HYS Energy
Climate One-Liner
The Modified Direct Seawater Electrolysis Process for efficient Green Hydrogen production solves one of the major constraints of state-of-the-art electrolysis, which requires potable water. The process consumes much less electricity than conventional water electrolysis, therefore reducing production costs to levels comparable to Grey Hydrogen from fossil fuels.
Description
HYS ENERGY develops a new electrochemical process for utilization of sulfur-containing acid gases, involuntary harmful by-products of different industries. Their treatment represents a significant industrial concern. The process provides a more cost-effective and safe way for their utilization, compared to traditional technologies. Waste-to-energy approach: utilization of these by-products is combined with hydrogen production or electricity generation (TRL3).
The Modified Direct Seawater Electrolysis Process for efficient Green Hydrogen production is the second technology we are working on. Seawater could be an abundant source of hydrogen. However, due to some technological problems, direct seawater electrolysis is currently used commercially for chlorine production. Hydrogen is generated as a by-product. The proposed innovation solves these challenges and provides a more economical way for electrolytic hydrogen production, “Patent Pending” IP protection (TRL 2).
Big Picture
Climate Impact
Climate Challenges
Funding Stage:
PreSeed/Angel
Idea to MVP
Product Stage:
* Information on the climate impact of the startup's technology