Our unique process converts CO2 into high-purity graphite at the point of emission using a low-temperature, solid-state, adsorption-driven process.
A validated membrane technology that separates CO2 into oxygen (O2) and elemental carbon.
An advanced metal-structured, 95% recyclable membrane operating efficiently at low temperatures.
Point-source capture at 15% CO2 concentration using existing power plant waste heat.
Conversion of carbon into high-purity graphite for high-demand industrial applications.
Potential CO2-fees (in bnUSD)
CO2-emissions market
Graphite market potential (in bnUSD)
Graphite and anode materials market
Driven by regulated European emitters and graphite buyers
130-150 power plants
(modelled at ~100 MW each)
40-60 distributors Europe
Conservative scale
~15 EU coal power plants
Value unlocked
13 bnUSD per year
avoided ETS fees
1 bnUSD per year
from graphite (non-China)
Conservative, regulation-forced demand with dual revenue capture
Modular • Plant by plant
CO2-capture enables graphite production – graphite sales improve capture economics
Graphiterra owns the technology and the relevant IP
Graphiterra delivers the point capture-facility as a CAPEX-project
Profit from the percentage of CO2-emissions fees
Graphiterra synthesizes and sells graphite
Revenue is direct return on investment
Graphiterra disrupts the Chinese synthetic graphite domination
Graphiterra targets groups of customers on both sides of the value chain
Power plants:
large industrial CO2 emitters
Graphiterra's unique positioning: Decentralised, high-purity production at the point of emission.
Complimentary minds. Shared vision.
CEO
Thermodynamics
Reactor Engineer
Scientific Advisor
CBO
Finance & Relations
Project Manager
Plant Engineer
Get in touch to discuss onsite integration or graphite supply.