UNFAIR ADVANTAGE: REVIVING THE DOE PATH
Securing the $1T+ market for clean transportation and emergency backup power through a capital-efficient R&D restart.
We are reclaiming a lost treasure of climate-tech. By reviving an underexploited DOE-funded IP path that stalled on organizational mismanagement, not physics, we have engineered a commercial-grade pathway to hydrogen. Our execution plan bypasses heavy infrastructure spend by deploying modular decomposer units at the existing White Plains terminal. This is a rare asymmetric bet: high technical upside with a structurally de-risked cost basis.
RISK MITIGATION
< $2/kg TARGET
Validated by Virginia Tech Business School scale-up analysis. Our process reaches price-parity without relying on long-term subsidies.
THE RESEARCH &
DEVELOPMENT PATH
RECLAIMING THE IP
ENZYMATIC ISOLATION
Systematically reviving redacted DOE protocols to stabilize a proprietary enzymatic cocktail. This IP recovery play captures an unfair technical advantage in the $150B green fuel and backup power markets, turning stalled research into a scalable climate-tech asset.
WHITE PLAINS PILOT
CAPITAL EFFICIENCY
Leveraging existing Bush-era hydrogen refueling infrastructure to validate modular decomposition. This capital-efficient path skips massive construction costs, focusing deployment in a high-visibility clean energy corridor while proving high-yield stability in a real-world setting.
<$2/KG SCALE-UP
ECONOMIC VIABILITY
Mature tech leads to a production cost basis under $2/kg, disrupting traditional electrolysis. We are inviting $200k in pre-seed capital to lock patents and finalize the technical bridge, offering asymmetric upside for VCs entering at the foundational stage of the hydrogen transition.
2026 DEPLOYMENT
THE WHITE PLAINS BLUEPRINT
We mitigate technical stalls through disciplined IP management. Our decomposer modules turn biological blueprints into industrial reality, reviving an underexploited DOE-funded enzymatic pathway to dominate the addressable market for clean transportation fuels and backup power.
Leveraging existing White Plains infrastructure enables a capital-efficient R&D restart. With a path toward a < $2/kg cost basis, our solution offers a massive upside in a sector where production economics dictate global market leadership.
Seeking committed venture partners to bridge the gap from R&D to 2026 deployment. High execution upside with technical risk mitigated by proven DOE foundations.
INVESTMENT OPPORTUNITY
<$2/KG Hâ‚‚
ESTIMATED BY VIRGINIA TECH BUSINESS SCHOOL ANALYSIS
The addressable market for clean fuels in transportation and backup power is massive and urgent. By reviving an underexploited DOE-funded IP path, we possess an unfair technical advantage with a target production cost under $2/kg. We require $200,000 to execute a capital-efficient R&D restart and secure the White Plains pilot—finalizing foundational patents and converting technical execution risk into institutional-scale upside.