
23 September 2026

Geology, systems, exploration strategies, play concepts, prospectivity and results.

Helium occurrence, geology, exploration methods, resources and emerging opportunities.

Exploration technologies, detection methods, sampling, analysis, modelling and innovation.

Markets, investment, regulation, policy, commercial development and industry collaboration.

Exploring natural hydrogen and helium activity across Australia, including emerging projects, geological opportunities and developments shaping the sector.

Examining the evolving regulatory and policy environment for natural hydrogen and helium exploration and development in Australia and internationally.

Exploring the commercial development of natural hydrogen and helium resources, including project economics, investment considerations and pathways towards viable projects.

Examining approaches to identifying, assessing and estimating natural hydrogen and helium resources and building greater understanding of their potential.

Highlighting natural hydrogen and helium projects and developments from around the world, with insights into emerging opportunities and lessons from international activity.

Showcasing current and emerging research that is expanding knowledge of natural hydrogen and helium systems, generation, occurrence and potential.

Exploring the technologies, techniques and multidisciplinary approaches being used to identify, investigate and evaluate natural hydrogen and helium resources.

23 September 2026

15 February 2027

22 February 2027

1 March 2027
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| 10 Feb | |
| 19 Feb | |
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The Committee of the Australian Natural Hydrogen and Helium Conference 2027 invites you to submit an abstract for inclusion in the inaugural ANHHC 2027 to be held from 7 – 10 June 2027, at Hotel Grand Chancellor Hobart, Tasmania, themed From Rocks to Resources: Shaping the future of the Natural Hydrogen and Helium Industry.
Natural hydrogen is increasingly recognised as a naturally occurring geological resource, generated through processes within the Earth and found within the pore spaces and fractures of subsurface rocks. Unlike most hydrogen used today, which is manufactured from methane or water and requires significant energy and, in some cases, water, natural hydrogen occurs naturally underground and can potentially be extracted directly, with low energy requirements and no water needed for its production.
Natural hydrogen could have significant implications for the energy transition, offering a potentially lower-energy and water-free pathway to hydrogen. Its development could reduce reliance on energy-intensive manufacturing, diversify future hydrogen supply, and support industries seeking lower-carbon energy sources.

If you have any questions about abstract topics, submission or formats,
please contact the Conference Managers.