Clean Hydrogen Solutions for a Sustainable Future
Welcome to H2Valley, where we're pioneering innovative clean hydrogen solutions to address the world's most pressing energy and feedstock challenges. As global leaders in hydrogen technology, we combine cutting-edge science with practical implementation to create sustainable energy and feedstock alternatives
Our approach overcomes common challenges in hydrogen projects. Explore our comprehensive range of services and learn how our technologies are contributing to a cleaner, more sustainable world in alignment with UN development goals
Success Stories
Hoarty-3 well in Nebraska, USA
In 2019 our founder Nikolay Larin led the pioneering geoscientific effort to drill the world's first dedicated natural hydrogen and helium exploration well as a chief geoscientist for the Hoarty-3 project in Nebraska, USA
This groundbreaking initiative exceeded expectations discovering up to 44% of hydrogen and up to 12,8% helium in gas coming to the surface. The successful exploration well proved possibility of commercial extraction of natural hydrogen and helium
Positive exploration results across the world
Our founders have established an impressive global portfolio of hydrogen source identifications spanning six continents, including significant discoveries in the USA, Mongolia, Morocco, India, Oman, Australia and Egypt
Through deployment of our proprietary geological assessment methodologies we've confirmed hydrogen streams in diverse geological formations, validating our exploration models and expanding the potential for natural hydrogen as a viable global resource for energy and feedstock for many products
Clean Hydrogen Projects Challenges
High investment and operating costs, poor exploration success rates and market skepticism create significant barriers to clean hydrogen development, with technical expertise shortages further complicating progress
Green Hydrogen Projects Delays and Cancellations
Projects facing 18-24 month delays and h cancellation rate due to:
Huge Investments Required
Initial capital expenditures of $500-800 million for 100MW facilities, with ROI timelines extending beyond 8-12 years. Major projects face significant budget overruns, forcing scaled-back deployment plans
Energy Inefficient Production Process
Electrolysis requires 55 kWh of electricity per kg of hydrogen produced, with efficiency losses of 50% while producing electricity from this hydrogen. Production costs remain stubbornly high at $4-12/kg compared to $1-2/kg for gray hydrogen and $0.5% for natural
Lack of Infrastructure
Only 5,000 km of hydrogen pipelines exist globally versus 3 million km for natural gas. Conversion costs of $0.5-1M per kilometer deter investment, while fewer than 750 refueling stations worldwide limit end-user adoption. H2 infrastructure projects face 2-3 year delays in distribution network development
Decreasing Government Incentives
In recent times, several governments worldwide have reduced financial support for hydrogen projects, leading to the postponement or cancellation of numerous initiatives. This trend reflects shifting policy priorities, economic constraints and evolving assessments of hydrogen's viability in the energy transition
Money Wasted on Natural Hydrogen Random Drilling
Misleading Geological Concepts
Traditional geological models focusing on serpentinization have led to exploratory wells failing to yield commercial quantities. Serpentinization is a geological phenomenon where ultramafic rocks rich in iron and magnesium undergo metamorphic transformation upon reaction with water. This phenomenon can take place in many locations around the world but speed of reaction is so low that industrial quantities of hydrogen are impossible to achieve
Lack of Natural H2 Exploration and Extraction Know-how
The industry is now in its infancy stage comparable to times of rise of oil&gas sector 130 years ago. There are plenty of sophisticated techniques and instruments that could be used for hydrogen exploration and extraction but specific know-how is yet to be developed. Today H2Valley has the most advanced knowledge regarding natural hydrogen exploration and extraction
H2Valley's Response to Challenges
Leveraging decades of expertise, proprietary geological models and comprehensive services to overcome hydrogen exploration challenges with greater efficiency and lower costs than conventional methods
40+ Years of Expertise
Our team brings decades of specialized experience in geological hydrogen and helium exploration
- Proven track record in natural hydrogen structures/anomalies discovery
- Expert knowledge of subsurface formations
- Technical mastery of extraction methods
Revolutionary Geological Model
Our proprietary approach reveals abundant H₂ and He resources with unmatched efficiency
- Significantly lower CAPEX and OPEX than green hydrogen projects
- Reduced CAPEX and OPEX compared to blue hydrogen production
- Exceptional EROI of approximately 50
Comprehensive Service Portfolio
Complete solutions from initial survey to final extraction and delivery
