Previously, it was believed that hydrogen within our planet exists only in the form of compounds. Generally speaking, Natural - sometimes referred to as “Geological”, “White”, “Gold” etc. - hydrogen differs from others by its prominence, meaning that it was formed deep in the Earth, and later migrated to the surface through degassing vents a.k.a. „chimneys“, which we are capable of detecting and evaluating throughout the globe.

Our know-how is based on the Primordially Hydridic Earth (PHE) concept, which was formalized in 1968 and then developed by V.N. Larin. This concept was defended through the PhD and the post-doc dissertations, with the latter published in Canada in 1993 as a monograph in English.

We start our research with a thorough Desktop Study, aiming to collect and analyze all related data for the subject territory available from the public domain as well as from other accessible sources, with the purpose of outlining the research area/s, or AOIs - Areas of Interest.

The Field Stage - “Soil gas geochemistry” as we call it - is the next stage after the Desktop study. As a result of the Field Stage, we obtain more specific data on the area where potential hydrogen degassing structures are prognosed. Afterwards, we start planning geophysical surveys, with exploration and development wells to be drilled based on their results.

Each subsequent stage comprises building a comprehensive geology model for the areas of interest, with their further prioritization and targets ranking. Thus, the value of information obtained in the course of a Desktop Study and Field Exploration Stages grows along with implementation of each next stage.

Thus, having carried out Soil gas geochemistry on several AOIs identified in the process of executing the Field stage, we obtain a SCIENTIFICALLY BASED list of structures.

As an exploration company, we focus specifically on geoscience data in relation to most prospective natural hydrogen structures representing resources that are likely to be converted into reserves at a later stage.

To summarize all the above, today our team possesses the competencies enabling us to identify, to allocate and to produce natural hydrogen at any scale, which no other company being capable of with a matching degree of accuracy. We are aware of all the risks, and most importantly we are able to minimize them through the application of our experience and proprietary exploration algorithms. We can say with confidence that our strategy is way more systematized, scientifically justified, and, most importantly, more cost effective than that of our competitors.