Technologies driving the future of clean energy

We combine innovation, efficiency and sustainability to produce green hydrogen and e-methanol with global impact.

Green hydrogen production: The basis of our energy revolution

We use advanced electrolysis to transform water and renewable energy into green hydrogen, a clean 100% fuel. Our electrolyzers operate with three complementary technologies:

Technologies used:

SOEC (Solid Oxide Electrolysis):
- Energy efficiency of 85-90%.
- Ideal for integration with waste heat sources.
- Partnership with Topsoe for modularized systems.
PEM (Polymeric Membrane Electrolysis):
- Quick response to load variations.
- Production of high purity hydrogen (99.999%).
- Equipment supplied by Fusion-Fuel.
Alkaline electrolysis:
- Reduced cost and proven durability.
- Ideal solution for scalability.
- Technology Longi Green Energy.

Technical Data:

Total capacity: 100 MW.
Daily production: 17.89 tons of green hydrogen.
Energy sources: Solar (500 MWp) and Wind (partnership with ECORI).

e-Methanol: The fuel of the future for global shipping

We turn green hydrogen and biogenic CO₂ (captured from biomass and waste plants) into e-methanol, a low-carbon marine fuel.

Production process:

CO₂ capture:
- Partnership with alcohol and paper mills to capture 156 thousand tons/year of CO₂.
- Chemical absorption technology with 95% efficiency.
Synthesis of e-Methanol:
- Catalytic reactors Topsoe (technology Modul.ite™).
- Continuous process with purity of 99,85%.

Applications:

Fuel for ships (partnership with Maersk e CMA CGM).
Raw materials for the chemical industry and sustainable aviation.

Technical Data:

Capacity: 300 tons/day.
Reducing emissions: 90% vs. fossil fuels.
Certification: IMO 2020 and ISO 8217 standards.

Artificial Intelligence: The brain of our operation

We have developed a unique AI system to optimize production, safety and predictive maintenance:

AI functionalities:

Real-time monitoring:
- IoT sensors collect temperature, pressure and energy efficiency data.
- Centralized dashboard with performance analysis.
Predictive maintenance:
- Algorithms identify potential failures 48 hours in advance.
- Reduction of 30% in maintenance costs.
Energy Optimization:
- Automatic adjustment of the electrolyzer load according to the availability of solar/wind energy.
- Maximizing the use of renewable sources (95% efficiency).

Partnerships in AI:

Fusion-Fuel: Integration of control systems.
AWS: Cloud platform for data processing.

Why is Our Technology Superior?

Comparison table:

Criteria	H2X Fuel	Traditional Competitors
Power Source	Solar + Wind (100% renewable)	Natural/Fossil Gas
CO₂ emissions	Neutral (closed loop)	2.5 ton/ton of methanol
Energy Efficiency	85-90% (SOEC)	60-70% (Alkaline Electrolysis)
Certifications	IMO, ISO 8217, ESG	Partial