This end-to-end approach is a key differentiator for H2Valley setting us apart in the rapidly evolving natural hydrogen industry. It allows us to optimize operations, reduce costs and deliver exceptional value to our partners and the communities we serve

Natural hydrogen (also called white or gold hydrogen) is molecular hydrogen (H₂) that primordially was captured with many other elements during formation of the Earth from protoplanetary disk which initially consisted from ionized matter derived from died supernova stars. Metals inside the core of our planet captured hydrogen forming metal hydride compositions which now gradually emit hydrogen to the surface. Unlike green hydrogen (produced via electrolysis) or blue/gray hydrogen (produced from fossil fuels), natural hydrogen requires no energy-intensive production process and generates zero carbon emissions during extraction. Natural hydrogen extraction process can also reduce global GHG (Green House Gas) effect

Recent scientific research indicates natural hydrogen is far more abundant than previously understood, with significant accumulations inside the core of our planet. Calculations of Dr. Larin in his Ph.D. work and independent research made by Tokyo institute indicates that resources of natural hydrogen inside the core could be as high as 50 times of all hydrogen contained in water on Earth. Helium, while rarer, is often found in association with hydrogen streams and certain natural gas and oil deposits which are (or were in the past) connected to natural hydrogen streams forming these hydrocarbon deposits by series of chemical reactions with carbon. Both hydrogen and helium resources exist in sufficient quantities to play transformative roles in future energy security and advanced technology applications

Our natural hydrogen extraction produces zero carbon emissions, requires minimal land disturbance and consumes significantly less water than conventional energy production methods. The hydrogen itself burns cleanly, producing only water vapor as a byproduct, making it an ideal carbon-free energy carrier for transportation, industrial and power generation applications. Natural hydrogen extraction process can also reduce global GHG (Green House Gas) effect on its own. This effect is based on the fact that hydrogen constantly seeps to the surface and penetrates atmosphere where it kills free hydroxyls (OH) which are very important in 'cleaning' the air from hazardous green-house gas methane. Thus constant seepage of hydrogen indirectly increases GHG effect. The more humanity takes natural hydrogen for its benefit the less hydrogen will dissolve in atmosphere with negative indirect GHG effect

We employ a proprietary geological model combined with advanced remote sensing technologies, analysis of all available geological, mining, meteorological, forestry and agricultural data accumulated in each particular area, specialized geochemical surveys and innovative detection systems. This integrated approach enables us to identify promising hydrogen streams with unprecedented accuracy, significantly reducing exploration costs, minimizing environmental impact and increasing successful discovery rates

Natural hydrogen is like a swiss army knife. It can revolutionize transportation, power generation and heating sectors and almost all industries including metals&mining, chemical, oil&gas, construction and food by providing clean, carbon-free energy. This 'swiss army knife' has always been very expensive to use it everywhere. Extracted hydrogen, compared to artificially produced, will make it economically efficient for all sectors. Helium is indispensable for healthcare (MRI machines), aerospace, microchips and other electronics manufacturing, scientific research and quantum computing. Both hydrogen and helium resources have expanding applications in emerging technologies that will drive the next generation of industrial innovation

Natural hydrogen extraction offers compelling cost advantages over other hydrogen production methods, with substantially lower capital and operational expenditures. As our exploration and production technologies advance and scale, we predict OPEX (operational expenses) to be around $0.50/kg, making it the cheapest type of hydrogen and very competitive directly with fossil fuels even without carbon pricing mechanisms while delivering superior environmental performance

Safety is our paramount priority. We implement rigorous safety protocols that exceed industry standards, including real-time monitoring systems, specialized containment technologies, comprehensive staff certification programs and multiple redundant safety features. Together with our partners for transportation solutions we follow the latest innovations in secure hydrogen delivery, including advanced materials and leak detection technologies

Based on our comprehensive geological surveys along with production models we estimate that natural hydrogen sites can remain productive for almost unlimited. At the same time we apply 20-year approach in calculation of our financial models to be able to conclude 20 year off-take contracts with the consumers of extracted gas mixture