- Flexible partnership models through joint ventures
- Contract-based service arrangements
- Integrated supply chain management
Our Foundations for Success
H2Valley delivers unsubsidized hydrogen at competitive market prices with significantly lower investment requirements, while maximizing profitability through strategic helium extraction and optimal resource positioning
Our business model is built on six fundamental pillars that create exceptional value for our partners and stakeholders. By focusing on natural hydrogen and helium exploration, we've developed a sustainable approach that outperforms conventional hydrogen production methods across all key metrics
Lower Investments and Operational Costs
Our approach reduces CAPEX by 30-50% compared to alternatives. Natural H₂ cash costs around $0.5/kg versus green H₂ ($4-10/kg) and blue H₂ ($2.3-4.5/kg)
This dramatic cost reduction stems from our innovative geological model that identifies naturally occurring hydrogen conduits (streams). By targeting these natural sources, we bypass energy-intensive production processes, eliminating the need for expensive electrolysis equipment and carbon capture technologies. This strategy significantly reduces both initial investment requirements and ongoing operational expenses while maintaining exceptional output quality
Market-Competitive Pricing
We offer hydrogen at market price without requiring state subsidies. This contrasts with significantly more expensive green hydrogen production methods with costs exceeding the market price
Our competitive pricing strategy ensures long-term market viability regardless of changing government incentives or subsidies. While other hydrogen producers struggle to achieve profitability without external financial support, our natural hydrogen extraction model maintains healthy margins even in challenging market conditions, providing stability for investors and reliability for customers
Strategic Helium Value Capture
Helium concentrations of 1-4% yields 87% profit margins. With $90 market price and $12 cash cost, helium boosts project net profits 2-5 times!
This "dual-resource" approach creates a natural hedge against hydrogen market fluctuations. As a globally scarce resource essential for medical imaging, semiconductor manufacturing, and scientific research, helium demand continues to outpace supply, creating exceptional profit opportunities. Our geological expertise allows us to target formations with optimal helium concentrations, maximizing this valuable revenue stream while delivering a critical resource to high-tech industries worldwide
Infrastructural Independence
Our geological model allows finding H₂ and He sources close to consumers. This improves business profitability and ensures secure supply chains
By locating extraction operations strategically near industrial centers or transportation hubs, we minimize distribution costs and reduce carbon emissions associated with long-distance transport. This proximity advantage overcomes one of the major barriers to hydrogen adoption — the lack of developed distribution infrastructure. Our decentralized approach enables regional energy independence and resilience against supply chain disruptions while maximizing economic efficiency
Revolutionary Earth Hydride Concept
Our approach is supported by compelling multi-disciplinary scientific evidence
Distinctive seismic anomalies in Earth's deep mantle and core reveal vast streams of primordial hydrogen emanating since planetary formation. Deep-sourced gases display characteristic hydrogen isotope signatures, while ultra-deep diamonds contain hydrogen-rich inclusions from depths exceeding 600km. Documented natural hydrogen seeps worldwide, combined with advanced computational models, indicate Earth's core and lower mantle provide continuous hydrogen streams — a transformative resource for global energy needs that fundamentally changes our understanding of available energy resources
Exceptional Experience
Our team brings over 40 years of specialized expertise in geological hydrogen exploration
With decades of field experience and technical innovation our specialists have developed unmatched capabilities in identifying and accessing natural hydrogen and helium deposits. This deep expertise translates into higher discovery rates, more efficient extraction processes and superior project outcomes for our partners. Our proven track record spans multiple continents and geological formations, ensuring reliable performance across diverse operational environments
These six pillars combine to create a business model that delivers superior returns on investment while contributing to global energy security and sustainability goals. Our approach addresses the key economic challenges that have historically limited hydrogen adoption, paving the way for widespread implementation without requiring massive infrastructure investments or ongoing subsidies
Our Services
