
Copernic designs novel catalysts for zero-carbon chemicals and e-fuels, focusing initially on reducing the cost of zero-carbon ammonia. Their technology platform radically improves heterogeneous catalyst design by leveraging cutting-edge scientific computing tools like DFT, ML, and AI. This approach accelerates catalyst development for a sustainable and profitable future, making solutions economic, rapidly scalable, and compatible with existing industry infrastructure. Their work addresses critical climate challenges in shipping and fertilizers, aiming to offset significant global emissions.

Copernic designs novel catalysts for zero-carbon chemicals and e-fuels, focusing initially on reducing the cost of zero-carbon ammonia. Their technology platform radically improves heterogeneous catalyst design by leveraging cutting-edge scientific computing tools like DFT, ML, and AI. This approach accelerates catalyst development for a sustainable and profitable future, making solutions economic, rapidly scalable, and compatible with existing industry infrastructure. Their work addresses critical climate challenges in shipping and fertilizers, aiming to offset significant global emissions.