Hydrogren Production
Redefined through clean industrial chemistry
Hydrogen isn’t just the fuel of the future — it’s the proof that circular industry works
PROBLEM: The Energy Transition Needs Clean Hydrogen at Scale
Hydrogen could supply up to 20% of global energy by 2050, yet over 95% today still comes from fossil sources.
Electrolysis is clean but costly, averaging $5–7/kg H₂.
TENSION: Demand Is Rising Faster Than Clean Supply
Global consumption 95 Mtpy (2022); US$158B (2023); 10.2% CAGR to US$258B (2028). Electrolysis alone can’t bridge cost/infrastructure fast enough. Without new production methods, hydrogen’s promise stays theoretical.
SOLUTION: Clean Hydrogen from Industrial Processes
GEOMEGA’s proprietary technology produces hydrogen as a co-product of hydrometallurgical reactions, using recyclable reagents and recovered heat — no fossil feedstocks required.
It can function as a standalone H₂ unit or integrate into broader waste-valorization systems.
KEY ADVANTAGES
Alternative to electrolysis at lower cost
Integrates with reagent and heat-recovery systems
Dual revenue: hydrogen + metal recovery
PROOF: Bench & Pilot Validation
Technology Readiness Level - TRL 6–7 demonstrated at GEOMEGA’s Boucherville R&D facility
Co-production demonstrated with metal recovery processes
Validated yields with minimal external energy input
PAYOFF: A Circular Source of Clean Hydrogen
Generate clean hydrogen, recover valuable metals, and power low-carbon industry — all from the same process.
Operational: Onsite H₂; lower energy cost than electrolysis; leverage process heat/reagents; new revenue.
Strategic: Enter fast-growing H₂ markets; support national decarbonization; reduce Scope 1–2 emissions; enable low-carbon steelmaking.
The future of energy is not just clean. It’s circular.
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