CO2 conversion is a key area of focus for the platform - we develop efficient catalysts (i.e. active, stable, selective) to facilitate CO2 conversions. This can help companies to limit GHGs emissions and cost savings or make use of a byproduct of carbon capture and increasing circularity.
Our technology can identify highly active stable and selective catalysts material combinations from across the periodic table.
Some areas of application with sustainability in mind:
- Sustainable aviation fuel
- Biodiesel
- E-fuel
- Reverse water gas shift
- CO2 to X products
- Much more
A revolutionary new approach
Understanding the industry problem
There are multiple ways to convert captured carbon, but they can often be highly cost prohibitive, including the requirement for high temperature, high pressure, high voltage electricity requirements, and more – these factors have led to an industry-wide cost problem in reaching cost-effective, clean, CO2 conversion/carbon looping.
Some of the cost-ineffective ways of converting CO2:
How we are different:
- Approach doesn’t rely on previous academic literature alone. Algorithm identifies options across the periodic table.
- Can identify options at different temperature levels and different voltage levels
- Identify system parameters that have not been explored
- We do not simplify the problem system – we work within the complex problem system as it exists.
The final result – the ability to deliver faster, more effective, and low-cost catalytic options for carbon conversion into fuels and chemicals.
Contact Us
Engage GreenCat
GreenCat is more than a company; it's a movement towards smarter, cleaner, and more efficient catalysis processes. Our technology is not just changing the game; it's creating a new one.
Dive into the future with us, where every reaction is an opportunity for innovation.