BUSINESS

Deep decarbonization

H2TUKS technology drives measurable reductions in per-kilogram hydrogen production energy, directly accelerating compliance with frameworks like the EU’s Carbon Border Adjustment Mechanism (CBAM) and global green steel certification standards, giving industrial partners a real competitive edge as decarbonization requirements tighten worldwide.

Energy storage Solution via BTL-LT

Our Molecularly-Dissociated Industrial Brine (MDIB) technology transforms abundant industrial wastewater into a high-performance electrolyte for next-generation aqueous batteries. By molecularly restructuring brine at the ionic level, we unlock faster charging, wider operating temperature tolerance, suppressed dendrite formation, and significantly lower production costs compared to conventional battery salts, turning an industrial waste stream into a scalable energy storage asset.

Overview: How we compare to solar arrays

Unlike traditional electrolyzer systems, which struggle to keep pace with the unpredictable, fluctuating output of solar and wind power, H2TUKS’ magnetothermal pre-conditioning technology is built to ramp production up or down instantly, matching renewable output in real time. This makes it a natural pairing for solar and wind infrastructure, turning intermittent renewable energy into a stable, continuous hydrogen supply rather than a limitation.