From initial geological assessment to final distribution, we provide end-to-end services for natural hydrogen and helium extraction. Our comprehensive approach encompasses advanced exploration techniques, detailed field research, precise drilling operations, sustainable production development, and customized processing and distribution solutions
Search and Assessment
Our team of experts utilizes modern techniques and methods together with proprietary modeling instruments to conduct comprehensive geological surveys and find promising natural hydrogen and helium structures/anomalies. We start by carefully analyzing existing geological data and satellite imagery to identify potential anomalies and structures that may contain these valuable resources. The accumulated data, professional analysis and proprietary geological model are key tools that allow us to effectively plan and direct our field expeditions
Field Research
We use advanced technologies and 3D modeling to conduct comprehensive geological surveys and find promising natural hydrogen and helium streaming structures/anomalies
The integration of cutting-edge geochemical and geophysical research tools and 3D models allow us to create detailed maps of the subsurface structures of natural hydrogen and helium streams. Thorough analysis of seismic data and rock samples helps us determine the most promising locations for extraction
Our advanced 3D technologies not only enhance the visualization of complex subsurface landscapes, but also enable us to simulate the behavior and viability of natural hydrogen and helium streams. This data-driven approach ensures the efficiency of our exploration efforts and lays the foundation for responsible long-term development of these clean energy resources
Exploration Drilling
We utilize precision drilling techniques with experienced subcontractors to explore identified geological structures. Our experts analyze hydrogen and helium content data, integrating it with broader geological information to create comprehensive assessments that form the basis for development planning and investment decisions
Production Development
The drilling of production wells and the development of extraction infrastructure optimized for specific geological conditions are key stages in the development of our projects. We carefully analyze the exploration data to design the most efficient and environmentally-friendly natural hydrogen and helium extraction system
Particular attention is paid to minimizing the environmental impact. We employ advanced drilling technologies that reduce the surface infrastructure footprint and minimize disturbance to the natural landscape. Additionally, our facilities are equipped with modern environmental monitoring and protection systems, ensuring the safety of our operations
The entire field development process is coordinated by our team of experts with deep knowledge in geology, geophysics, drilling and engineering. Their professionalism and experience allow us to quickly and efficiently bring new production capacity online while maintaining the highest standards of safety and sustainability
Processing & Distribution
On-site gas separation and preparation for transport, with flexible delivery options tailored to customer requirements and market conditions is possible. We cooperate with world leading industrial gas treatment companies to ensure that our state-of-the-art processing facilities are designed to efficiently refine the extracted natural hydrogen and helium to the levels of purity required by various industries
We understand that timely and reliable supply is critical for our customers. The best way to transport hydrogen to a consuming center is through piping systems. Given very small size of hydrogen molecules the closer hydrogen wells to extraction units are the better it is. But in some cases liquefaction or compression into special containers is also possible. Helium is always supplied in special containers either in liquified or compressed form. In order to arrange such containerized logistics for helium and hydrogen we cooperate with producers of these special containers
Our commitment to customer satisfaction extends beyond just the product itself. We also offer comprehensive technical support and advisory services to help our clients optimize their usage and integrate our natural hydrogen and helium into their operations. Our team of experts is always available to provide guidance, troubleshoot any issues, and share industry insights to maximize the benefits of our high-quality resources
Ultimately, our goal is to be a trusted and reliable partner in your energy and industrial gas supply chain. By combining our world-class exploration and extraction capabilities with flexible delivery and unparalleled customer service we strive to exceed your expectations and contribute to the growth and sustainability of your business
Comprehensive Project Solutions
H2Valley specializes in turnkey solutions for hydrogen and helium projects, providing end-to-end services from initial feasibility studies through operational handover of fully functional production facilities:
Initial Consultation and Feasibility
