Turquoise Hydrogen Generating Statioins

Low-energy on-site production at refueling stations with Zero emissions and COGS as low as 2.57 €/kg of H₂

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Revolutionizing Energy Infrastructure with On-Demand Hydrogen Generation

We are pioneering autonomous hydrogen refueling complexes powered by our breakthrough low-energy methane cracking technology. Our innovative solution generates pure hydrogen directly at consumption points, effectively eliminating costly transportation logistics and removing dependency on traditional hydrogen infrastructure networks. The system utilizes natural gas sourced directly from existing municipal infrastructure, minimizing additional pipeline investments.


Multi-level Pulsed Processing System
Cavitation

Rapid evaporation and condensation of fluid to disrupt molecules

Acoustic Impact

Sound waves to accelerate chemical reactions

Mechanical Disruption

Molecular breakdown through mechanical forces



Key Technical Advantages
2.5 kWh/kg H₂
Low Energy


less than 6 atm
Low Pressure


25-50°C
Low Temperature


20-ft container
Compact format
Zero CO₂
Clean hydrogen production process
Autonomous
Requires only periodic maintenance and remote monitoring
solid Carbon
Byproduct for higher ROI


85-99%
Conversion Efficiency

depends on methane purity

Market Opportunity

Hydrogen revolution is stalled. The entire industry faces a critical "chicken-and-egg" problem

Stalled Infrastructure

Major hydrogen transportation revolution blocked by lack of widespread refueling infrastructure

No Fuel without Vehicles

Infrastructure developers won't build expensive refueling networks without guaranteed demand.

Our Solution

On-site hydrogen generation breaks the infrastructure deadlock with scalable, distributed production


We are not just another hydrogen company; we are the catalyst that can ignite the entire hydrogen transport boom. Investing in our technology is an opportunity to solve the industry's single biggest problem and enable exponential growth across the automotive, rail, and maritime sectors.


Industry Leaders Ready

BMW, Toyota, and Hyundai have committed to hydrogen vehicle development, awaiting viable refueling solutions

Government Support

Massive incentives available for clean hydrogen infrastructure deployment

Market Opportunity
Infrastructure Challenges Creating Market Opportunity


The Hydrogen Economy is Accelerating
  • Projected global hydrogen market of over €500 billion by 2030, with 22% annual growth
  • Surging demand for zero-emission energy solutions across industrial and consumer sectors
  • Substantial government incentives worldwide supporting hydrogen infrastructure development and deployment
  • Transportation revolution as major automotive manufacturers commit to hydrogen fuel cell vehicles
Our Decisive Competitive Advantage
Traditional Electrolysis Limitations:
  • Excessive energy consumption (50+ kWh/kg)
  • Prohibitive infrastructure investment
  • Complex scaling challenges
  • Single-product output model
Our Revolutionary Solution:
  • 95% energy reduction (just 2.5 kWh/kg)
  • Modular design enabling rapid deployment and seamless scalability
  • Dual revenue streams from hydrogen and valuable carbon byproducts
  • Utilizes existing household natural gas infrastructure, eliminating need for new pipeline development
  • Compact footprint requiring minimal site preparation
Hydrogen Station Specifications
Production Capacity & Efficiency
300 kg H₂
Daily Output

Hydrogen production

894 kg of C
Daily Output

Byproduct Solid Carbon

€ 821,250 
Annual Revenue


€ 458,063
Annual EBITDA


Financial Performance Metrics
€500K
Capital Expenditure

300 kg/day module

2.57 €/kg H₂
COGS*

Zero Carbon cheapest

7 €/kg
H₂ Sales Price

5 times cheaper than average market price

1.4 year
ROI Timeline

Accelerated investment recovery

At a hydrogen price of €10.0/kg, the cost per 100 km is comparable to a gasoline or hybrid vehicle consuming 5 liters per 100 km at a fuel price of €1.678 per liter. The recommended price of €5/kg provides flexibility for pricing strategies and creates a competitive advantage for hydrogen-powered vehicles.

* Including cost of Solid Carbon byproduct sales

Business Model
Revenue Streams
1
Primary Revenue:

Direct sales of high-purity hydrogen to transportation sector clients

2
Secondary Revenue:

Distribution of industrial-grade carbon black to manufacturing markets

3
Service Contracts:

Recurring revenue from maintenance, monitoring, and operational support

Target Markets
Municipal Transportation:

Urban bus fleets, public transit systems, regional railway networks and aviation

Commercial Vehicles:

Long-haul trucking, last-mile delivery services, and logistics fleets

Industrial Applications:

High-temperature manufacturing processes, steel production, and chemical synthesis

Energy Storage:

Power grid stabilization, renewable energy integration, and peak-shaving solutions

Comprehensive Business Ecosystem
Manufacturing & Installation

Turnkey hydrogen stations with complete site integration and operator training, generating upfront revenue through equipment sales.

Franchise Network

Scalable country-level headquarters with city-level service partners, creating ongoing revenue through franchise fees and royalties.

Service Ecosystem

24/7 remote monitoring, preventive maintenance, and solid carbon collection services providing recurring revenue streams.

Beyond Equipment: Delivering Complete Solutions

Our business strategy transcends traditional equipment sales to create a hydrogen infrastructure ecosystem that ensures customer success while maximizing multiple revenue channels.

