Ocean-to-Fuel Green Liquid Hydrogen Production & Delivery
Onestone Holdings' project idea is to establish a revolutionary "Ocean-to-Fuel" system for global green liquid hydrogen (LH2) supply. Our core objective is to decarbonize heavy industries and long-haul transportation by providing a reliable, scalable, and economically viable source of clean energy.
We will achieve this by designing, building, and operating specialized marine vessels equipped with our patented vertical wind turbines. These vessels will continuously generate electricity from the consistent winds found offshore. This electricity will then be immediately converted onboard into green liquid hydrogen via advanced electrolysis and liquefaction. The LH2 will be stored on the same vessel and directly transported to our global customers, including major industrial players (steel, chemicals), shipping lines, and emerging high-energy-demand sectors like AI data centers and crypto mining.
This integrated approach directly addresses the current critical challenges facing green hydrogen adoption: intermittent land-based production and complex, costly logistics. By eliminating these bottlenecks, Onestone Holdings will unlock the full potential of green hydrogen, making it accessible and affordable, thereby accelerating the global transition away from fossil fuels and significantly contributing to mitigating global warming. Our project aims to be a vital piece of the future clean energy infrastructure.
- F1 Wind
- I2 Fuel cells
- I4 Hydrogen storage
Contact
Name: Mehdi NoormohammadiCompany: Onestone Holdings Inc
Type of Organisation: Industry
Country: Canada
Web: https://www.GRLH2.com
Telephone: +1 6472483280
Brief description of my Organisation
Onestone Holdings is pioneering the "Ocean-to-Fuel" system, developing specialized marine vessels that use patented vertical wind turbines to continuously produce green liquid hydrogen at sea. We then transport this clean fuel directly to major industrial, shipping, and AI/crypto customers, solving the intermittency and logistics challenges of green hydrogen for global decarbonization.