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The Technology

Capture, conversion and sale on your terms at your site

The value comes from what you sell, not from a carbon price. Here is the value chain, in plain terms, and what it produces.

The chain

From your emissions to a product worth selling

The how is protected. The what is simple.

Ambient conditions

Capture at ambient conditions

Airbridge captures carbon at ambient temperature and pressure. Conventional capture often depends on high heat or high pressure, and the energy that demands. Operating at ambient conditions is the core of our advantage.

Capture and conversion

The chemistry and the reactor

Airbridge captures CO2 from industrial flue gas emissions at ambient temperature and pressure. Capture takes place in our proprietary Annulus Core Reactor (ACR), a gas-liquid reactor designed for high mass transfer. The captured carbon is held in solution, ready for conversion. The conversion stage then transforms the dissolved carbon into solid carbonate products, agricultural inputs, or industrial chemical feedstocks, depending on the target market.

01 Flue gas emissions on your site 02 Capture · ACR at ambient conditions 03 Carbon in solution held, ready for conversion 04 Conversion dissolved carbon to solid 05 Product limestone, fertilisers, chemicals Operates at ambient temperature and pressure NO HIGH HEAT No heat or pressure required. LIQUID INTERMEDIATE Carbon is held in solution first. MANY OUTPUTS One platform, many products.
A closer look

Inside capture and conversion

Capture

On site, at ambient conditions

Airbridge captures CO2 from your operation across a wide concentration range, without high heat or pressure, and holds it in a liquid ready for conversion.

Convert

Into saleable product

The captured carbon is converted into finished products with real markets, and in the case of limestone, the carbon stays locked in permanently.

Carbon Fed Supply Chain

From your waste stream to a product, and back into industry

Captured on your site through the Annulus Core Reactor (ACR), and sold as something the world already buys: a supply chain fed by what most industries still treat as waste.

CARBON FED SUPPLY CHAIN 01 Industry where it starts, and returns 02 CO₂ emissions flue gas streams 03 Annulus Core Reactor capture and conversion 04 Products limestone, fertilisers, chemicals CLOSED LOOPOutput returnsto industry.AMBIENT OPERATIONAmbient temperatureand pressure.PROTECTED PROCESSThe system,not the how.
What carbon becomes

Valuable products the world needs

Construction

Limestone

High-purity carbonate, cement and aggregate. The carbon is held permanently in the product.

Agriculture

Fertilisers

Low-carbon nitrogen and potash inputs, into markets that already exist.

Chemicals

Industrial feedstocks

Specialty carbonates and sulphuric acid for industrial processes.

Fuels

Additives

Carbon-derived additives for the fuels sector.

Manufacturing

Coatings and paper

Carbonate inputs for gloss paints and gloss paper.

Mining

Explosives

Nitrogen products used across the resources sector.

Pharmaceuticals

Powders

High-purity carbonate powders for pharmaceutical use.

And more

A growing list

New product pathways are added as the platform develops.

Over 15 value-added, globally traded products, and a growing product list

A complement to storage

Carbon-fed, and already in demand

Storage and utilisation answer different questions. Storage handles carbon that has no commercial pathway. Utilisation converts carbon that does. These are not novelty outputs. They are industrial commodities the world already uses, now made from captured carbon. Where utilisation is viable, the operator's economics shift from cost-to-carry to revenue-generating. Airbridge focuses on those streams and sits alongside carbon storage, not against it.

Ready to see the fit for your site?

Book a meeting and we will walk your streams and the path to a pilot.