Karbonia solution
PEM Electrolyzer
One cell, four outputs: amine regeneration, CO₂ release, brine mineralization, and hydrogen. ≈28.3 kJ/mol CO₂ net*.
Feedstock: CO2-loaded amine + Ca/Mg brine + renewable power
Model-validated · pilot-pending
Patent-pending01
What it does, and why it matters
The Integrated PEM Electrolyzer makes one electrochemical cell do the work of four process steps: regenerating capture solvent, releasing CO₂, mineralizing brine hardness, and producing hydrogen. Removing the thermal reboiler collapses the energy bill to ≈28.3 kJ/mol CO₂ net at the reference design point*.
Key figure
28.3 kJ/mol
Net energy per mol CO2 (after H2 credit)
Key figure
1.7-2.3 V
Cell voltage at 0.5-3.0 A/cm2
Key figure
1.56
mol H2 co-product per mol CO2
*Model-computed at the stated reference scale; indicative and subject to pilot validation.
02
How it works
Step 01Loaded capture solvent in
Step 02One cell, four duties at once
Step 03Hydrogen, CO₂, and minerals out
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What leaves the gate
Hydrogen
Released CO₂ stream
Mineralized carbonate
Oxygen
Built for: Capture operators and hydrogen developers
04
Delivered as
Containerized modular unit
Site program
Engineering packagePartner with Karbonia on PEM Electrolyzer.
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