Vortex Energy Corp. has retained Lonquist Field Service (Canada) ULC to carry out a geological study assessing the natural hydrogen and helium potential at its Robinsons River salt project, located in the Canadian province of Newfoundland and Labrador. The announcement, made on October 5, 2026, marks an expansion of the company’s activities beyond conventional salt cavern energy storage.
The study is a desktop exercise: Lonquist will review existing geological, geophysical, and well data from the site, benchmarking them against the conditions expected for the generation, migration, and trapping of hydrogen and/or helium. This approach leverages the body of information already collected over the years without requiring costly or invasive new drilling campaigns. At the conclusion of the analysis, Lonquist will indicate whether the prerequisites for further exploration are in place and where any follow-up work should be focused. Vortex Energy has confirmed it will issue a public update once the findings have been received and reviewed.
The Robinsons River Salt Project covers 942 claims totalling approximately 23,500 hectares, roughly 30 kilometres south of the town of Stephenville. Originally conceived to develop salt caverns for hydrogen and compressed energy storage, the site has already drawn scientific attention: in 2023, Vortex signed a research agreement with the University of Alberta to study the feasibility of hydrogen storage in domal salt, in what could have been Canada’s first field-scale test of its kind. The new study broadens the project’s scope further still, adding helium — a rare and strategically critical resource facing steadily growing global demand — alongside hydrogen.
Natural hydrogen — also known as geological hydrogen or gold hydrogen — is produced by chemical reactions occurring in the subsurface without any industrial input. Unlike green hydrogen obtained through electrolysis, it requires no energy to generate and could represent a low-emission energy source available directly where it is found. Helium, for its part, is essential for high-precision medical, scientific, and industrial applications, and is sourced almost entirely as a byproduct of natural gas production. Identifying independent helium deposits has become a strategic priority for a number of countries. Vortex’s decision to assess both gases within the same project reflects a sharp reading of the energy and critical resources market.
Vortex Energy also holds the Fire Eye Uranium Property in the Wollaston Domain of northern Saskatchewan, a region renowned for its concentration of uranium deposits. The company’s portfolio therefore spans a broad range of resources — from uranium, a cornerstone of nuclear energy, to natural hydrogen and helium — reflecting a diversification strategy geared towards the energy transition. Should Lonquist’s study return favourable findings, Robinsons River could emerge as one of Canada’s most compelling sites for the integrated production and storage of clean energy carriers. The coming weeks will reveal whether the data already in the company’s hands are sufficient to justify the next step forward.
