large-scale hydrogen storage within deep subsurface salt structures. In partnership with the University of Alberta and partially funded by Mitacs, this low-impact, passive seismic method will create 3D images of the Robinsons River salt dome's geometry and internal structure. The survey will focus on understanding the size, shape, and structural integrity of the East and West salt domes previously identified through gravity and seismic studies. This initiative represents the first phase of a broader hydrogen storage evaluation strategy, with data to be integrated with existing datasets to create a unified interpretation and drill targeting model.

Vortex Energy Corp. (CSE: VRTX | OTC: VTECF) has completed core logging and preliminary analysis of samples from Well VW231 at the Robinsons River Salt Project in Newfoundland. The study, conducted with the University of Alberta, evaluated the site's potential for underground hydrogen storage (UHS).

The analysis of samples from the 608-meter well revealed favorable characteristics for hydrogen storage, including:

• Excellent sealing capabilities in overlying gypsum and mudstone layers
• No vertical or horizontal fractures, confirming structural integrity
• Average of 20% insoluble material in halite layers
• Presence of rare minerals and bitumen indicating complex geological history

The company plans to conduct advanced testing, including fluid inclusion analysis and hydrogen-mineral interaction experiments, to further validate the site's safety and effectiveness for UHS.