Many of the catalysts and processes in the bulk chemicals industry have been unchanged for centuries. Ammonia is a classic example.
Innovation in these industries has traditionally elied heavily on the Edisonian approach of trial-and-error, which can be slow and inefficient.
We leverage sophisticated scientific computing techniques like DFT, ML and AI to understand how materials work at the smallest of scales. The result is radically and quickly improved platform for catalyst design.
Our technology is compatible with existing infrastructure of the chemical industry, making it rapidly adoptable and scalable.
In the long term, our platform will enable the development of more cost-competitive zero-carbon chemicals and fuels, and will also accelerate the trajectory for developing more energy-/carbon-efficient processes for the bulk chemicals industry.
