Element One Unveils New Model to Boost Geologic Hydrogen Exploration

Canadian explorer Element One Hydrogen & Critical Minerals Corp. has developed a new proprietary model designed to improve the identification of naturally occurring hydrogen deposits across North America.

The company said the numeric prospectivity model integrates geophysical data with structural geology to pinpoint areas with the highest likelihood of hydrogen accumulation beneath the Earth’s surface. The innovation marks a significant step in advancing geologic hydrogen exploration, an emerging segment of the clean energy sector.

The model was developed by Allegra Hosford Scheirer and draws on detailed analysis of how hydrogen is generated, migrates and becomes trapped underground. By combining datasets such as gravity and magnetic surveys with geological interpretations, the system assigns weighted values to identify the most promising exploration targets.

Chief Executive Brad Kitchen said the approach strengthens the company’s technical capabilities as it expands across Canada and the United States.

“This model provides a robust and scalable framework for understanding where geologic hydrogen systems are most likely to occur,” he said, adding that it positions the company at the forefront of a rapidly evolving field.

Element One is already applying the model to refine its acquisition strategy, focusing on securing prospective land positions in key regions of western Canada and the United States. The company aims to identify three to four priority land packages before moving into ground exploration and eventual drilling programmes.

The data-driven approach is expected to improve efficiency, reduce exploration risk and accelerate the development of viable hydrogen resources, as interest grows in naturally occurring hydrogen as a potential low-carbon energy source.