We conduct thorough needs assessments, comprehensive site evaluations, and detailed analyses of technical, economic, and environmental viability to understand client objectives and project potential
Project Design and Planning
Our team develops conceptual and detailed engineering plans for drilling and infrastructure based on feasibility outcomes, while navigating regulatory compliance to secure all necessary permits
Implementation and Operations
We manage vendor selection, construction oversight, quality assurance, system testing, and commissioning to achieve full-scale production with maximum efficiency
Ongoing Support
H2Valley provides continuous operational optimization and maintenance services ensuring facility longevity, reliability, and peak performance
Strategic Services Portfolio
Our comprehensive service offerings accelerate hydrogen adoption across multiple sectors:
- Consultancy Services: Expert advice on hydrogen technology integration, feasibility studies, and strategic planning
- Project Development: End-to-end support from concept through completion, including planning, design, and construction management
- Technology Integration: Assistance selecting and implementing optimal hydrogen technologies for specific applications
- Safety and Compliance: Guidance navigating regulatory requirements and industry best practices
- Supply Chain Management: Solutions optimizing production, storage, distribution, and refueling infrastructure
- Maintenance and Support: Ongoing technical services ensuring optimal infrastructure performance
- Research Collaboration: Partnerships advancing next-generation hydrogen technologies
- Environmental Assessment: Comprehensive evaluation of project benefits and sustainability impacts
- Financial Modeling: Assistance developing funding strategies and connecting with investors
- Policy Advisory: Working with policymakers to promote favorable hydrogen economy policies
By offering these specialized services, H2Valley accelerates hydrogen adoption as a key pillar in the global energy transition, enabling clients to reduce emissions, enhance energy security, and achieve sustainability goals. Our expert team delivers customized, high-quality solutions addressing the unique challenges and opportunities in the hydrogen sector.
Exploration Technologies
We use cutting-edge exploration technologies combining advanced imaging, detection and analysis methods to precisely locate natural hydrogen and helium reserves with unparalleled accuracy and efficiency
1
1
Seismic Imaging
Advanced 3D seismic mapping technology with AI-enhanced interpretation to visualize subsurface structures that may contain hydrogen or helium, allowing for targeted drilling and reduced exploration costs
2
2
Molecular Detection
Proprietary sensors capable of detecting trace amounts of hydrogen and helium gas emissions from deep underground sources, providing early confirmation of resource potential before invasive exploration
3
3
Geochemical Analysis
Comprehensive testing of soil and water samples for chemical indicators that signal the presence of hydrogen and helium reservoirs, enabling precise resource mapping and concentration estimates
4
4
Satellite Monitoring
Custom spectral analysis of satellite imagery to identify surface features associated with subsurface hydrogen and helium accumulations, offering cost-effective large-area initial surveys
5
5
Magneto-telluric Survey
Non-invasive electromagnetic sensing technology that measures electrical conductivity variations in rock formations, identifying potential hydrogen and helium trapping structures at depths up to 10km
6
6
Drone-sniffing
Automated aerial vehicles equipped with ultra-sensitive gas analyzers that can systematically survey large areas to detect minute hydrogen and helium emissions, reducing field survey time by up to 80%
Extraction Methods
Drill, baby, drill! We use extraction process integrating minimally invasive drilling techniques with advanced onsite processing and regenerative recovery mechanisms to deliver hydrogen and helium while safeguarding ecological integrity
1
1
Precision Drilling
State-of-the-art, environmentally conscious drilling methodologies specifically engineered for hydrogen and helium extraction, ensuring minimal geological disruption while maximizing access to target gases
2
2
Selective Capture
Sophisticated wellhead technology that precisely isolates and extracts target gases at source, preventing cross-contamination and eliminating fugitive emissions throughout the extraction process
3
3
Onsite Separation
Cutting-edge modular processing facilities that perform real-time gas separation, achieving industry-leading purity levels and exceptional recovery rates through proprietary filtration systems
4
4
Sustainable Recovery
Innovative pressure-maintenance and stream management systems that preserve geological integrity, optimize resource utilization, and ensure sustainable, long-term production yields
Geological Expertise