Yes. While the industry is emerging, the core technologies for hydrogen extraction are taken from oil and gas and geothermal sectors. First in the world 'pilot project' in Bourakebougou village (Mali) working from 2012 shows applicability of simple drilling and extraction techniques to natural hydrogen. H2Valley is further refining these technologies specifically for natural hydrogen deep streams

as it is not associated with carbon emissions or any energy inputs to split water into hydrogen and oxygen. As production scale increases and technologies mature, costs are projected to decrease further, creating compelling economic advantages

Promising natural hydrogen streams have been identified across all continents, particularly in regions with geological ridges, fault systems, high seismic and volcanic activities, ancient cratons and kimberlites and ophiolite complexes. At the same time even other regions having lack of these geological features can have promising hydrogen deep streams. H2Valley has mapped potential high-concentration zones across North America, Europe, Australia, Middle East and parts of Africa and Asia through our proprietary geological modeling and field validation studies

H2Valley employs a multi-disciplinary approach using a proprietary geological model combined with advanced remote sensing technologies, machine learning algorithms applied to comprehensive geological, oil&gas extraction, mining, meteorological, forestry and even agricultural datasets accumulated in each particular area, specialized geochemical surveys and innovative detection systems. This integrated methodology delivers significantly higher success rates than conventional exploration techniques, reducing costs and environmental impact while accelerating resource development

Composition of gas flow can fluctuate depending on geology of the location and availability of carbon, helium, argon, nitrogen and even oxygen in the mantle and in the crust which encounter hydrogen on its way to the surface. Different existing cases show that gas fluxes can contain 10-98.6% of hydrogen in the flow. Depending on the final application and existing local market potentially all extracted gases along with hydrogen can be separated or used in industrial processes even without separation

Helium is irreplaceable in numerous high-tech applications due to its unique properties, including extremely low boiling point, chemical inertness and superior thermal conductivity. It's essential for medical imaging (MRI machines), semiconductor manufacturing, fiber optics production, aerospace applications, and quantum computing research with no viable substitutes for most critical uses. The healthcare sector alone depends on helium for cooling superconducting magnets in advanced diagnostic equipment, making it vital for modern medicine and scientific advancement

H2Valley utilizes proprietary geological model to identify hydrogen streams that frequently contains helium. Ultra-sensitive sensors used to detect trace helium emissions from deep natural hydrogen streams. Once the potential hydrogen-helium stream precisely located, the mixtures is extracted through carefully targeted wells and helium is separated from other gases using advanced PSA (Pressure-Sway Adsorbtion) and membrane technologies that achieve exceptional purity levels. Our sophisticated geological modeling identifies optimal extraction sites with unprecedented accuracy, reducing exploration costs and environmental footprint while maximizing resource recovery

The ongoing shortage stems from limited and constantly depleting production sources, rapidly growing demand from advancing high-tech industries. Critically helium cannot be manufactured artificially and permanently escapes into space when released into atmosphere, making new natural sources like those developed by H2Valley increasingly strategic. Market analysts project the supply-demand gap to widen through 2030 as emerging technologies in quantum computing, advanced medical imaging and aerospace drive demand growth at 5-7% annually, substantially outpacing current and planned production capacity

H2Valley integrates cutting-edge geophysical techniques with proprietary machine learning algorithms to identify promising helium deposits with unprecedented precision. Unlike conventional approaches that typically target helium as a secondary byproduct of natural gas extraction, our specialized exploration methodology specifically seeks geological hydrogen streaming formations with optimal helium content characteristics. This targeted approach yields higher concentration streams, superior extraction efficiency and significantly reduced environmental impact compared to traditional methods. Our comprehensive exploration platform combines satellite imagery analysis, passive seismic monitoring and trace gas detection to precisely identify the most promising sites before any ground disturbance occurs

The widening supply-demand imbalance for helium has created compelling investment potential, with prices having significantly increased in the past decade and will likely continue to grow. Even 1% content of helium in natural hydrogen stream can make most of profit for the extraction project leaving hydrogen as additional co-product. H2Valley offers diverse partnership models for investors interested in this strategic resource, including creation of JVs to explore, drill, extract and separate helium from other gases. The helium market's distinctive characteristics — including limited substitutability, essential applications in rapidly growing high-tech sectors and structurally constrained supply — create a favorable long-term outlook for well-positioned producers. Our portfolio approach effectively diversifies geological and operational risks while maintaining strategic focus on high-grade gas deep streams capable of delivering superior returns on investment