Platform
Engineer in-silico, materialize in reality
Design
When prompted with a desired set of properties, our generative AI, LINUS, reasons through the universe of possible chemistries to design a material from scratch.
Our researchers then use our simulation model, Orb, to simulate the material under realistic process conditions.
Finally, we synthesise, test and scale our materials under realistic process conditions at our Princeton R&D facility.
Deploy
After design, our engineering team integrates these materials into end-to-end process technologies. This includes optimized reactor design, piping, and process flows to maximize overall chemical process performance.
At our Princeton prototyping site, we fabricate and pilot these end-to-end systems, preparing them for deployment.
Simulating Advanced Materials
We've trained the world’s fastest and most accurate AI model for simulating advanced materials, outcompeting proprietary models from Google and Microsoft. Orb is open-source - our contribution to accelerating scientific discovery.
Systems solutions for product development
Mining
Optimize leachate separations to improve mining efficiency and lower environmental impact
Water Treatment
Tailored sorbents for selectively removing heavy metal ions
Chemistry
New process & catalyst design for bio chemical production
Gas Separation
Carbon removal products for specific flue gas compositions
Industry expertise, meets AI
At Orbital we're pioneering the future of advanced materials development, AI and chemical engineering.