Revolutionary hydrogen generation technology transforming industries from transportation to manufacturing
Clean, on-demand hydrogen fuel for the entire transportation ecosystem
1000+ km range with 5-minute water refill. Zero emissions, silent operation.
Long-haul capability without weight penalty of battery systems. Reduced logistics costs.
City buses and trains with continuous operation and minimal infrastructure changes.
International shipping with unlimited fuel source (seawater). Meets IMO emissions targets.
Passenger vessels with clean propulsion and onboard power generation.
Extended mission capability with unlimited operational range using available water.
Short to medium-haul flights with hydrogen fuel cells. Significant weight savings.
Extended flight times for surveillance, delivery, and research applications.
Airport equipment and ground vehicles with zero local emissions.
Scalable hydrogen generation for manufacturing, energy storage, and industrial processes
Replace coal-based processes with clean hydrogen for iron ore reduction. Eliminates 2.3 tons CO₂ per ton of steel.
On-site hydrogen for ammonia, methanol, and refinery operations. Eliminates hydrogen delivery logistics.
Glass manufacturing, ceramics, and metal processing with clean-burning hydrogen fuel.
Large-scale energy storage for renewable integration. Convert excess solar/wind to hydrogen.
Critical infrastructure backup power with unlimited runtime using available water supply.
Off-grid power for mining, research stations, and remote communities.
Unique use cases leveraging MIPT technology's distinctive advantages
Home energy independence with combined heat and power systems.
Life support and propulsion systems for spacecraft and space stations.
Critical power for hospitals with zero emissions and high reliability.
Ultra-pure hydrogen for research and analytical applications.
Strategic rollout across industries based on market readiness and technological optimization
Fundamental advantages over existing hydrogen production and energy storage methods
1000+ km vs 300-500 km typical battery range
5-minute water refill vs 30-60 minute charging
Maintains performance over time vs battery capacity loss
Consistent performance in all temperatures
On-demand generation eliminates high-pressure tanks
No explosive gas storage or transportation risks
99.9% vs 70-80% for electrolysis + compression
Water supply vs complex hydrogen distribution network