Finance the first tonnes.
Own the first allocation.
We are opening AIR-ROCK's first 1,000 tonnes of future independently verified permanent carbon removal to a small group of founding corporate buyers, with allocations priced from €900–€1,000 per tonne depending on volume.
Founding allocation
- €1,000/t founding price
- Forward purchase of future verified removal
- Priority first-production allocation
- Quarterly development reporting
- Founding Buyer recognition
Founding allocation
- €1,000/t founding price
- Forward purchase of future verified removal
- Priority first-production allocation
- Quarterly development reporting
- Proposed 15% future-price preference*
Volume allocation
- €950/t volume price
- Volume Partner recognition
- Priority first-production allocation
- Quarterly technical access
- Proposed 15% future-price preference*
Founding Anchor
- €900/t anchor price
- Founding Anchor Partner status
- Priority first-production allocation
- Senior technical / commercial access
- Proposed 15% future-price preference*
What your prepurchase funds
Proof
Parallel R&D rigs, independent mineral analysis and the data required to quantify net atmospheric removal.
Machines
The first repeatable AIR-BRICK fleet and the tooling needed to build and upgrade the installed base.
Verification
MRV design, registry engagement, lifecycle accounting and the pathway to third-party verified delivery.
What you are buying
A future removal, not an existing credit. The buyer reserves a defined number of future AIR-ROCK tonnes. Delivery, verification, timing, remedies for delay or non-delivery, and any preferential future pricing will be defined in the final Future Carbon Removal Purchase Agreement.
This structure lets a founding buyer provide catalytic capital without buying equity in AIR-ROCK.
Start a Founders conversation.
Designed to remove carbon with low-carbon electricity.
AIR-ROCK is being engineered for very low electrical demand so production sites can be paired with substantial on-site renewable generation. Our planned scale-up architecture combines rooftop solar, wind where appropriate, and grid electricity during build-out and balancing. Actual renewable-energy shares will be reported from measured site data once production begins.