By combining upfront sales with recurring service revenue and valuable carbon byproducts, we've designed a resilient business model that aligns our success directly with customer outcomes.

Development Plan
1
Phase 1: Proof of Concept (Current Need)

Timeline: 3 months | Investment: €500K

  • Scale prototype to industrial demonstration unit
  • Optimize methane pyrolysis parameters and hydrogen yield efficiency
  • Develop control systems and process automation
2
Phase 2: Pilot Implementation

Timeline: 6 months | Investment: €5M

  • Design and construct 4 commercial-scale facilities
  • Design and construct solid carbon recycling commercial scale facility
  • Establish strategic partnership with governments and startups for real-world trials
  • Secure necessary regulatory approvals and industry certifications
  • Validate economic model through operational data analysis
  • Contracts with big internationsl players
3
Phase 3: Commercial Production

Timeline: 12 months | Investment: €50M

  • Expand production capacity with modular manufacturing approach
  • Implement lean production methodology to meet growing market demand
  • Establish regional presence in key international markets
  • Design tailored solutions for airborne, railway and maritime applications


4
Phase 4: Market Expansion

Timeline: 12 months | Investment: €300M

  • Expand franchise network
  • Penetrate strategic international markets
  • Launch next-generation product line with enhanced capabilities
Financial Forecasts & ROI Analysis

Our hydrogen technology solution presents a compelling financial trajectory across development phases with strong return on investment potential.

Investment Requirements by Development Phase

Total investment of €22.5M across all phases enables full commercial deployment and market expansion.

Projected Revenue & Profitability (per station)

Each hydrogen production station demonstrates increasing profitability over a 5-year horizon:

By Year 5, each station generates $900K in annual revenue with 44% EBITDA margin and 40% ROI, demonstrating exceptional financial performance and scalability.

Technical Validation
Current Development Status
  • ✅ Garage Prototype: Fully functional demonstration system with verified process
  • ✅ Process Validation: Successful hydrogen production with consistent yield
Environmental Impact
Advantages of Sustainable Development
Zero Direct Emissions

Complete elimination of CO₂ emissions during hydrogen production process

Carbon Utilization

Harvesting solid carbon byproduct as a high-value industrial resource

Energy Efficiency

Consuming 95% less energy compared to conventional electrolysis methods

Circular Economy

Achieving 100% utilization of input materials with zero waste streams

Environmental Benefits
Reduced Transportation Footprint:

On-site production eliminates carbon-intensive hydrogen delivery logistics

Minimal Infrastructure Impact:

Compact, containerized solution requiring significantly less land use

Value-Added Waste Elimination:

Carbon byproduct creates additional revenue streams while reducing environmental burden

Seamless Renewable Integration:

Direct compatibility with solar, wind and other renewable energy sources

👥 Team and Expertise
Scientific & Engineering Experts

Two visionary scientists with profound practical experience in designing and implementing industrial-scale oil and gas refining complexes. Their innovative contributions include a portfolio of breakthroughs, patents, and inventions that redefine energy infrastructure.

IT & Automation Founder

An accomplished IT founder specializing in complex system automation, ERP solutions, artificial intelligence, and cloud technologies. Their expertise ensures the seamless integration of advanced digital systems into our hydrogen generation processes.

Our team comprises three like-minded individuals, combining deep scientific knowledge with cutting-edge technological prowess to drive this revolutionary hydrogen solution forward.

📚 Video Demonstrations of the Prototype

Witness our revolutionary methane cracking technology in action through these comprehensive video demonstrations of the setup:

These demonstrations showcase our fully functional prototype in operation, highlighting the innovative methane cracking process that enables clean hydrogen production with zero CO₂ emissions. Our know-how technology represents a significant breakthrough in sustainable energy infrastructure development.

🎯 Investment Opportunity
Why invest now?
Market Timing

Strategic entry during rapid acceleration of the global hydrogen economy, with market projections exceeding €150B by 2030

Technological Advantage

Patented technology with demonstrated 40% higher efficiency than current market alternatives

Economic Viability

Projected ROI of 3.2x within 5 years, with decreasing production costs as scale increases

Regulatory Support

Benefit from €7B+ in government hydrogen initiatives across Europe, including tax incentives and grants

Scalability

Modular design allows for rapid expansion from 1MW to 100MW+ installations with consistent performance metrics

Funding Requirements
Immediate Need: €500K for PoC Development
  • Engineering team expansion for prototype optimization and 5x capacity scaling
  • Third-party certification for safety standards and performance validation
  • Pre-application consulting for EU regulatory compliance
  • On-site demonstrations for three potential enterprise customers
Overall Series A: €2.5M for Commercial Validation
  • Construction of 10MW pilot plant with industrial partner
  • Go-to-market strategy implementation with dedicated sales team
  • Recruitment of key technical and commercial leadership positions
  • Filing of 5 additional patents to secure core technology advantages
📞 Connect With Our Team
Ready to join the hydrogen revolution?

We're excited to discuss how our innovative methane cracking technology can transform your energy infrastructure. Reach out to our team for investment opportunities, partnerships, or technical inquiries.

LinkedIn: https://www.linkedin.com/in/petro-samoshkin/

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