Point-source capture at power plants and industrial process streams — converting CO2 into high-purity graphite at the source, using a low-temperature, solid-state, adsorption-driven process.
We turn CO₂ into a product. Power plants and graphite partners share the upside.
Install our Carbon Affinity Reactor onsite. CO₂ is captured and converted into solid graphite — no underground storage, no transport. You reduce carbon compliance costs and share in the graphite revenue.
Premium-quality graphite produced at the point of emission — in Europe, North America, or wherever you operate. Short supply chain, transparent origin, and a Scope 3 footprint that compounds your decarbonisation targets.
captured per tonne of graphite produced
operating temperature vs 3000 °C conventional
addressable concentrations — from flue gas to process streams
Energy intensity per tonne of CO₂ processed, across CO₂-handling technologies
Indicative ranges. Graphiterra's solid-state, low-temperature process avoids stripper, compression, transport and high-temperature reduction stages.
Validated proprietary process that separates CO2 into oxygen (O2) and elemental carbon at the point of emission.
An advanced metal-structured, 100% recyclable membrane operating efficiently at low to moderate temperatures.
Modular retrofit at existing power plants. No solvents, no compression, no CO2 storage required.
Conversion of carbon into high-purity graphite for battery anodes and high-demand industrial applications.
A modular reactor that converts CO2 into solid graphite — installed onsite at the point of emission, with no underground storage required.
Concentrated CO2
Solid graphite
+ other monetisable byproducts
