Gold Hydrogen Confirms Natural Hydrogen and Helium at Ramsay 3 Well

Gold Hydrogen Limited has confirmed elevated levels of natural hydrogen and helium at its Ramsay 3 well, marking a significant step in its 2025 drilling campaign and reinforcing the potential of its South Australian project.

  • Ramsay 3 well confirms elevated natural hydrogen and helium levels
  • 2025 drilling campaign underway with strategic backing from Toyota, Mitsubishi, and ENEOS
  • Gas detected in Parara Limestone and Kulpara Dolomite formations
  • Laboratory analysis ongoing with results expected soon
  • Project faces geological and community engagement risks
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Ramsay 3 Well Advances Natural Hydrogen and Helium Exploration

Gold Hydrogen Limited has announced promising preliminary results from its Ramsay 3 well, located on South Australia's Yorke Peninsula. Drilling commenced on 10 November 2025, and early gas detection has confirmed elevated levels of natural hydrogen within the Parara Limestone and helium within the Kulpara Dolomite formations. These findings build on the success of the Ramsay 1 and 2 wells drilled in 2023, suggesting continuity of subsurface gas systems in the region.

The company’s use of advanced mud gas monitoring technology, specifically the SLB DQ1000 gas chromatograph, has enabled real-time detection of these gases during drilling. Multiple samples have been collected and sent to Petrolab in Adelaide for detailed laboratory analysis, with results anticipated in the coming weeks. This ongoing testing will be critical to refining the understanding of the resource potential.

Strategic Backing and Resource Potential

This drilling campaign is supported by strategic investments from major industry players including Toyota Motor Corporation, Mitsubishi Gas Chemical, and ENEOS Xplora. Their involvement underscores the growing interest in natural hydrogen and helium as alternative energy and critical industrial gases. Gold Hydrogen’s prospective resource estimates, detailed in previous filings, indicate significant potential volumes of both gases within the Ramsay Project’s exploration license (PEL 687).

Managing Director Neil McDonald highlighted the excitement around these findings, noting that the confirmation of helium is particularly noteworthy given the global shortage and high demand for this rare and valuable gas. The company’s broader portfolio includes additional exploration licenses and applications across South Australia, positioning it well to capitalize on emerging market opportunities.

Risks and Community Engagement

Despite the encouraging results, Gold Hydrogen acknowledges the inherent geological uncertainties and development risks associated with the project. The presence and recoverability of natural hydrogen and helium remain subject to further exploration and evaluation. Additionally, the project’s location near agricultural lands and national parks necessitates careful stakeholder engagement and environmental management. The company emphasizes its commitment to working closely with landholders, traditional owners, and local communities to address these challenges.

As governments worldwide push for cleaner energy alternatives, natural hydrogen exploration is gaining momentum. Gold Hydrogen’s progress at Ramsay 3 contributes valuable data to this evolving sector, but the path to commercial production will require navigating technical, regulatory, and social hurdles.

Looking Ahead

The upcoming laboratory results from the Ramsay 3 well will be pivotal in validating the preliminary gas detections and informing future resource assessments. Investors and industry watchers will be keen to see how these findings influence Gold Hydrogen’s development plans and market positioning in the natural hydrogen and helium space.

Bottom Line?

Gold Hydrogen’s Ramsay 3 results reinforce its exploration momentum but underline the need for cautious optimism amid ongoing technical and community challenges.

Questions in the middle?

  • What will the detailed laboratory analyses reveal about gas concentrations and commercial viability?
  • How will Gold Hydrogen navigate environmental and community concerns near sensitive areas?
  • What impact will these findings have on the company’s resource estimates and future drilling plans?