Copernic designs novel heterogeneous catalysts for zero-carbon fuels and chemicals, leveraging scientific computing tools to accelerate development. The company focuses initially on reducing the cost of zero-carbon ammonia production for fertilizers and maritime energy applications. Their solutions are engineered to be economic, rapidly scaleable, and compatible with existing chemical industry infrastructure.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional methods for producing ammonia and e-fuels are energy-intensive and contribute significantly to global carbon emissions. The chemical industry's reliance on century-old processes and slow, trial-and-error innovation cycles hinders the development of cost-competitive, sustainable alternatives. This limits progress in decarbonizing critical sectors like agriculture and maritime transport.
Solution
Copernic develops advanced catalysts for zero-carbon chemicals and e-fuels, initially focusing on economically viable and scalable green ammonia production. Their platform utilizes scientific computing, including Density Functional Theory (DFT), machine learning (ML), and artificial intelligence (AI), to understand material behavior at the atomic level and accelerate catalyst design. This computational approach replaces inefficient Edisonian methods, enabling the rapid creation of novel catalysts. Copernic's solutions are designed for compatibility with existing industrial infrastructure, facilitating widespread adoption and scalability. The company aims to reduce the cost of green ammonia and accelerate the development of more energy- and carbon-efficient processes across the bulk chemicals industry.
Target Audience
Copernic targets chemical manufacturers, fertilizer producers, and companies in the maritime energy sector seeking to decarbonize their operations and adopt sustainable fuel alternatives.
Features
- Proprietary catalyst design platform leveraging DFT, ML, and AI for accelerated material discovery.
- Focus on developing cost-competitive and scalable catalysts for zero-carbon ammonia synthesis.
- Technology designed for compatibility with existing chemical industry infrastructure.
- Enables rapid iteration and optimization of heterogeneous catalysts.
- Facilitates the development of zero-carbon e-fuels for maritime applications.
- Strategic partnership with Schrödinger to advance catalyst innovation.
- Recipient of ARPA-E OPEN 2021 grant for disruptive energy technologies.