METAGENE™ .
On-demand hydrogen generation without complex infrastructure
Traditional hydrogen production relies on centralized facilities, high capital investment, complex transport logistics, and specialized storage systems.
HPQ, through its partnership with Novacium SAS, is advancing METAGENE™, an autonomous hydrogen generation platform using a proprietary silicon-based alloy.
The system produces hydrogen on demand through a controlled chemical process, eliminating reliance on external power sources and reducing transport constraints.
Designed for modular deployment, the platform addresses storage, logistics, and cost challenges inherent in the conventional hydrogen supply chain.
First prototype ready
Reactor modules per scalable container system
Opportunity.
Hydrogen is projected to play a major role in decarbonizing industry, transport, and remote power systems. However, current supply chains remain capital-intensive and operationally complex.
Transporting compressed or liquefied hydrogen introduces cost, safety, and infrastructure challenges.
Decentralized, on-demand hydrogen generation offers a pathway to simplify deployment, reduce capital intensity, and expand practical applications across civilian and industrial sectors.
Solution.
METAGENE™ uses a proprietary silicon-aluminum alloy to liberate hydrogen through controlled hydrolysis, producing pressurized hydrogen without combustion.
The system is modular, scalable, and designed for containerized deployment, supporting integration of 10 to 25 reactor units per system.
Beyond electricity generation, integration with fuel cells enables co-generation of usable heat and water purification capabilities.
HPQ holds exclusive North American rights to commercialize the platform across Canada, the United States, and Mexico.
Decentralization
On-site hydrogen generation reduces transport dependency.
Safety
Controlled chemical release avoids high-pressure storage complexity.
Scalability
Containerized modular deployment adaptable to mission requirements.
Circular Economy
Waste-to-energy pathways under development using industrial byproducts.
DEPLOYMENT SCENARIOS
Application.
The platform is engineered for environments where traditional hydrogen logistics are impractical.
Remote & Off-Grid Power
Autonomous hydrogen generation for isolated infrastructure.
Defense & Mobile Operations
Containerized systems supporting mission-critical energy supply.
Industrial Decarbonization
On-site hydrogen production for localized process integration.
FAQs.
Common questions regarding HPQ’s autonomous hydrogen production platform.
These questions explain the operating principles, scalability, and industrial applications of HPQ’s autonomous hydrogen and waste-to-energy systems. They highlight how the platform addresses hydrogen logistics challenges while transforming industrial waste into energy and recoverable value.
How does METAGENE™ produce hydrogen?
Hydrogen is generated through controlled hydrolysis of a proprietary silicon-based alloy.
Does the system require external power?
No. The chemical reaction enables autonomous hydrogen production without reliance on grid electricity.
Is the system scalable?
Yes. The modular design supports integration of multiple reactor units within containerized systems.
What is the commercialization timeline?
The first prototype is targeted for readiness in late 2025, with further deployment evaluation in 2026.
Do you have any specific question not addressed here?
Send your question in an inquiry, and we’ll do our best to respond as soon as possible.
