Proven. Patented.
Ready to Scale.

Ultra-Efficient Electrochemical Carbon Capture

RepAir's solid-state electrochemical technology revolutionizes carbon capture through a single, continuous process. This breakthrough approach cuts energy consumption by 70% while operating entirely on electricity—no heat, liquids, or solvents required. The system produces 98–99% pure CO₂ ready for permanent storage or utilization and provides solutions for both point-source capture and direct air capture.

Our Technology
Perfectly Designed for
Scale:

01

Fully electric, solid state

02

No heat, no-liquids

03

Modular, mass-manufacturable

Perfectly designed for
the Gigaton Scale:

01

Fully electric, zero heat
(ambient temp.)

02

Energy efficient continual
process

03

Mass-manufacturable

04

No solvents, no liquids

05

Safe: no hazardous
materials or waste

06

Quick ramp up - fast
response to intermittencies

The Sustainable ElectraStack

RepAir's innovative, modular design stacks hundreds of individual cells into powerful interlocking units that snap together like building blocks. This unique architecture adapts to any environment—from retrofitting industrial facilities to large scale carbon dioxide removal (CDR) projects—enabling deployment at unprecedented scale.

The result: a game-changing carbon capture solution that can be efficiently mass-manufactured and tailored to virtually any site, anywhere.

Built for Scale

At RepAir, we harness the power of validated technologies to accelerate our path to market. By utilizing abundant materials like mass-produced nickel electrodes, we enhance both the reliability and scalability of our solutions. Our approach also includes substituting traditional metal components with injection-molded, recycled polymers, a strategy that reduces weight and costs while streamlining assembly.

Our commitment to innovation extends to our vision of building gigafactories in collaboration with strategic manufacturing partners. This approach will allow us to scale production quickly and efficiently, ensuring that we can meet market demands and make a significant impact in the quest for net-negative emissions.

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