Karbonia solution
Electrochemical FlexLoad
Capture and mineralization run as a renewable-following load beside AI data centres. LCOC ≈$155/t; carbon-negative above a 47% renewable fraction*.
Feedstock: CO2 in MEA loop + reject brine / cooling blowdown + curtailed renewable power
Model-validated · pilot-pending
Patent-pending01
What it does, and why it matters
Electrochemical FlexLoad runs capture and mineralization as a flexible, renewable-following load beside AI data centres. It soaks up surplus renewable power, shaves peak grid import, and turns curtailed electricity into verified carbon removal, at LCOC ≈$155/t and carbon-negative above a 47% renewable fraction*.
Key figure
553 t/yr
CO2 captured under dispatch (offsets 3.2% of 1 MW DC)
Key figure
155 USD/t
Levelised cost of CO2 capture (vs 230-580 DAC)
Key figure
23%
Peak grid-import reduction (1,298 to 1,000 kW)
*Model-computed at the stated reference scale; indicative and subject to pilot validation.
02
How it works
Step 01Follow the renewable signal
Step 02Capture and mineralize on surplus power
Step 03Verified removal and grid flexibility
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What leaves the gate
Verified carbon removal
Softened cooling water
Grid flexibility
Built for: Data-centre and compute developers, utilities
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Delivered as
Containerized modular unit
Site program
Engineering packagePartner with Karbonia on Electrochemical FlexLoad.
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