Our advanced geoscientific expertise combines deep earth mapping, hydrogen flux assessment and computational modeling to locate and sustainably extract natural hydrogen and helium resources with high precision and minimal environmental impact
1
Deep Earth Stream Mapping
Advanced analysis of planetary structure based on the hydride earth theory to identify pathways for hydrogen streams flowing from the earth's core to the surface. Our proprietary techniques integrate seismic data, gravitational anomalies and magnetic field variations to create comprehensive 3D models of subterranean hydrogen migration routes at depths of up to 150km, far beyond conventional exploration capabilities
2
Hydrogen Flux Assessment
Measurement and characterization of hydrogen flux zones where primordial hydrogen migrates upward through deep fracture networks and permeable formations. Our team employ isotopic analysis and time-series monitoring to quantify hydrogen generation rates, assess gas streaming dynamics and calculate sustainable extraction volumes with precision that exceeds industry standards
3
Helium Association Analysis
Identifying patterns of helium as an associate element to hydrogen streams, providing critical markers for locating viable hydrogen extraction points. We've developed signature recognition algorithms that detect specific helium-hydrogen ratios indicative of high-yield deposits, while our spectroscopic techniques can distinguish between radiogenic and primordial helium sources to determine stream quality, longevity, and commercial viability
4
Flow Dynamics Modeling
Computational modeling of continuous hydrogen flow dynamics to optimize extraction placement and determine long-term production sustainability from deep earth sources. Our proprietary simulation platform incorporates geological constraints, thermodynamic principles and fluid mechanics to predict hydrogen replenishment rates with high accuracy, enabling us to design extraction systems that maintain geological equilibrium while maximizing resource recovery over multi-decade timeframes
5
Geochemical Interface Mapping
Specialized analysis of subsurface geochemical interfaces where hydrogen concentration naturally occurs. Our field teams deploy sensors that can detect nanomolar hydrogen and helium concentrations, identifying sweet spots where geological conditions create natural hydrogen streaming zones that yield higher concentration than in surrounding areas
Through integration of these advanced geological expertise areas, H2Valley maintains an unparalleled success rate in identifying commercially viable natural hydrogen and helium resources while minimizing exploration costs and environmental footprint. Our geological assessments have outperformed traditional hydrocarbon exploration methodologies when applied to hydrogen resource identification
Sustainable Business
Our sustainable business model balances people, planet, and profit, creating value through socially responsible practices, carbon-free energy production and profitable solutions
People
Natural hydrogen projects reduce social and economic inequalities while serving as responsible and sustainable partners to local businesses and communities
Planet
By harnessing geological hydrogen our projects eliminate carbon-intensive production methods and contribute significantly to a cleaner, more sustainable energy future. Tapping natural hydrogen is also a GHG reducing process on its own
Profit
Our natural hydrogen initiatives create long-term value for investors and partners by delivering highly profitable, globally scalable solutions that represent the cleanest hydrogen production method available to humanity
Contribution to UN Goals
H2Valley's natural hydrogen initiatives support multiple UN Sustainable Development Goals through clean fertilizer production, water management solutions, accessible energy resources and climate change mitigation efforts
Zero Hunger (#2)
Natural hydrogen supports clean ammonia production for fertilizers significantly reducing carbon emissions and stimulating agricultural processes. It also enables sustainable production of single-cell proteins and edible oils, boosting global food security and addressing nutritional challenges
Clean Water & Sanitation (#6)
Clean water production emerges as a valuable by-product of many natural hydrogen applications, supporting sustainable water access and management systems. This contributes directly to addressing global water scarcity challenges through carbon-free processes
Affordable & Clean Energy (#7)
Natural hydrogen can be found in almost all corners of the world, decentralizing energy production and enhancing energy security for vulnerable communities. Additionally, natural hydrogen storage capabilities can stabilize renewable energy grids, enabling a more reliable clean energy transition
Climate Action (#13)
Natural hydrogen supports global decarbonization efforts by directly substituting fossil fuels in various industrial applications. It also offers the environmental benefit of capturing naturally occurring hydrogen seepage that would otherwise contribute to global warming