Natural Hydrogen Risks Loom as HyTerra Pushes Exploration Forward
HyTerra Limited has initiated a 12-month exploration program at its Nemaha Project in Kansas, successfully spudding the Sue Duroche 3 well and commencing seismic surveys to assess natural hydrogen potential.
- Sue Duroche 3 well spudded and drilling on schedule
- Gas samples collected for hydrogen and helium analysis
- Seismic acquisition underway by Paragon Geophysical
- Exploration funded by Fortescue Future Industries Technologies
- Focus on low-carbon natural hydrogen with geological risks
HyTerra Kicks Off Nemaha Exploration Program
HyTerra Limited (ASX: HYT) has taken a significant step forward in its quest to unlock natural hydrogen resources with the commencement of a comprehensive 12-month exploration program at its 100% owned Nemaha Project in Kansas, USA. The program, operated through its subsidiary HYT Operating LLC, aims to evaluate the potential of naturally occurring white hydrogen and helium, positioning HyTerra at the forefront of this emerging energy frontier.
The exploration initiative is underpinned by strategic funding from Fortescue Future Industries Technologies Pty Ltd, reflecting growing investor confidence in the promise of low-carbon hydrogen alternatives. This financial backing enables HyTerra to advance drilling and seismic activities critical to resource assessment.
Progress at Sue Duroche 3 Well
Over the Easter long weekend, HyTerra successfully spudded the Sue Duroche 3 well, marking the first of two firm wells planned in the current drilling sequence. The rig has drilled through the sedimentary section to a depth of 715 feet, with casing installed and cemented without incident. Drilling has now progressed beyond 2,000 feet into the Pre-Cambrian basement targets, with total depth expected within a week.
Crucially, gas samples are being collected for independent laboratory analysis to verify the presence and concentration of hydrogen and helium gases. Following drilling, Schlumberger will conduct an extensive wireline program to evaluate reservoir rock quality, a key factor in determining commercial viability.
Seismic Survey Underway to Guide Future Drilling
Complementing the drilling efforts, Paragon Geophysical has mobilised to the Nemaha site to commence seismic data acquisition. This program, which began over the weekend, is expected to continue for several weeks and will provide critical subsurface imaging to refine prospect analysis and inform drilling locations planned for the latter half of 2025.
The integration of seismic data with drilling results will be pivotal in assessing the extent and quality of natural hydrogen reservoirs within the Nemaha Ridge play fairway, an area of growing interest due to its proximity to industrial hubs and existing infrastructure.
Balancing Opportunity with Risk
HyTerra’s focus on white hydrogen, naturally generated by geological processes, offers the potential for lower production costs and reduced carbon emissions compared to conventional hydrogen production methods. However, the company is transparent about the inherent geological and commercial risks, including uncertainties around gas presence, concentration, and recoverability.
Investors should note that while the Nemaha Project holds promise, it remains an exploration frontier with no guaranteed outcomes. The forthcoming gas assay results and seismic interpretations will be critical milestones in validating the project’s resource potential.
As HyTerra advances its exploration program, the industry will be watching closely to see if natural hydrogen can emerge as a viable, low-carbon energy source with meaningful commercial applications.
Bottom Line?
HyTerra’s Nemaha progress sets the stage for critical assay results that will shape the future of natural hydrogen exploration.
Questions in the middle?
- What will the initial gas sample assays reveal about hydrogen and helium concentrations?
- How will seismic data influence the selection of drilling targets in the second half of 2025?
- What are the commercial implications if natural hydrogen is confirmed at economically viable levels?