Transformative Energy Materials: Tunable Architectures for Scalable Storage and Hydrogen Futures

TECHNOLOGY SUMMARY

The HYDROGENISE is a decentralized hydrogen generation platform using advanced PEM electrolysis with proprietary non‑precious metal/metal oxide catalysts. It enables direct water splitting without pretreatment, achieving high Faradaic efficiency, reduced overpotential, and scalable, low‑cost hydrogen production. This innovation advances sustainable energy carriers, supporting resilient, efficient, and carbon‑reducing fuel systems.

AREA/MATURITY/AWARDS

Primary Application Area: Energy & Sustainability

Technology Development Status: Prototype

Technology Readiness Level: TRL 4

Vetted Programs/Awards: The HYDROGENISE technology was vetted through the NSF I‑Corps Teams program (Award #2523868). Through over 120 stakeholder interviews, the team validated market needs, demonstrated commercialization potential, and refined its business model. This recognition underscores the project’s innovation readiness, translational impact, and alignment with customer‑driven opportunities in the hydrogen economy.


SHOWCASE SUMMARY

Organization Type: R&D/Laboratory/University

Website: https://www.nanoinnovationna.com/

National Innovation Awardee

MARKET KEYWORDS

Market Keywords: Prototype & Validation, Integration & Scale‑up, Cost‑Competitive Fuel Demonstration