Vortex Energy Corp. · CSE:VRTX

Vortex Energy — Investor Presentation (August 2026)

21 slides from Vortex Energy's investor presentation, August 2026

  1. Slide 1: Developing the Future of Salt Mining and Hydrogen/Energy Storage in Atlantic Canada

    Developing the Future of Salt Mining and Hydrogen/Energy Storage in Atlantic Canada CSE: VRTX | OTC: VTECF | FRA: AA3 2026 Corporate Presentation Vortex Energy Presentation 2023

  2. Slide 2: Vortex Energy Overview

    Vortex Energy Overview Advancing salt-based energy storage opportunities in Newfoundland ... Vortex Energy is advancing the Robinsons River Salt Project in Newfoundland and Labrador to evaluate its potential for underground hydrogen storage and compressed air energy storage (“CAES”) in solution-mine

  3. Slide 3: Investment Highlights

    Investment Highlights Prospective Salt on the Property Green Energy Infrastructure • Updated integration of historical drilling, seismic and • Newfoundland and Labrador’s wind resources and gravity data has refined the interpretation of emerging hydrogen and renewable-energy prospective subsurface s

  4. Slide 4: Compressed Air Energy Storage (CAES) Overview

    Vortex Energy Compressed Air Energy Storage (CAES) Overview The global compressed air energy storage Increasing deployment of intermittent wind market size was anticipated at $7.8 billion in and solar generation is creating demand for 2025 and is expected to grow to $38. billion by long-duration sto

  5. Slide 5: Salt - An Established Commodity and Energy-Storage Medium

    Salt - An Established Commodity and Energy-Storage Medium Halite / Road Salt Market Value Applications • According to Fortune Business Insight, the global industrial salt market size was Water treatment, valued at $26.92 billion in 2025, with global Commercial Salt $720 million drilling fluids, infu

  6. Slide 6: Salt Cavern How it Works

    Salt Cavern How it Works 1) Geological Characterization Thick, laterally continuous salt may occur in domal or bedded geological settings. Drilling, core analysis, geophysical logging and engineering studies are required to determine whether a particular salt interval is suitable for cavern developm

  7. Slide 7: Potential Application of Compressed Air Energy Storage

    Potential Application of Compressed Air Energy Storage • Potential Grid Services • CAES can provide long-duration electricity storage and may support load shifting, reserve capacity, renewable-energy integration and other grid-balancing services. • Adiabatic CAES (“A-CAES”) • Delivers affordable ene

  8. Slide 8: Hydrogen Market Overview

    Hydrogen Market Overview The ACES Delta project in Canada and Germany continue According to the Straits Utah is designed to use to pursue a transatlantic market Research, the global more than 220 MW of for renewable hydrogen and hydrogen energy storage electrolysis capacity to hydrogen derivatives.

  9. Slide 9: The Robinsons River Project

    The Robinsons River Project Vortex Energy Presentation 2023 9

  10. Slide 10: Robinsons River Project

    Robinsons River Project • 943 CLAIM UNITS – 23,575 HECTARES • The Project is being evaluated for its prospective subsurface salt and potential future underground energy-storage applications. • Updated geological and geophysical interpretations provide a technical framework for selecting future drill

  11. Slide 11: Regional Access & Infrastructure

    Regional Access & Infrastructure ... Accessibility Stephenville Community Port Access Skilled Workforce The Project is accessible Stephenville, located The Port of Stephenville Western Newfoundland from the Trans-Canada approximately 35 is a sheltered, deep-sea has established Highway through existi

  12. Slide 12: Property Geology

    Property Geology • The Project lies within the Carboniferous Bay St. George Subbasin, part of the broader Maritimes Basin, which hosts evaporite-bearing rocks of the Codroy Group.1,2 • The updated Drill hole VTX-West-24-02 intersected approximately 278 m of gross salt-bearing stratigraphy within the

  13. Slide 13: Drilling Confirms Western Salt-Bearing System

    Drilling Confirms Western Salt-Bearing System Drilling has confirmed halite-bearing stratigraphy within the western target area1,3 Highlights: • Drill hole VTX-West-23-1 was drilled to 608 metres, with the first salt rock reported at approximately 581.5 metres depth.1 • Logging identified predominan

  14. Slide 14: Evolution of the Geological Model

    Evolution of the Geological Model ... • 2023 Conceptual Model: Historical seismic and gravity data were interpreted as two large potential salt structures, forming the basis of a preliminary cavern- layout and storage-capacity assessment.1 • 2023-24 Drilling: Vortex drilling confirmed salt-bearing s

  15. Slide 15: Depth to Salt and Exploration Implications

    Depth to Salt and Exploration Implications ... • Drilling confirms that the depth and composition of salt-bearing stratigraphy vary materially across the western target area. • VTX-West-23-1 first encountered salt at approximately 581.5 metres, while VTX-West-24-2 encountered visible salt beginning

  16. Slide 16: Integrated Geophysical Interpretation

    Integrated Geophysical Interpretation ... • Airborne gravity-gradiometry and magnetic surveys provided property-scale density and structural information for the original 2023 subsurface model.1 • Gravity lows may be consistent with lower-density evaporites, but can also reflect non-salt lithologies,

  17. Slide 17: Drill Recommendations and Next Steps

    Drill Recommendations and Next Steps • ... Eastern Target: Proposed target NL2-A would test the depth, thickness and salt quality of the large, untested eastern gravity target. Potentially cleaner salt is an exploration hypothesis that remains unconfirmed by drilling. The density contrast model at 5

  18. Slide 18: Collaboration With the U of A Receives Alberta Innovates & NRCAN Funding

    Vortex's Collaboration With the U of A Receives Alberta Innovates & NRCAN Funding Hydrogen Storage Research • Researchers are testing recent drill core to characterize mineralogy, porosity, permeability and geomechanical behaviour relevant to underground hydrogen storage. • Supported by Alberta Inno

  19. Slide 19: Vortex Energy Team

    Vortex Energy Team PAUL SPARKES SHAWN RYAN PIOTR KUKIALKA, PH.D, Dr. Jared Suchan, PH.D. CHIEF EXECUTIVE OFFICER TECHNICAL ADVISOR P.GEO P.GEO Paul Sparkes is an accomplished Shawn grew up in Timmins Ontario and began his TECHNICAL ADVISOR VP of Exploration business leader and entrepreneur career in

  20. Slide 20: Legal Disclaimer

    Legal Disclaimer This material includes “forward-looking” statements or information within the meaning of Canadian securities legislation and the United States Private Securities Litigation Reform Act of 1995. Forward-looking statements relate to future events or the anticipated performance of Vorte

  21. Slide 21: Developing the Future of Salt Mining, Hydrogen/Energy Storage & CO2 Capture

    Developing the Future of Salt Mining, Hydrogen/Energy Storage & CO2 Capture in Atlantic Canada CSE: VRTX | OTC: VTECF | FRA: AA3 2026 Corporate Presentation info@vortexenergycorp.com 778 819-0164 Vortex Energy Presentation 2023

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