The X-150 produces hydrogen-rich syngas, which is then upgraded through water-gas shift reaction and purification to deliver high-purity H₂.
Gasification produces syngas (CO + H₂) at 800-900°C with H₂ content of 15-20% by volume.
CO + H₂O → CO₂ + H₂ reaction converts CO to additional H₂, boosting hydrogen yield to 40-50%.
PSA (Pressure Swing Adsorption) removes CO₂, N₂, and trace contaminants to deliver 99.9%+ pure H₂.
H₂ is compressed to 200-350 bar and stored in high-pressure cylinders or tube trailers.
H₂ configuration enables negative-cost green hydrogen for mobility, industry, and energy storage
Fleet operators, municipalities, and logistics companies fuel hydrogen buses, trucks, and forklifts with locally-produced H₂ from waste, eliminating diesel costs.
Problem Solved: Expensive imported hydrogen, no refueling infrastructure
Benefit: €2-4/kg H₂ vs. €8-12/kg delivered, zero emissions
Ammonia production, refineries, steel manufacturing, and chemical plants use waste-derived H₂ as a clean feedstock, replacing steam methane reforming (SMR).
Problem Solved: Grey hydrogen from natural gas (high carbon footprint)
Benefit: Green H₂ certification, carbon credit eligibility
Utilities and renewable energy developers store excess solar/wind power as hydrogen, then reconvert to electricity via fuel cells during peak demand periods.
Problem Solved: Renewable energy curtailment, seasonal storage
Benefit: Long-duration storage, grid balancing revenue
Levelized Cost of Hydrogen (LCOH)
Annual H₂ revenue (3 tonnes at €6/kg)
CO₂ avoided vs. grey hydrogen (SMR)
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