Victory Clean Energy Enters into Agreement to Acquire Innovative Low-Cost Green Hydrogen Production Technology from Proton Power
ACCESS Newswire · Victory Clean Energy, Inc.

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AUSTIN, TX / ACCESSWIRE / July 18, 2024 / Victory Clean Energy (OTC PINK:VYEY) ("Victory" or the "Company"), a leading innovator in the green hydrogen energy sector, announced today it has entered into a binding term sheet to acquire the intellectual property and exclusive rights to use the Cellulose to Hydrogen Power ("CHyP Engine") system for hydrogen power from Proton Power, a technology leader in renewable energy systems designed for producing inexpensive hydrogen on demand from biomass and waste sources.

  • The Proton CHyP engine is a solution to the major issues of implementing a green hydrogen economy - specifically: 1) cost 2) distribution and 3) storage.

  • Cost: The Company expects the variable operating cost to be 50% lower than today's typical electrolysis production facility.

  • Distribution and Storage: As the system is modular, Victory will be able to scale hydrogen production adjacent to demand, reducing and/or eliminating need for storage/transportation

  • The entire process is carbon neutral to carbon negative - depending on the application - and does not require electricity from the grid.

  • Produces high quality biochar that can be upgraded to graphene.

  • The production process is extremely energy efficient, utilizing only a fraction of the electricity necessary to produce hydrogen via electrolysis processes.

"Solving climate change, whether through adopting clean vehicles or reducing emissions from manufacturing sites, will require renewable, dependable, and affordable hydrogen," stated Chris Headrick, Founder and Executive Chairman of Victory. "Victory will leverage the CHyP engine to produce low-cost green hydrogen and to deploy a solution that will supply green hydrogen at a cost approaching grey hydrogen in a process that is carbon neutral to negative."

"The CHyP system emerged from Proton Power co-founder, Dr. Sam Weaver's long-running R&D investments in high-temperature materials and manufacturing across multiple energy sectors. Initial testing indicates the CHyP system is expected to comply with all current and foreseeable emissions standards and to have a neutral to negative overall carbon intensity score."

"Our process is a huge improvement over electrolysis as it only uses 2 kilowatt-hours (kWh) of electricity, which can be CHyP self-generated, to produce 1 kg of hydrogen," commented Dr. Weaver. "This is an important differentiator versus today's electrolysis processes, which require 50 to 55 kilowatt-hours (kWh) of electricity from the grid or other external source to produce 1 kg of hydrogen. This equates to our projected overall cost per kg of hydrogen below $2 - for greater than or equal to 12 tonnes/day facilities. Importantly, there are revenue enhancement opportunities from selling biochar byproduct of the system to make agricultural and livestock enhancement products as well as high-quality graphene feedstock. The CHyP engine is uniquely placed to accelerate the hydrogen economy."